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Final ReportCentennial Student Union
HVAC Pre-Design Study
Minnesota State University, Mankato
February 20, 2009
Sebesta Blomberg Project No. 250802.00
Prepared by: Sebesta Blomberg Contact: Doug Lucht, PE
2381 Rosegate Roseville, MN 55113 Main: 651-634-0775
Fax: 651-634-7400 email: [email protected]
Table of Contents
Minnesota State University 2/20/2009 Centennial Student Union Pre-Design Study Page 1 Sebesta Blomberg Project No. 250802.00
Section Page
1 - Executive Summary ................................................................................................................ 4
2 - Introduction ............................................................................................................................. 6
3 - Project Approach .................................................................................................................... 7 Part I - Survey and Investigation ............................................................................................................ 7 Part II - Options and Recommendations ................................................................................................ 7 Part III - Capital Budget and Report ....................................................................................................... 8
4 - Analysis And Recommendations ........................................................................................... 9 Equipment Age and Condition ............................................................................................................... 9 Common Air Handler Observations ....................................................................................................... 9
AHU 1-1 (Phase 1) ........................................................................................................................ 10 AHU 1-2 (Phase 1) ........................................................................................................................ 11 AHU 1-3 (Phase 1) ........................................................................................................................ 11 AHU 1-4 (Phase 1) ........................................................................................................................ 11 AHU 1-5 (Phase 1) ........................................................................................................................ 12 AHU 1-6 (Phase 1) ........................................................................................................................ 12 AHU 1-7 (Phase 1) ........................................................................................................................ 12 AHU 1-8 (Phase 1) ........................................................................................................................ 12 AHU 1-9 (Phase 1) ........................................................................................................................ 13 AHU 1-10 (Phase 1)....................................................................................................................... 13 AHU 2-1 (Phase 2) ........................................................................................................................ 13 AHU 2-2 (Phase 2) ........................................................................................................................ 13 AHU 2-3 (Phase 2) ........................................................................................................................ 14 AHU 2-4 (Phase 2) ........................................................................................................................ 14 AHU 2-5 (Phase 2) ........................................................................................................................ 14 AHU 2-6 (Phase 2) ........................................................................................................................ 14 AHU 2-7 (Phase 2) ........................................................................................................................ 15
Summary of Load Calculations ............................................................................................................ 15 AHU 1-1: Basement North Offices and Dining Area ................................................................... 16 AHU 1-2: First Floor Dining Area ................................................................................................ 16 AHU 1-3: Grand Stair .................................................................................................................... 16 AHU 1-4, AHU 1-7, AHU 1-9: North, Central, and South Ballrooms ......................................... 16 AHU 1-5: Second Floor South Conference Rooms ....................................................................... 16 AHU 1-6: Ballroom Lobby ........................................................................................................... 16 AHU 1-8: Second Floor North Offices .......................................................................................... 17 AHU 1-10: Second Floor Northeast Offices .................................................................................. 17 AHU 2-1: Bowling Alley ............................................................................................................... 17 AHU 2-2: Billiards Lounge and Game Room .............................................................................. 17 AHU 2-3: Barnes and Noble Bookstore ........................................................................................ 17 AHU 2-4: Second Floor West Conference Spaces ....................................................................... 17 AHU 2-5, AHU 2-6: Auditorium ................................................................................................... 17 AHU 2-7: Kitchen Make-up Air .................................................................................................... 17 AHU 40: Hearth Lounge ................................................................................................................ 17
Energy Conservation Measures ............................................................................................................ 18
Table of Contents
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Building Pressurization ........................................................................................................................ 20 Lack of Return Air ............................................................................................................................... 20 Indoor Air Quality ................................................................................................................................ 20 Problematic Areas ................................................................................................................................ 21
5 - Proposed Scope of Work ...................................................................................................... 22 Stage 1: Upgrade Auditorium HVAC .................................................................................................. 22
Mechanical ..................................................................................................................................... 22 Electrical ........................................................................................................................................ 23 Architectural .................................................................................................................................. 23
Stage 2: Upgrade Ballroom HVAC, 2nd Floor North Offices, South Conference Rooms. ................. 24 Mechanical ..................................................................................................................................... 24 Electrical ........................................................................................................................................ 27 Architectural .................................................................................................................................. 28
Stage 3: Upgrade Bookstore and 2nd Floor West Conference Area HVAC ........................................ 28 Mechanical ..................................................................................................................................... 28 Electrical ........................................................................................................................................ 30 Architectural .................................................................................................................................. 30
Stage 4: Upgrade Billiards Area HVAC and Replace Kitchen MAU .................................................. 30 Mechanical ..................................................................................................................................... 30 Electrical ........................................................................................................................................ 31 Architectural .................................................................................................................................. 32
Stage 5: Upgrade Bowling Alley HVAC ............................................................................................. 32 Mechanical ..................................................................................................................................... 32 Electrical ........................................................................................................................................ 33 Architectural .................................................................................................................................. 33
Stage 6: Upgrade Basement North Offices and 1st Floor Dining HVAC ............................................ 33 Mechanical ..................................................................................................................................... 33 Electrical ........................................................................................................................................ 35 Architectural .................................................................................................................................. 35
6 - Energy Conservation Opportunities ................................................................................... 36 ECO #1: Replace AHU 1-1, AHU 1-2, and AHU 1-3 with a Single VAV AHU-A ............................ 37 ECO #2: Replace AHU 2-3 and AHU 2-4 with a Single VAV AHU-C with CO2 Control ................. 38 ECO #3: Replace AHU 1-8 and AHU 1-10 with a Single VAV AHU-J with CO2 Control ................ 38 ECO #4: Replace AHU 2-1 with VAV AHU-B with CO2 Control ...................................................... 39 ECO #5: Replace AHU 2-2 with VAV AHU-F with CO2 Control ...................................................... 39 ECO #6: Replace AHU 2-6 with VAV AHU-D with CO2 Control ..................................................... 40 ECO #7: Replace AHU 2-5 with VAV AHU-E with CO2 Control ...................................................... 40 ECO #8: Replace AHU 1-4 with VAV AHU-H with CO2 Control ..................................................... 41 ECO #9: Replace AHU 1-7 with VAV AHU-I with CO2 Control ....................................................... 41 ECO #10: Replace AHU 1-9 with VAV AHU-K with CO2 Control ................................................... 42 ECO #11: AHU 1-5 CO2 Outside Air Reset Control ........................................................................... 42 ECO #12: Install VFDs on Reheat Pumps ........................................................................................... 43 ECO #13: Install new Space Temperature Sensors and Electronic Control Valves ............................. 43
Table of Contents
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7 - Budgetary Costs .................................................................................................................... 44
8 - Construction Schedule .......................................................................................................... 45 Appendices
Appendix A - Load Calculations
Appendix B - Air Handling Unit Data
Appendix C - Mechanical Room Fit Plans
Appendix D - DDC Points List
Appendix E - Electrical Riser Diagram
Appendix F - Energy Conservation Opportunity Calculations
Appendix G – Xcel Energy Rebate Calculations
Appendix H – Xcel Rebate Form
Appendix I – Xcel Energy Disclaimer
Executive Summary
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1 - Executive Summary Centennial Hall serves as the student union for Minnesota State University, Mankato (MSU-Mankato) and supports several functions. The 150,000 s.f. multifunctional facility serves as a central hub for student activities, provides meeting space for campus events, supports foodservice and dining, and also houses the operations staff for MSU-Mankato.
The facility and operations staff at MSU-Mankato commissioned this study to evaluate the existing HVAC systems serving the Phase I and Phase II areas at the student union. The motivation for this study was to address a number of operational, indoor air quality, and maintenance issues the facilities staff has been coping with for the last several years.
Sebesta Blomberg and Associates (Sebesta Blomberg) was retained as the lead consultant to perform a system evaluation, make recommendations, and provide budget pricing for proposed HVAC modifications to support the facility for the next 20 years.
This report provides a detailed outline for addressing potential indoor air quality issues, replacing the existing air handling units, converting the distribution systems to variable air volume, and addressing the problematic temperature control and building pressurization issues. In summary, our proposed recommendations are as follows.
1. The original HVAC design for the Phase I areas made use of passive returns into the corridor through louvers in the corridor doors. Over time, these openings have been blocked to comply with code requirements, limiting the system’s ability to properly return air. Return ductwork should be installed to provide a code compliant return air path. Return fans should be utilized for pressure control in these systems.
2. Some of the existing systems still utilize tunnels and underground ductwork for supply and return air conveyance. Moisture builds up in the tunnels and ductwork during rain events. This moisture provides a potential breeding ground for mold and microbial growth. The use of tunnels and underground ductwork for supply and return air should be discontinued.
3. The existing supply and return ductwork serving Phase I and Phase II is internally lined with fiberglass insulation. As the system ages, this insulation becomes permeated with dirt. If the insulation gets wet, that area can become a breeding ground for mold and become an indoor air quality liability. In addition, the insulation will break down over time. The dirt and insulation fibers will eventually clog the reheat coils and reduce the system airflow. This ductwork should be cleaned and coated with microbial resistant spray-on liner. Where new ductwork is installed, it should not be internally lined.
4. Most of the Phase I and Phase II mechanical infrastructure is original to the building. The supply ductwork and distribution systems for some of the air handling units were modified during projects in 1995, 2003, and 2005, however most of the systems remain largely unchanged from
Executive Summary
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their original design. All but two of the existing air handling units are original to the building and should be replaced.
5. The original systems serving the Phase I and Phase II areas are all constant volume systems using reheat coils or multi-zone dampers for temperature control. These systems use significantly more energy when compared to current technologies used to condition modern facilities. Energy savings can be obtained by converting the constant volume reheat and multi-zone systems to much more energy efficient, variable volume systems.
6. Due to the age of the ductwork, it is reasonable to believe that the ductwork is not adequately sealed and is leaking air. The existing ductwork should be leak tested. If the existing duct leakage exceeds 5%, sealing the ductwork will reduce energy consumption and increase the capacity of the distribution system.
7. The heating system for the North offices on second floor is incapable of keeping the floor temperature above 65F when the outside air temperatures are below freezing. An under-floor heating system should be installed in the ceiling of the soffit area below.
8. The building pressure becomes excessive when the outside air temperatures are suitable for economizer operation. Also, areas such as the auditorium experience localized over-pressurization during these times as well. Properly sized gravity relief hoods should be used to control pressure where an unimpeded air path to the roof is available. Return fans should be employed where gravity relief hoods cannot be used.
Introduction
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2 - Introduction Sebesta Blomberg was commissioned to perform an HVAC study and pre-design for Centennial Hall at the Mankato Campus of Minnesota State University. The intent of the study was to evaluate the existing air handling systems in the Phase I (1966) and Phase II (1971) areas, recommend strategies, and provide budgetary pricing for addressing the following issues.
1. Building Pressurization: The building pressure becomes excessive when the outside air temperatures are suitable for economizer operation. Also, areas such as the auditorium experience localized over-pressurization during these times as well.
2. Lack of Return Air: The original HVAC design for the Phase I areas made use of passive returns into the corridor through louvers in the corridor doors. Over time, these openings have been blocked to comply with code requirements, which have limited the system’s ability to properly return air.
3. Equipment Age and Condition: Most of the existing HVAC systems are original to the building and maintenance costs for these systems are increasing.
4. Indoor Air Quality: The original air handling units for the lower level employed tunnels for air distribution. These tunnels collect water during rain events and cause indoor air quality and humidity problems. Also, much of the existing supply and return ductwork is internally lined, which is a cause for indoor air quality concern.
5. Problematic Areas: The heating system for the second floor northeast offices lacks capacity. There is also a perceived shortage of cooling capacity in the northeast and west office areas on second floor.
Core Team Members: The Centennial Hall Pre-Design Study core project team includes the following individuals:
• Don Archibeque (Sebesta Blomberg, Project Manager) • Doug Lucht, PE (Sebesta Blomberg, Mechanical Engineer) • Todd Lagus, (Sebesta Blomberg, Mechanical Engineer) • Brian Kelly, PE (Sebesta Blomberg, Electrical Engineer) • Drew Bjorklund, (Sebesta Blomberg, Architect) • David Schultz, (Master Mechanical, President) • Brad Heilman, (Minnesota State, Project Manager) • Steve Ardolf, (Minnesota State, Chief Engineer) • Scott Hagebak, (Minnesota State, Operations Director) • Laurie Woodward, (Minnesota State, Director of Centennial Student Union)
Project Approach
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3 - Project Approach
Part I - Survey and Investigation The intent of this work was to identify deficiencies with the HVAC system serving the Phase I (1966) and the Phase II (1971) areas. In order to accomplish this task, we reviewed existing design drawings, conducted site visits, performed load calculations, and interviewed the facility engineers to gain an overall understanding of the system.
We applied our knowledge of building HVAC systems to identify design issues, operational problems, and code deficiencies. We performed detailed HVAC load calculations on the existing facility for our use in identifying the capacities of the proposed replacement systems. Wall, roof, and glass U-values were computed by reviewing the existing architectural details and specifications. Lighting loads were estimated based on our review of the electrical drawings and fixture counts. People and equipment loads were estimated by observing occupants and through our discussions with the MSU operations staff. We then met with MSU-Mankato staff to confirm our assumptions regarding occupancy counts and operational schedules.
We used the load calculations to help determine which air handling units could be combined, and how much unit capacity could be reduced by taking advantage of diversity.
In summary, Part I of the study included the following tasks:
• Existing Drawing Review • Existing Condition Survey • Phone Interviews with University Engineers • Load Calculations • Code Review
Part II - Options and Recommendations The goal of this effort was to determine the scope of the project. During this effort, we worked with MSU-Mankato project representatives to find cost-effective solutions to the issues raised in Part I.
This involved preliminary layouts of replacement equipment to help determine construction phasing, feasibility, and budgetary costs. We used the load calculations to get preliminary equipment selections for the new air handling units and return fans. These were also needed to determine the size and cost of the equipment.
We developed mechanical room fit plans in pencil drawing format. These were needed to test fit the proposed air handling equipment in the existing spaces.
Project Approach
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During this entire effort, we engaged MSU-Mankato facilities staff to help determine which strategies will be feasible, functional, cost-effective, and cause the least amount of disruption to the existing facility.
In summary, Part II of the study included the following tasks:
• Develop Options and Recommendations • Preliminary Cost Opinions • Evaluate Options and Recommendations • Determine Option to be used for Setting Project Budget
Part III - Capital Budget and Report This portion of the pre-design work focused on finalizing the capital budget costs and generating the pre-design drawings and report. Once the team agreed on the project scope, we further developed and refine the project description and costs.
We produced single line HVAC drawings showing the proposed routing of the return ducts, proposed locations of VAV's, and routing of new relief ductwork. These were used by Master Mechanical to estimate the work, and MSU-Mankato’s use in understanding the extent of the work.
We developed a preliminary points list for our use in estimating the DDC control work. We worked directly with Johnson controls to obtain the cost for this scope.
Once we completed a draft copy of the study and estimate, we reviewed the draft and to solicited additional feedback from the MSU-Mankato project team. We then incorporated these comments into the final report.
In summary, Part III of the study included the following tasks:
• Develop Capital Budget • Draft Report • Review Meeting with Minnesota State University • Deliver Final Report
Analysis and Recommendations
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4 - Analysis and Recommendations The following sections discuss the detailed analysis for each of the following areas.
• Equipment Age and Condition
• Summary of Load Calculations
• Energy Conservation Measures
• Building Pressurization
• Lack of Return Air
• Indoor Air Quality
• Problematic Areas
Equipment Age and Condition Minnesota State University’s Centennial Student Union first opened in 1966 with a total of ten air handlers, mainly consisting of multi-zone constant volume units. A building addition, Phase 2, in 1971 added an additional seven constant volume air handling units. Several renovations have been completed since 1971, with the most major renovation in 2003 when a 35,000 CFM VAV air handler was added to serve the basement level. All existing air handling units within the scope of the current study are presented in detail below.
Common Air Handler Observations The existing air handling units in the Phase I space are all original to the building and are 42 years old. This is 19 years beyond their median service life of 23 years. Similarly, the Phase II units are 37 years old, which is 14 years beyond their median service life of 23 years. The units have been well maintained, however they are at an age where component failure is increasing.
All of the existing 1966 and 1971 air handling units are single wall construction. The air handling units are constructed of a steel outer skin with un-faced, exposed insulation on the inner wall. Over time, this insulation becomes permeated with dirt, which is difficult to extract. When the insulation becomes exposed to water, this becomes a breeding ground for mold and a potential indoor air quality liability.
The original air handling units lack access panels, making it is impossible to inspect the condition of the insulation and interior components without shutting it off and partially disassembling the unit housing.
The air handling unit filters are 30% efficient, which is substandard compared to the industry standard of 65% efficiency for office buildings. The units lack the space and fan capacity to install higher efficiency filters.
Analysis and Recommendations
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Due to the age of the ductwork, it is reasonable to believe that the ductwork is not adequately sealed and is leaking air, decreasing the overall efficiency of the system. Sealing the ductwork could prove to be a beneficial step in the overall effectiveness of the system.
Corrosion is evident on the sides of the unit housings near the floor. This is especially true near the condensate drains and near the supply fan sections.
Table 1 Summary of Existing Air Handling Systems System Information Total Design Capacity
System Location Serves Type
Supply Airflow
(cfm)
Outside Airflow (cfm)
Cooling (tons)
Heating (Mbh)
AHU 1-1 Basement Basement, Multi-zone 16,540 5,040 57.7 990.1 AHU 1-2 Basement 1st Flr, Dining Multi-zone 22,485 6,120 76.3 1,274.80 AHU 1-3 Basement Grand Stair CV-Reheat 2,400 240 4.6 114 AHU 1-4 Penthouse South Ballroom CV-Reheat 8,400 3,740 33 675.9 AHU 1-5 Penthouse 2nd Flr, So. Conf VAV 7,500 3,000 24.5 631.8 AHU 1-6 Penthouse Ballroom Lobby CV-Reheat 6,200 1,550 16.2 371.6 AHU 1-7 Penthouse Central Ballroom CV-Reheat 8,400 3,780 33 730.3 AHU 1-8 Penthouse 2nd Flr. No Offices CV-Reheat 4,000 1,000 9.5 352.1 AHU 1-9 Penthouse North Ballroom CV-Reheat 8,400 3,780 33 675.9 AHU 1-10 Basement 2nd Flr. NE Offices Multi-zone 2,400 600 5.7 216.4
AHU 2-1 Basement Bowling Alley CV-Reheat 15,000 2,500 45.8 486 AHU 2-2 Mech 237B Billiards Lounge CV-Reheat 17,000 4,250 71.7 0 AHU 2-3 Mech 237A Bookstore CV-Reheat 14,150 3,540 50.1 0 AHU 2-4 Mech 237A 2nd Flr. Offices CV-Reheat 24,800 6,200 77.7 0 AHU 2-5 Stage East Auditorium CV-Reheat 6,600 1,650 27.8 0 AHU 2-6 Stage West Auditorium CV-Reheat 6,900 1,725 29.1 0 AHU 2-7 Mech 237B Kitchen MAU CV 7,000 7,000 22.8 742.3 AHU 40 Basement Hearth Lounge VAV 34,515 15,175 115.4 902.9
Totals 212,690 70,890 733.9 8,164.10
AHU 1-1 (Phase 1) Model: Trane Climate Changer Type L-50 Scheduled Flow: 16,540 CFM Area Served ~ 21,544 ft2 Air handling unit AHU 1-1 was originally installed in 1966 and is located in Mechanical Room 19. Originally, it served the entire basement as a multi-zone unit with two supply air tunnels beneath the basement, one on the north side and one on the south side of the basement. The tunnels provided air to floor diffusers along the basement perimeter. When the unit was renovated in 2003, additional ceiling ductwork and reheat coils were added to serve the central portion of the basement. The south tunnel was abandoned in place, but the north tunnel remains in operation serving the entire north perimeter as a single zone. In 2003, several DDC space temperature sensors were added for control of the multi-zone damper. The damper control is now based on the average of the sensors. In another area served by the tunnel, Office 20A, the staff informed us that the space was too warm during all months of the year. Several areas originally served by AHU 1-1 are now served by AHU 40 which was installed in 2003, and
Analysis and Recommendations
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thus the original scheduled flow of 25,000 CFM was reduced to 16,540 CFM. The supply fan was also retrofitted with a VFD at this time.
A physical assessment notes that several leaks exist at casing joints. Areas of the casing near the floor have noticeable amounts of rust.
AHU 1-2 (Phase 1) Model: Trane Climate Changer Type L-50 Scheduled Flow: 22,485 CFM Area Served ~ 9971 ft2 Air handling unit AHU 1-2 was originally installed in 1966 is located in Mechanical Room 19. With relatively few modifications, the unit serves six zones on the first floor of the union as a multi-zone unit. Four of the zones are located on the east side of the first floor, near “The Hub” and its offices. The fifth zone encompasses the north perimeter wall through bench mounted diffusers supplied by risers from the basement below. This duct also supplies air to the basement service areas. The sixth zone serves TCF Bank on the first floor. Several areas originally served by AHU 1-2 are now served by AHU 40 which was installed in 2003. After the renovation, the scheduled supply airflow was decreased from 25,000 CFM to 22,485 CFM.
A physical assessment notes that several leaks exist at casing joints. Areas of the casing near the floor have noticeable amounts of rust.
AHU 1-3 (Phase 1) Model: Trane Climate Changer Type L-6 Scheduled Flow: 2,400 CFM Area Served ~ 1056 ft2 Air handling unit AHU 1-3 was originally installed in 1966 is located in Mechanical Room 19. The unit now serves the Grand Stair as a constant volume, single zone unit. A physical assessment notes that leaks exist at casing joints, and the floor is badly rusted.
AHU 1-4 (Phase 1) Model: Trane Climate Changer Type L-17 Scheduled Flow: 8,400 CFM Area Served: 3,714 ft2 Air handling unit AHU 1-4 was installed in 1966 and is located in the Upper Mechanical Penthouse. The unit serves the South Ballroom area on the second floor. Air from the three ballroom zones served by AHUs 4, 7, and 9 also indirectly serve the ballroom serving and storage areas on the second floor. The unit has face and bypass dampers and a VFD.
A physical assessment notes that the floor is rusted. The unit is also very difficult to access because it is tucked away in a corner behind AHU 1-5.
Analysis and Recommendations
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AHU 1-5 (Phase 1) Model: Trane 14C-CC Scheduled Flow: 8,400 CFM Area Served: 5,474 ft2 Air handling unit AHU 1-5 was originally installed in 1966 but was replaced in 1998 and is located in the Upper Mechanical Penthouse. The unit serves side wall supply registers for four conference rooms overlooking the Hearth Lounge on the second floor. The existing supply ductwork was left in place, but five VAV boxes for each respective zone were installed in the mechanical room. At the time of installation, the zones served by this unit were exterior zones; a 2003 renovation made them interior zones. The unit also has face and bypass dampers and a VFD. A physical assessment notes that the several access doors do not close tightly.
AHU 1-6 (Phase 1) Model: Trane Climate Changer Type L-14 Scheduled Flow: 6,200 CFM Area Served: 4,961 ft2 Air handling unit AHU 1-6 was installed in 1966 and is located in the Upper Mechanical Penthouse. The constant volume unit serves through-floor supply registers in the Ballroom Lobby on the second floor. The unit has a VAV connected to one of the supply ducts, a return VAV connected to a return duct, and face and bypass dampers. We noted that that the casing has been cut where coil repairs have been made.
AHU 1-7 (Phase 1) Model: Trane Climate Changer Type L-17 Scheduled Flow: 8,400 CFM Area Served: 6,170 ft2 Air handling unit AHU 1-7 was installed in 1966 and is located in the Upper Mechanical Penthouse. The unit serves the Central Ballroom area on the second floor. Air from the three ballroom zones served by AHUs 4, 7, and 9 also indirectly serve the ballroom serving and storage areas on the second floor. The unit has a VFD and face and bypass dampers, but the actuator for the dampers has been removed. The unit also has hot water reheat coils.
AHU 1-8 (Phase 1) Model: Trane Climate Changer Type L-8 Scheduled Flow: 4,000 CFM Area Served: 4,599 ft2 Air handling unit AHU 1-8 was installed in 1966 and is located in the Upper Mechanical Penthouse. The unit serves through-floor exterior supply registers for two exterior office zones on the second floor. Air from the three ballroom zones served by AHUs 4, 7, and 9 also indirectly serve the ballroom serving and storage areas on the second floor. AHU 8 is a constant volume unit serving two zones, but each zone has a damper which modulates to control temperature while maintaining constant volume through the air handler.
Analysis and Recommendations
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A physical assessment notes that the casing near the floor is rusted.
AHU 1-9 (Phase 1) Model: Trane Climate Changer Type L-17 Scheduled Flow: 8,400 CFM Area Served: 3,714 ft2 Air handling unit AHU 1-9 was installed in 1966 and is located in the Upper Mechanical Penthouse. The unit serves the North Ballroom area on the second floor. Air from the three ballroom zones served by AHUs 4, 7, and 9 also indirectly serve the ballroom serving and storage areas on the second floor. The unit has a VFD and face and bypass dampers, but the actuator for the dampers has been removed.
A physical assessment notes a large amount of rust on the steam and chilled water hydronic piping. The steam condensate line insulation is badly damaged, and the piping is rusted. The roof appears to be leaking above the air handler, and large rust stains cover ductwork and the floor.
AHU 1-10 (Phase 1) Model: Trane Climate Changer Type L-17 Scheduled Flow: 2,400 CFM Area Served: 1,038 ft2 Air handling unit AHU 1-10 was installed in 1966 and is located in the northeast corner of the basement in Mechanical Room 15A. Five multi-zone supply ducts rise to the second floor, where through-floor exterior supply registers serve office areas. A physical assessment notes that the casing has rusted near the floor and the casing is leaking air near the heating and cooling coils.
AHU 2-1 (Phase 2) Model: Carrier Scheduled Flow: 15,000 CFM Area Served: 9,095 ft2 Air handling unit AHU 2-1 was installed in 1971 and is located in Mechanical Room 37. The unit serves the bowling alley as a constant volume unit with two reheats. Ceiling registers supply air to the occupied spaces of the bowling alley, and a tunnel supplies 2500 CFM to baseboard diffusers at the end of the bowling alley, near the pinsetters and other equipment. The supply fan also has a VFD.
AHU 2-2 (Phase 2) Model: Carrier Scheduled Flow: 17,000 CFM Area Served: 11,620 ft2 Air handling unit AHU 2-2 was installed in 1971 and is located in Mechanical Room 237B. The unit supplies a constant volume flow with reheat coils to ceiling diffusers in the game room, former smoking lounge, billiard room, and the bowling alley desk and offices. The reheat coil and supply ductwork serving the billiard room were replaced in 2006.
Analysis and Recommendations
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A physical assessment notes that the unit housing is in poor condition. Casing leakage is evident at panel seams, corrosion is evident on the sides of the casing, and the casing has been cut where work on coils has taken place. The fan also seems to be out of balance; the unit visibly and audibly shakes during operation, and the fan belts emit a high pitched squeaking sound.
AHU 2-3 (Phase 2) Model: Carrier Scheduled Flow: 14,150 CFM Area Served: 16,875 ft2 Air handling unit AHU 2-3 was installed in 1971 and is located in Mechanical Room 237A. The unit supplies a constant volume flow and contains a reheat coil on all but one branch. The unit serves the Barnes and Noble Bookstore, several service areas, and Corridor 1000N, all of which are located on the first floor. One portion of the ductwork along the north perimeter goes down into the floor, turns, and supplies a small length of bench mounted diffusers along the north perimeter windows.
A physical assessment notes that the fan belts emit a high pitched squeaking sound.
AHU 2-4 (Phase 2) Model: Unknown – Nameplate Missing Scheduled Flow: 24,800 CFM Area Served: 10,025 ft2 Air handling unit AHU 2-4 was installed in 1971 and is located in Mechanical Room 237A. The unit supplies a constant volume flow with reheat coils. AHU 2-4 serves ceiling diffusers on the west side of the second floor including conference rooms and the International Center, Counseling, and Cultural Diversity areas.
AHU 2-5 (Phase 2) Model: Carrier Scheduled Flow: 6,600 CFM Area Served: 2,000 ft2 Air handling unit AHU 2-5 was installed in 1971 and is located in Mechanical Room 260D. The unit supplies a constant volume flow with reheat coils to the east side of the Auditorium 150. Access to the mechanical room and unit is difficult, as the unit is mounted in the ceiling above the auditorium stage.
A physical assessment notes that the casing and unit supports are rusted near the cooling coil.
AHU 2-6 (Phase 2) Model: Carrier Scheduled Flow: 6,600 CFM Area Served: 2,000 ft2 Air handling unit AHU 2-6 was installed in 1971 and is located in Mechanical Room 260D. The unit supplies a constant volume flow with reheat coils to ceiling diffusers on the west side of the auditorium.
Analysis and Recommendations
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Access to the mechanical room and unit is difficult, as the unit is mounted in the ceiling above the auditorium stage.
A physical assessment notes that the ductwork is slightly damaged from the main door into the room, and the unit casing is corroded near the cooling coil.
AHU 2-7 (Phase 2) Model: Carrier Scheduled Flow: 7,500 CFM Area Served: Kitchen Makeup Air handling unit AHU 2-7 was installed in 1971 and is located in Mechanical Room 237B. The unit was modified in 2003 to serve as makeup air for the kitchen hoods on the first floor.
A physical assessment notes that the casing and unit supports are rusted near the cooling coil. In addition, there is a piece of plywood wedged between the casing and the motor, possibly to brace the motor.
Summary of Load Calculations We performed detailed load calculations for each existing temperature control zone in the Phase I and Phase II areas. Our load calculations were based on an outdoor air the ASHRAE __% outdoor air conditions for Mankato MN, and an indoor space temperature of 74F. The motor heat gain was based on an assumed motor and fan efficiency of 65% and the fan total static pressure as published on the original design drawings. We also assumed 1 F of heat gain in the ductwork from the fan to the diffuser.
Note: The air handling unit discharge air temperatures were taken from the original design drawings. Hence, the comparison between the existing capacity and our load calculations is based on the same difference between the supply and space temperatures.
Our calculations revealed that most of the existing systems are adequate to satisfy the peak demands of the space, however some the existing supply systems lack the capacity to meet the peak cooling demands.
The table (Table 2) below shows the sensible cooling capacity compared to our load estimates for each system.
Table 2 - Existing AHU Capacity vs. System Load Area
Served System
Capacity System Load
Load vs Capacity
System Location Serves (SF) (cfm) (cfm) (%) AHU 1-1 Basement Basement 21,034 16,540 16,025 97% AHU 1-2 Basement 1st Flr, Dining 13,233 22,485 14,528 65% AHU 1-3 Basement Grand Stair 1,056 2,400 4,050 169% AHU 1-4 Penthouse South Ballroom 3,714 8,400 9,567 114% AHU 1-5 Penthouse 2nd Flr, So Conf. 3,098 7,500 5,071 68% AHU 1-6 Penthouse Ballroom Lobby 7,592 6,200 5,250 85% AHU 1-7 Penthouse Central Ballroom 5,750 8,400 11,779 140% AHU 1-8 Penthouse 2nd Flr, No Offices 2,385 4,000 3,747 94% AHU 1-9 Penthouse North Ballroom 5,494 8,400 10,405 124%
Analysis and Recommendations
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Area Served
System Capacity
System Load
Load vs Capacity
System Location Serves (SF) (cfm) (cfm) (%) AHU 1-10 Basement 2nd Flr, NE Offices 1,797 2,400 3,343 139%
AHU 2-1 Basement Bowling Alley 9,095 15,000 11,385 76% AHU 2-2 Mech 237B Billiards, Lounge 11,620 17,000 7,126 42% AHU 2-3 Mech 237A Bookstore 17,285 14,150 13,723 97% AHU 2-4 Mech 237A 2nd Flr Offices 15,408 24,800 25,564 103% AHU 2-5 Stage East Auditorium 2,000 6,600 3,677 56% AHU 2-6 Stage West Auditorium 2,976 6,900 5,079 74% AHU 2-7 Mech 237B Kitchen MAU 1,810 7,000 7,000 100%
AHU 40 Basement Hearth Lounge 27,267 34,515 36,373 105% Total = 152,614 212,690 193,692 91%
Note: The load calculations above are based on constant volume system using “sum of the peaks” method.
AHU 1-1: Basement North Offices and Dining Area Our load calculations for the basement north offices and dining area are very close to the capacity of the existing air system. This is consistent with reports from the facilities staff.
AHU 1-2: First Floor Dining Area There is a significant difference between our load calculations and the capacity of the existing air system. The primary difference between these values is accounted for in the 1st Floor Dining area. The 2003 design balanced the airflow in this area to 12, 910 cfm, which is 2.88 cfm/ft2 (based on an area of 4,490 square feet). Our load estimates yield a load of 6,632 cfm or 1.48 cfm/ft2. We believe that 2.88 cfm/ft2 is significantly more supply air than this space needs.
AHU 1-3: Grand Stair The air handling serving the grand stair is also undersized when compared to our load estimates. This is most likely due to the large quantity of glass in the stairwell.
AHU 1-4, AHU 1-7, AHU 1-9: North, Central, and South Ballrooms Our load estimates for the ballroom air systems reveal that the capacity of the existing air handling system is insufficient to satisfy the peak cooling demand. Our load calculations are based on ____ occupants, which is most likely more that the existing system was designed for.
AHU 1-5: Second Floor South Conference Rooms The load calculations for the 2nd floor south conference rooms show that the existing system is oversized for its current demand. The exterior wall load for this area was significantly reduced when the south addition was added in 2003.
AHU 1-6: Ballroom Lobby Our load calculations for the ballroom lobby are consistent with the capacity of the air system serving it.
Analysis and Recommendations
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AHU 1-8: Second Floor North Offices The load calculations for the 2nd floor north offices reveal that the air handling serving this area is adequate to satisfy the peak cooling demand.
AHU 1-10: Second Floor Northeast Offices Our loads reveal that the cooling demand exceeds the capacity of the existing air handling unit serving the second floor northeast offices. This is consistent with reports from the facilities staff.
AHU 2-1: Bowling Alley The load calculations for the bowling alley show that the existing air handling unit is adequate to satisfy the peak cooling demand.
AHU 2-2: Billiards Lounge and Game Room The existing air handling unit serving the billiards and game room area is oversized for the area it serves. The air system was installed during a time when smoking was allowed indoors so we suspect that the existing system was designed based on a minimum air change rate in lieu of the cooling load.
AHU 2-3: Barnes and Noble Bookstore Our load calculations for the bookstore are consistent with the capacity of the air system serving it.
AHU 2-4: Second Floor West Conference Spaces The load calculations for the 2nd floor west conference spaces reveal that the capacity of the air handling unit is adequate to condition the area it serves, however the southwest and west office areas have a very high cooling demand. The MSU facilities staff revealed that these areas are difficult to satisfy during the summer.
AHU 2-5, AHU 2-6: Auditorium The existing air handling systems serving the auditorium are adequate to serve the auditorium. Our load calculations are based on the future seating capacity of ___ occupants.
AHU 2-7: Kitchen Make-up Air Cooling loads for the kitchen area were not run since the supply air demand for the kitchen make up air unit is not based on cooling load.
AHU 40: Hearth Lounge Our load calculations for the south addition and hearth lounge are consistent with the capacity of the air system serving it.
Analysis and Recommendations
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Energy Conservation Measures The original systems serving the Phase I and Phase II areas are all constant volume systems using reheat coils or multi-zone dampers for temperature control. These systems use significantly more energy when compared to current technologies used to condition modern facilities. Energy savings can be obtained by converting the constant volume reheat and multi-zone systems to much more energy efficient, variable volume systems.
We recommend that when the air handling units are replaced, the new units are sized to replace multiple existing units. By combining the loads served by multiple units into one larger unit, the capacity of resulting air handler can be slightly less than the sum of the loads for the individual units. This is because there will be some diversity in occupancy, equipment, and solar loads.
Converting these systems to variable air volume will reduce electrical energy consumption on the supply fan, reduce the chilled water consumption at the cooling coil, and reduce the heating load at the reheat coils. To accomplish this, the following air handling units should be combined and new VAV terminal units should be added to the distribution ductwork.
AHU-A will replace the following units:
AHU 1-1 Basement Dining AHU 1-2 First Floor Dining Area AHU 1-3 Grand Stair
AHU-C will replace the following units:
AHU 2-3Barnes and Noble Bookstore AHU 2-4 Second Floor West Conference Spaces
AHU-J will replace the following units:
AHU 1-8 Second Floor North Offices AHU 1-10 Second Floor Northeast Offices Unit J will also serve the north ballroom lobby, once served by unit AHU 1-6.
AHU 1-5 will remain to serve the Second Floor South Conference Rooms. The south ballroom lobby, once served by AHU 1-6, will be served by this unit.
AHU 1-6 will be removed. The north and south ballroom lobby zones will be split and served by units AHU-J and AHU 1-5 respectively.
Due to space limitations, we propose the following air handling units be replaced without combining them with other units. New VAV terminal units should be added to convert these systems to variable air volume.
AHU-B will replace AHU 2-1 to serve the Bowling Alley.
AHU-F will replace AHU 2-2 to serve the Billiards Lounge and Game Room.
Analysis and Recommendations
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AHU-D will replace AHU 2-6 to serve the West Auditorium.
AHU-E will replace AHU 2-5 to serve the East Auditorium.
The auditorium units should be converted to variable air volume systems; however we propose the ducts serving the seating area be fitted with motorized isolation dampers only. These will enable the systems to condition the stage during set up and tear down without having to condition the entire seating area. Due to the limited amount of hours the auditorium systems are operated, converting these systems will not yield a significant energy savings, however this strategy will provide more flexibility for the facility staff
Due to space limitations, we propose the following air handling units be replaced without combining them with other units. We recommend these units be controlled as single-zone variable air volume units.
AHU-H will replace AHU 1-4 to serve the South Ballroom.
AHU-I will replace AHU 1-7 to serve the Central Ballroom.
AHU-K will replace AHU 1-9 to serve the North Ballroom.
The following table (Table 3) below summarizes the proposed new air handling units, the areas they serve, and the proposed capacity versus load for each system.
Table 3 - New AHU Capacity vs. System Load
Area
Served System
Capacity System Load
Load vs. Capacity
System Location Serves (SF) (cfm) (cfm) (%) AHU A Basement Basement, 1st Flr, Stair 35,323 35,000 30,390 87% AHU B Basement Bowling Alley 9,095 12,000 11,627 97% AHU C Mech Room 2nd Flr, West Conf. Bookstore 32,693 30,000 26,434 88% AHU D Auditorium West Auditorium 2,976 6,900 5,532 80% AHU E Auditorium East Auditorium 2,000 6,600 4,005 61% AHU F Mech Room Billiards, Lounge 11,620 10,000 7,420 74% AHU G Mech Room Kitchen 1,810 7,000 7,000 100% AHU H Penthouse South Ballroom 3,714 10,000 8,761 88% AHU 1-5 Penthouse 2nd Flr, So. Conf. 6,748 7,500 6,056 81% AHU I Penthouse Central Ballroom 5,702 10,000 10,801 108% AHU J Penthouse 2nd Flr, No Offices 8,130 7,500 6,617 88% AHU K Penthouse North Ballroom 5,494 10,000 9,588 96%
AHU 40 Basement Hearth Lounge 27,267 34,515 36,373 105% Total 152,572 187,015 170,604 91% Note: The load calculations above are based on a supply air temperature of 53F from the cooling coil, 74F space temperature, and using variable volume calculation method.
Carbon dioxide sensors should be used to reset the minimum outside airflow rates based on return air carbon dioxide concentration. This will be particularly beneficial in areas where zones are intermittently occupied, such as conference rooms, lounges, and dining areas.
A direct digital control (DDC) system should be installed to allow more precise scheduling of equipment runtimes. New space temperature sensors and electronic two-way valves should be added to control the new VAV units and reheat coils. Where existing reheat coils are in place, a new space temperature sensor
Analysis and Recommendations
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and electronic control valve should be installed to control the new VAV terminal unit and existing reheat coil.
Variable frequency drives with differential pressure sensors should be added to the reheat pumps to allow for variable flow control. This will reduce electrical consumption from the heating pumps.
Building Pressurization The building pressure becomes excessive when the outside air temperatures are suitable for economizer operation. Also, areas such as the auditorium experience localized over-pressurization during these times as well.
We believe that air handling units AHU 2-1, AHU 2-3, and AHU-2-4 were not designed for full outside air economizer operation. We believe, however, the current control system is modulating the return and outside air dampers, allowing the system to deliver 100% outside air when outdoor air temperatures are suitable for economizer operation. Without the capability to properly relieve this air, the building pressure increases, pushing against entrance doors.
We believe that the existing relief hoods for systems AHU 2-4, AHU 2-5, and AHU 2-6 are undersized, which is also contributing to the pressure problem. Also, during the 2003 addition of the South expansion project, a new relief hood and duct was added to replace a relief hood that was removed. This hood and duct is also undersized when compared to the airflow it is intended to relieve.
Properly sized gravity relief hoods will be used to control pressure where an unimpeded air path to the roof is available. Return fans will be employed where gravity relief hoods cannot be used.
Lack of Return Air The original HVAC design for the Phase I areas made use of passive returns into the corridor through louvers in and above the corridor doors. Over time, these openings have been blocked to comply with code requirements, which have limited the system’s ability to properly return air.
We propose new return ductwork be added for the north basement office area, the second floor conference rooms, and the second floor north office areas.
Indoor Air Quality Some of the existing systems still utilize tunnels and underground ductwork for supply and return air conveyance. Moisture builds up in the tunnels and ductwork during rain events. This moisture provides a potential breeding ground for mold and microbial growth. We propose that the use of tunnels and underground ductwork for supply and return air be discontinued. New supply and return air ductwork should be installed to replace the underground services.
The air handling units are constructed of a steel outer skin with un-faced, exposed insulation on the inner wall. Over time, this insulation becomes permeated with dirt, which is difficult to extract. When the
Analysis and Recommendations
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insulation becomes exposed to water, this becomes a breeding ground for mold and a potential indoor air quality liability. We recommend that the air handling units be replaced with new units that are equipped with a solid inner liner.
The existing supply and return ductwork serving Phase I and Phase II is internally lined with fiberglass insulation. As the system ages, this insulation becomes permeated with dirt. If the insulation gets wet, that area can become a breeding ground for mold and become an indoor air quality liability. In addition, the insulation will break down over time. The dirt and insulation fibers will eventually clog the reheat coils and reduce the system airflow. We propose that this ductwork be cleaned and coated with microbial resistant spray-on liner. Where new ductwork is installed, it should not be internally lined.
Problematic Areas The heating system for the North offices on second floor is incapable of keeping the floor temperature above 65F when the outside air temperatures are below freezing. The existing supply air for these spaces is delivered via a sidewall diffuser plenum that discharges air at approximately 24” above the finished floor. Because the floors of these offices cantilever out over the floor below, the floors are cold during the winter. This is a source of repeated service calls for the facilities staff. We propose that an under-floor heating system be installed in the ceiling of the soffit area below.
The TCF bank area on the first floor has problematic temperature control. The staff informed us that the zone is almost always too cold. Sebesta Blomberg engineers found that the thermostat controlling the supply air temperature is located near the elevator, not in the offices or teller stations and may be providing an inaccurate input temperature for the zone. The thermostat should be relocated to one of the offices for more consistent temperature control.
Cooling set points cannot be maintained in south west offices on the second floor. The supply air ductwork lacks the capacity to supply these spaces with enough cooling air. When the air handling unit serving this area is replaced, we recommend that the supply air temperature be designed for 53F off of the cooling coil. This will reduce the supply air demand from the zones, increasing the cooling capacity of the existing ductwork.
Proposed Scope of Work
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5 - Proposed Scope of Work We propose that the scope of work be implemented in stages to limit the disruption to the facility. It should be noted that the work can be performed in any order the owner chooses, however the stages proposed in this study result in the least amount of re-work associated with retrofitting areas previously finished.
Stage 1: Upgrade Auditorium HVAC
Stage 2: Upgrade Ballroom HVAC, 2nd Floor North Offices, South Conference Rooms
Stage 3: Upgrade Bookstore and 2nd Floor West Conference Area HVAC
Stage 4: Upgrade Billiards Area HVAC and Replace Kitchen MAU
Stage 5: Upgrade Bowling Alley HVAC
Stage 6: Upgrade Basement North Offices and 1st Floor Dining HVAC
To support this work electrically, a new 500 kVA, 13.8 kV delta to 480Y/277 volt unit substation will need to be installed to feed a new 600 ampere, 480Y/277 distribution panel. We propose to add this equipment near the utility tunnel & transformer vault located in the Phase II (1971) portion of the building. The attached riser diagram illustrates the infrastructure required.
Stage 1: Upgrade Auditorium HVAC The first stage will be the upgrade of the air handling systems serving the auditorium. It is assumed that the HVAC upgrades will be done in conjunction with a major renovation of the auditorium. However, since the scope of the renovation is not known, the work identified in this report is the minimum scope necessary to address the current operational issues.
If the entire auditorium is renovated, the HVAC system may need to be replaced, depending upon what the programmatic requirements of the new auditorium are.
Mechanical This work will consist of replacing the existing air handling units, cleaning and coating all existing supply and return air ductwork, retrofitting the supply air distribution systems with variable air volume terminal units, replacing the existing pneumatic control valves, and replacing the existing pneumatic thermostats with electronic space temperature sensors.
The existing air handling units serving the auditorium (AHU 2-5 and AHU 2-6) will be removed and replaced with two new air handling units (AHU-D and AHU E). The new systems will be capable of full airside economizer operation with the use of modulating outside and return air dampers. The existing gravity relief hoods will be replaced with new hoods that are sized to limit the space pressure during economizer mode to + 0.05” w.c. with respect to outside. The relief hoods will be fitted with both motorized isolation dampers and gravity weighted barometric relief dampers.
Proposed Scope of Work
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The existing reheat coils will remain in place. The existing reheat coil control valves will be replaced with 2-way electronic valves. The existing pneumatic thermostats will be replaced with DDC space temperature sensors.
An airflow measuring station will be located in the outside air duct. A carbon dioxide sensor will be located in the return air duct, while the minimum outside airflow setpoint will be reset between a minimum and maximum value based on the return air carbon dioxide concentration. This will reduce energy consumption during events when the auditorium is not fully occupied.
The new units will consist of 2” double walled construction, stainless steel drain pans, with access doors and marine lights between components. The unit will be constructed with a dual stacked air tunnel and will have 65% final filters, hydronic pre-heat coil, chilled water coil, and DWDI centrifugal supply fan. The hydronic pre-heat coil will piped with an inline circulation pump for freeze protection while the coil will be selected for a minimum tube velocity of 3 fps. All sections of the unit will be double walled with a solid inner liner.
Duct mounted sound attenuators will be installed in the discharge duct of the air handling units.
The existing chilled water service to this mechanical mezzanine will be re-used to connect to the new AHU. The AHU pre-heat coils will be connected to the existing reheat coil circulation system.
The original 1971 ductwork is internally lined with 1” fiberglass insulation. Both the supply and return ductwork is internally lined and will be cleaned and coated as part of this work.
Two new steam to steam humidifiers will be located in the supply ductwork downstream of the unit. A new de-ionized make-up water line will be routed from the existing second floor mechanical room to serve these. The units will be connected to the existing steam piping serving the old humidifiers.
Electrical The electrical work scope will consist of disconnecting the 208 volt 3-phase power to the existing units and removing the conduit and wiring serving them back to the existing Federal Pacific 120/208 volt panel. The two existing 30 ampere circuit breakers that served each removed air handling unit shall be removed to allow for the installation of two new 70 ampere circuit breakers to feed air handlers AHU-D and AHU-E proposed.
Architectural The roofing will need to patched and repaired for the installation of the gravity relief hoods.
Some incidental demolition and repair of the mechanical room walls will be necessary to accommodate the installation of the units.
Proposed Scope of Work
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Stage 2: Upgrade Ballroom HVAC, 2nd Floor North Offices, South Conference Rooms. The second stage will be the upgrade of the air handling systems serving the ballroom, ballroom lobby, the 2nd floor north offices, and the 2nd floor south conference rooms.
Mechanical This work will consist of replacing the existing air handling units, retrofitting the supply air distribution systems with variable air volume terminal units, cleaning and coating all existing supply and return air ductwork, replacing the existing pneumatic control valves, and replacing the existing pneumatic thermostats with electronic space temperature sensors.
2nd Floor North Offices and North Ballroom Lobby The existing air handling units serving the north offices (AHU 1-8 and AHU 1-10) will be removed and replaced with one air handling unit (AHU-J) and return fan (RE-J). The new system will be capable of full airside economizer operation with the use of modulating outside, return, and relief air dampers.
AHU-J will consist of 2” double walled construction, stainless steel drain pans, with access doors and marine lights between components. The unit will be constructed with a dual stacked air tunnel and will have a return fan, economizer section, air blender, 30% pre-filters, 65% final filters, face and bypass dampers, steam pre-heat coil, steam humidifier, chilled water coil, and plenum supply fan. The steam pre-heat coil will piped to the existing low pressure steam piping in the mechanical room. The chilled water cooling coil will be piped to the existing chilled water supply and return piping in the mechanical room.
All sections of the unit will be double walled with a solid inner liner with the exception of the supply fan section will be lined with perforated metal with a tedlar film lining between the metal liner and the insulation.
Duct mounted sound attenuators will be installed in the discharge duct of the air handling unit and at the inlet of the return air fan section.
Airflow measuring stations will be located at the inlet of the supply fan, return fan, and in the outside air duct. The return air fan speed will be controlled to maintain a fixed differential flow rate between the supply and return to maintain space pressure during all modes of operation. A carbon dioxide sensor will be located in the return air duct, while the minimum outside airflow setpoint will be reset between a minimum and maximum value based on the return air carbon dioxide concentration. This will reduce energy consumption during periods of low occupancy.
New supply and return duct mains will be routed in the North soffit of the ballroom and will be ducted across the corridor at the existing duct locations to serve the north offices. The supply ductwork will serve new VAV terminal units, which will be zoned to serve the existing offices
Proposed Scope of Work
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via new ceiling mounted diffusers. The existing sidewall diffusers will be removed and replaced with finned tube radiation installed at the floor level. The return system will be fully ducted to each zone served by the supply system.
A new steam to steam humidifier will be located adjacent to the air handling unit. The unit will be connected to the existing de-ionized make-up water line and the existing steam piping in the mechanical room.
A new VAV terminal unit will be ducted from AHU-J to the existing supply ductwork serving the north half of the ballroom lobby. The ballroom lobby air will be returned via new return air grilles located near the restrooms.
Heating water supply and return mains will be piped in the ballroom soffit and routed across the corridor as well. This piping will serve the reheat coils on the new VAV terminal units and new finned tube radiation along the North wall of the offices. The radiation will installed with control valves in the ceiling and will be zoned to match the new VAV terminal unit zoning.
Finned tube radiation will be installed in the ceiling space of the north overhang below the 2nd floor office area. After existing AHU 1-10 is removed, a new steam to water converter with a single circulation pump will be installed in the basement mechanical room to supply the under-floor radiation. The radiation loop will be filled with 50% propylene glycol for freeze protection. A single 3-way control valve will modulate to maintain a space temperature sensor setpoint in the ceiling space. The pump will be started and stopped based on the outside air temperature.
The original 1966 ductwork is internally lined with 1” fiberglass insulation. Both the supply and return ductwork is internally lined and will be cleaned and coated as part of this work.
Ballroom
The existing air handling units serving the ballroom (AHU 1-4, AHU 1-7, and AHU 1-9) will be removed and replaced with three air handling units (AHU-H, AHU-I, and AHU-K). The new air systems will be capable of full airside economizer operation with the use of modulating outside and return air dampers. The existing gravity relief hoods will be replaced with new hoods that are sized to limit the space pressure during economizer mode to + 0.05” wc with respect to the outside. The relief hoods will be fitted with both motorized isolation dampers and gravity weighted barometric relief dampers.
The existing supply and return ductwork serving the central ballroom will remain in place. The return ductwork serving the north and south ballrooms will also remain unchanged. The supply ductwork serving the north and south ballrooms will be modified to accommodate the new supply and return ductwork serving the north offices and the south conference rooms.
AHU’s H, I and K unit will consist of 2” double walled construction, stainless steel drain pans, with access doors and marine lights between components. The units will be constructed with a single air tunnel and will have an air blender, 30% pre-filters, 65% final filters, face and bypass
Proposed Scope of Work
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dampers, steam pre-heat coil, steam humidifier, chilled water coil, plenum supply fan, and hydronic reheat coil. Duct mounted sound attenuators will be installed in the discharge duct of the air handling unit.
All sections of the unit will be double walled with a solid inner liner with the exception of the supply fan section will be lined with perforated metal with a tedlar film lining between the metal liner and the insulation. Duct mounted sound attenuators will be installed in the discharge duct of the air handling units.
The steam pre-heat coils will be piped to the existing low pressure steam piping in the mechanical room. The re-heat coils will be piped to the existing heating water supply and return piping.
New steam to steam humidifiers will be located adjacent to each air handling unit. The units will be connected to the existing de-ionized make-up water line and the existing steam piping in the mechanical room.
Airflow measuring stations will be located in the outside air ducts. A carbon dioxide sensor will be located in the return air duct, while the minimum outside airflow setpoint will be reset between a minimum and maximum value based on the return air carbon dioxide concentration. The air handling unit supply fan will be controlled via a variable frequency drive which shall modulate the fan speed to maintain the space temperature setpoint. The reheat coil will not be operational until the unit is at its minimum speed. This will reduce energy consumption during events when the ballroom is not fully occupied.
The original 1966 ductwork is internally lined with 1” fiberglass insulation. Both the supply and return ductwork is internally lined and will be cleaned and coated as part of this work.
2nd Floor South Conference Rooms Existing AHU 1-5 will be re-used to serve the South conference rooms and the south half of the ballroom lobby. The unit will be relocated to make room for the new ballroom AHU-H. A new return fan will be added to the top of the unit and will be connected to new return air ductwork. A new relief hood will be added, which will be ducted to the discharge plenum on the return fan.
The existing steam coil, chilled water coil and humidifier will be re-connected to the existing mains in the mechanical room.
The existing air handling unit will be retrofitted with new DDC controls. The new system will be capable of full airside economizer operation with the use of modulating outside, return, and relief air dampers.
The existing VAV terminal units serving the conference rooms will be reused. The existing reheat coils will remain in service. The existing reheat coil control valves will be replaced with 2-way electronic valves. The existing pneumatic thermostats will be replaced with DDC space temperature sensors.
Proposed Scope of Work
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Airflow measuring stations will be located at the inlet of the supply fan, return fan, and in the outside air duct. The return air fan speed will be controlled to maintain a fixed differential flow rate between the supply and return to maintain space pressure during all modes of operation. A carbon dioxide sensor will be located in the return air duct, while the minimum outside airflow setpoint will be reset between a minimum and maximum value based on the return air carbon dioxide concentration.
A new return duct will be routed in the North soffit of the ballroom and will be ducted across the corridor at the existing duct locations to serve the north offices. The existing sidewall diffusers will be removed and replaced with new ceiling mounted diffusers. The return system will be fully ducted to each zone served by the supply system.
A new VAV terminal unit will be ducted from AHU 1-5 to the existing supply ductwork serving the south half of the ballroom lobby. The ballroom lobby air will be returned via new return air grilles located near the south end of the ballroom servery.
The original 1966 ductwork is internally lined with 1” fiberglass insulation. Both the supply and return ductwork is internally lined and will be cleaned and coated as part of this work.
Electrical The electrical work scope will consist of disconnecting the 208 volt 3-phase power to all existing air handler units except AHU 1-5 and removing the conduit and wiring serving them back to existing Panel 3P. The existing circuit breakers that served the removed air handling units shall be labeled as ‘SPARE’ on the panel schedule. A new 150 ampere, 480 volt, 3-phase panel will be installed in the penthouse mechanical room where space allows to serve the supply and return fans for new air handlers AHU-H, AHU-I, AHU-J, and AHU-K proposed. Refer to the attached riser diagram for additional information. The new 7.5 HP, 208 volt return fan proposed for existing unit AHU 1-5 shall be wired to the existing 50 ampere circuit breaker in Panel 3P that formerly served AHU 1-8.
2nd Floor North Offices and North Ballroom Lobby The lighting in the North office areas will be removed and replaced to accommodate the removal and replacement of the ceiling. The lighting in the North corridor between the ballroom and the offices will be modified accommodate the ceiling revisions.
Ballroom Lighting in the ballroom along the north and south soffits will be removed and replaced to accommodate the construction of the new soffits.
South Conference Rooms and South Ballroom Lobby New lighting will be provided in south conference rooms after the new ceiling grid is installed. The lighting in the south corridor between the ballroom and the conference rooms will be
Proposed Scope of Work
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modified accommodate the ceiling revisions. Lighting in the ballroom servery will be removed and replaced to accommodate the ceiling work.
Architectural
2nd Floor North Offices and North Ballroom Lobby The ceilings in the North office areas will be removed and replaced to accommodate the installation of the new ductwork and piping in this area. The exterior wall will require painting and patching after the sidewall linear diffusers are removed. The floor will also require patching after the sidewall supply system is removed.
The ceilings in the North corridor between the ballroom and the offices will be modified to enclose the new ductwork and piping serving the offices.
The exterior ceiling below the second floor offices will be removed and replaced to allow for the underfloor heating system to be installed.
Ballroom The North and South soffits in the Ballroom will require extensive modification to support the supply and return duct mains serving the north offices and the south conference rooms. The ceiling in the ballroom will require localized demolition and repair to accommodate the new gravity relief hoods.
South Conference Rooms and South Ballroom Lobby The ceilings in the South conference rooms will be removed and replaced to accommodate the installation of the new ductwork in this area. The exterior wall will require painting and patching after the sidewall linear diffusers are removed. The floor will also require patching after the sidewall supply system is removed.
The ceilings in the south corridor between the ballroom and the conference rooms will be modified to enclose the new ductwork serving the offices.
The ceiling in the ballroom servery will be removed and replaced to accommodate new return air ductwork from AHU 1-5.
Stage 3: Upgrade Bookstore and 2nd Floor West Conference Area HVAC We propose that the third stage to be the upgrade of the air handling systems serving the bookstore and the 2nd floor office areas.
Mechanical This work will consist of replacing the existing air handling units, retrofitting the supply air distribution systems with variable air volume terminal units, cleaning and coating all existing supply and return air
Proposed Scope of Work
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ductwork, replacing the existing pneumatic control valves, and replacing the existing pneumatic thermostats with electronic space temperature sensors.
The existing air handling units serving the bookstore and second floor offices (AHU 2-3 and AHU 2-4) will be removed and replaced with one air handling unit (AHU-C) and return fan (RE-C). The new system will be capable of full airside economizer operation with the use of modulating outside, return, and relief air dampers. The existing relief hoods on the roof above the 2nd floor conference areas will be removed.
The new unit will consist of 2” double walled construction, stainless steel drain pans, with access doors and marine lights between components. The unit will be constructed with a single air tunnel and will have an air blender, 30% pre-filters, 65% final filters, hydronic pre-heat coil, steam humidifier, chilled water coil, and plenum supply fan. The hydronic pre-heat coil will piped with inline circulation pump for freeze protection while the coil will be selected for a minimum tube velocity of 3 fps. All sections of the unit will be double walled with a solid inner liner with the exception of the supply fan section will be lined with perforated metal with a tedlar film lining between the metal liner and the insulation. Duct mounted sound attenuators will be installed in the discharge duct of the air handling unit and at the inlet of the return air fan.
Airflow measuring stations will be located at the inlet of the supply fan, return fan, and in the outside air duct. The return air fan speed will be controlled to maintain a fixed differential flow rate between the supply and return to maintain space pressure during all modes of operation. A carbon dioxide sensor will be located in the return air duct, while the minimum outside airflow setpoint will be reset between a minimum and maximum value based on the return air carbon dioxide concentration. This will reduce energy consumption during periods of low occupancy.
The existing chilled water service to this mechanical room will be re-used to connect to the new AHU. A new steam to steam humidifier will be installed to serve the new air handler. The make-up water for the humidifier will be connected to the existing de-ionized water loop currently feed the existing air handling units. The heating water for the AHU pre-heat coil will be connected to the reheat water loop serving the reheat coils on the 2nd floor offices. The below slab return air ductwork from the bookstore will be removed and replaced in the stage 4 work.
New VAV terminal units will be installed in the supply ductwork serving the second floor west conference area and in the bookstore. The existing reheat coils will remain in place. The existing reheat coil control valves will be replaced with 2-way electronic valves. The existing pneumatic thermostats will be replaced with DDC space temperature sensors. The existing radiation piping and control valves will remain in place. Electronic to pneumatic transducers will be installed to allow the DDC system to control the radiation in conjunction with the new VAV units.
The original 1971 ductwork is internally lined with 1” fiberglass insulation. Both the supply and return ductwork is internally lined and will be cleaned and coated as part of this work.
Proposed Scope of Work
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Electrical The electrical work scope will consist of disconnecting the 208 volt 3-phase power to the existing unit and removing the conduit and wiring serving it back to existing Panel PP2. The existing circuit breaker that served the removed air handling unit shall be labeled as ‘SPARE’ on the panel schedule. A new 150 ampere, 480 volt, 3-phase panel will be installed in either room 237A or 237B depending on space available to serve the supply and return fans for new air handler AHU-C proposed. Refer to the attached riser diagram for additional information.
Architectural Portions of the ceilings in the 2nd floor West conference areas will be removed and replaced to accommodate the installation of the new VAV terminal units and duct modifications. Some incidental ceiling work will occur in the Bookstore to accommodate the new VAV terminal units as well.
Stage 4: Upgrade Billiards Area HVAC and Replace Kitchen MAU We propose that the fourth stage be the upgrade of the air handling systems serving the billiards and lounge area.
Mechanical This work will consist of replacing the existing air handling units, retrofitting the supply air distribution system with variable air volume terminal units, cleaning and coating all existing supply and return air ductwork, replacing the existing pneumatic control valves, and replacing the existing pneumatic thermostats with electronic space temperature sensors.
The existing air handling unit serving the billiards area and lounge (AHU 2-2) will be removed and replaced with one air handling unit (AHU-F) and return fan (RE-F). The new system will be capable of full airside economizer operation with the use of modulating outside, return, and relief air dampers.
The new unit will consist of 2” double walled construction, stainless steel drain pans, with access doors and marine lights between components. The unit will be constructed with a single air tunnel and will have an air blender, 30% pre-filters, 65% final filters, hydronic pre-heat coil, steam humidifier, chilled water coil, and plenum supply fan. The hydronic pre-heat coil will piped with inline circulation pump for freeze protection while the coil will be selected for a minimum tube velocity of 3 fps. All sections of the unit will be double walled with a solid inner liner with the exception of the supply fan section will be lined with perforated metal with a tedlar film lining between the metal liner and the insulation.
Duct mounted sound attenuators will be installed in the discharge duct of the air handling unit and at the inlet of the return air fan. Airflow measuring stations will be located at the inlet of the supply fan, return fan, and in the outside air duct. The return air fan speed will be controlled to maintain a fixed differential flow rate between the supply and return to maintain space pressure during all modes of operation. A carbon dioxide sensor will be located in the return air duct, while the minimum outside airflow setpoint
Proposed Scope of Work
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will be reset between a minimum and maximum value based on the return air carbon dioxide concentration. This will reduce energy consumption during periods of low occupancy.
The existing chilled water service to this mechanical room will be re-used to connect to the new AHU. A new steam to steam humidifier will be installed to serve the new air handler. The make-up water for the humidifier will be connected to the existing de-ionized water loop currently feed the existing air handling units. The heating water for the AHU pre-heat coil will be connected to the reheat water loop serving the reheat coils on the 2nd floor offices.
New VAV terminal units will be installed in the supply ductwork serving billiards area. The existing reheat coils will remain in place. The existing reheat coil control valves will be replaced with 2-way electronic valves. The existing pneumatic thermostats will be replaced with DDC space temperature sensors.
The below slab return air ductwork from the lounge will be removed and replaced with new return air ductwork in south wall of the billiards lounge. The existing roof mounted exhaust fan serving this area will be removed and the riser will be abandoned in place. The exhaust fan serving the existing smoking lounge will be removed. The air from this area will be connected to the return air riser to be returned to the air handling unit.
The below slab return air ductwork serving the bookstore will be removed and replaced with new return air ductwork in the ceiling space of the basement.
The make-up air unit for the kitchen will also be replaced during this stage. The new unit will consist of 2” double walled construction, stainless steel drain pans, with access doors and marine lights between components. The unit will be constructed with a single air tunnel and will have 30% pre-filters, hydronic pre-heat coil, chilled water coil, and DWDI centrifugal supply fan. All sections of the unit will be double walled with a solid inner liner with the exception of the supply fan section will be lined with perforated metal with a tedlar film lining between the metal liner and the insulation.
The original 1971 ductwork is internally lined with 1” fiberglass insulation. Both the supply and return ductwork is internally lined and will be cleaned and coated as part of this work.
Electrical New lighting will be required for the new ceiling in the TV lounge. Existing lighting will be removed and replaced in the old smoking lounge, lounge offices, and game room to support the removal and replacement of the ceilings.
The electrical work scope will consist of disconnecting the 208 volt 3-phase power to the existing units and removing the conduit and wiring serving them back to existing Panel PP2. The existing circuit breakers that served the removed air handling units shall be labeled as ‘SPARE’ on the panel schedule. The supply and return fans for new air handlers AHU-F and AHU-G proposed shall be powered from the 150 ampere panel added during stage 1. Refer to the attached riser diagram for additional information.
Proposed Scope of Work
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Architectural The below ground supply air duct serving the TV lounge will be removed. A new lay-in ceiling will be installed in the TV lounge to enclose the new ductwork serving this area.
The existing wall behind the vending machines on the south wall will be removed and replace to accommodate a new return air duct.
The below ground return air duct from the bookstore above will be removed. The ceiling in the old smoking lounge, lounge offices and game room will be removed and replaced to accommodate the installation of the new supply and return air ductwork.
Stage 5: Upgrade Bowling Alley HVAC The fifth stage will be the upgrade of the air handling systems serving the bowling alley.
Mechanical This work will consist of replacing the existing air handling units, retrofitting the supply air distribution system with variable air volume terminal units, cleaning and coating all existing supply and return air ductwork, replacing the existing pneumatic control valves, and replacing the existing pneumatic thermostats with electronic space temperature sensors. New hydronic piping will be connected to the new VAV terminal units from the existing mains in the area.
The existing air handling unit serving the bowling alley (AHU 2-1) will be removed and replaced with one air handling unit (AHU-B) and return fan (RE-B). The new system will be capable of full airside economizer operation with the use of modulating outside, return, and relief air dampers. The return air fan speed will be controlled to maintain a fixed differential flow rate between the supply and return to maintain space pressure during all modes of operation. A carbon dioxide sensor will be located in the return air duct, while the minimum outside airflow setpoint will be reset between a minimum and maximum value based on the return air carbon dioxide concentration. This will reduce energy consumption during periods of low occupancy. The existing exhaust fan serving the bowling alley unit will be removed and replaced with a roof hood for discharging relief air from RE-B.
The new unit will consist of 2” double walled construction, stainless steel drain pans, with access doors and marine lights between components. The unit will be constructed with a single air tunnel and will have an air blender, 30% pre-filters, 65% final filters, hydronic pre-heat coil, steam humidifier, chilled water coil, and plenum supply fan. The hydronic pre-heat coil will piped with inline circulation pump for freeze protection while the coil will be selected for a minimum tube velocity of 3 fps. All sections of the unit will be double walled with a solid inner liner with the exception of the supply fan section will be lined with perforated metal with a tedlar film lining between the metal liner and the insulation.
Duct mounted sound attenuators will be installed in the discharge duct of the air handling unit and at the inlet of the return air fan. Airflow measuring stations will be located at the inlet of the supply fan, return
Proposed Scope of Work
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fan, and in the outside air duct. The existing chilled water and hydronic heating water service to this mechanical room will be re-used to connect to the new AHU.
A new steam to steam humidifier will be installed to serve the new air handler. The make-up water for the humidifier will be connected to the existing de-ionized water loop currently feed the existing air handling unit. The below slab supply air ductwork to the pinsetters will be removed and replaced with new supply air ductwork in the ceiling of the bowling alley.
The original 1966 and 1971 ductwork is internally lined with 1” fiberglass insulation. Both the supply and return ductwork is internally lined and will be cleaned and coated as part of this work.
Electrical The existing lighting around the new ceiling soffits will be modified. Some lighting will be removed and replaced to accommodate the demo and repair of the soffits.
The electrical work scope will consist of disconnecting the 208 volt 3-phase power to the existing unit and removing the conduit and wiring serving it back to existing Panel PPB. The existing circuit breaker that served the removed air handling unit shall be labeled as ‘SPARE’ on the panel schedule. The supply and return fans for new air handlers AHU-B shall be powered from the new 600 ampere 480 volt service distribution panel. Refer to the attached riser diagram for additional information.
Architectural The existing underground supply air duct serving the pinsetters will be removed. One of the bowling lanes will be removed and replaced to accommodate this. The ceiling soffits enclosing the existing ductwork will be expanded to enclose a new supply duct to serve the pinsetters.
Some incidental soffit demolition and repair will be needed to accommodate the installation of the new VAV terminal units. Access panels will be installed at the locations of the new VAV terminal units.
Stage 6: Upgrade Basement North Offices and 1st Floor Dining HVAC The final stage will be the upgrade of the air handling systems serving the basement north offices, and 1st floor dining area.
Mechanical This work will consist of replacing the existing air handling units, retrofitting the supply air distribution systems with variable air volume terminal units, cleaning and coating all existing supply and return air ductwork, replacing the existing pneumatic control valves, and replacing the existing pneumatic thermostats with electronic space temperature sensors.
The existing air handling units serving the grand stair, basement north offices, and 1st floor dining area (AHU 1-1, AHU 1-2, and AHU 1-3) will be removed and replaced with one air handling unit (AHU-A)
Proposed Scope of Work
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and return fan (RE-A). The new system will be capable of full airside economizer operation with the use of modulating outside, return, and relief air dampers.
The new unit will consist of 2” double walled construction, stainless steel drain pans, with access doors and marine lights between components. The unit will be constructed with a single air tunnel and will have an air blender, 30% pre-filters, 65% final filters, steam pre-heat coil, steam humidifier, chilled water coil, and plenum supply fan. The steam pre-heat coil will be an integral face and bypass type for freeze protection. All sections of the unit will be double walled with a solid inner liner with the exception of the supply fan section will be lined with perforated metal with a tedlar film lining between the metal liner and the insulation.
Duct mounted sound attenuators will be installed in the discharge duct of the air handling unit and at the inlet of the return air fan. Airflow measuring stations will be located at the inlet of the supply fan, return fan, and in the outside air duct. The return air fan speed will be controlled to maintain a fixed differential flow rate between the supply and return to maintain space pressure during all modes of operation. A carbon dioxide sensor will be located in the return air duct, while the minimum outside airflow setpoint will be reset between a minimum and maximum value based on the return air carbon dioxide concentration. This will reduce energy consumption during periods of low occupancy.
The existing chilled water service to this mechanical room will be re-used to connect to the new AHU. A new steam to steam humidifier will be installed to serve the new air handler. The make-up water for the humidifier will be connected to the existing de-ionized water loop currently feed the existing air handling units.
New VAV terminal units will be installed in the supply ductwork serving basement dining and the first floor areas. The existing reheat coils will remain in place. The existing reheat coil control valves will be replaced with 2-way electronic valves. The existing pneumatic thermostats will be replaced with DDC space temperature sensors. The existing radiation piping and control valves will remain in place. Electronic to pneumatic transducers will be installed to allow the DDC system to control the radiation in conjunction with the new VAV units.
The below slab supply air tunnel serving the basement North offices will remain abandoned in place. The existing supply air ductwork serving the 1st floor North dining area will be removed. A new supply main will be routed in the ceiling space of the basement offices to supply VAV terminal units serving both the 1st floor north dining area, and the basement north offices. Reheat piping for the new terminal units will be connected to the existing heating water supply and return piping in the ceiling space. A new return air duct will be routed above the ceiling space of the north basement offices for return of the air serving these areas.
The original 1966 and 1971 ductwork is internally lined with 1” fiberglass insulation. Both the supply and return ductwork is internally lined and will be cleaned and coated as part of this work.
Proposed Scope of Work
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Electrical The lighting in the north basement offices will be removed and replaced to accommodate the ceiling work.
The electrical work scope will consist of disconnecting the 208 volt 3-phase power to the existing units and removing the conduit and wiring serving them back to existing Panel 4P. The existing circuit breakers that served the removed air handling units shall be labeled as ‘SPARE’ on the panel schedule. A new 150 ampere, 480 volt, 3-phase panel will be installed in the mechanical room where space allows to serve the supply and return fans for new air handler AHU-A proposed. Refer to the attached riser diagram for additional information.
Architectural The existing supply air tunnel along the north wall and serving the dining area in the basement will be filled in. The supply air openings serving the offices and dining area will be capped at the floor. Terrazzo flooring will be patched in the dining area. Carpeted flooring will be patched in the north office areas. New sidewall supply air diffusers will be installed in the west wall of the dining area to replace the old floor diffusers.
The existing tunnel from the basement mechanical room to the north exterior wall will be re-used as a relief air tunnel. A new area-well will be constructed on the North side of the building to facilitate the relief air from the basement mechanical room.
The ceilings in the North basement areas will be removed and replaced to facilitate the installation of the new supply and return ductwork.
Energy Conservation Opportunities
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6 - Energy Conservation Opportunities The original systems serving the Phase I and Phase II areas are all constant volume systems using reheat coils or multi-zone dampers for temperature control. Due to the age and condition of the systems, nearly all of the existing air handlers need replacement. Many of the new units will be sized to replace multiple existing units. Further energy savings can be obtained by installing variable air volume (VAV) systems as opposed to constant volume systems. Since replacement of most of the air handling units is certain, Energy Conservation Opportunities (ECOs) #1-10 compare the first costs, operating costs, and payback of installing variable volume systems instead of new constant volume systems. Utility costs are calculated using a blended electric rate of $0.062/kWh, a chiller efficiency of 0.85 kW/ton, and an average heating cost of $13.25/MMBtu.
Several new units serve areas where the occupancy varies greatly depending on the time of day, week, or year. Carbon dioxide sensors may reduce heating and cooling costs by only bringing in the necessary amounts of outside air to maintain adequate ventilation. The CO2 sensor ECOs are combined with the respective air handler replacement ECOs. For existing AHU-1-5, the CO2 sensor cost savings are compared to the existing VAV system operation with no CO2 control. An additional reheat pump VFD measure is also presented in this section and is compared against the constant volume baseline. Table 4 shows a summary of the ECOs presented in this section. Note that while “totals” for costs, savings, and paybacks are calculated, not every ECO is mutually exclusive, meaning that not all savings are cumulative.
Table 4 – Energy Conservation Opportunity (ECO) Summary
ECO Description
Delta CV/VAV
Cost
Operating Cost Savings Simple
Payback (yrs)
Electric Savings
Cooling Savings
Heating (Steam) Savings
Total Annual Cost Savings
1 AHU-A $44,500 $8,044 $179 $3,664 $11,887 3.7 2 AHU-C w/CO2 Control $70,500 $7,906 $180 $4,770 $12,856 5.5 3 AHU-J w/CO2 Control $20,500 $1,854 $48 $1,125 $3,027 6.8 4 AHU-B w/CO2 Control $14,300 $2,524 $59 $1,811 $4,394 3.3 5 AHU F w/CO2 Control $21,700 $2,594 $52 $1,413 $4,059 5.3 6 AHU D w/CO2 Control $5,450 $82 $8 $193 $283 19.3 7 AHU E w/CO2 Control $5,450 $76 $6 $222 $304 17.9 8 AHU-H w/CO2 Control $4,500 $656 $47 $694 $1,397 3.2 9 AHU-I w/CO2 Control $4,500 $656 $47 $713 $1,416 3.2
10 AHU-K w/CO2 Control $4,500 $656 $47 $731 $1,434 3.1 11 AHU-1-5 CO2 Control $1,000 $216 $10 $505 $731 1.4 12 Reheat Pump VFD $5,500 $773 - - $773 7.1
Total $202,400 $26,037 $683 $15,841 $42,561 4.8
From Table 4, All ECOs except for ECOs 6 and 7 fall within the one to seven year payback range. AHUs D and E, which serve the auditorium spaces, simply do not operate significant hours to yield lower paybacks than those shown. ECOs 1 through 5 yield the highest energy savings by virtue of the size of the respective air handling units, but also are the most costly to implement.
Energy Conservation Opportunities
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Table 5 shows the projected Xcel Energy rebates using the prescriptive rebate categories for Cooling Efficiency: VAV Boxes ($200/box), Motor Efficiency: Motors ($4/hp for premium efficiency motors), and Motor Efficiency: VFDs ($30/hp). Rebate savings are tabulated, and a new simple payback is calculated taking the rebates into account.
Table 5 – ECO Xcel Energy Rebate Summary
ECO Description
Xcel Energy Rebates Simple Payback
with Rebates
(yrs) New VAV
Boxes
High Efficiency
Motors New VFDRebate Total
ECO Cost Less Rebates
1 AHU-A $4,200 $420 $3,150 $7,770 $36,730 3.1 2 AHU-C w/CO2 Control $5,200 $320 $2,400 $7,920 $62,580 4.9 3 AHU-J w/CO2 Control $3,000 $100 $750 $3,850 $16,650 5.5 4 AHU-B w/CO2 Control $800 $160 $1,200 $2,160 $12,140 2.8 5 AHU F w/CO2 Control $1,200 $100 $750 $2,050 $19,650 4.8 6 AHU D w/CO2 Control $600 $60 - $660 $4,790 16.8 7 AHU E w/CO2 Control $200 $60 - $260 $5,190 17.0 8 AHU-H w/CO2 Control - $80 - $80 $4,420 3.2 9 AHU-I w/CO2 Control - $80 - $80 $4,420 3.1
10 AHU-K w/CO2 Control - $80 - $80 $4,420 3.1 11 AHU-1-5 CO2 Control - - - $83 $917 1.3 12 Reheat Pump VFD - $32 $240 $272 $5,228 6.8
Total $15,400 $1,492 $8,490 $25,265 $177,018 4.2
ECO #1: Replace AHU 1-1, AHU 1-2, and AHU 1-3 with a Single VAV AHU-A Currently, AHU 1-1, AHU 1-2, and AHU 1-3 serve the Basement Dining, First Floor Dining, and Grand Stair, respectively. These systems will be replaced by a single unit AHU-A, which has a maximum supply airflow of 35,000 CFM with 11,400 CFM outside air. To implement a constant volume system, new reheat coils will be required to replace the multi-zone coils and dampers. To implement a variable air volume system, new VAV terminals will be required. For this unit, reduction of outside air using CO2
control is not an option because the outside airflow is driven by exhaust makeup air requirements rather than by ventilation. Table ECO-1 compares the economic costs of installing a new constant volume or a variable volume system.
Table ECO-1.
Annual Energy Usage Constant Volume
Variable Volume
VAV Savings
VAV Cost Savings
Electrical Usage 289,680 kWh 159,939 kWh 129,741 kWh $8,044Chilled Water Usage 25,350 ton-h 21,955 ton-h 3,395 ton-h $179Steam Usage 1,369 MMBtu 1093 MMBtu 277 MMBtu $3,664
$11,887
VAV Implementation Cost Difference $44,500 VAV Annual Cost Savings $11,887
VAV System Simple Payback 3.7 years
Energy Conservation Opportunities
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ECO #2: Replace AHU 2-3 and AHU 2-4 with a Single VAV AHU-C with CO2 Control Currently, AHU 2-3 and AHU 2-4 serve the Bookstore and Second Floor West Conference Spaces, respectively. These systems will be replaced by a single unit AHU-C has a maximum supply airflow of 30,000 CFM with 6,800 CFM outside air. To implement a variable air volume system, new VAV terminals will be required. Table ECO-2 compares the economic costs of installing a new constant volume or variable volume system with additional CO2 control to reduce outside airflow for periods of lower occupancy. The average outside air value used in the CO2 control calculation is 5,000 CFM, based on a design occupancy of 669 people, 10 CFM outside air per person, and a people diversity factor of 0.75.
Table ECO-2.
Annual Energy Usage Constant Volume
Variable Volume
VAV Savings
VAV Cost
Savings Electrical Usage 263,158 kWh 135,644 kWh 127,513 kWh $7,906
Chilled Water Usage 21,900 ton-h 18,476 ton-h 3,424 ton-h $180Steam Usage 690 MMBtu 330 MMBtu 360 MMBtu $4,770
$12,856
VAV Implementation Cost Difference $70,500 VAV Annual Cost Savings $12,856
VAV System Simple Payback 5.5 years
ECO #3: Replace AHU 1-8 and AHU 1-10 with a Single VAV AHU-J with CO2 Control Currently, AHU 1-8 and AHU 1-10 serve the Second Floor North Offices and Second Floor Northeast Offices, respectively. These systems will be replaced by a single unit AHU-J, which has a maximum supply airflow of 7,500 CFM with 1,000 CFM outside air. AHU-J will also serve the North Ballroom Lobby, once served by existing unit AHU 1-6. To implement a constant volume system, new reheat coils will be required to replace the multizone coils and dampers. To implement a variable air volume system, new VAV terminals will be required. Table ECO-3 compares the economic costs of installing a new constant volume or variable volume system with additional CO2 control to reduce outside airflow for periods of lower occupancy. The average outside air value used in the CO2 control calculation is 870 CFM, based on a design occupancy of 116 people, 10 CFM outside air per person, and a people diversity factor of 0.75.
Energy Conservation Opportunities
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Table ECO-3.
Annual Energy Usage Constant Volume
Variable Volume
VAV Savings
VAV Cost
Savings Electrical Usage 61,703 kWh 31,805 kWh 29,898 kWh $1,854
Chilled Water Usage 5,540 ton-h 4,635 ton-h 856 ton-h $48Steam Usage 125 MMBtu 40 MMBtu 85 MMBtu $1,125
$3,027
VAV Implementation Cost Difference $20,500 VAV Annual Cost Savings $3,027
VAV System Simple Payback 6.8 years
ECO #4: Replace AHU 2-1 with VAV AHU-B with CO2 Control Currently, AHU 2-1 serves the bowling alley. This air handling unit will be replaced by a new unit AHU-B with a maximum supply airflow of 12,900 CFM and 1,900 CFM outside air. To implement a variable air volume system, new VAV terminals will be required. Table ECO-4 compares the economic costs of installing a new constant volume or variable volume system with additional CO2 control to reduce outside airflow for periods of lower occupancy. The average outside air value used in the CO2 control calculation is 1,380 CFM, based on a design occupancy of 92 people, 15 CFM outside air per person, and a people diversity factor of 1.
Table ECO-4.
Annual Energy Usage Constant Volume
Variable Volume
VAV Savings
VAV Cost
Savings Electrical Usage 99,319 kWh 58,611 kWh 40,708 kWh $2,524
Chilled Water Usage 8,805 ton-h 7,692 ton-h 1,113 ton-h $59Steam Usage 197 MMBtu 60 MMBtu 137 MMBtu $1,811
$4,394
VAV Implementation Cost Difference $14,300 VAV Annual Cost Savings $4,934
VAV System Simple Payback 3.3 years
ECO #5: Replace AHU 2-2 with VAV AHU-F with CO2 Control Currently, AHU 2-2 serves the Billiards Room and Game Lounge. This air handling unit will be replaced by a new unit AHU-F with a maximum supply airflow of 10,000 CFM and outside airflow of 1,700 CFM. To implement a variable air volume system, new VAV terminals will be required. Table ECO-5 compares the economic costs of installing a new constant volume or variable volume system with additional CO2 control to reduce outside airflow for periods of lower occupancy. The average outside air value used in the CO2 control calculation is 1,475 CFM, based on a design occupancy of 197 people, 10 CFM outside air per person, and a people diversity factor of 0.75.
Energy Conservation Opportunities
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Table ECO-5.
Annual Energy Usage Constant Volume
Variable Volume
VAV Savings
VAV Cost
Savings Electrical Usage 111,278 kWh 69,435 kWh 41,842 kWh $2,594
Chilled Water Usage 7,331 ton-h 6,343 ton-h 988 ton-h $52Steam Usage 174 MMBtu 68 MMBtu 106 MMBtu $1,413
$4,059
VAV Implementation Cost Difference $21,700 VAV Annual Cost Savings $4,059
VAV System Simple Payback 5.3 years
ECO #6: Replace AHU 2-6 with VAV AHU-D with CO2 Control Currently, AHU 2-6 serves the West Auditorium. This air handling unit will be replaced by a new unit AHU-D, which would have a maximum design airflow of 6,500 CFM and an outside airflow of 1,100 CFM. This auditorium system, if installed as a variable volume unit, would contain motorized isolation dampers on the ducts serving the seating areas to avoid conditioning these areas when only the stage area is in use. From information provided by facilities workers at Minnesota State University, this air handler is assumed to be active four hours per day, four days per week. Table ECO-6 compares the economic costs of installing a new constant volume or variable volume system with additional CO2 control to reduce outside airflow for periods of lower occupancy. Note that the limited number of current occupancy hours causes the payback to be relatively high.
Table ECO-6.
Annual Energy Usage Constant Volume
Variable Volume
VAV Savings
VAV Cost
Savings Electrical Usage 3,124 kWh 1,801 kWh 1,323 kWh $82
Chilled Water Usage 969 ton-h 808 ton-h 161 ton-h $6Steam Usage 19 MMBtu 5 MMBtu 14 MMBtu $195
$283
VAV Implementation Cost Difference $5,450 VAV Annual Cost Savings $283
VAV System Simple Payback 19.3 years
ECO #7: Replace AHU 2-5 with VAV AHU-E with CO2 Control Currently, AHU 2-5 serves the West Auditorium. This air handling unit will be replaced by a new unit AHU-E, which would have a maximum design airflow of 6,000 CFM and an outside airflow of 1,400 CFM. This auditorium system, if installed as a variable volume unit, would contain motorized isolation dampers on the ducts serving the seating areas to avoid conditioning these areas when only the stage area is in use. From information provided by facilities workers at Minnesota State University, this air handler is assumed to be active four hours per day, four days per week. Table ECO-7 compares the economic
Energy Conservation Opportunities
Minnesota State University 2/20/2009 Centennial Student Union Pre-Design Study Page 41 Sebesta Blomberg Project No. 250802.00
costs of installing a new constant volume or variable volume system with additional CO2 control to reduce outside airflow for periods of lower occupancy. Note that the limited number of current occupancy hours causes the payback to be relatively high.
Table ECO-7.
Annual Energy Usage Constant Volume
Variable Volume
VAV Savings
VAV Cost
Savings Electrical Usage 2,883 kWh 1,662 kWh 1,221 kWh $76
Chilled Water Usage 886 ton-h 745 ton-h 141 ton-h $6 Steam Usage 22 MMBtu 5 MMBtu 17 MMBtu $222
$306
VAV Implementation Cost Difference $5,450 VAV Annual Cost Savings $306
VAV System Simple Payback 17.9 years
ECO #8: Replace AHU 1-4 with VAV AHU-H with CO2 Control Currently, AHU 1-4 serves the South Ballroom. This air handling unit will be replaced by a new unit AHU-H, which will be controlled as a single zone unit with a design airflow of 10,000 CFM and outside airflow of 2,600 CFM. Table ECO-8 compares the economic costs of installing a new constant volume or variable volume system with additional CO2 control to reduce outside airflow for periods of lower occupancy. The average outside air value used in the CO2 control calculation is 2,335 CFM, based on a design occupancy of 467 people, 10 CFM outside air per person, and a people diversity factor of 0. 5.
Table ECO-8.
Annual Energy Usage Constant Volume
Variable Volume
VAV Savings
VAV Cost
Savings Electrical Usage 23,050 kWh 12,476 kWh 10,574 kWh $656
Chilled Water Usage 6,464 ton-h 5,581 ton-h 883 ton-h $47Steam Usage 121 MMBtu 68 MMBtu 52 MMBtu $694
$1,397
VAV Implementation Cost Difference $4,500 VAV Annual Cost Savings $1,397
VAV System Simple Payback 3.2 years
ECO #9: Replace AHU 1-7 with VAV AHU-I with CO2 Control Currently, AHU 1-7 serves the Central Ballroom. This air handling unit will be replaced by a new unit AHU-I, which will be controlled as a single zone unit with a design airflow of 10,000 CFM and outside airflow of 3,200 CFM. Table ECO-9 compares the economic costs of installing a new constant volume or variable volume system with additional CO2 control to reduce outside airflow for periods of lower occupancy. The average outside air value used in the CO2 control calculation is 2,830 CFM, based on a design occupancy of 566 people, 10 CFM outside air per person, and a people diversity factor of 0. 5.
Energy Conservation Opportunities
Minnesota State University 2/20/2009 Centennial Student Union Pre-Design Study Page 42 Sebesta Blomberg Project No. 250802.00
Table ECO-9.
Annual Energy Usage Constant Volume
Variable Volume
VAV Savings
VAV Cost
Savings Electrical Usage 23,050 kWh 12,522 kWh 10,574 kWh $656
Chilled Water Usage 6,497 ton-h 5,604 ton-h 893 ton-h $47Steam Usage 146 MMBtu 92 MMBtu 54 MMBtu $713
$1,416
VAV Implementation Cost Difference $4,500 VAV Annual Cost Savings $1,416
VAV System Simple Payback 3.2 years
ECO #10: Replace AHU 1-9 with VAV AHU-K with CO2 Control Currently, AHU 1-9 serves the North Ballroom. This air handling unit will be replaced by a new unit AHU-K, which will be controlled as a single zone unit with a design airflow of 10,000 CFM and outside airflow of 2,700 CFM. Table ECO-10 compares the economic costs of installing a new constant volume or variable volume system with additional CO2 control to reduce outside airflow for periods of lower occupancy. The average outside air value used in the CO2 control calculation is 2,365 CFM, based on a design occupancy of 473 people, 10 CFM outside air per person, and a people diversity factor of 0. 5.
Table ECO-10.
Annual Energy Usage Constant Volume
Variable Volume
VAV Savings
VAV Cost
Savings Electrical Usage 23,050 kWh 12,522 kWh 10,574 kWh $656
Chilled Water Usage 6,469 ton-h 5,582 ton-h 887 ton-h $47Steam Usage 125 MMBtu 70 MMBtu 55 MMBtu $730
$1,433
VAV Implementation Cost Difference $4,500 VAV Annual Cost Savings $1,433
VAV System Simple Payback 3.1 years
ECO #11: AHU 1-5 CO2 Outside Air Reset Control AHU 1-5 serves the 2nd floor South and Ballroom Lobby areas as a variable air volume unit with a maximum design flow of 7,500 CFM and outside airflow of 3,000 CFM. Since the heating minimum is controlled by the minimum outside air ventilation, the supply fan will be able to decrease its minimum flow from its existing levels as well. Table ECO-11 shows the costs, energy savings, and simple payback for implementation of this measure. The average outside air value used in the CO2 control calculation is 2,060 CFM, based on a design occupancy of 275 people, 10 CFM outside air per person, and a people diversity factor of 0. 75.
Energy Conservation Opportunities
Minnesota State University 2/20/2009 Centennial Student Union Pre-Design Study Page 43 Sebesta Blomberg Project No. 250802.00
Table ECO-11.
Annual Energy Usage No CO2 Control
CO2 Control Savings
Cost Savings
Electrical Usage 20,219 kWh 16,741 kWh 3,479 kWh $216Chilled Water Usage 4,252 ton-h 4,056 ton-h 196 ton-h $10
Steam Usage 234 MMBtu 195 MMBtu 39 MMBtu $505 $731
Implementation Cost Estimate $1,000
Annual Cost Savings $731 Simple Payback 1.4 years
ECO #12: Install VFDs on Reheat Pumps This measure involves installing variable frequency drives with differential pressure sensors on reheat pumps to allow for variable flow control. This will reduce electrical consumption at periods of low heating demand. Table ECO-12 shows the costs, energy savings, and simple payback for implementation of this measure.
Table ECO-12.
Annual Energy Usage No VFD VFD Savings Cost
Savings Electrical Usage 27,781 kWh 15,318 kWh 12,463 kWh $773
$773
Implementation Cost Estimate $5,500 Annual Cost Savings $773
Simple Payback 7.1 years
ECO #13: Install new Space Temperature Sensors and Electronic Control Valves This opportunity involves installing new space temperature sensors and control valves for new and existing VAV terminals and reheat coils. This will ensure proper calibration and operation of equipment for energy savings and thermal comfort. This measure is not directly quantifiable in terms of savings and paybacks, but each sensor and valve would cost approximately $500 each with installation.
Budgetary Costs
Minnesota State University 2/20/2009 Centennial Student Union Pre-Design Study Page 44 Sebesta Blomberg Project No. 250802.00
7 - Budgetary Costs The budgets set forth in this study are specifically tied to the scope of work described herein. The budgetary pricing in this study allows for only limited work as required to demo, patch, and repair existing architectural, electrical, plumbing, and fire protection systems as necessary to support the HVAC work.
These budgets are limited to what is necessary to upgrade the HVAC infrastructure based on the existing building program. If the owner chooses to make programmatic changes in conjunction with the work described in this study, those project budgets must be re-evaluated to include the HVAC work necessary to support the programmatic changes as well as the infrastructure changes described herein.
Following in this section is a breakdown of budgetary costs prepared by Master Mechanical.
Additionally, we have included a summary budget sheet that includes a 15% contingency for bidding and 15% contingency for design. Price also includes a 5% per year escalation for Phases III through VI.
Phase Cost
Annual Energy Savings
Xcel Rebates
(Prescriptive)
Xcel Rebates (Custom)
Phase I: Auditorium,VFD RH Pumps $227,850 $1,360 $1,192 Phase II: Ballrooms, 2nd Fl. N, S Conf. $994,665 $8,005 $4,290 Phase III*: Bookstore, 2nd Fl. W Conf. $401,010 $12,856 $7,920 Phase IV*: Billiards, Kitchen MAU $273,110 $4,059 $2,050 Phase V*: Bowling Alley $331,357 $4,394 $2,160 Phase VI*: Basement N, 1st Fl. Dining $532,294 $11,887 $7,770 Subtotal $2,760,286 $42,561 $25,382 15% Design Contingency $414,043 - - - 15% Bidding Contingency $414,043 - - - TOTAL $3,588,372 $42,561 $25,382
Construction Schedule
Minnesota State University 2/20/2009 Centennial Student Union Pre-Design Study Page 45 Sebesta Blomberg Project No. 250802.00
8 - Construction Schedule Following is the construction schedule as provided by Sebesta Blomberg.
ID Task Name Fixed Cost
1 PHASE 1 AUDITORIUM HVAC $227,850.00
2 PHASE 2 BALL RM HVAC 2ND FLNORTH OFFICES,SOUTH CONFRMS
$994,665.00
3 PHASE 3 BOOKSTORE 2ND FLWEST CONF AREA HAVC
$381,915.00
4 PHASE 4 BILLIARDS AREA HVACKITCHEN MAU
$259,455.00
5 PHASE 5 BOWLING ALLEY HVAC $314,790.00
6 PHASE 6 BSMT NORTHOFFICES1ST FL DINNING HVAC
$505,680.00
PHASE 1 AUDITORIUM HVAC$227,850.00
M HVAC 2ND FL NORTH OFFICES,SOUTH CONF RMS
PHASE 3 BOOKSTORE 2ND FL WEST CONF AREA HAVC
PHASE 4 BILLIARDS AREA HVAC KITCHEN MAU
PHASE 5 BOWLING ALLEY HVAC
PHASE 6 BSMT NORTH OFFICES1ST FL DINNING HVAC
S T M F T S W S T M F T S W S T M F T S W S T M F T S W S T, '08 Dec 28, '08 Feb 22, '09 Apr 19, '09 Jun 14, '09 Aug 9, '09 Oct 4, '09 Nov 29, '09 Jan 24, '10 Mar 21, '10 May 16, '10 Jul 11, '10 Sep 5, '10 Oct 31, '10
Task
Split
Progress
Milestone
Summary
Project Summary
External Tasks
External Milestone
Deadline
MN STATE UNIVERSITY MANKATOCentennial Hall Pre-Design Study
Sebesta Blomberg Project No. 250802.00 Page 1 June 9, 2008
Project: Appendix F - Construction SchDate: Tue 9/9/08
Student Union - HVAC Pre DesignHVAC Load Analysis
for
Minnesota State University - Mankato111 Wieking CenterMankato, MN 56001
Prepared By:
Douglas A LuchtSebesta Blomberg
2381 RosegateRoseville, MN 55113
651-634-7328Friday, May 30, 2008
Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.Sebesta Blomberg Student Union - HVAC Pre DesignRoseville, MN 55113 Page 2
General Project Data Input
General Project InformationProject file name: Z:\Projects\MPLS\Project 1\250802.00 MNSCU_Mankato_Student
Union HVAC Pre-D\Mech\Load Calcs\Final Load Calcs\MSU Mankato Student Union VAV - New AHU's.CHV
Project title: Student Union - HVAC Pre DesignProject address: 200 Centennial Hall Student UnionProject city, state, ZIP: Mankato, MN 56001Designed by: DALProject date: Monday, June 2nd 2008Weather reference city: MANKATO (ASHRAE 0.4%), MINNESOTA, USAClient name: Minnesota State University - MankatoClient address: 111 Wieking CenterClient city: Mankato, MN 56001Client phone: 507-389-2722Company name: Sebesta BlombergCompany representative: Douglas A LuchtCompany address: 2381 RosegateCompany city: Roseville, MN 55113Company phone: 651-634-7328Company fax: 651-634-7400
Barometric pressure: 28.835 in.Hg.Altitude: 1020 feetLatitude: 44 DegreesMean daily temperature range: 24 DegreesStarting & ending time for HVAC load calculations: 1am - 12amNumber of unique zones in this project: 158
Building Default ValuesCalculations performed: Both heating and cooling loadsLighting requirements: 0.00 Watts per square footEquipment requirements: 0.00 Watts per square footPeople sensible load multiplier: 0 Btuh per personPeople latent load multiplier: 0 Btuh per personZone sensible safety factor: 0 %Zone latent safety factor: 0 %Zone heating safety factor: 0 %People diversity factor: 100 %Lighting profile number: 1Equipment profile number: 1People profile number: 1Building default ceiling height: 10.00 feetBuilding default wall height: 12.00 feet
Internal Operating Load Profiles (C = 100)hr hr hr hr hr hr hr hr hr hr hr hr hr hr hr hr hr hr hr hr hr hr hr hr1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24
1 0 0 0 0 0 33 66 C C C C C C C C C C C C C C 66 33 02 C C C C C C C C C C C C C C C C C C C C C C C C3 C C C C C C C C C C C C C C C C C C C C C C C C4 C C C C C C C C C C C C C C C C C C C C C C C C5 C C C C C C C C C C C C C C C C C C C C C C C C6 C C C C C C C C C C C C C C C C C C C C C C C C7 C C C C C C C C C C C C C C C C C C C C C C C C8 C C C C C C C C C C C C C C C C C C C C C C C C9 C C C C C C C C C C C C C C C C C C C C C C C C
10 C C C C C C C C C C C C C C C C C C C C C C C C
Z:\ ...\MSU Mankato Student Union VAV - New AHU's.CHV Friday, May 30, 2008, 09:26 AM
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General Project Data Input (cont'd)
Building-Level Design ConditionsDesignMonth
OutdoorDry Bulb
OutdoorWet Bulb
IndoorRel.Hum
IndoorDry Bulb
GrainsDiff
In/OutdoorCorrection
January 40 35 50% 74 -40.73 -54February 53 45 50% 74 -30.92 -40March 68 55 50% 74 -17.40 -25April 78 58 50% 74 -21.37 -15May 90 70 50% 74 15.47 -3June 93 72 50% 74 23.70 0July 91 77 50% 74 57.45 -2August 90 81 50% 74 85.26 -3September 88 70 50% 74 18.86 -5October 83 64 50% 74 -3.49 -11November 70 57 50% 74 -13.04 -23December 56 50 50% 74 -18.20 -38Winter -15 72
Master RoofsRoofNo.
ASHRAERoof#
RoofU-Fac
DarkColor
Susp.Ceil
1 9 0.060 Yes YesRoof #1 Description: 1966/1971 Roof2 9 0.044 Yes YesRoof #2 Description: 2003 Roof
Master WallsWallNo.
ASHRAEGroup
WallU-Fac
WallColor
1 A 0.056 MWall #1 Description: 2003 Wall2 A 0.088 MWall #2 Description: Existing Wall 1966/71
Master PartitionsPartitionNo.
PartitionU-Factor
CoolT-D
HeatT-D
1 0.037 0 50Partition #1 Description: Concrete partition, 12" thick, 80 lb/ft³, no siding, interior finish, 1/2" fiber board, R-1.32 0.033 0 50Partition #2 Description: Concrete partition, 12" thick, 80 lb/ft³, no siding, interior finish
Master GlassGlassNo.
SummerU-Factor
WinterU-Factor
GlassShd.Coef.
InteriorShading
InteriorShd.Coef
1 0.280 0.290 0.430 3 0.000Glass #1 Description: 2003 Curtainwall2 0.250 0.250 0.590 3 0.000
Master Shading Devices
ShadeNo.
DistHoriz
OverhProjects
DistBeyond
RightW.Edge
DistBeyond
LeftW.Edge
DistOverhAboveWind
DistRight
FinProj
DistR-Fin
BeyondW.Edge
HtOf
RightFin
DistLeftFin
Proj
DistL-Fin
BeyondW.Edge
HtOf
LeftFin
1 5.00 0.00 0.00 5.00 8.00 0.00 10.00 8.00 0.00 10.002 5.00 0.00 0.00 15.00 5.00 0.00 14.00 5.00 0.00 14.00
Z:\ ...\MSU Mankato Student Union VAV - New AHU's.CHV Friday, May 30, 2008, 09:26 AM
Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.Sebesta Blomberg Student Union - HVAC Pre DesignRoseville, MN 55113 Page 4
General Project Data Input (cont'd)
Master Shading Devices3 5.00 0.00 0.00 29.00 2.00 0.00 6.00 2.00 0.00 6.00
Z:\ ...\MSU Mankato Student Union VAV - New AHU's.CHV Friday, May 30, 2008, 09:26 AM
Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.Sebesta Blomberg Student Union - HVAC Pre DesignRoseville, MN 55113 Page 5
Air Handler Input
Air Handler Number 1 Input Data
Name: AHU A (Basement, North Offices, Stair)Terminal type: Variable Air VolumeSupply fan type: Draw-thru fanCalculations performed: Both heating and cooling loadsExcess supply air: ReserveOccurrences: 1People profile number: 0Lighting profile number: 0Equipment profile number: 0Exhaust may not exceed supply air: NoLeaving heating coil temp (deg.F): 95.0Leaving cooling coil temp (deg.F): 53.0Cooling coil CFM 0Misc. Btuh gain - supply side: 0Misc. Btuh gain - return side: 0Combined fan & motor efficiency: 65Static pressure across fan (in.wg.): 5.00Summer supply duct temp rise (deg.F): 1.000Summer return duct temp rise (deg.F): 0.250Winter supply duct temp drop (deg.F): 2.000Winter return duct temp drop (deg.F): 1.000Chilled water temp difference (deg.F): 0.000Hot water temp difference (deg.F): 0.000Cooling ventilation: 11400 DirectCooling infiltration: 0 AC/HrHeating ventilation: 0 DirectHeating infiltration: 0 AC/HrPretreated outside air: nonePretreated air Summer DB (deg.F): 0Pretreated air Summer WB (deg.F): 0Pretreated air Winter DB (deg.F): 0 DesignMonth
OutdoorDry Bulb
OutdoorWet Bulb
IndoorRel.Hum
IndoorDry Bulb
GrainsDiff
In/OutdoorCorrection
January 40 35 50% 74 -40.73 -54February 53 45 50% 74 -30.92 -40March 68 55 50% 74 -17.40 -25April 78 58 50% 74 -21.37 -15May 90 70 50% 74 15.47 -3June 93 72 50% 74 23.70 0July 91 77 50% 74 57.45 -2August 90 81 50% 74 85.26 -3September 88 70 50% 74 18.86 -5October 83 64 50% 74 -3.49 -11November 70 57 50% 74 -13.04 -23December 56 50 50% 74 -18.20 -38Winter -15 72
Air Handler Number 2 Input Data
Name: AHU B (Bowling Alley)Terminal type: Variable Air VolumeSupply fan type: Draw-thru fanCalculations performed: Both heating and cooling loadsExcess supply air: ReserveOccurrences: 1People profile number: 0
Z:\ ...\MSU Mankato Student Union VAV - New AHU's.CHV Friday, May 30, 2008, 09:26 AM
Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.Sebesta Blomberg Student Union - HVAC Pre DesignRoseville, MN 55113 Page 6
Air Handler Input (cont'd)
Air Handler Number 2 Input DataLighting profile number: 0Equipment profile number: 0Exhaust may not exceed supply air: NoLeaving heating coil temp (deg.F): 95.0Leaving cooling coil temp (deg.F): 53.0Cooling coil CFM 0Misc. Btuh gain - supply side: 0Misc. Btuh gain - return side: 0Combined fan & motor efficiency: 65Static pressure across fan (in.wg.): 5.00Summer supply duct temp rise (deg.F): 1.000Summer return duct temp rise (deg.F): 0.250Winter supply duct temp drop (deg.F): 2.000Winter return duct temp drop (deg.F): 1.000Chilled water temp difference (deg.F): 0.000Hot water temp difference (deg.F): 0.000Cooling ventilation: 1900 DirectCooling infiltration: 0 AC/HrHeating ventilation: 0 DirectHeating infiltration: 0 AC/HrPretreated outside air: nonePretreated air Summer DB (deg.F): 0Pretreated air Summer WB (deg.F): 0Pretreated air Winter DB (deg.F): 0 DesignMonth
OutdoorDry Bulb
OutdoorWet Bulb
IndoorRel.Hum
IndoorDry Bulb
GrainsDiff
In/OutdoorCorrection
January 40 35 50% 74 -40.73 -54February 53 45 50% 74 -30.92 -40March 68 55 50% 74 -17.40 -25April 78 58 50% 74 -21.37 -15May 90 70 50% 74 15.47 -3June 93 72 50% 74 23.70 0July 91 77 50% 74 57.45 -2August 90 81 50% 74 85.26 -3September 88 70 50% 74 18.86 -5October 83 64 50% 74 -3.49 -11November 70 57 50% 74 -13.04 -23December 56 50 50% 74 -18.20 -38Winter -15 72
Air Handler Number 3 Input Data
Name: AHU C (Bookstore, 2nd Floor West)Terminal type: Variable Air VolumeSupply fan type: Draw-thru fanCalculations performed: Both heating and cooling loadsExcess supply air: ReserveOccurrences: 1People profile number: 0Lighting profile number: 0Equipment profile number: 0Exhaust may not exceed supply air: NoLeaving heating coil temp (deg.F): 95.0Leaving cooling coil temp (deg.F): 53.0Cooling coil CFM 0Misc. Btuh gain - supply side: 0
Z:\ ...\MSU Mankato Student Union VAV - New AHU's.CHV Friday, May 30, 2008, 09:26 AM
Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.Sebesta Blomberg Student Union - HVAC Pre DesignRoseville, MN 55113 Page 7
Air Handler Input (cont'd)
Air Handler Number 3 Input DataMisc. Btuh gain - return side: 0Combined fan & motor efficiency: 65Static pressure across fan (in.wg.): 5.00Summer supply duct temp rise (deg.F): 1.000Summer return duct temp rise (deg.F): 0.250Winter supply duct temp drop (deg.F): 2.000Winter return duct temp drop (deg.F): 1.000Chilled water temp difference (deg.F): 0.000Hot water temp difference (deg.F): 0.000Cooling ventilation: 6800 DirectCooling infiltration: 0 AC/HrHeating ventilation: 0 DirectHeating infiltration: 0 AC/HrPretreated outside air: nonePretreated air Summer DB (deg.F): 0Pretreated air Summer WB (deg.F): 0Pretreated air Winter DB (deg.F): 0 DesignMonth
OutdoorDry Bulb
OutdoorWet Bulb
IndoorRel.Hum
IndoorDry Bulb
GrainsDiff
In/OutdoorCorrection
January 40 35 50% 74 -40.73 -54February 53 45 50% 74 -30.92 -40March 68 55 50% 74 -17.40 -25April 78 58 50% 74 -21.37 -15May 90 70 50% 74 15.47 -3June 93 72 50% 74 23.70 0July 91 77 50% 74 57.45 -2August 90 81 50% 74 85.26 -3September 88 70 50% 74 18.86 -5October 83 64 50% 74 -3.49 -11November 70 57 50% 74 -13.04 -23December 56 50 50% 74 -18.20 -38Winter -15 72
Air Handler Number 4 Input Data
Name: AHU D (West Auditorium)Terminal type: Variable Air VolumeSupply fan type: Draw-thru fanCalculations performed: Both heating and cooling loadsExcess supply air: ReserveOccurrences: 1People profile number: 0Lighting profile number: 0Equipment profile number: 0Exhaust may not exceed supply air: NoLeaving heating coil temp (deg.F): 95.0Leaving cooling coil temp (deg.F): 53.0Cooling coil CFM 0Misc. Btuh gain - supply side: 0Misc. Btuh gain - return side: 0Combined fan & motor efficiency: 65Static pressure across fan (in.wg.): 5.00Summer supply duct temp rise (deg.F): 1.000Summer return duct temp rise (deg.F): 0.250Winter supply duct temp drop (deg.F): 2.000Winter return duct temp drop (deg.F): 1.000
Z:\ ...\MSU Mankato Student Union VAV - New AHU's.CHV Friday, May 30, 2008, 09:26 AM
Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.Sebesta Blomberg Student Union - HVAC Pre DesignRoseville, MN 55113 Page 8
Air Handler Input (cont'd)
Air Handler Number 4 Input DataChilled water temp difference (deg.F): 0.000Hot water temp difference (deg.F): 0.000Cooling ventilation: 1100 DirectCooling infiltration: 0 AC/HrHeating ventilation: 0 DirectHeating infiltration: 0 AC/HrPretreated outside air: nonePretreated air Summer DB (deg.F): 0Pretreated air Summer WB (deg.F): 0Pretreated air Winter DB (deg.F): 0 DesignMonth
OutdoorDry Bulb
OutdoorWet Bulb
IndoorRel.Hum
IndoorDry Bulb
GrainsDiff
In/OutdoorCorrection
January 40 35 50% 74 -40.73 -54February 53 45 50% 74 -30.92 -40March 68 55 50% 74 -17.40 -25April 78 58 50% 74 -21.37 -15May 90 70 50% 74 15.47 -3June 93 72 50% 74 23.70 0July 91 77 50% 74 57.45 -2August 90 81 50% 74 85.26 -3September 88 70 50% 74 18.86 -5October 83 64 50% 74 -3.49 -11November 70 57 50% 74 -13.04 -23December 56 50 50% 74 -18.20 -38Winter -15 72
Air Handler Number 5 Input Data
Name: AHU E (East Auditorium)Terminal type: Variable Air VolumeSupply fan type: Draw-thru fanCalculations performed: Both heating and cooling loadsExcess supply air: ReserveOccurrences: 1People profile number: 0Lighting profile number: 0Equipment profile number: 0Exhaust may not exceed supply air: NoLeaving heating coil temp (deg.F): 95.0Leaving cooling coil temp (deg.F): 53.0Cooling coil CFM 0Misc. Btuh gain - supply side: 0Misc. Btuh gain - return side: 0Combined fan & motor efficiency: 65Static pressure across fan (in.wg.): 5.00Summer supply duct temp rise (deg.F): 1.000Summer return duct temp rise (deg.F): 0.250Winter supply duct temp drop (deg.F): 2.000Winter return duct temp drop (deg.F): 1.000Chilled water temp difference (deg.F): 0.000Hot water temp difference (deg.F): 0.000Cooling ventilation: 1400 DirectCooling infiltration: 0 AC/HrHeating ventilation: 0 DirectHeating infiltration: 0 AC/HrPretreated outside air: none
Z:\ ...\MSU Mankato Student Union VAV - New AHU's.CHV Friday, May 30, 2008, 09:26 AM
Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.Sebesta Blomberg Student Union - HVAC Pre DesignRoseville, MN 55113 Page 9
Air Handler Input (cont'd)
Air Handler Number 5 Input DataPretreated air Summer DB (deg.F): 0Pretreated air Summer WB (deg.F): 0Pretreated air Winter DB (deg.F): 0 DesignMonth
OutdoorDry Bulb
OutdoorWet Bulb
IndoorRel.Hum
IndoorDry Bulb
GrainsDiff
In/OutdoorCorrection
January 40 35 50% 74 -40.73 -54February 53 45 50% 74 -30.92 -40March 68 55 50% 74 -17.40 -25April 78 58 50% 74 -21.37 -15May 90 70 50% 74 15.47 -3June 93 72 50% 74 23.70 0July 91 77 50% 74 57.45 -2August 90 81 50% 74 85.26 -3September 88 70 50% 74 18.86 -5October 83 64 50% 74 -3.49 -11November 70 57 50% 74 -13.04 -23December 56 50 50% 74 -18.20 -38Winter -15 72
Air Handler Number 6 Input Data
Name: AHU F (Billiards, Lounge)Terminal type: Variable Air VolumeSupply fan type: Draw-thru fanCalculations performed: Both heating and cooling loadsExcess supply air: ReserveOccurrences: 1People profile number: 0Lighting profile number: 0Equipment profile number: 0Exhaust may not exceed supply air: NoLeaving heating coil temp (deg.F): 95.0Leaving cooling coil temp (deg.F): 53.0Cooling coil CFM 0Misc. Btuh gain - supply side: 0Misc. Btuh gain - return side: 0Combined fan & motor efficiency: 65Static pressure across fan (in.wg.): 5.00Summer supply duct temp rise (deg.F): 1.000Summer return duct temp rise (deg.F): 0.250Winter supply duct temp drop (deg.F): 2.000Winter return duct temp drop (deg.F): 1.000Chilled water temp difference (deg.F): 0.000Hot water temp difference (deg.F): 0.000Cooling ventilation: 1700 DirectCooling infiltration: 0 AC/HrHeating ventilation: 0 DirectHeating infiltration: 0 AC/HrPretreated outside air: nonePretreated air Summer DB (deg.F): 0Pretreated air Summer WB (deg.F): 0Pretreated air Winter DB (deg.F): 0 DesignMonth
OutdoorDry Bulb
OutdoorWet Bulb
IndoorRel.Hum
IndoorDry Bulb
GrainsDiff
In/OutdoorCorrection
January 40 35 50% 74 -40.73 -54
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Air Handler Input (cont'd)
Air Handler Number 6 Input DataFebruary 53 45 50% 74 -30.92 -40March 68 55 50% 74 -17.40 -25April 78 58 50% 74 -21.37 -15May 90 70 50% 74 15.47 -3June 93 72 50% 74 23.70 0July 91 77 50% 74 57.45 -2August 90 81 50% 74 85.26 -3September 88 70 50% 74 18.86 -5October 83 64 50% 74 -3.49 -11November 70 57 50% 74 -13.04 -23December 56 50 50% 74 -18.20 -38Winter -15 72
Air Handler Number 7 Input Data
Name: AHU G (Kitchen MAU)Terminal type: Variable Air VolumeSupply fan type: Draw-thru fanCalculations performed: Both heating and cooling loadsExcess supply air: ReserveOccurrences: 1People profile number: 0Lighting profile number: 0Equipment profile number: 0Exhaust may not exceed supply air: NoLeaving heating coil temp (deg.F): 95.0Leaving cooling coil temp (deg.F): 55.0Cooling coil CFM 0Misc. Btuh gain - supply side: 0Misc. Btuh gain - return side: 0Combined fan & motor efficiency: 65Static pressure across fan (in.wg.): 5.00Summer supply duct temp rise (deg.F): 1.000Summer return duct temp rise (deg.F): 0.250Winter supply duct temp drop (deg.F): 2.000Winter return duct temp drop (deg.F): 1.000Chilled water temp difference (deg.F): 0.000Hot water temp difference (deg.F): 0.000Cooling ventilation: 7000 DirectCooling infiltration: 0 AC/HrHeating ventilation: 7000 DirectHeating infiltration: 0 AC/HrPretreated outside air: nonePretreated air Summer DB (deg.F): 0Pretreated air Summer WB (deg.F): 0Pretreated air Winter DB (deg.F): 0 DesignMonth
OutdoorDry Bulb
OutdoorWet Bulb
IndoorRel.Hum
IndoorDry Bulb
GrainsDiff
In/OutdoorCorrection
January 40 35 50% 74 -40.73 -54February 53 45 50% 74 -30.92 -40March 68 55 50% 74 -17.40 -25April 78 58 50% 74 -21.37 -15May 90 70 50% 74 15.47 -3June 93 72 50% 74 23.70 0July 91 77 50% 74 57.45 -2August 90 81 50% 74 85.26 -3
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Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.Sebesta Blomberg Student Union - HVAC Pre DesignRoseville, MN 55113 Page 11
Air Handler Input (cont'd)
Air Handler Number 7 Input DataSeptember 88 70 50% 74 18.86 -5October 83 64 50% 74 -3.49 -11November 70 57 50% 74 -13.04 -23December 56 50 50% 74 -18.20 -38Winter -15 72
Air Handler Number 8 Input Data
Name: AHU H (South Ballroom)Terminal type: Variable Air VolumeSupply fan type: Draw-thru fanCalculations performed: Both heating and cooling loadsExcess supply air: ReserveOccurrences: 1People profile number: 0Lighting profile number: 0Equipment profile number: 0Exhaust may not exceed supply air: NoLeaving heating coil temp (deg.F): 95.0Leaving cooling coil temp (deg.F): 53.0Cooling coil CFM 0Misc. Btuh gain - supply side: 0Misc. Btuh gain - return side: 0Combined fan & motor efficiency: 65Static pressure across fan (in.wg.): 5.00Summer supply duct temp rise (deg.F): 1.000Summer return duct temp rise (deg.F): 0.250Winter supply duct temp drop (deg.F): 2.000Winter return duct temp drop (deg.F): 1.000Chilled water temp difference (deg.F): 0.000Hot water temp difference (deg.F): 0.000Cooling ventilation: 2600 DirectCooling infiltration: 0 AC/HrHeating ventilation: 0 DirectHeating infiltration: 0 AC/HrPretreated outside air: nonePretreated air Summer DB (deg.F): 0Pretreated air Summer WB (deg.F): 0Pretreated air Winter DB (deg.F): 0 DesignMonth
OutdoorDry Bulb
OutdoorWet Bulb
IndoorRel.Hum
IndoorDry Bulb
GrainsDiff
In/OutdoorCorrection
January 40 35 50% 74 -40.73 -54February 53 45 50% 74 -30.92 -40March 68 55 50% 74 -17.40 -25April 78 58 50% 74 -21.37 -15May 90 70 50% 74 15.47 -3June 93 72 50% 74 23.70 0July 91 77 50% 74 57.45 -2August 90 81 50% 74 85.26 -3September 88 70 50% 74 18.86 -5October 83 64 50% 74 -3.49 -11November 70 57 50% 74 -13.04 -23December 56 50 50% 74 -18.20 -38Winter -15 72
Air Handler Number 9 Input Data
Z:\ ...\MSU Mankato Student Union VAV - New AHU's.CHV Friday, May 30, 2008, 09:26 AM
Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.Sebesta Blomberg Student Union - HVAC Pre DesignRoseville, MN 55113 Page 12
Air Handler Input (cont'd)
Air Handler Number 9 Input DataName: AHU I (Central Ballroom)Terminal type: Variable Air VolumeSupply fan type: Draw-thru fanCalculations performed: Both heating and cooling loadsExcess supply air: ReserveOccurrences: 1People profile number: 0Lighting profile number: 0Equipment profile number: 0Exhaust may not exceed supply air: NoLeaving heating coil temp (deg.F): 95.0Leaving cooling coil temp (deg.F): 53.0Cooling coil CFM 0Misc. Btuh gain - supply side: 0Misc. Btuh gain - return side: 0Combined fan & motor efficiency: 65Static pressure across fan (in.wg.): 5.00Summer supply duct temp rise (deg.F): 1.000Summer return duct temp rise (deg.F): 0.250Winter supply duct temp drop (deg.F): 2.000Winter return duct temp drop (deg.F): 1.000Chilled water temp difference (deg.F): 0.000Hot water temp difference (deg.F): 0.000Cooling ventilation: 3200 DirectCooling infiltration: 0 AC/HrHeating ventilation: 0 DirectHeating infiltration: 0 AC/HrPretreated outside air: nonePretreated air Summer DB (deg.F): 0Pretreated air Summer WB (deg.F): 0Pretreated air Winter DB (deg.F): 0 DesignMonth
OutdoorDry Bulb
OutdoorWet Bulb
IndoorRel.Hum
IndoorDry Bulb
GrainsDiff
In/OutdoorCorrection
January 40 35 50% 74 -40.73 -54February 53 45 50% 74 -30.92 -40March 68 55 50% 74 -17.40 -25April 78 58 50% 74 -21.37 -15May 90 70 50% 74 15.47 -3June 93 72 50% 74 23.70 0July 91 77 50% 74 57.45 -2August 90 81 50% 74 85.26 -3September 88 70 50% 74 18.86 -5October 83 64 50% 74 -3.49 -11November 70 57 50% 74 -13.04 -23December 56 50 50% 74 -18.20 -38Winter -15 72
Air Handler Number 10 Input Data
Name: AHU 1-5 (Second Floor South Conf)Terminal type: Variable Air VolumeSupply fan type: Draw-thru fanCalculations performed: Both heating and cooling loadsExcess supply air: ReserveOccurrences: 1People profile number: 0
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Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.Sebesta Blomberg Student Union - HVAC Pre DesignRoseville, MN 55113 Page 13
Air Handler Input (cont'd)
Air Handler Number 10 Input DataLighting profile number: 0Equipment profile number: 0Exhaust may not exceed supply air: NoLeaving heating coil temp (deg.F): 95.0Leaving cooling coil temp (deg.F): 53.0Cooling coil CFM 0Misc. Btuh gain - supply side: 0Misc. Btuh gain - return side: 0Combined fan & motor efficiency: 65Static pressure across fan (in.wg.): 5.00Summer supply duct temp rise (deg.F): 1.000Summer return duct temp rise (deg.F): 0.250Winter supply duct temp drop (deg.F): 2.000Winter return duct temp drop (deg.F): 1.000Chilled water temp difference (deg.F): 0.000Hot water temp difference (deg.F): 0.000Cooling ventilation: 1300 DirectCooling infiltration: 0 AC/HrHeating ventilation: 0 DirectHeating infiltration: 0 AC/HrPretreated outside air: nonePretreated air Summer DB (deg.F): 0Pretreated air Summer WB (deg.F): 0Pretreated air Winter DB (deg.F): 0 DesignMonth
OutdoorDry Bulb
OutdoorWet Bulb
IndoorRel.Hum
IndoorDry Bulb
GrainsDiff
In/OutdoorCorrection
January 40 35 50% 74 -40.73 -54February 53 45 50% 74 -30.92 -40March 68 55 50% 74 -17.40 -25April 78 58 50% 74 -21.37 -15May 90 70 50% 74 15.47 -3June 93 72 50% 74 23.70 0July 91 77 50% 74 57.45 -2August 90 81 50% 74 85.26 -3September 88 70 50% 74 18.86 -5October 83 64 50% 74 -3.49 -11November 70 57 50% 74 -13.04 -23December 56 50 50% 74 -18.20 -38Winter -15 72
Air Handler Number 11 Input Data
Name: AHU J (Second Floor North Offices)Terminal type: Variable Air VolumeSupply fan type: Draw-thru fanCalculations performed: Both heating and cooling loadsExcess supply air: ReserveOccurrences: 1People profile number: 0Lighting profile number: 0Equipment profile number: 0Exhaust may not exceed supply air: NoLeaving heating coil temp (deg.F): 95.0Leaving cooling coil temp (deg.F): 53.0Cooling coil CFM 0Misc. Btuh gain - supply side: 0
Z:\ ...\MSU Mankato Student Union VAV - New AHU's.CHV Friday, May 30, 2008, 09:26 AM
Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.Sebesta Blomberg Student Union - HVAC Pre DesignRoseville, MN 55113 Page 14
Air Handler Input (cont'd)
Air Handler Number 11 Input DataMisc. Btuh gain - return side: 0Combined fan & motor efficiency: 65Static pressure across fan (in.wg.): 5.00Summer supply duct temp rise (deg.F): 1.000Summer return duct temp rise (deg.F): 0.250Winter supply duct temp drop (deg.F): 2.000Winter return duct temp drop (deg.F): 1.000Chilled water temp difference (deg.F): 0.000Hot water temp difference (deg.F): 0.000Cooling ventilation: 1000 DirectCooling infiltration: 0 AC/HrHeating ventilation: 0 DirectHeating infiltration: 0 AC/HrPretreated outside air: nonePretreated air Summer DB (deg.F): 0Pretreated air Summer WB (deg.F): 0Pretreated air Winter DB (deg.F): 0 DesignMonth
OutdoorDry Bulb
OutdoorWet Bulb
IndoorRel.Hum
IndoorDry Bulb
GrainsDiff
In/OutdoorCorrection
January 40 35 50% 74 -40.73 -54February 53 45 50% 74 -30.92 -40March 68 55 50% 74 -17.40 -25April 78 58 50% 74 -21.37 -15May 90 70 50% 74 15.47 -3June 93 72 50% 74 23.70 0July 91 77 50% 74 57.45 -2August 90 81 50% 74 85.26 -3September 88 70 50% 74 18.86 -5October 83 64 50% 74 -3.49 -11November 70 57 50% 74 -13.04 -23December 56 50 50% 74 -18.20 -38Winter -15 72
Air Handler Number 12 Input Data
Name: AHU K (North Ballroom)Terminal type: Variable Air VolumeSupply fan type: Draw-thru fanCalculations performed: Both heating and cooling loadsExcess supply air: ReserveOccurrences: 1People profile number: 0Lighting profile number: 0Equipment profile number: 0Exhaust may not exceed supply air: NoLeaving heating coil temp (deg.F): 95.0Leaving cooling coil temp (deg.F): 53.0Cooling coil CFM 0Misc. Btuh gain - supply side: 0Misc. Btuh gain - return side: 0Combined fan & motor efficiency: 65Static pressure across fan (in.wg.): 5.00Summer supply duct temp rise (deg.F): 1.000Summer return duct temp rise (deg.F): 0.250Winter supply duct temp drop (deg.F): 2.000Winter return duct temp drop (deg.F): 1.000
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Air Handler Input (cont'd)
Air Handler Number 12 Input DataChilled water temp difference (deg.F): 0.000Hot water temp difference (deg.F): 0.000Cooling ventilation: 2700 DirectCooling infiltration: 0 AC/HrHeating ventilation: 0 DirectHeating infiltration: 0 AC/HrPretreated outside air: nonePretreated air Summer DB (deg.F): 0Pretreated air Summer WB (deg.F): 0Pretreated air Winter DB (deg.F): 0 DesignMonth
OutdoorDry Bulb
OutdoorWet Bulb
IndoorRel.Hum
IndoorDry Bulb
GrainsDiff
In/OutdoorCorrection
January 40 35 50% 74 -40.73 -54February 53 45 50% 74 -30.92 -40March 68 55 50% 74 -17.40 -25April 78 58 50% 74 -21.37 -15May 90 70 50% 74 15.47 -3June 93 72 50% 74 23.70 0July 91 77 50% 74 57.45 -2August 90 81 50% 74 85.26 -3September 88 70 50% 74 18.86 -5October 83 64 50% 74 -3.49 -11November 70 57 50% 74 -13.04 -23December 56 50 50% 74 -18.20 -38Winter -15 72
Air Handler Number 13 Input Data
Name: AHU 40 (Hearth Lounge & Atrium)Terminal type: Variable Air VolumeSupply fan type: Draw-thru fanCalculations performed: Both heating and cooling loadsExcess supply air: ReserveOccurrences: 1People profile number: 0Lighting profile number: 0Equipment profile number: 0Exhaust may not exceed supply air: NoLeaving heating coil temp (deg.F): 95.0Leaving cooling coil temp (deg.F): 55.0Cooling coil CFM 0Misc. Btuh gain - supply side: 0Misc. Btuh gain - return side: 0Combined fan & motor efficiency: 65Static pressure across fan (in.wg.): 5.25Summer supply duct temp rise (deg.F): 1.000Summer return duct temp rise (deg.F): 0.250Winter supply duct temp drop (deg.F): 2.000Winter return duct temp drop (deg.F): 1.000Chilled water temp difference (deg.F): 0.000Hot water temp difference (deg.F): 0.000Cooling ventilation: 6997 DirectCooling infiltration: 0 AC/HrHeating ventilation: 0 DirectHeating infiltration: 0 AC/HrPretreated outside air: none
Z:\ ...\MSU Mankato Student Union VAV - New AHU's.CHV Friday, May 30, 2008, 09:26 AM
Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.Sebesta Blomberg Student Union - HVAC Pre DesignRoseville, MN 55113 Page 16
Air Handler Input (cont'd)
Air Handler Number 13 Input DataPretreated air Summer DB (deg.F): 0Pretreated air Summer WB (deg.F): 0Pretreated air Winter DB (deg.F): 0 DesignMonth
OutdoorDry Bulb
OutdoorWet Bulb
IndoorRel.Hum
IndoorDry Bulb
GrainsDiff
In/OutdoorCorrection
January 40 35 50% 74 -40.73 -54February 53 45 50% 74 -30.92 -40March 68 55 50% 74 -17.40 -25April 78 58 50% 74 -21.37 -15May 90 70 50% 74 15.47 -3June 93 72 50% 74 23.70 0July 91 77 50% 74 57.45 -2August 90 81 50% 74 85.26 -3September 88 70 50% 74 18.86 -5October 83 64 50% 74 -3.49 -11November 70 57 50% 74 -13.04 -23December 56 50 50% 74 -18.20 -38Winter -15 72
Z:\ ...\MSU Mankato Student Union VAV - New AHU's.CHV Friday, May 30, 2008, 09:26 AM
Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.Sebesta Blomberg Student Union - HVAC Pre DesignRoseville, MN 55113 Page 17
Zone Input
Zone 1: Billiard Room (4345 sq.ft) (Group 0)
Air Handler number: 6 Zone occurrences: 1Zone length: (feet) 79.00 Zone width (feet): 55.00Lighting Watts: 8,690 Equipment Watts: 0Number of people in zone: 110 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 250 Latent heat per person (Btuh): 250Cooling ventilation method: Direct Cooling ventilation value: 1,700.000Cooling infiltration method: AC/Hr Cooling infiltration value: 0.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: AC/Hr Heating infiltration value: 0.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 4,345 Exposed floor slab perimeter (ft): 0Both heating and cooling loads are calculated for this zone. Part Type U-Factor Cool TD Heat TD Height Width Area
1 1 0.0372 0.000 50.000 8.00 46.00 368.02 1 0.0372 0.000 50.000 8.00 79.00 632.03 1 0.0372 0.000 50.000 8.00 55.00 440.0
Zone 2: Game Room (4310 sq.ft) (Group 0)
Air Handler number: 6 Zone occurrences: 1Zone length: (feet) 431.00 Zone width (feet): 10.00Lighting Watts: 6,465 Equipment Watts: 2,635Number of people in zone: 25 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 250 Latent heat per person (Btuh): 250Cooling ventilation method: Direct Cooling ventilation value: 1,700.000Cooling infiltration method: AC/Hr Cooling infiltration value: 0.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: AC/Hr Heating infiltration value: 0.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 4,310 Exposed floor slab perimeter (ft): 0Both heating and cooling loads are calculated for this zone. Part Type U-Factor Cool TD Heat TD Height Width Area
1 1 0.0372 0.000 50.000 12.00 42.00 504.0
Zone 3: Office 47 (195 sq.ft) (Group 0)
Air Handler number: 6 Zone occurrences: 1Zone length: (feet) 19.50 Zone width (feet): 10.00Lighting Watts: 293 Equipment Watts: 235Number of people in zone: 1 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 245 Latent heat per person (Btuh): 155Cooling ventilation method: Direct Cooling ventilation value: 1,700.000Cooling infiltration method: AC/Hr Cooling infiltration value: 0.000Heating ventilation method: Direct Heating ventilation value: 0.000
Z:\ ...\MSU Mankato Student Union VAV - New AHU's.CHV Friday, May 30, 2008, 09:26 AM
Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.Sebesta Blomberg Student Union - HVAC Pre DesignRoseville, MN 55113 Page 18
Zone Input (cont'd)
Zone 3: Office 47 (195 sq.ft) (Group 0)Heating infiltration method: AC/Hr Heating infiltration value: 0.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 195 Exposed floor slab perimeter (ft): 0Both heating and cooling loads are calculated for this zone.
Zone 4: Office 46 (195 sq.ft) (Group 0)
Air Handler number: 6 Zone occurrences: 1Zone length: (feet) 19.50 Zone width (feet): 10.00Lighting Watts: 293 Equipment Watts: 235Number of people in zone: 1 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 245 Latent heat per person (Btuh): 155Cooling ventilation method: Direct Cooling ventilation value: 1,700.000Cooling infiltration method: AC/Hr Cooling infiltration value: 0.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: AC/Hr Heating infiltration value: 0.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 195 Exposed floor slab perimeter (ft): 0Both heating and cooling loads are calculated for this zone.
Zone 5: Storage 9 (210 sq.ft) (Group 0)
Air Handler number: 1 Zone occurrences: 1Zone length: (feet) 21.00 Zone width (feet): 10.00Lighting Watts: 63 Equipment Watts: 0Number of people in zone: 0 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 0 Latent heat per person (Btuh): 0Cooling ventilation method: Direct Cooling ventilation value: 11,400.000Cooling infiltration method: AC/Hr Cooling infiltration value: 0.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: AC/Hr Heating infiltration value: 0.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 140 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 210 Exposed floor slab perimeter (ft): 0Both heating and cooling loads are calculated for this zone. Part Type U-Factor Cool TD Heat TD Height Width Area
1 1 0.0372 0.000 50.000 8.00 18.00 144.02 1 0.0372 0.000 50.000 8.00 9.00 72.0
Zone 6: Office 10 (430 sq.ft) (Group 0)
Air Handler number: 1 Zone occurrences: 1Zone length: (feet) 43.00 Zone width (feet): 10.00Lighting Watts: 645 Equipment Watts: 540Number of people in zone: 4 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 245 Latent heat per person (Btuh): 155
Z:\ ...\MSU Mankato Student Union VAV - New AHU's.CHV Friday, May 30, 2008, 09:26 AM
Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.Sebesta Blomberg Student Union - HVAC Pre DesignRoseville, MN 55113 Page 19
Zone Input (cont'd)
Zone 6: Office 10 (430 sq.ft) (Group 0)Cooling ventilation method: Direct Cooling ventilation value: 11,400.000Cooling infiltration method: AC/Hr Cooling infiltration value: 0.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: AC/Hr Heating infiltration value: 0.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 430 Exposed floor slab perimeter (ft): 0Both heating and cooling loads are calculated for this zone. Part Type U-Factor Cool TD Heat TD Height Width Area
1 1 0.0372 0.000 50.000 8.00 18.00 144.0
Zone 7: Testing Center 12/12A (500 sq.ft) (Group 0)
Air Handler number: 1 Zone occurrences: 1Zone length: (feet) 50.00 Zone width (feet): 10.00Lighting Watts: 750 Equipment Watts: 1,180Number of people in zone: 8 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 245 Latent heat per person (Btuh): 155Cooling ventilation method: Direct Cooling ventilation value: 11,400.000Cooling infiltration method: AC/Hr Cooling infiltration value: 0.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: AC/Hr Heating infiltration value: 0.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 500 Exposed floor slab perimeter (ft): 0Both heating and cooling loads are calculated for this zone. Part Type U-Factor Cool TD Heat TD Height Width Area
1 1 0.0372 0.000 50.000 8.00 21.00 168.0
Zone 8: Room 13 Credit Union (720 sq.ft) (Group 0)
Air Handler number: 1 Zone occurrences: 1Zone length: (feet) 72.00 Zone width (feet): 10.00Lighting Watts: 1,080 Equipment Watts: 640Number of people in zone: 10 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 250 Latent heat per person (Btuh): 250Cooling ventilation method: Direct Cooling ventilation value: 11,400.000Cooling infiltration method: AC/Hr Cooling infiltration value: 0.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: AC/Hr Heating infiltration value: 0.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 720 Exposed floor slab perimeter (ft): 0Both heating and cooling loads are calculated for this zone. Part Type U-Factor Cool TD Heat TD Height Width Area
1 1 0.0372 0.000 50.000 8.00 30.00 240.0
Zone 9: Office 14A (120 sq.ft) (Group 0)
Z:\ ...\MSU Mankato Student Union VAV - New AHU's.CHV Friday, May 30, 2008, 09:26 AM
Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.Sebesta Blomberg Student Union - HVAC Pre DesignRoseville, MN 55113 Page 20
Zone Input (cont'd)
Zone 9: Office 14A (120 sq.ft) (Group 0)
Air Handler number: 1 Zone occurrences: 1Zone length: (feet) 12.00 Zone width (feet): 10.00Lighting Watts: 180 Equipment Watts: 370Number of people in zone: 2 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 245 Latent heat per person (Btuh): 155Cooling ventilation method: Direct Cooling ventilation value: 11,400.000Cooling infiltration method: AC/Hr Cooling infiltration value: 0.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: AC/Hr Heating infiltration value: 0.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 120 Exposed floor slab perimeter (ft): 0Both heating and cooling loads are calculated for this zone. Part Type U-Factor Cool TD Heat TD Height Width Area
1 1 0.0372 0.000 50.000 8.00 10.00 80.0
Zone 10: Office 14 (400 sq.ft) (Group 0)
Air Handler number: 1 Zone occurrences: 1Zone length: (feet) 40.00 Zone width (feet): 10.00Lighting Watts: 600 Equipment Watts: 370Number of people in zone: 2 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 245 Latent heat per person (Btuh): 155Cooling ventilation method: Direct Cooling ventilation value: 11,400.000Cooling infiltration method: AC/Hr Cooling infiltration value: 0.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: AC/Hr Heating infiltration value: 0.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 400 Exposed floor slab perimeter (ft): 0Both heating and cooling loads are calculated for this zone. Part Type U-Factor Cool TD Heat TD Height Width Area
1 1 0.0372 0.000 50.000 8.00 9.00 72.0
Zone 11: Office 14B (160 sq.ft) (Group 0)
Air Handler number: 1 Zone occurrences: 1Zone length: (feet) 16.00 Zone width (feet): 10.00Lighting Watts: 240 Equipment Watts: 270Number of people in zone: 1 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 245 Latent heat per person (Btuh): 155Cooling ventilation method: Direct Cooling ventilation value: 11,400.000Cooling infiltration method: AC/Hr Cooling infiltration value: 0.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: AC/Hr Heating infiltration value: 0.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0
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Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.Sebesta Blomberg Student Union - HVAC Pre DesignRoseville, MN 55113 Page 21
Zone Input (cont'd)
Zone 11: Office 14B (160 sq.ft) (Group 0)Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 160 Exposed floor slab perimeter (ft): 0Both heating and cooling loads are calculated for this zone. Part Type U-Factor Cool TD Heat TD Height Width Area
1 1 0.0372 0.000 50.000 8.00 10.00 80.0
Zone 12: Storage 15 (280 sq.ft) (Group 0)
Air Handler number: 1 Zone occurrences: 1Zone length: (feet) 28.00 Zone width (feet): 10.00Lighting Watts: 84 Equipment Watts: 0Number of people in zone: 0 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 0 Latent heat per person (Btuh): 0Cooling ventilation method: Direct Cooling ventilation value: 11,400.000Cooling infiltration method: AC/Hr Cooling infiltration value: 0.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: AC/Hr Heating infiltration value: 0.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 187 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 280 Exposed floor slab perimeter (ft): 0Both heating and cooling loads are calculated for this zone. Part Type U-Factor Cool TD Heat TD Height Width Area
1 1 0.0372 0.000 50.000 8.00 17.00 136.02 1 0.0372 0.000 50.000 8.00 13.00 104.0
Zone 13: Mechanical Room (135 sq.ft) (Group 0)
Air Handler number: 1 Zone occurrences: 1Zone length: (feet) 13.50 Zone width (feet): 10.00Lighting Watts: 0 Equipment Watts: 0Number of people in zone: 0 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 0 Latent heat per person (Btuh): 0Cooling ventilation method: Direct Cooling ventilation value: 11,400.000Cooling infiltration method: AC/Hr Cooling infiltration value: 0.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: AC/Hr Heating infiltration value: 0.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 135 Exposed floor slab perimeter (ft): 0Heating loads only are calculated for this zone. Part Type U-Factor Cool TD Heat TD Height Width Area
1 1 0.0372 0.000 50.000 12.00 13.00 156.0
Zone 14: Flexible Program (3325 sq.ft) (Group 0)
Air Handler number: 1 Zone occurrences: 1Zone length: (feet) 332.50 Zone width (feet): 10.00Lighting Watts: 8,313 Equipment Watts: 720
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Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.Sebesta Blomberg Student Union - HVAC Pre DesignRoseville, MN 55113 Page 22
Zone Input (cont'd)
Zone 14: Flexible Program (3325 sq.ft) (Group 0)Number of people in zone: 16 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 250 Latent heat per person (Btuh): 250Cooling ventilation method: Direct Cooling ventilation value: 11,400.000Cooling infiltration method: AC/Hr Cooling infiltration value: 0.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: AC/Hr Heating infiltration value: 0.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 3,325 Exposed floor slab perimeter (ft): 0Both heating and cooling loads are calculated for this zone.
Zone 15: Room 20 Union Retail Space (300 sq.ft) (Group 0)
Air Handler number: 1 Zone occurrences: 1Zone length: (feet) 30.00 Zone width (feet): 10.00Lighting Watts: 1,500 Equipment Watts: 270Number of people in zone: 4 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 250 Latent heat per person (Btuh): 250Cooling ventilation method: Direct Cooling ventilation value: 11,400.000Cooling infiltration method: AC/Hr Cooling infiltration value: 0.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: AC/Hr Heating infiltration value: 0.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 300 Exposed floor slab perimeter (ft): 0Both heating and cooling loads are calculated for this zone.
Zone 16: Women's Room 21B (380 sq.ft) (Group 0)
Air Handler number: 1 Zone occurrences: 1Zone length: (feet) 38.00 Zone width (feet): 10.00Lighting Watts: 380 Equipment Watts: 0Number of people in zone: 0 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 0 Latent heat per person (Btuh): 0Cooling ventilation method: Direct Cooling ventilation value: 11,400.000Cooling infiltration method: AC/Hr Cooling infiltration value: 0.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: AC/Hr Heating infiltration value: 0.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 380 Exposed floor slab perimeter (ft): 0Heating loads only are calculated for this zone.
Zone 17: Men's Room 21A (270 sq.ft) (Group 0)
Air Handler number: 1 Zone occurrences: 1Zone length: (feet) 27.00 Zone width (feet): 10.00Lighting Watts: 270 Equipment Watts: 0Number of people in zone: 0 People profile number: 1
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Zone Input (cont'd)
Zone 17: Men's Room 21A (270 sq.ft) (Group 0)Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 0 Latent heat per person (Btuh): 0Cooling ventilation method: Direct Cooling ventilation value: 11,400.000Cooling infiltration method: AC/Hr Cooling infiltration value: 0.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: AC/Hr Heating infiltration value: 0.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 270 Exposed floor slab perimeter (ft): 0Heating loads only are calculated for this zone. Part Type U-Factor Cool TD Heat TD Height Width Area
1 1 0.0372 0.000 50.000 8.00 15.00 120.0
Zone 18: Retail Store Office 20A (300 sq.ft) (Group 0)
Air Handler number: 1 Zone occurrences: 1Zone length: (feet) 30.00 Zone width (feet): 10.00Lighting Watts: 450 Equipment Watts: 370Number of people in zone: 2 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 245 Latent heat per person (Btuh): 155Cooling ventilation method: Direct Cooling ventilation value: 11,400.000Cooling infiltration method: AC/Hr Cooling infiltration value: 0.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: AC/Hr Heating infiltration value: 0.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 300 Exposed floor slab perimeter (ft): 0Both heating and cooling loads are calculated for this zone.
Zone 19: Room 19A/19B (250 sq.ft) (Group 0)
Air Handler number: 1 Zone occurrences: 1Zone length: (feet) 25.00 Zone width (feet): 10.00Lighting Watts: 375 Equipment Watts: 0Number of people in zone: 0 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 0 Latent heat per person (Btuh): 0Cooling ventilation method: Direct Cooling ventilation value: 11,400.000Cooling infiltration method: AC/Hr Cooling infiltration value: 0.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: AC/Hr Heating infiltration value: 0.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 250 Exposed floor slab perimeter (ft): 0Heating loads only are calculated for this zone.
Zone 20: Computer Area Lower Level (1910 sq.ft) (Group 0)
Air Handler number: 1 Zone occurrences: 1Zone length: (feet) 191.00 Zone width (feet): 10.00
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Zone Input (cont'd)
Zone 20: Computer Area Lower Level (1910 sq.ft) (Group 0)Lighting Watts: 2,865 Equipment Watts: 4,050Number of people in zone: 30 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 250 Latent heat per person (Btuh): 200Cooling ventilation method: Direct Cooling ventilation value: 11,400.000Cooling infiltration method: AC/Hr Cooling infiltration value: 0.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: AC/Hr Heating infiltration value: 0.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 1,910 Exposed floor slab perimeter (ft): 0Both heating and cooling loads are calculated for this zone.
Zone 21: Storage 24 (810 sq.ft) (Group 0)
Air Handler number: 1 Zone occurrences: 1Zone length: (feet) 81.00 Zone width (feet): 10.00Lighting Watts: 891 Equipment Watts: 0Number of people in zone: 0 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 0 Latent heat per person (Btuh): 0Cooling ventilation method: Direct Cooling ventilation value: 11,400.000Cooling infiltration method: AC/Hr Cooling infiltration value: 0.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: AC/Hr Heating infiltration value: 0.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 810 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 810 Exposed floor slab perimeter (ft): 0Both heating and cooling loads are calculated for this zone. Part Type U-Factor Cool TD Heat TD Height Width Area
1 2 0.0332 0.000 50.000 12.00 10.00 120.02 1 0.0372 0.000 50.000 12.00 7.00 84.03 1 0.0372 0.000 50.000 12.00 9.00 108.04 1 0.0372 0.000 50.000 12.00 4.00 48.05 1 0.0372 0.000 50.000 12.00 26.00 312.06 1 0.0372 0.000 50.000 12.00 17.00 204.0
Zone 22: Art Gallery 23 (975 sq.ft) (Group 0)
Air Handler number: 1 Zone occurrences: 1Zone length: (feet) 97.50 Zone width (feet): 10.00Lighting Watts: 4,875 Equipment Watts: 0Number of people in zone: 20 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 250 Latent heat per person (Btuh): 250Cooling ventilation method: Direct Cooling ventilation value: 11,400.000Cooling infiltration method: AC/Hr Cooling infiltration value: 0.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: AC/Hr Heating infiltration value: 0.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 0 Latent Btuh equipment load: 0
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Zone Input (cont'd)
Zone 22: Art Gallery 23 (975 sq.ft) (Group 0)Ceil. exposed to plenum (sq.ft): 975 Exposed floor slab perimeter (ft): 0Both heating and cooling loads are calculated for this zone. Part Type U-Factor Cool TD Heat TD Height Width Area
1 2 0.0332 0.000 50.000 12.00 17.00 204.0
Zone 23: Storage 23A (110 sq.ft) (Group 0)
Air Handler number: 1 Zone occurrences: 1Zone length: (feet) 11.00 Zone width (feet): 10.00Lighting Watts: 33 Equipment Watts: 0Number of people in zone: 0 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 0 Latent heat per person (Btuh): 0Cooling ventilation method: Direct Cooling ventilation value: 11,400.000Cooling infiltration method: AC/Hr Cooling infiltration value: 0.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: AC/Hr Heating infiltration value: 0.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 110 Exposed floor slab perimeter (ft): 0Heating loads only are calculated for this zone. Part Type U-Factor Cool TD Heat TD Height Width Area
1 2 0.0332 0.000 50.000 12.00 10.00 120.0
Zone 24: Hearth Lounge Lower Level 21 (3475 sq.ft) (Group 0)
Air Handler number: 13 Zone occurrences: 1Zone length: (feet) 347.50 Zone width (feet): 10.00Lighting Watts: 4,518 Equipment Watts: 900Number of people in zone: 40 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 250 Latent heat per person (Btuh): 200Cooling ventilation method: Direct Cooling ventilation value: 6,997.000Cooling infiltration method: Direct Cooling infiltration value: 108.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: Direct Heating infiltration value: 108.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 3,475 Exposed floor slab perimeter (ft): 0Both heating and cooling loads are calculated for this zone. Part Type U-Factor Cool TD Heat TD Height Width Area
1 2 0.0332 0.000 50.000 3.50 53.00 185.5 Wall Type ASHRAE# U-Factor Color Height Width Area Direction
2 1 A 0.056 M 8.50 53.00 450.5 S Glass Type S.U-F. Shd C. Height Width Occur. Area Shade Tilt Ref
1 1 0.280 0.430 6.00 45.00 1 270.0 3 90 2
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Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.Sebesta Blomberg Student Union - HVAC Pre DesignRoseville, MN 55113 Page 26
Zone Input (cont'd)
Zone 25: Office 7A (126 sq.ft) (Group 0)
Air Handler number: 13 Zone occurrences: 1Zone length: (feet) 12.60 Zone width (feet): 10.00Lighting Watts: 189 Equipment Watts: 235Number of people in zone: 1 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 245 Latent heat per person (Btuh): 155Cooling ventilation method: Direct Cooling ventilation value: 6,997.000Cooling infiltration method: AC/Hr Cooling infiltration value: 0.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: AC/Hr Heating infiltration value: 0.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 126 Exposed floor slab perimeter (ft): 0Both heating and cooling loads are calculated for this zone.
Zone 26: Office 7 (310 sq.ft) (Group 0)
Air Handler number: 13 Zone occurrences: 1Zone length: (feet) 31.00 Zone width (feet): 10.00Lighting Watts: 465 Equipment Watts: 135Number of people in zone: 1 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 245 Latent heat per person (Btuh): 155Cooling ventilation method: Direct Cooling ventilation value: 6,997.000Cooling infiltration method: AC/Hr Cooling infiltration value: 0.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: AC/Hr Heating infiltration value: 0.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 310 Exposed floor slab perimeter (ft): 0Both heating and cooling loads are calculated for this zone.
Zone 27: Office 7B (144 sq.ft) (Group 0)
Air Handler number: 13 Zone occurrences: 1Zone length: (feet) 12.00 Zone width (feet): 12.00Lighting Watts: 216 Equipment Watts: 135Number of people in zone: 2 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 245 Latent heat per person (Btuh): 155Cooling ventilation method: Direct Cooling ventilation value: 6,997.000Cooling infiltration method: AC/Hr Cooling infiltration value: 0.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: AC/Hr Heating infiltration value: 0.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 144 Exposed floor slab perimeter (ft): 0Both heating and cooling loads are calculated for this zone.
Zone 28: Dining 26 (1100 sq.ft) (Group 0)
Air Handler number: 1 Zone occurrences: 1
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Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.Sebesta Blomberg Student Union - HVAC Pre DesignRoseville, MN 55113 Page 27
Zone Input (cont'd)
Zone 28: Dining 26 (1100 sq.ft) (Group 0)Zone length: (feet) 110.00 Zone width (feet): 10.00Lighting Watts: 2,775 Equipment Watts: 1,125Number of people in zone: 50 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 275 Latent heat per person (Btuh): 275Cooling ventilation method: Direct Cooling ventilation value: 11,400.000Cooling infiltration method: AC/Hr Cooling infiltration value: 0.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: AC/Hr Heating infiltration value: 0.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 1,100 Exposed floor slab perimeter (ft): 0Both heating and cooling loads are calculated for this zone.
Zone 29: Flexible Program (3575 sq.ft) (Group 0)
Air Handler number: 1 Zone occurrences: 1Zone length: (feet) 357.50 Zone width (feet): 10.00Lighting Watts: 8,938 Equipment Watts: 1,125Number of people in zone: 50 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 275 Latent heat per person (Btuh): 275Cooling ventilation method: Direct Cooling ventilation value: 11,400.000Cooling infiltration method: AC/Hr Cooling infiltration value: 0.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: AC/Hr Heating infiltration value: 0.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 3,575 Exposed floor slab perimeter (ft): 0Both heating and cooling loads are calculated for this zone.
Zone 30: Flexible Program (1310 sq.ft) (Group 0)
Air Handler number: 1 Zone occurrences: 1Zone length: (feet) 131.00 Zone width (feet): 10.00Lighting Watts: 3,275 Equipment Watts: 900Number of people in zone: 50 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 275 Latent heat per person (Btuh): 275Cooling ventilation method: Direct Cooling ventilation value: 11,400.000Cooling infiltration method: AC/Hr Cooling infiltration value: 0.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: AC/Hr Heating infiltration value: 0.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 1,310 Exposed floor slab perimeter (ft): 0Both heating and cooling loads are calculated for this zone.
Zone 31: Storage 34 (250 sq.ft) (Group 0)
Air Handler number: 1 Zone occurrences: 1Zone length: (feet) 25.00 Zone width (feet): 10.00
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Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.Sebesta Blomberg Student Union - HVAC Pre DesignRoseville, MN 55113 Page 28
Zone Input (cont'd)
Zone 31: Storage 34 (250 sq.ft) (Group 0)Lighting Watts: 275 Equipment Watts: 0Number of people in zone: 0 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 0 Latent heat per person (Btuh): 0Cooling ventilation method: Direct Cooling ventilation value: 11,400.000Cooling infiltration method: AC/Hr Cooling infiltration value: 0.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: AC/Hr Heating infiltration value: 0.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 167 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 250 Exposed floor slab perimeter (ft): 0Both heating and cooling loads are calculated for this zone.
Zone 32: Dry Storage 31 (265 sq.ft) (Group 0)
Air Handler number: 13 Zone occurrences: 1Zone length: (feet) 26.50 Zone width (feet): 10.00Lighting Watts: 292 Equipment Watts: 0Number of people in zone: 0 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 0 Latent heat per person (Btuh): 0Cooling ventilation method: Direct Cooling ventilation value: 6,997.000Cooling infiltration method: AC/Hr Cooling infiltration value: 0.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: AC/Hr Heating infiltration value: 0.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 250 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 265 Exposed floor slab perimeter (ft): 0Both heating and cooling loads are calculated for this zone.
Zone 33: Food Service/Serving Line 32 (605 sq.ft) (Group 0)
Air Handler number: 1 Zone occurrences: 1Zone length: (feet) 60.50 Zone width (feet): 10.00Lighting Watts: 1,331 Equipment Watts: 6,050Number of people in zone: 5 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 250 Latent heat per person (Btuh): 250Cooling ventilation method: Direct Cooling ventilation value: 11,400.000Cooling infiltration method: AC/Hr Cooling infiltration value: 0.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: AC/Hr Heating infiltration value: 0.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 605 Exposed floor slab perimeter (ft): 0Both heating and cooling loads are calculated for this zone.
Zone 34: Kitchen 30 (550 sq.ft) (Group 0)
Air Handler number: 13 Zone occurrences: 1Zone length: (feet) 55.00 Zone width (feet): 10.00Lighting Watts: 1,210 Equipment Watts: 5,500
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Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.Sebesta Blomberg Student Union - HVAC Pre DesignRoseville, MN 55113 Page 29
Zone Input (cont'd)
Zone 34: Kitchen 30 (550 sq.ft) (Group 0)Number of people in zone: 5 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 250 Latent heat per person (Btuh): 250Cooling ventilation method: Direct Cooling ventilation value: 6,997.000Cooling infiltration method: AC/Hr Cooling infiltration value: 0.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: AC/Hr Heating infiltration value: 0.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 1,760 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 550 Exposed floor slab perimeter (ft): 0Both heating and cooling loads are calculated for this zone.
Zone 35: Corridor (970 sq.ft) (Group 0)
Air Handler number: 1 Zone occurrences: 1Zone length: (feet) 97.00 Zone width (feet): 10.00Lighting Watts: 679 Equipment Watts: 0Number of people in zone: 0 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 0 Latent heat per person (Btuh): 0Cooling ventilation method: Direct Cooling ventilation value: 11,400.000Cooling infiltration method: AC/Hr Cooling infiltration value: 0.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: AC/Hr Heating infiltration value: 0.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 970 Exposed floor slab perimeter (ft): 0Heating loads only are calculated for this zone.
Zone 36: Service Office 8A (240 sq.ft) (Group 0)
Air Handler number: 1 Zone occurrences: 1Zone length: (feet) 12.00 Zone width (feet): 20.00Lighting Watts: 360 Equipment Watts: 0Number of people in zone: 3 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 275 Latent heat per person (Btuh): 275Cooling ventilation method: Direct Cooling ventilation value: 11,400.000Cooling infiltration method: AC/Hr Cooling infiltration value: 0.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: AC/Hr Heating infiltration value: 0.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 240 Exposed floor slab perimeter (ft): 0Both heating and cooling loads are calculated for this zone.
Zone 37: Service Area Room 8 (1305 sq.ft) (Group 0)
Air Handler number: 1 Zone occurrences: 1Zone length: (feet) 130.50 Zone width (feet): 10.00Lighting Watts: 1,958 Equipment Watts: 1,080Number of people in zone: 8 People profile number: 1
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Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.Sebesta Blomberg Student Union - HVAC Pre DesignRoseville, MN 55113 Page 30
Zone Input (cont'd)
Zone 37: Service Area Room 8 (1305 sq.ft) (Group 0)Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 245 Latent heat per person (Btuh): 155Cooling ventilation method: Direct Cooling ventilation value: 11,400.000Cooling infiltration method: AC/Hr Cooling infiltration value: 0.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: AC/Hr Heating infiltration value: 0.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 1,305 Exposed floor slab perimeter (ft): 0Both heating and cooling loads are calculated for this zone.
Zone 38: Service Area 8B (405 sq.ft) (Group 0)
Air Handler number: 1 Zone occurrences: 1Zone length: (feet) 40.50 Zone width (feet): 10.00Lighting Watts: 608 Equipment Watts: 0Number of people in zone: 4 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 250 Latent heat per person (Btuh): 200Cooling ventilation method: Direct Cooling ventilation value: 11,400.000Cooling infiltration method: AC/Hr Cooling infiltration value: 0.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: AC/Hr Heating infiltration value: 0.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 405 Exposed floor slab perimeter (ft): 0Both heating and cooling loads are calculated for this zone.
Zone 39: Storage 8C (370 sq.ft) (Group 0)
Air Handler number: 1 Zone occurrences: 1Zone length: (feet) 37.00 Zone width (feet): 10.00Lighting Watts: 111 Equipment Watts: 0Number of people in zone: 0 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 0 Latent heat per person (Btuh): 0Cooling ventilation method: Direct Cooling ventilation value: 11,400.000Cooling infiltration method: AC/Hr Cooling infiltration value: 0.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: AC/Hr Heating infiltration value: 0.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 370 Exposed floor slab perimeter (ft): 0Heating loads only are calculated for this zone.
Zone 40: Men's Room 2 (150 sq.ft) (Group 0)
Air Handler number: 1 Zone occurrences: 1Zone length: (feet) 15.00 Zone width (feet): 10.00Lighting Watts: 150 Equipment Watts: 0Number of people in zone: 0 People profile number: 1Lighting profile number: 1 Equipment profile number: 1
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Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.Sebesta Blomberg Student Union - HVAC Pre DesignRoseville, MN 55113 Page 31
Zone Input (cont'd)
Zone 40: Men's Room 2 (150 sq.ft) (Group 0)Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 0 Latent heat per person (Btuh): 0Cooling ventilation method: Direct Cooling ventilation value: 11,400.000Cooling infiltration method: AC/Hr Cooling infiltration value: 0.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: AC/Hr Heating infiltration value: 0.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 150 Exposed floor slab perimeter (ft): 0Heating loads only are calculated for this zone.
Zone 41: Women's Room 1 (185 sq.ft) (Group 0)
Air Handler number: 1 Zone occurrences: 1Zone length: (feet) 18.50 Zone width (feet): 10.00Lighting Watts: 185 Equipment Watts: 0Number of people in zone: 0 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 0 Latent heat per person (Btuh): 0Cooling ventilation method: Direct Cooling ventilation value: 11,400.000Cooling infiltration method: AC/Hr Cooling infiltration value: 0.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: AC/Hr Heating infiltration value: 0.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 185 Exposed floor slab perimeter (ft): 0Heating loads only are calculated for this zone.
Zone 42: Storage 38 (200 sq.ft) (Group 0)
Air Handler number: 2 Zone occurrences: 1Zone length: (feet) 20.00 Zone width (feet): 10.00Lighting Watts: 60 Equipment Watts: 0Number of people in zone: 0 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 0 Latent heat per person (Btuh): 0Cooling ventilation method: Direct Cooling ventilation value: 1,900.000Cooling infiltration method: AC/Hr Cooling infiltration value: 0.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: AC/Hr Heating infiltration value: 0.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 200 Exposed floor slab perimeter (ft): 0Heating loads only are calculated for this zone.
Zone 43: Men's Room 40 (230 sq.ft) (Group 0)
Air Handler number: 2 Zone occurrences: 1Zone length: (feet) 23.00 Zone width (feet): 10.00Lighting Watts: 230 Equipment Watts: 0Number of people in zone: 0 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0
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Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.Sebesta Blomberg Student Union - HVAC Pre DesignRoseville, MN 55113 Page 32
Zone Input (cont'd)
Zone 43: Men's Room 40 (230 sq.ft) (Group 0)Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 0 Latent heat per person (Btuh): 0Cooling ventilation method: Direct Cooling ventilation value: 1,900.000Cooling infiltration method: AC/Hr Cooling infiltration value: 0.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: AC/Hr Heating infiltration value: 0.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 230 Exposed floor slab perimeter (ft): 0Heating loads only are calculated for this zone.
Zone 44: Women's Room 41 (230 sq.ft) (Group 0)
Air Handler number: 2 Zone occurrences: 1Zone length: (feet) 23.00 Zone width (feet): 10.00Lighting Watts: 230 Equipment Watts: 0Number of people in zone: 0 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 0 Latent heat per person (Btuh): 0Cooling ventilation method: Direct Cooling ventilation value: 1,900.000Cooling infiltration method: AC/Hr Cooling infiltration value: 0.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: AC/Hr Heating infiltration value: 0.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 230 Exposed floor slab perimeter (ft): 0Heating loads only are calculated for this zone.
Zone 45: Former Smoking Lounge 42 (845 sq.ft) (Group 0)
Air Handler number: 6 Zone occurrences: 1Zone length: (feet) 84.50 Zone width (feet): 10.00Lighting Watts: 1,268 Equipment Watts: 2,700Number of people in zone: 20 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 245 Latent heat per person (Btuh): 155Cooling ventilation method: Direct Cooling ventilation value: 1,700.000Cooling infiltration method: AC/Hr Cooling infiltration value: 0.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: AC/Hr Heating infiltration value: 0.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 1,408 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 845 Exposed floor slab perimeter (ft): 0Both heating and cooling loads are calculated for this zone.
Zone 46: Bowling Alley (8280 sq.ft) (Group 0)
Air Handler number: 2 Zone occurrences: 1Zone length: (feet) 828.00 Zone width (feet): 10.00Lighting Watts: 24,840 Equipment Watts: 26,040Number of people in zone: 90 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0
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Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.Sebesta Blomberg Student Union - HVAC Pre DesignRoseville, MN 55113 Page 33
Zone Input (cont'd)
Zone 46: Bowling Alley (8280 sq.ft) (Group 0)Sensible heat per person (Btuh): 580 Latent heat per person (Btuh): 870Cooling ventilation method: Direct Cooling ventilation value: 1,900.000Cooling infiltration method: AC/Hr Cooling infiltration value: 0.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: AC/Hr Heating infiltration value: 0.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 8,280 Exposed floor slab perimeter (ft): 0Both heating and cooling loads are calculated for this zone. Part Type U-Factor Cool TD Heat TD Height Width Area
1 1 0.0372 0.000 50.000 12.00 64.00 768.0
Zone 47: Office 36 (155 sq.ft) (Group 0)
Air Handler number: 2 Zone occurrences: 1Zone length: (feet) 15.50 Zone width (feet): 10.00Lighting Watts: 233 Equipment Watts: 235Number of people in zone: 2 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 245 Latent heat per person (Btuh): 155Cooling ventilation method: Direct Cooling ventilation value: 1,900.000Cooling infiltration method: AC/Hr Cooling infiltration value: 0.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: AC/Hr Heating infiltration value: 0.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 155 Exposed floor slab perimeter (ft): 0Both heating and cooling loads are calculated for this zone. Part Type U-Factor Cool TD Heat TD Height Width Area
1 1 0.0372 0.000 50.000 8.00 9.00 72.0
Zone 48: Closet (160 sq.ft) (Group 0)
Air Handler number: 3 Zone occurrences: 1Zone length: (feet) 16.00 Zone width (feet): 10.00Lighting Watts: 48 Equipment Watts: 0Number of people in zone: 0 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 0 Latent heat per person (Btuh): 155Cooling ventilation method: Direct Cooling ventilation value: 6,800.000Cooling infiltration method: AC/Hr Cooling infiltration value: 0.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: AC/Hr Heating infiltration value: 0.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 160 Exposed floor slab perimeter (ft): 0Heating loads only are calculated for this zone.
Zone 49: West Auditorium (2360 sq.ft) (Group 0)
Air Handler number: 4 Zone occurrences: 1Zone length: (feet) 236.00 Zone width (feet): 10.00
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Zone Input (cont'd)
Zone 49: West Auditorium (2360 sq.ft) (Group 0)Lighting Watts: 8,260 Equipment Watts: 0Number of people in zone: 175 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 20.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 245 Latent heat per person (Btuh): 105Cooling ventilation method: Direct Cooling ventilation value: 1,100.000Cooling infiltration method: AC/Hr Cooling infiltration value: 0.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: AC/Hr Heating infiltration value: 0.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 2,360 Exposed floor slab perimeter (ft): 0Both heating and cooling loads are calculated for this zone. Roof Type ASHRAE# U-Factor Dark Length Width Area Susp.Ceil
1 1 9 0.060 Yes 236.00 10.00 2,360.0 Yes Wall Type ASHRAE# U-Factor Color Height Width Area Direction
1 2 A 0.088 M 20.00 42.00 840.0 N2 2 A 0.088 M 20.00 46.00 920.0 W
Zone 50: Unisex Toilet Room 107 (160 sq.ft) (Group 0)
Air Handler number: 3 Zone occurrences: 1Zone length: (feet) 16.00 Zone width (feet): 10.00Lighting Watts: 160 Equipment Watts: 0Number of people in zone: 0 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 0 Latent heat per person (Btuh): 0Cooling ventilation method: Direct Cooling ventilation value: 6,800.000Cooling infiltration method: AC/Hr Cooling infiltration value: 0.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: AC/Hr Heating infiltration value: 0.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 160 Exposed floor slab perimeter (ft): 0Heating loads only are calculated for this zone.
Zone 51: Marketplace (3360 sq.ft) (Group 0)
Air Handler number: 3 Zone occurrences: 1Zone length: (feet) 336.00 Zone width (feet): 10.00Lighting Watts: 8,400 Equipment Watts: 0Number of people in zone: 70 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 250 Latent heat per person (Btuh): 200Cooling ventilation method: Direct Cooling ventilation value: 6,800.000Cooling infiltration method: Direct Cooling infiltration value: 13.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: Direct Heating infiltration value: 13.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 0 Latent Btuh equipment load: 0
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Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.Sebesta Blomberg Student Union - HVAC Pre DesignRoseville, MN 55113 Page 35
Zone Input (cont'd)
Zone 51: Marketplace (3360 sq.ft) (Group 0)Ceil. exposed to plenum (sq.ft): 3,360 Exposed floor slab perimeter (ft): 0Both heating and cooling loads are calculated for this zone. Wall Type ASHRAE# U-Factor Color Height Width Area Direction
1 2 A 0.088 M 12.00 6.00 72.0 N Glass Type S.U-F. Shd C. Height Width Occur. Area Shade Tilt Ref
1 2 0.250 0.590 8.00 4.00 1 32.0 0 90 1
Zone 52: Dining (4490 sq.ft) (Group 0)
Air Handler number: 1 Zone occurrences: 1Zone length: (feet) 449.00 Zone width (feet): 10.00Lighting Watts: 13,470 Equipment Watts: 0Number of people in zone: 100 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 275 Latent heat per person (Btuh): 275Cooling ventilation method: Direct Cooling ventilation value: 11,400.000Cooling infiltration method: Direct Cooling infiltration value: 371.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: Direct Heating infiltration value: 371.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 4,490 Exposed floor slab perimeter (ft): 0Both heating and cooling loads are calculated for this zone. Wall Type ASHRAE# U-Factor Color Height Width Area Direction
1 2 A 0.088 M 12.00 24.00 288.0 N2 2 A 0.088 M 12.00 18.00 216.0 W3 2 A 0.088 M 12.00 26.00 312.0 N4 2 A 0.088 M 12.00 32.00 384.0 N5 2 A 0.088 M 12.00 54.00 648.0 N6 2 A 0.088 M 12.00 24.00 288.0 E Glass Type S.U-F. Shd C. Height Width Occur. Area Shade Tilt Ref
1 2 0.250 0.590 8.00 10.00 1 80.0 0 90 12 2 0.250 0.590 8.00 22.00 1 176.0 0 90 33 2 0.250 0.590 8.00 20.00 1 160.0 0 90 44 2 0.250 0.590 8.00 42.00 1 336.0 0 90 55 2 0.250 0.590 8.00 22.00 1 176.0 0 90 66 2 0.250 0.590 8.00 18.00 1 144.0 0 90 2
Zone 53: Conference Room 123 (252 sq.ft) (Group 0)
Air Handler number: 1 Zone occurrences: 1Zone length: (feet) 25.20 Zone width (feet): 10.00Lighting Watts: 380 Equipment Watts: 645Number of people in zone: 10 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 245 Latent heat per person (Btuh): 155Cooling ventilation method: Direct Cooling ventilation value: 11,400.000Cooling infiltration method: AC/Hr Cooling infiltration value: 0.000Heating ventilation method: Direct Heating ventilation value: 0.000
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Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.Sebesta Blomberg Student Union - HVAC Pre DesignRoseville, MN 55113 Page 36
Zone Input (cont'd)
Zone 53: Conference Room 123 (252 sq.ft) (Group 0)Heating infiltration method: AC/Hr Heating infiltration value: 0.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 252 Exposed floor slab perimeter (ft): 0Both heating and cooling loads are calculated for this zone.
Zone 54: Men's Room 122 (230 sq.ft) (Group 0)
Air Handler number: 1 Zone occurrences: 1Zone length: (feet) 23.00 Zone width (feet): 10.00Lighting Watts: 230 Equipment Watts: 0Number of people in zone: 0 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 0 Latent heat per person (Btuh): 0Cooling ventilation method: Direct Cooling ventilation value: 11,400.000Cooling infiltration method: AC/Hr Cooling infiltration value: 0.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: AC/Hr Heating infiltration value: 0.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 290 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 230 Exposed floor slab perimeter (ft): 0Both heating and cooling loads are calculated for this zone.
Zone 55: Women's Room 120 (422 sq.ft) (Group 0)
Air Handler number: 1 Zone occurrences: 1Zone length: (feet) 42.20 Zone width (feet): 10.00Lighting Watts: 420 Equipment Watts: 0Number of people in zone: 0 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 0 Latent heat per person (Btuh): 0Cooling ventilation method: Direct Cooling ventilation value: 11,400.000Cooling infiltration method: AC/Hr Cooling infiltration value: 0.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: AC/Hr Heating infiltration value: 0.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 420 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 422 Exposed floor slab perimeter (ft): 0Both heating and cooling loads are calculated for this zone.
Zone 56: Office 118 (144 sq.ft) (Group 0)
Air Handler number: 1 Zone occurrences: 1Zone length: (feet) 12.00 Zone width (feet): 12.00Lighting Watts: 216 Equipment Watts: 370Number of people in zone: 2 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 245 Latent heat per person (Btuh): 155Cooling ventilation method: Direct Cooling ventilation value: 11,400.000Cooling infiltration method: AC/Hr Cooling infiltration value: 0.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: AC/Hr Heating infiltration value: 0.000
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Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.Sebesta Blomberg Student Union - HVAC Pre DesignRoseville, MN 55113 Page 37
Zone Input (cont'd)
Zone 56: Office 118 (144 sq.ft) (Group 0)Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 144 Exposed floor slab perimeter (ft): 0Both heating and cooling loads are calculated for this zone.
Zone 57: Office (156 sq.ft) (Group 0)
Air Handler number: 1 Zone occurrences: 1Zone length: (feet) 15.60 Zone width (feet): 10.00Lighting Watts: 234 Equipment Watts: 370Number of people in zone: 2 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 245 Latent heat per person (Btuh): 155Cooling ventilation method: Direct Cooling ventilation value: 11,400.000Cooling infiltration method: AC/Hr Cooling infiltration value: 0.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: AC/Hr Heating infiltration value: 0.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 156 Exposed floor slab perimeter (ft): 0Both heating and cooling loads are calculated for this zone.
Zone 58: The Hub (704 sq.ft) (Group 0)
Air Handler number: 1 Zone occurrences: 1Zone length: (feet) 70.40 Zone width (feet): 10.00Lighting Watts: 2,112 Equipment Watts: 1,180Number of people in zone: 8 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 21.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 250 Latent heat per person (Btuh): 200Cooling ventilation method: Direct Cooling ventilation value: 11,400.000Cooling infiltration method: AC/Hr Cooling infiltration value: 0.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: AC/Hr Heating infiltration value: 0.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 704 Exposed floor slab perimeter (ft): 0Both heating and cooling loads are calculated for this zone.
Zone 59: TCF 114 (576 sq.ft) (Group 0)
Air Handler number: 1 Zone occurrences: 1Zone length: (feet) 57.60 Zone width (feet): 10.00Lighting Watts: 1,728 Equipment Watts: 660Number of people in zone: 4 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 250 Latent heat per person (Btuh): 250Cooling ventilation method: Direct Cooling ventilation value: 11,400.000Cooling infiltration method: AC/Hr Cooling infiltration value: 0.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: AC/Hr Heating infiltration value: 0.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0
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Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.Sebesta Blomberg Student Union - HVAC Pre DesignRoseville, MN 55113 Page 38
Zone Input (cont'd)
Zone 59: TCF 114 (576 sq.ft) (Group 0)Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 576 Exposed floor slab perimeter (ft): 0Both heating and cooling loads are calculated for this zone. Wall Type ASHRAE# U-Factor Color Height Width Area Direction
1 2 A 0.088 M 12.00 4.00 48.0 S2 2 A 0.088 M 12.00 3.00 36.0 E
Zone 60: Grand Stair (1056 sq.ft) (Group 0)
Air Handler number: 1 Zone occurrences: 1Zone length: (feet) 105.60 Zone width (feet): 10.00Lighting Watts: 950 Equipment Watts: 0Number of people in zone: 0 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 37.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 0 Latent heat per person (Btuh): 0Cooling ventilation method: Direct Cooling ventilation value: 11,400.000Cooling infiltration method: Direct Cooling infiltration value: 214.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: Direct Heating infiltration value: 214.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 1,056 Exposed floor slab perimeter (ft): 0Both heating and cooling loads are calculated for this zone. Wall Type ASHRAE# U-Factor Color Height Width Area Direction
1 1 A 0.056 M 37.00 24.00 888.0 S2 1 A 0.056 M 37.00 48.00 1,776.0 E Glass Type S.U-F. Shd C. Height Width Occur. Area Shade Tilt Ref
1 1 0.280 0.430 27.00 16.00 1 432.0 0 90 12 1 0.280 0.430 5.00 8.00 1 40.0 0 90 13 1 0.280 0.430 7.00 9.00 1 63.0 0 90 1
Zone 61: Lobby (Open To Hearth Lounge) (3752 sq.ft) (Group 0)
Air Handler number: 13 Zone occurrences: 1Zone length: (feet) 375.20 Zone width (feet): 10.00Lighting Watts: 1,501 Equipment Watts: 0Number of people in zone: 40 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 14.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 250 Latent heat per person (Btuh): 250Cooling ventilation method: Direct Cooling ventilation value: 6,997.000Cooling infiltration method: Direct Cooling infiltration value: 483.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: Direct Heating infiltration value: 483.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 3,752 Exposed floor slab perimeter (ft): 0Both heating and cooling loads are calculated for this zone. Wall Type ASHRAE# U-Factor Color Height Width Area Direction
1 1 A 0.056 M 14.00 103.00 1,442.0 S
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Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.Sebesta Blomberg Student Union - HVAC Pre DesignRoseville, MN 55113 Page 39
Zone Input (cont'd)
Zone 61: Lobby (Open To Hearth Lounge) (3752 sq.ft) (Group 0) Glass Type S.U-F. Shd C. Height Width Occur. Area Shade Tilt Ref
1 1 0.280 0.430 14.00 78.00 1 1,092.0 2 90 1
Zone 62: Dining (3272 sq.ft) (Group 0)
Air Handler number: 13 Zone occurrences: 1Zone length: (feet) 327.20 Zone width (feet): 10.00Lighting Watts: 9,816 Equipment Watts: 0Number of people in zone: 110 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 275 Latent heat per person (Btuh): 275Cooling ventilation method: Direct Cooling ventilation value: 6,997.000Cooling infiltration method: AC/Hr Cooling infiltration value: 0.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: AC/Hr Heating infiltration value: 0.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 3,272 Exposed floor slab perimeter (ft): 0Both heating and cooling loads are calculated for this zone.
Zone 63: Dining (4037 sq.ft) (Group 0)
Air Handler number: 1 Zone occurrences: 1Zone length: (feet) 403.70 Zone width (feet): 10.00Lighting Watts: 12,111 Equipment Watts: 0Number of people in zone: 140 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 275 Latent heat per person (Btuh): 275Cooling ventilation method: Direct Cooling ventilation value: 11,400.000Cooling infiltration method: AC/Hr Cooling infiltration value: 0.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: AC/Hr Heating infiltration value: 0.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 4,037 Exposed floor slab perimeter (ft): 0Both heating and cooling loads are calculated for this zone.
Zone 64: Dining (4555 sq.ft) (Group 0)
Air Handler number: 13 Zone occurrences: 1Zone length: (feet) 455.50 Zone width (feet): 10.00Lighting Watts: 13,665 Equipment Watts: 0Number of people in zone: 160 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 275 Latent heat per person (Btuh): 275Cooling ventilation method: Direct Cooling ventilation value: 6,997.000Cooling infiltration method: AC/Hr Cooling infiltration value: 0.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: AC/Hr Heating infiltration value: 0.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 0 Latent Btuh equipment load: 0
Z:\ ...\MSU Mankato Student Union VAV - New AHU's.CHV Friday, May 30, 2008, 09:26 AM
Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.Sebesta Blomberg Student Union - HVAC Pre DesignRoseville, MN 55113 Page 40
Zone Input (cont'd)
Zone 64: Dining (4555 sq.ft) (Group 0)Ceil. exposed to plenum (sq.ft): 4,555 Exposed floor slab perimeter (ft): 0Both heating and cooling loads are calculated for this zone.
Zone 65: Food Service / Grab-n-Go (215 sq.ft) (Group 0)
Air Handler number: 13 Zone occurrences: 1Zone length: (feet) 21.50 Zone width (feet): 10.00Lighting Watts: 320 Equipment Watts: 1,250Number of people in zone: 0 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 0 Latent heat per person (Btuh): 0Cooling ventilation method: Direct Cooling ventilation value: 6,997.000Cooling infiltration method: AC/Hr Cooling infiltration value: 0.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: AC/Hr Heating infiltration value: 0.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 215 Exposed floor slab perimeter (ft): 0Both heating and cooling loads are calculated for this zone.
Zone 66: Food Service (3855 sq.ft) (Group 0)
Air Handler number: 13 Zone occurrences: 1Zone length: (feet) 385.50 Zone width (feet): 10.00Lighting Watts: 8,480 Equipment Watts: 19,275Number of people in zone: 100 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 250 Latent heat per person (Btuh): 250Cooling ventilation method: Direct Cooling ventilation value: 6,997.000Cooling infiltration method: AC/Hr Cooling infiltration value: 0.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: AC/Hr Heating infiltration value: 0.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 3,855 Exposed floor slab perimeter (ft): 0Both heating and cooling loads are calculated for this zone.
Zone 67: Food Service (300 sq.ft) (Group 0)
Air Handler number: 13 Zone occurrences: 1Zone length: (feet) 30.00 Zone width (feet): 10.00Lighting Watts: 450 Equipment Watts: 1,500Number of people in zone: 0 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 0 Latent heat per person (Btuh): 0Cooling ventilation method: Direct Cooling ventilation value: 6,997.000Cooling infiltration method: AC/Hr Cooling infiltration value: 0.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: AC/Hr Heating infiltration value: 0.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 300 Exposed floor slab perimeter (ft): 0
Z:\ ...\MSU Mankato Student Union VAV - New AHU's.CHV Friday, May 30, 2008, 09:26 AM
Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.Sebesta Blomberg Student Union - HVAC Pre DesignRoseville, MN 55113 Page 41
Zone Input (cont'd)
Zone 67: Food Service (300 sq.ft) (Group 0)Both heating and cooling loads are calculated for this zone.
Zone 68: Catering (230 sq.ft) (Group 0)
Air Handler number: 3 Zone occurrences: 1Zone length: (feet) 23.00 Zone width (feet): 10.00Lighting Watts: 506 Equipment Watts: 270Number of people in zone: 2 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 250 Latent heat per person (Btuh): 250Cooling ventilation method: Direct Cooling ventilation value: 6,800.000Cooling infiltration method: AC/Hr Cooling infiltration value: 0.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: AC/Hr Heating infiltration value: 0.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 230 Exposed floor slab perimeter (ft): 0Both heating and cooling loads are calculated for this zone.
Zone 69: Dining (1530 sq.ft) (Group 0)
Air Handler number: 13 Zone occurrences: 1Zone length: (feet) 153.00 Zone width (feet): 10.00Lighting Watts: 2,142 Equipment Watts: 0Number of people in zone: 100 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 250 Latent heat per person (Btuh): 200Cooling ventilation method: Direct Cooling ventilation value: 6,997.000Cooling infiltration method: Direct Cooling infiltration value: 22.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: Direct Heating infiltration value: 22.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 1,530 Exposed floor slab perimeter (ft): 0Both heating and cooling loads are calculated for this zone. Wall Type ASHRAE# U-Factor Color Height Width Area Direction
1 1 A 0.056 M 12.00 30.00 360.0 S2 1 A 0.056 M 12.00 50.00 600.0 W3 1 A 0.056 M 12.00 10.00 120.0 N Glass Type S.U-F. Shd C. Height Width Occur. Area Shade Tilt Ref
1 1 0.280 0.430 9.00 24.00 1 216.0 0 90 1
Zone 70: Service (590 sq.ft) (Group 0)
Air Handler number: 3 Zone occurrences: 1Zone length: (feet) 59.00 Zone width (feet): 10.00Lighting Watts: 410 Equipment Watts: 0Number of people in zone: 0 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 0 Latent heat per person (Btuh): 0
Z:\ ...\MSU Mankato Student Union VAV - New AHU's.CHV Friday, May 30, 2008, 09:26 AM
Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.Sebesta Blomberg Student Union - HVAC Pre DesignRoseville, MN 55113 Page 42
Zone Input (cont'd)
Zone 70: Service (590 sq.ft) (Group 0)Cooling ventilation method: Direct Cooling ventilation value: 6,800.000Cooling infiltration method: AC/Hr Cooling infiltration value: 0.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: AC/Hr Heating infiltration value: 0.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 590 Exposed floor slab perimeter (ft): 0Heating loads only are calculated for this zone. Wall Type ASHRAE# U-Factor Color Height Width Area Direction
1 1 A 0.056 M 12.00 32.00 384.0 S
Zone 71: Paper (140 sq.ft) (Group 0)
Air Handler number: 3 Zone occurrences: 1Zone length: (feet) 14.00 Zone width (feet): 10.00Lighting Watts: 150 Equipment Watts: 0Number of people in zone: 0 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 0 Latent heat per person (Btuh): 0Cooling ventilation method: Direct Cooling ventilation value: 6,800.000Cooling infiltration method: AC/Hr Cooling infiltration value: 0.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: AC/Hr Heating infiltration value: 0.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 140 Exposed floor slab perimeter (ft): 0Both heating and cooling loads are calculated for this zone.
Zone 72: Corridor (430 sq.ft) (Group 0)
Air Handler number: 13 Zone occurrences: 1Zone length: (feet) 43.00 Zone width (feet): 10.00Lighting Watts: 300 Equipment Watts: 0Number of people in zone: 0 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 0 Latent heat per person (Btuh): 0Cooling ventilation method: Direct Cooling ventilation value: 6,997.000Cooling infiltration method: AC/Hr Cooling infiltration value: 0.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: AC/Hr Heating infiltration value: 0.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 430 Exposed floor slab perimeter (ft): 0Both heating and cooling loads are calculated for this zone.
Zone 73: Dry Storage (310 sq.ft) (Group 0)
Air Handler number: 3 Zone occurrences: 1Zone length: (feet) 31.00 Zone width (feet): 10.00Lighting Watts: 340 Equipment Watts: 0Number of people in zone: 0 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0
Z:\ ...\MSU Mankato Student Union VAV - New AHU's.CHV Friday, May 30, 2008, 09:26 AM
Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.Sebesta Blomberg Student Union - HVAC Pre DesignRoseville, MN 55113 Page 43
Zone Input (cont'd)
Zone 73: Dry Storage (310 sq.ft) (Group 0)Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 0 Latent heat per person (Btuh): 0Cooling ventilation method: Direct Cooling ventilation value: 6,800.000Cooling infiltration method: AC/Hr Cooling infiltration value: 0.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: AC/Hr Heating infiltration value: 0.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 310 Exposed floor slab perimeter (ft): 0Both heating and cooling loads are calculated for this zone.
Zone 74: Kitchen (1810 sq.ft) (Group 0)
Air Handler number: 7 Zone occurrences: 1Zone length: (feet) 181.00 Zone width (feet): 10.00Lighting Watts: 3,980 Equipment Watts: 9,050Number of people in zone: 5 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 275 Latent heat per person (Btuh): 275Cooling ventilation method: Direct Cooling ventilation value: 7,000.000Cooling infiltration method: AC/Hr Cooling infiltration value: 0.000Heating ventilation method: Direct Heating ventilation value: 7,000.000Heating infiltration method: AC/Hr Heating infiltration value: 0.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 1,810 Exposed floor slab perimeter (ft): 0Both heating and cooling loads are calculated for this zone.
Zone 75: Office 132 (150 sq.ft) (Group 0)
Air Handler number: 13 Zone occurrences: 1Zone length: (feet) 15.00 Zone width (feet): 10.00Lighting Watts: 225 Equipment Watts: 235Number of people in zone: 1 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 245 Latent heat per person (Btuh): 155Cooling ventilation method: Direct Cooling ventilation value: 6,997.000Cooling infiltration method: AC/Hr Cooling infiltration value: 0.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: AC/Hr Heating infiltration value: 0.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 150 Exposed floor slab perimeter (ft): 0Both heating and cooling loads are calculated for this zone.
Zone 76: Office 133 (100 sq.ft) (Group 0)
Air Handler number: 13 Zone occurrences: 1Zone length: (feet) 10.00 Zone width (feet): 10.00Lighting Watts: 150 Equipment Watts: 135Number of people in zone: 1 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0
Z:\ ...\MSU Mankato Student Union VAV - New AHU's.CHV Friday, May 30, 2008, 09:26 AM
Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.Sebesta Blomberg Student Union - HVAC Pre DesignRoseville, MN 55113 Page 44
Zone Input (cont'd)
Zone 76: Office 133 (100 sq.ft) (Group 0)Sensible heat per person (Btuh): 245 Latent heat per person (Btuh): 155Cooling ventilation method: Direct Cooling ventilation value: 6,997.000Cooling infiltration method: AC/Hr Cooling infiltration value: 0.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: AC/Hr Heating infiltration value: 0.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 100 Exposed floor slab perimeter (ft): 0Both heating and cooling loads are calculated for this zone.
Zone 77: Soda 130 (235 sq.ft) (Group 0)
Air Handler number: 3 Zone occurrences: 1Zone length: (feet) 23.50 Zone width (feet): 10.00Lighting Watts: 260 Equipment Watts: 0Number of people in zone: 0 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 0 Latent heat per person (Btuh): 0Cooling ventilation method: Direct Cooling ventilation value: 6,800.000Cooling infiltration method: AC/Hr Cooling infiltration value: 0.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: AC/Hr Heating infiltration value: 0.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 235 Exposed floor slab perimeter (ft): 0Both heating and cooling loads are calculated for this zone.
Zone 78: Dish Washing 131 (540 sq.ft) (Group 0)
Air Handler number: 3 Zone occurrences: 1Zone length: (feet) 54.00 Zone width (feet): 10.00Lighting Watts: 1,188 Equipment Watts: 2,000Number of people in zone: 3 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 580 Latent heat per person (Btuh): 870Cooling ventilation method: Direct Cooling ventilation value: 6,800.000Cooling infiltration method: AC/Hr Cooling infiltration value: 0.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: AC/Hr Heating infiltration value: 0.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 540 Exposed floor slab perimeter (ft): 0Both heating and cooling loads are calculated for this zone.
Zone 79: Corridor (890 sq.ft) (Group 0)
Air Handler number: 3 Zone occurrences: 1Zone length: (feet) 89.00 Zone width (feet): 10.00Lighting Watts: 620 Equipment Watts: 0Number of people in zone: 0 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 0 Latent heat per person (Btuh): 0
Z:\ ...\MSU Mankato Student Union VAV - New AHU's.CHV Friday, May 30, 2008, 09:26 AM
Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.Sebesta Blomberg Student Union - HVAC Pre DesignRoseville, MN 55113 Page 45
Zone Input (cont'd)
Zone 79: Corridor (890 sq.ft) (Group 0)Cooling ventilation method: Direct Cooling ventilation value: 6,800.000Cooling infiltration method: AC/Hr Cooling infiltration value: 0.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: AC/Hr Heating infiltration value: 0.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 890 Exposed floor slab perimeter (ft): 0Heating loads only are calculated for this zone.
Zone 80: Loading/Storage 134 (295 sq.ft) (Group 0)
Air Handler number: 3 Zone occurrences: 1Zone length: (feet) 29.50 Zone width (feet): 10.00Lighting Watts: 325 Equipment Watts: 0Number of people in zone: 0 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 0 Latent heat per person (Btuh): 0Cooling ventilation method: Direct Cooling ventilation value: 6,800.000Cooling infiltration method: AC/Hr Cooling infiltration value: 0.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: AC/Hr Heating infiltration value: 0.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 295 Exposed floor slab perimeter (ft): 0Heating loads only are calculated for this zone. Wall Type ASHRAE# U-Factor Color Height Width Area Direction
1 1 A 0.056 M 12.00 26.00 312.0 S2 1 A 0.056 M 12.00 9.00 108.0 E
Zone 81: Bookstore Break Room 143 (135 sq.ft) (Group 0)
Air Handler number: 3 Zone occurrences: 1Zone length: (feet) 13.50 Zone width (feet): 10.00Lighting Watts: 190 Equipment Watts: 135Number of people in zone: 2 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 245 Latent heat per person (Btuh): 155Cooling ventilation method: Direct Cooling ventilation value: 6,800.000Cooling infiltration method: AC/Hr Cooling infiltration value: 0.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: AC/Hr Heating infiltration value: 0.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 135 Exposed floor slab perimeter (ft): 0Both heating and cooling loads are calculated for this zone. Wall Type ASHRAE# U-Factor Color Height Width Area Direction
1 2 A 0.088 M 12.00 9.00 108.0 W
Zone 82: Bookstore Receiving 141 (1150 sq.ft) (Group 0)
Air Handler number: 3 Zone occurrences: 1Zone length: (feet) 115.00 Zone width (feet): 10.00
Z:\ ...\MSU Mankato Student Union VAV - New AHU's.CHV Friday, May 30, 2008, 09:26 AM
Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.Sebesta Blomberg Student Union - HVAC Pre DesignRoseville, MN 55113 Page 46
Zone Input (cont'd)
Zone 82: Bookstore Receiving 141 (1150 sq.ft) (Group 0)Lighting Watts: 1,265 Equipment Watts: 405Number of people in zone: 1 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 250 Latent heat per person (Btuh): 200Cooling ventilation method: Direct Cooling ventilation value: 6,800.000Cooling infiltration method: AC/Hr Cooling infiltration value: 0.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: AC/Hr Heating infiltration value: 0.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 1,150 Exposed floor slab perimeter (ft): 0Both heating and cooling loads are calculated for this zone. Wall Type ASHRAE# U-Factor Color Height Width Area Direction
1 1 A 0.056 M 12.00 12.00 144.0 S
Zone 83: Office/Cash Office 139/140 (290 sq.ft) (Group 0)
Air Handler number: 3 Zone occurrences: 1Zone length: (feet) 29.00 Zone width (feet): 10.00Lighting Watts: 435 Equipment Watts: 370Number of people in zone: 2 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 245 Latent heat per person (Btuh): 155Cooling ventilation method: Direct Cooling ventilation value: 6,800.000Cooling infiltration method: AC/Hr Cooling infiltration value: 0.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: AC/Hr Heating infiltration value: 0.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 290 Exposed floor slab perimeter (ft): 0Both heating and cooling loads are calculated for this zone.
Zone 84: Book Store (8800 sq.ft) (Group 0)
Air Handler number: 3 Zone occurrences: 1Zone length: (feet) 880.00 Zone width (feet): 10.00Lighting Watts: 26,400 Equipment Watts: 1,770Number of people in zone: 150 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 250 Latent heat per person (Btuh): 200Cooling ventilation method: Direct Cooling ventilation value: 6,800.000Cooling infiltration method: AC/Hr Cooling infiltration value: 0.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: AC/Hr Heating infiltration value: 0.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 8,800 Exposed floor slab perimeter (ft): 0Both heating and cooling loads are calculated for this zone. Roof Type ASHRAE# U-Factor Dark Length Width Area Susp.Ceil
Z:\ ...\MSU Mankato Student Union VAV - New AHU's.CHV Friday, May 30, 2008, 09:26 AM
Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.Sebesta Blomberg Student Union - HVAC Pre DesignRoseville, MN 55113 Page 47
Zone Input (cont'd)
Zone 84: Book Store (8800 sq.ft) (Group 0)1 1 9 0.060 Yes 3,060.00 1.00 3,060.0 Yes Wall Type ASHRAE# U-Factor Color Height Width Area Direction
1 2 A 0.088 M 12.00 65.00 780.0 S2 2 A 0.088 M 12.00 86.00 1,032.0 W
Zone 85: Back Room (272 sq.ft) (Group 0)
Air Handler number: 1 Zone occurrences: 1Zone length: (feet) 27.20 Zone width (feet): 10.00Lighting Watts: 300 Equipment Watts: 0Number of people in zone: 0 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 0 Latent heat per person (Btuh): 0Cooling ventilation method: Direct Cooling ventilation value: 11,400.000Cooling infiltration method: AC/Hr Cooling infiltration value: 0.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: AC/Hr Heating infiltration value: 0.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 272 Exposed floor slab perimeter (ft): 0Both heating and cooling loads are calculated for this zone.
Zone 86: East Auditorium (2000 sq.ft) (Group 0)
Air Handler number: 5 Zone occurrences: 1Zone length: (feet) 200.00 Zone width (feet): 10.00Lighting Watts: 7,000 Equipment Watts: 0Number of people in zone: 175 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 20.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 245 Latent heat per person (Btuh): 105Cooling ventilation method: Direct Cooling ventilation value: 1,400.000Cooling infiltration method: AC/Hr Cooling infiltration value: 0.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: AC/Hr Heating infiltration value: 0.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 2,000 Exposed floor slab perimeter (ft): 0Both heating and cooling loads are calculated for this zone. Roof Type ASHRAE# U-Factor Dark Length Width Area Susp.Ceil
1 2 9 0.044 Yes 200.00 10.00 2,000.0 Yes Wall Type ASHRAE# U-Factor Color Height Width Area Direction
1 2 A 0.088 M 20.00 38.00 760.0 N2 2 A 0.088 M 20.00 56.00 1,120.0 E
Zone 87: Corridor 2000N (1121 sq.ft) (Group 0)
Air Handler number: 11 Zone occurrences: 1Zone length: (feet) 112.10 Zone width (feet): 10.00Lighting Watts: 1,345 Equipment Watts: 0Number of people in zone: 3 People profile number: 1
Z:\ ...\MSU Mankato Student Union VAV - New AHU's.CHV Friday, May 30, 2008, 09:26 AM
Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.Sebesta Blomberg Student Union - HVAC Pre DesignRoseville, MN 55113 Page 48
Zone Input (cont'd)
Zone 87: Corridor 2000N (1121 sq.ft) (Group 0)Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 250 Latent heat per person (Btuh): 250Cooling ventilation method: Direct Cooling ventilation value: 1,000.000Cooling infiltration method: Direct Cooling infiltration value: 0.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: Direct Heating infiltration value: 0.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 1,121 Exposed floor slab perimeter (ft): 0Both heating and cooling loads are calculated for this zone. Roof Type ASHRAE# U-Factor Dark Length Width Area Susp.Ceil
1 1 9 0.060 Yes 112.00 10.00 1,120.0 Yes
Zone 88: Office 218D (72 sq.ft) (Group 0)
Air Handler number: 11 Zone occurrences: 1Zone length: (feet) 8.00 Zone width (feet): 9.00Lighting Watts: 108 Equipment Watts: 270Number of people in zone: 1 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 245 Latent heat per person (Btuh): 155Cooling ventilation method: Direct Cooling ventilation value: 1,000.000Cooling infiltration method: AC/Hr Cooling infiltration value: 0.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: AC/Hr Heating infiltration value: 0.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 72 Exposed floor slab perimeter (ft): 0Both heating and cooling loads are calculated for this zone. Roof Type ASHRAE# U-Factor Dark Length Width Area Susp.Ceil
1 1 9 0.060 Yes 8.00 9.00 72.0 Yes Wall Type ASHRAE# U-Factor Color Height Width Area Direction
1 2 A 0.088 M 12.00 8.00 96.0 N2 2 A 0.088 M 12.00 9.00 108.0 W3 2 A 0.088 M 8.00 9.00 72.0 N
Zone 89: Office 218E (81 sq.ft) (Group 0)
Air Handler number: 11 Zone occurrences: 1Zone length: (feet) 9.00 Zone width (feet): 9.00Lighting Watts: 122 Equipment Watts: 135Number of people in zone: 1 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 245 Latent heat per person (Btuh): 155Cooling ventilation method: Direct Cooling ventilation value: 1,000.000Cooling infiltration method: Direct Cooling infiltration value: 8.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: Direct Heating infiltration value: 8.000
Z:\ ...\MSU Mankato Student Union VAV - New AHU's.CHV Friday, May 30, 2008, 09:26 AM
Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.Sebesta Blomberg Student Union - HVAC Pre DesignRoseville, MN 55113 Page 49
Zone Input (cont'd)
Zone 89: Office 218E (81 sq.ft) (Group 0)Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 81 Exposed floor slab perimeter (ft): 0Both heating and cooling loads are calculated for this zone. Roof Type ASHRAE# U-Factor Dark Length Width Area Susp.Ceil
1 1 9 0.060 Yes 9.00 9.00 81.0 Yes Wall Type ASHRAE# U-Factor Color Height Width Area Direction
1 2 A 0.088 M 12.00 9.00 108.0 N2 2 A 0.088 M 9.00 9.00 81.0 N Glass Type S.U-F. Shd C. Height Width Occur. Area Shade Tilt Ref
1 2 0.250 0.590 10.00 2.00 1 20.0 0 90 1
Zone 90: Office 218F (108 sq.ft) (Group 0)
Air Handler number: 11 Zone occurrences: 1Zone length: (feet) 12.00 Zone width (feet): 9.00Lighting Watts: 162 Equipment Watts: 135Number of people in zone: 1 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 245 Latent heat per person (Btuh): 155Cooling ventilation method: Direct Cooling ventilation value: 1,000.000Cooling infiltration method: Direct Cooling infiltration value: 24.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: Direct Heating infiltration value: 24.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 108 Exposed floor slab perimeter (ft): 0Both heating and cooling loads are calculated for this zone. Roof Type ASHRAE# U-Factor Dark Length Width Area Susp.Ceil
1 1 9 0.060 Yes 12.00 9.00 108.0 Yes Wall Type ASHRAE# U-Factor Color Height Width Area Direction
1 2 A 0.088 M 12.00 12.00 144.0 N2 2 A 0.088 M 9.00 12.00 108.0 N Glass Type S.U-F. Shd C. Height Width Occur. Area Shade Tilt Ref
1 2 0.250 0.590 10.00 6.00 1 60.0 0 90 1
Zone 91: Office 218G (72 sq.ft) (Group 0)
Air Handler number: 11 Zone occurrences: 1Zone length: (feet) 9.00 Zone width (feet): 8.00Lighting Watts: 108 Equipment Watts: 135Number of people in zone: 1 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 245 Latent heat per person (Btuh): 155Cooling ventilation method: Direct Cooling ventilation value: 1,000.000Cooling infiltration method: Direct Cooling infiltration value: 8.000
Z:\ ...\MSU Mankato Student Union VAV - New AHU's.CHV Friday, May 30, 2008, 09:26 AM
Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.Sebesta Blomberg Student Union - HVAC Pre DesignRoseville, MN 55113 Page 50
Zone Input (cont'd)
Zone 91: Office 218G (72 sq.ft) (Group 0)Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: Direct Heating infiltration value: 8.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 72 Exposed floor slab perimeter (ft): 0Both heating and cooling loads are calculated for this zone. Roof Type ASHRAE# U-Factor Dark Length Width Area Susp.Ceil
1 1 9 0.060 Yes 9.00 8.00 72.0 Yes Wall Type ASHRAE# U-Factor Color Height Width Area Direction
1 2 A 0.088 M 12.00 8.00 96.0 N2 2 A 0.088 M 8.00 9.00 72.0 N Glass Type S.U-F. Shd C. Height Width Occur. Area Shade Tilt Ref
1 2 0.250 0.590 10.00 2.00 1 20.0 0 90 1
Zone 92: Women's Center 218 (702 sq.ft) (Group 0)
Air Handler number: 11 Zone occurrences: 1Zone length: (feet) 70.20 Zone width (feet): 10.00Lighting Watts: 1,050 Equipment Watts: 640Number of people in zone: 4 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 245 Latent heat per person (Btuh): 155Cooling ventilation method: Direct Cooling ventilation value: 1,000.000Cooling infiltration method: AC/Hr Cooling infiltration value: 0.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: AC/Hr Heating infiltration value: 0.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 702 Exposed floor slab perimeter (ft): 0Both heating and cooling loads are calculated for this zone. Roof Type ASHRAE# U-Factor Dark Length Width Area Susp.Ceil
1 1 9 0.060 Yes 70.20 10.00 702.0 Yes Wall Type ASHRAE# U-Factor Color Height Width Area Direction
1 2 A 0.088 M 12.00 5.00 60.0 W2 2 A 0.088 M 37.00 3.00 111.0 N
Zone 93: Office 226 (126 sq.ft) (Group 0)
Air Handler number: 11 Zone occurrences: 1Zone length: (feet) 12.60 Zone width (feet): 10.00Lighting Watts: 190 Equipment Watts: 135Number of people in zone: 1 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 245 Latent heat per person (Btuh): 155Cooling ventilation method: Direct Cooling ventilation value: 1,000.000Cooling infiltration method: Direct Cooling infiltration value: 24.000Heating ventilation method: Direct Heating ventilation value: 0.000
Z:\ ...\MSU Mankato Student Union VAV - New AHU's.CHV Friday, May 30, 2008, 09:26 AM
Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.Sebesta Blomberg Student Union - HVAC Pre DesignRoseville, MN 55113 Page 51
Zone Input (cont'd)
Zone 93: Office 226 (126 sq.ft) (Group 0)Heating infiltration method: Direct Heating infiltration value: 24.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 126 Exposed floor slab perimeter (ft): 0Both heating and cooling loads are calculated for this zone. Roof Type ASHRAE# U-Factor Dark Length Width Area Susp.Ceil
1 1 9 0.060 Yes 12.60 10.00 126.0 Yes Wall Type ASHRAE# U-Factor Color Height Width Area Direction
1 2 A 0.088 M 12.00 14.00 168.0 N2 2 A 0.088 M 9.00 14.00 126.0 N Glass Type S.U-F. Shd C. Height Width Occur. Area Shade Tilt Ref
1 2 0.250 0.590 10.00 6.00 1 60.0 0 90 1
Zone 94: Room 219 (1224 sq.ft) (Group 0)
Air Handler number: 11 Zone occurrences: 1Zone length: (feet) 122.40 Zone width (feet): 10.00Lighting Watts: 1,840 Equipment Watts: 930Number of people in zone: 9 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 245 Latent heat per person (Btuh): 155Cooling ventilation method: Direct Cooling ventilation value: 1,000.000Cooling infiltration method: Direct Cooling infiltration value: 40.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: Direct Heating infiltration value: 40.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 1,224 Exposed floor slab perimeter (ft): 0Both heating and cooling loads are calculated for this zone. Roof Type ASHRAE# U-Factor Dark Length Width Area Susp.Ceil
1 1 9 0.060 Yes 122.40 10.00 1,224.0 Yes Wall Type ASHRAE# U-Factor Color Height Width Area Direction
1 2 A 0.088 M 12.00 36.00 432.0 N2 2 A 0.088 M 24.00 20.00 480.0 N Glass Type S.U-F. Shd C. Height Width Occur. Area Shade Tilt Ref
1 2 0.250 0.590 10.00 10.00 1 100.0 0 90 1
Zone 95: Office 224 and 225 (216 sq.ft) (Group 0)
Air Handler number: 11 Zone occurrences: 1Zone length: (feet) 21.60 Zone width (feet): 10.00Lighting Watts: 325 Equipment Watts: 270Number of people in zone: 2 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 245 Latent heat per person (Btuh): 155Cooling ventilation method: Direct Cooling ventilation value: 1,000.000
Z:\ ...\MSU Mankato Student Union VAV - New AHU's.CHV Friday, May 30, 2008, 09:26 AM
Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.Sebesta Blomberg Student Union - HVAC Pre DesignRoseville, MN 55113 Page 52
Zone Input (cont'd)
Zone 95: Office 224 and 225 (216 sq.ft) (Group 0)Cooling infiltration method: Direct Cooling infiltration value: 24.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: Direct Heating infiltration value: 24.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 216 Exposed floor slab perimeter (ft): 0Both heating and cooling loads are calculated for this zone. Roof Type ASHRAE# U-Factor Dark Length Width Area Susp.Ceil
1 1 9 0.060 Yes 21.60 10.00 216.0 Yes Wall Type ASHRAE# U-Factor Color Height Width Area Direction
1 2 A 0.088 M 12.00 24.00 288.0 N2 2 A 0.088 M 9.00 24.00 216.0 N Glass Type S.U-F. Shd C. Height Width Occur. Area Shade Tilt Ref
1 2 0.250 0.590 10.00 6.00 1 60.0 0 90 1
Zone 96: Office 220 (840 sq.ft) (Group 0)
Air Handler number: 11 Zone occurrences: 1Zone length: (feet) 84.00 Zone width (feet): 10.00Lighting Watts: 1,260 Equipment Watts: 640Number of people in zone: 4 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 245 Latent heat per person (Btuh): 155Cooling ventilation method: Direct Cooling ventilation value: 1,000.000Cooling infiltration method: Direct Cooling infiltration value: 32.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: Direct Heating infiltration value: 32.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 840 Exposed floor slab perimeter (ft): 0Both heating and cooling loads are calculated for this zone. Roof Type ASHRAE# U-Factor Dark Length Width Area Susp.Ceil
1 1 9 0.060 Yes 84.00 10.00 840.0 Yes Wall Type ASHRAE# U-Factor Color Height Width Area Direction
1 2 A 0.088 M 12.00 21.00 252.0 N2 2 A 0.088 M 9.00 36.00 324.0 N Glass Type S.U-F. Shd C. Height Width Occur. Area Shade Tilt Ref
1 2 0.250 0.590 10.00 8.00 1 80.0 0 90 1
Zone 97: Office/Conference 227 (132 sq.ft) (Group 0)
Air Handler number: 11 Zone occurrences: 1Zone length: (feet) 13.20 Zone width (feet): 10.00Lighting Watts: 200 Equipment Watts: 235Number of people in zone: 4 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0
Z:\ ...\MSU Mankato Student Union VAV - New AHU's.CHV Friday, May 30, 2008, 09:26 AM
Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.Sebesta Blomberg Student Union - HVAC Pre DesignRoseville, MN 55113 Page 53
Zone Input (cont'd)
Zone 97: Office/Conference 227 (132 sq.ft) (Group 0)Sensible heat per person (Btuh): 245 Latent heat per person (Btuh): 155Cooling ventilation method: Direct Cooling ventilation value: 1,000.000Cooling infiltration method: AC/Hr Cooling infiltration value: 0.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: AC/Hr Heating infiltration value: 0.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 132 Exposed floor slab perimeter (ft): 0Both heating and cooling loads are calculated for this zone. Roof Type ASHRAE# U-Factor Dark Length Width Area Susp.Ceil
1 1 9 0.060 Yes 13.20 10.00 132.0 Yes
Zone 98: Office 223 (126 sq.ft) (Group 0)
Air Handler number: 11 Zone occurrences: 1Zone length: (feet) 12.60 Zone width (feet): 10.00Lighting Watts: 190 Equipment Watts: 1,120Number of people in zone: 1 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 245 Latent heat per person (Btuh): 155Cooling ventilation method: Direct Cooling ventilation value: 1,000.000Cooling infiltration method: AC/Hr Cooling infiltration value: 0.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: AC/Hr Heating infiltration value: 0.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 126 Exposed floor slab perimeter (ft): 0Both heating and cooling loads are calculated for this zone. Roof Type ASHRAE# U-Factor Dark Length Width Area Susp.Ceil
1 1 9 0.060 Yes 12.60 10.00 126.0 Yes Wall Type ASHRAE# U-Factor Color Height Width Area Direction
1 2 A 0.088 M 12.00 14.00 168.0 N2 2 A 0.088 M 12.00 9.00 108.0 E3 2 A 0.088 M 14.00 9.00 126.0 N
Zone 99: Office 222 (210 sq.ft) (Group 0)
Air Handler number: 11 Zone occurrences: 1Zone length: (feet) 14.00 Zone width (feet): 15.00Lighting Watts: 315 Equipment Watts: 370Number of people in zone: 2 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 245 Latent heat per person (Btuh): 155Cooling ventilation method: Direct Cooling ventilation value: 1,000.000Cooling infiltration method: Direct Cooling infiltration value: 24.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: Direct Heating infiltration value: 24.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 210 Exposed floor slab perimeter (ft): 0
Z:\ ...\MSU Mankato Student Union VAV - New AHU's.CHV Friday, May 30, 2008, 09:26 AM
Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.Sebesta Blomberg Student Union - HVAC Pre DesignRoseville, MN 55113 Page 54
Zone Input (cont'd)
Zone 99: Office 222 (210 sq.ft) (Group 0)Both heating and cooling loads are calculated for this zone. Roof Type ASHRAE# U-Factor Dark Length Width Area Susp.Ceil
1 1 9 0.060 Yes 14.00 15.00 210.0 Yes Wall Type ASHRAE# U-Factor Color Height Width Area Direction
1 2 A 0.088 M 12.00 15.00 180.0 E2 2 A 0.088 M 3.00 14.00 42.0 N Glass Type S.U-F. Shd C. Height Width Occur. Area Shade Tilt Ref
1 2 0.250 0.590 10.00 6.00 1 60.0 0 90 1
Zone 100: Office 221 (273 sq.ft) (Group 0)
Air Handler number: 11 Zone occurrences: 1Zone length: (feet) 27.30 Zone width (feet): 10.00Lighting Watts: 410 Equipment Watts: 270Number of people in zone: 2 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 245 Latent heat per person (Btuh): 155Cooling ventilation method: Direct Cooling ventilation value: 1,000.000Cooling infiltration method: Direct Cooling infiltration value: 16.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: Direct Heating infiltration value: 16.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 273 Exposed floor slab perimeter (ft): 0Both heating and cooling loads are calculated for this zone. Roof Type ASHRAE# U-Factor Dark Length Width Area Susp.Ceil
1 1 9 0.060 Yes 27.30 10.00 273.0 Yes Wall Type ASHRAE# U-Factor Color Height Width Area Direction
1 2 A 0.088 M 12.00 15.00 180.0 E Glass Type S.U-F. Shd C. Height Width Occur. Area Shade Tilt Ref
1 2 0.250 0.590 10.00 4.00 1 40.0 0 90 1
Zone 101: North Ballroom Lobby (2135 sq.ft) (Group 0)
Air Handler number: 11 Zone occurrences: 1Zone length: (feet) 213.50 Zone width (feet): 10.00Lighting Watts: 4,270 Equipment Watts: 0Number of people in zone: 80 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 250 Latent heat per person (Btuh): 250Cooling ventilation method: Direct Cooling ventilation value: 1,000.000Cooling infiltration method: AC/Hr Cooling infiltration value: 0.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: AC/Hr Heating infiltration value: 0.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 0 Latent Btuh equipment load: 0
Z:\ ...\MSU Mankato Student Union VAV - New AHU's.CHV Friday, May 30, 2008, 09:26 AM
Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.Sebesta Blomberg Student Union - HVAC Pre DesignRoseville, MN 55113 Page 55
Zone Input (cont'd)
Zone 101: North Ballroom Lobby (2135 sq.ft) (Group 0)Ceil. exposed to plenum (sq.ft): 2,135 Exposed floor slab perimeter (ft): 0Both heating and cooling loads are calculated for this zone. Roof Type ASHRAE# U-Factor Dark Length Width Area Susp.Ceil
1 1 9 0.060 Yes 214.00 10.00 2,140.0 Yes Wall Type ASHRAE# U-Factor Color Height Width Area Direction
1 2 A 0.088 M 12.00 13.00 156.0 E
Zone 102: Toilet Room 230 (454 sq.ft) (Group 0)
Air Handler number: 1 Zone occurrences: 1Zone length: (feet) 45.40 Zone width (feet): 10.00Lighting Watts: 454 Equipment Watts: 0Number of people in zone: 0 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 0 Latent heat per person (Btuh): 0Cooling ventilation method: Direct Cooling ventilation value: 11,400.000Cooling infiltration method: AC/Hr Cooling infiltration value: 0.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: AC/Hr Heating infiltration value: 0.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 430 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 454 Exposed floor slab perimeter (ft): 0Both heating and cooling loads are calculated for this zone. Roof Type ASHRAE# U-Factor Dark Length Width Area Susp.Ceil
1 1 9 0.060 Yes 45.40 10.00 454.0 Yes Wall Type ASHRAE# U-Factor Color Height Width Area Direction
1 2 A 0.088 M 12.00 14.00 168.0 S
Zone 103: Toilet Room 231 (300 sq.ft) (Group 0)
Air Handler number: 1 Zone occurrences: 1Zone length: (feet) 30.00 Zone width (feet): 10.00Lighting Watts: 300 Equipment Watts: 0Number of people in zone: 0 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 0 Latent heat per person (Btuh): 0Cooling ventilation method: Direct Cooling ventilation value: 11,400.000Cooling infiltration method: AC/Hr Cooling infiltration value: 0.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: AC/Hr Heating infiltration value: 0.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 250 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 300 Exposed floor slab perimeter (ft): 0Both heating and cooling loads are calculated for this zone. Roof Type ASHRAE# U-Factor Dark Length Width Area Susp.Ceil
1 1 9 0.060 Yes 30.00 10.00 300.0 Yes
Z:\ ...\MSU Mankato Student Union VAV - New AHU's.CHV Friday, May 30, 2008, 09:26 AM
Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.Sebesta Blomberg Student Union - HVAC Pre DesignRoseville, MN 55113 Page 56
Zone Input (cont'd)
Zone 104: Conference Room 201 (728 sq.ft) (Group 0)
Air Handler number: 10 Zone occurrences: 1Zone length: (feet) 72.80 Zone width (feet): 10.00Lighting Watts: 1,090 Equipment Watts: 645Number of people in zone: 60 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 250 Latent heat per person (Btuh): 200Cooling ventilation method: Direct Cooling ventilation value: 1,300.000Cooling infiltration method: AC/Hr Cooling infiltration value: 0.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: AC/Hr Heating infiltration value: 0.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 728 Exposed floor slab perimeter (ft): 0Both heating and cooling loads are calculated for this zone. Roof Type ASHRAE# U-Factor Dark Length Width Area Susp.Ceil
1 1 9 0.060 Yes 72.80 10.00 728.0 Yes
Zone 105: Conference Room 202 (672 sq.ft) (Group 0)
Air Handler number: 10 Zone occurrences: 1Zone length: (feet) 67.20 Zone width (feet): 10.00Lighting Watts: 1,000 Equipment Watts: 645Number of people in zone: 45 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 250 Latent heat per person (Btuh): 200Cooling ventilation method: Direct Cooling ventilation value: 1,300.000Cooling infiltration method: AC/Hr Cooling infiltration value: 0.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: AC/Hr Heating infiltration value: 0.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 672 Exposed floor slab perimeter (ft): 0Both heating and cooling loads are calculated for this zone. Roof Type ASHRAE# U-Factor Dark Length Width Area Susp.Ceil
1 1 9 0.060 Yes 67.20 10.00 672.0 Yes
Zone 106: Conference Room 203 (672 sq.ft) (Group 0)
Air Handler number: 10 Zone occurrences: 1Zone length: (feet) 67.20 Zone width (feet): 10.00Lighting Watts: 1,000 Equipment Watts: 645Number of people in zone: 45 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 250 Latent heat per person (Btuh): 200Cooling ventilation method: Direct Cooling ventilation value: 1,300.000Cooling infiltration method: AC/Hr Cooling infiltration value: 0.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: AC/Hr Heating infiltration value: 0.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0
Z:\ ...\MSU Mankato Student Union VAV - New AHU's.CHV Friday, May 30, 2008, 09:26 AM
Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.Sebesta Blomberg Student Union - HVAC Pre DesignRoseville, MN 55113 Page 57
Zone Input (cont'd)
Zone 106: Conference Room 203 (672 sq.ft) (Group 0)Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 672 Exposed floor slab perimeter (ft): 0Both heating and cooling loads are calculated for this zone. Roof Type ASHRAE# U-Factor Dark Length Width Area Susp.Ceil
1 1 9 0.060 Yes 67.20 10.00 672.0 Yes
Zone 107: Conference Room 204 (756 sq.ft) (Group 0)
Air Handler number: 10 Zone occurrences: 1Zone length: (feet) 75.60 Zone width (feet): 10.00Lighting Watts: 1,134 Equipment Watts: 645Number of people in zone: 45 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 250 Latent heat per person (Btuh): 200Cooling ventilation method: Direct Cooling ventilation value: 1,300.000Cooling infiltration method: Direct Cooling infiltration value: 8.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: Direct Heating infiltration value: 8.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 756 Exposed floor slab perimeter (ft): 0Both heating and cooling loads are calculated for this zone. Roof Type ASHRAE# U-Factor Dark Length Width Area Susp.Ceil
1 1 9 0.060 Yes 75.60 10.00 756.0 Yes Wall Type ASHRAE# U-Factor Color Height Width Area Direction
1 2 A 0.088 M 12.00 14.00 168.0 S Glass Type S.U-F. Shd C. Height Width Occur. Area Shade Tilt Ref
1 2 0.250 0.590 10.00 8.00 1 80.0 0 90 1
Zone 108: Storage 205 (270 sq.ft) (Group 0)
Air Handler number: 10 Zone occurrences: 1Zone length: (feet) 27.00 Zone width (feet): 10.00Lighting Watts: 81 Equipment Watts: 0Number of people in zone: 0 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 0 Latent heat per person (Btuh): 0Cooling ventilation method: Direct Cooling ventilation value: 1,300.000Cooling infiltration method: AC/Hr Cooling infiltration value: 0.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: AC/Hr Heating infiltration value: 0.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 270 Exposed floor slab perimeter (ft): 0Both heating and cooling loads are calculated for this zone. Roof Type ASHRAE# U-Factor Dark Length Width Area Susp.Ceil
1 1 9 0.060 Yes 27.00 10.00 270.0 Yes
Z:\ ...\MSU Mankato Student Union VAV - New AHU's.CHV Friday, May 30, 2008, 09:26 AM
Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.Sebesta Blomberg Student Union - HVAC Pre DesignRoseville, MN 55113 Page 58
Zone Input (cont'd)
Zone 108: Storage 205 (270 sq.ft) (Group 0) Wall Type ASHRAE# U-Factor Color Height Width Area Direction
1 2 A 0.088 M 12.00 10.00 120.0 S2 2 A 0.088 M 12.00 24.00 288.0 W
Zone 109: Corridor 2000S (1510 sq.ft) (Group 0)
Air Handler number: 10 Zone occurrences: 1Zone length: (feet) 151.00 Zone width (feet): 10.00Lighting Watts: 1,812 Equipment Watts: 0Number of people in zone: 0 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 0 Latent heat per person (Btuh): 0Cooling ventilation method: Direct Cooling ventilation value: 1,300.000Cooling infiltration method: Direct Cooling infiltration value: 0.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: Direct Heating infiltration value: 0.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 1,510 Exposed floor slab perimeter (ft): 0Both heating and cooling loads are calculated for this zone. Roof Type ASHRAE# U-Factor Dark Length Width Area Susp.Ceil
1 1 9 0.060 Yes 151.00 10.00 1,510.0 Yes
Zone 110: Ballroom 200S (3714 sq.ft) (Group 0)
Air Handler number: 8 Zone occurrences: 1Zone length: (feet) 371.40 Zone width (feet): 10.00Lighting Watts: 5,940 Equipment Watts: 0Number of people in zone: 467 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 305 Latent heat per person (Btuh): 545Cooling ventilation method: Direct Cooling ventilation value: 2,600.000Cooling infiltration method: AC/Hr Cooling infiltration value: 0.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: AC/Hr Heating infiltration value: 0.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 3,714 Exposed floor slab perimeter (ft): 0Both heating and cooling loads are calculated for this zone. Roof Type ASHRAE# U-Factor Dark Length Width Area Susp.Ceil
1 1 9 0.060 Yes 371.40 10.00 3,714.0 Yes Wall Type ASHRAE# U-Factor Color Height Width Area Direction
1 2 A 0.088 M 12.00 98.00 1,176.0 S2 2 A 0.088 M 12.00 36.00 432.0 E
Zone 111: Ballroom 200C (4512 sq.ft) (Group 0)
Air Handler number: 9 Zone occurrences: 1Zone length: (feet) 451.20 Zone width (feet): 10.00
Z:\ ...\MSU Mankato Student Union VAV - New AHU's.CHV Friday, May 30, 2008, 09:26 AM
Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.Sebesta Blomberg Student Union - HVAC Pre DesignRoseville, MN 55113 Page 59
Zone Input (cont'd)
Zone 111: Ballroom 200C (4512 sq.ft) (Group 0)Lighting Watts: 7,220 Equipment Watts: 0Number of people in zone: 566 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 305 Latent heat per person (Btuh): 545Cooling ventilation method: Direct Cooling ventilation value: 3,200.000Cooling infiltration method: AC/Hr Cooling infiltration value: 0.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: AC/Hr Heating infiltration value: 0.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 4,512 Exposed floor slab perimeter (ft): 0Both heating and cooling loads are calculated for this zone. Roof Type ASHRAE# U-Factor Dark Length Width Area Susp.Ceil
1 1 9 0.060 Yes 451.20 10.00 4,512.0 Yes Wall Type ASHRAE# U-Factor Color Height Width Area Direction
1 2 A 0.088 M 12.00 48.00 576.0 E
Zone 112: Ballroom 200N (3714 sq.ft) (Group 0)
Air Handler number: 12 Zone occurrences: 1Zone length: (feet) 371.40 Zone width (feet): 10.00Lighting Watts: 5,940 Equipment Watts: 0Number of people in zone: 467 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 305 Latent heat per person (Btuh): 545Cooling ventilation method: Direct Cooling ventilation value: 2,700.000Cooling infiltration method: AC/Hr Cooling infiltration value: 0.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: AC/Hr Heating infiltration value: 0.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 3,714 Exposed floor slab perimeter (ft): 0Both heating and cooling loads are calculated for this zone. Roof Type ASHRAE# U-Factor Dark Length Width Area Susp.Ceil
1 1 9 0.060 Yes 371.40 10.00 3,714.0 Yes Wall Type ASHRAE# U-Factor Color Height Width Area Direction
1 2 A 0.088 M 12.00 98.00 1,176.0 N2 2 A 0.088 M 12.00 36.00 432.0 E
Zone 113: Men's Room 216 (224 sq.ft) (Group 0)
Air Handler number: 11 Zone occurrences: 1Zone length: (feet) 22.40 Zone width (feet): 10.00Lighting Watts: 224 Equipment Watts: 0Number of people in zone: 0 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 0 Latent heat per person (Btuh): 0
Z:\ ...\MSU Mankato Student Union VAV - New AHU's.CHV Friday, May 30, 2008, 09:26 AM
Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.Sebesta Blomberg Student Union - HVAC Pre DesignRoseville, MN 55113 Page 60
Zone Input (cont'd)
Zone 113: Men's Room 216 (224 sq.ft) (Group 0)Cooling ventilation method: Direct Cooling ventilation value: 1,000.000Cooling infiltration method: AC/Hr Cooling infiltration value: 0.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: AC/Hr Heating infiltration value: 0.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 224 Exposed floor slab perimeter (ft): 0Heating loads only are calculated for this zone. Roof Type ASHRAE# U-Factor Dark Length Width Area Susp.Ceil
1 1 9 0.060 Yes 22.40 10.00 224.0 Yes
Zone 114: Women's Room (468 sq.ft) (Group 0)
Air Handler number: 11 Zone occurrences: 1Zone length: (feet) 46.80 Zone width (feet): 10.00Lighting Watts: 468 Equipment Watts: 0Number of people in zone: 0 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 0 Latent heat per person (Btuh): 0Cooling ventilation method: Direct Cooling ventilation value: 1,000.000Cooling infiltration method: AC/Hr Cooling infiltration value: 0.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: AC/Hr Heating infiltration value: 0.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 468 Exposed floor slab perimeter (ft): 0Heating loads only are calculated for this zone. Roof Type ASHRAE# U-Factor Dark Length Width Area Susp.Ceil
1 1 9 0.060 Yes 46.80 10.00 468.0 Yes
Zone 115: Storage 214 (126 sq.ft) (Group 0)
Air Handler number: 9 Zone occurrences: 1Zone length: (feet) 12.60 Zone width (feet): 10.00Lighting Watts: 38 Equipment Watts: 0Number of people in zone: 0 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 0 Latent heat per person (Btuh): 0Cooling ventilation method: Direct Cooling ventilation value: 3,200.000Cooling infiltration method: AC/Hr Cooling infiltration value: 0.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: AC/Hr Heating infiltration value: 0.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 126 Exposed floor slab perimeter (ft): 0Both heating and cooling loads are calculated for this zone. Roof Type ASHRAE# U-Factor Dark Length Width Area Susp.Ceil
1 1 9 0.060 Yes 12.60 10.00 126.0 Yes
Zone 116: Storage 210 (324 sq.ft) (Group 0)
Z:\ ...\MSU Mankato Student Union VAV - New AHU's.CHV Friday, May 30, 2008, 09:26 AM
Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.Sebesta Blomberg Student Union - HVAC Pre DesignRoseville, MN 55113 Page 61
Zone Input (cont'd)
Zone 116: Storage 210 (324 sq.ft) (Group 0)
Air Handler number: 9 Zone occurrences: 1Zone length: (feet) 32.40 Zone width (feet): 10.00Lighting Watts: 97 Equipment Watts: 0Number of people in zone: 0 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 0 Latent heat per person (Btuh): 0Cooling ventilation method: Direct Cooling ventilation value: 3,200.000Cooling infiltration method: AC/Hr Cooling infiltration value: 0.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: AC/Hr Heating infiltration value: 0.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 324 Exposed floor slab perimeter (ft): 0Both heating and cooling loads are calculated for this zone. Roof Type ASHRAE# U-Factor Dark Length Width Area Susp.Ceil
1 1 9 0.060 Yes 32.40 10.00 324.0 Yes
Zone 117: Storage 209B (272 sq.ft) (Group 0)
Air Handler number: 9 Zone occurrences: 1Zone length: (feet) 27.20 Zone width (feet): 10.00Lighting Watts: 82 Equipment Watts: 0Number of people in zone: 0 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 0 Latent heat per person (Btuh): 0Cooling ventilation method: Direct Cooling ventilation value: 3,200.000Cooling infiltration method: AC/Hr Cooling infiltration value: 0.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: AC/Hr Heating infiltration value: 0.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 272 Exposed floor slab perimeter (ft): 0Both heating and cooling loads are calculated for this zone. Roof Type ASHRAE# U-Factor Dark Length Width Area Susp.Ceil
1 1 9 0.060 Yes 27.20 10.00 272.0 Yes
Zone 118: Beverage Dispenser Room 209A (468 sq.ft) (Group 0)
Air Handler number: 9 Zone occurrences: 1Zone length: (feet) 46.80 Zone width (feet): 10.00Lighting Watts: 468 Equipment Watts: 0Number of people in zone: 0 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 0 Latent heat per person (Btuh): 0Cooling ventilation method: Direct Cooling ventilation value: 3,200.000Cooling infiltration method: AC/Hr Cooling infiltration value: 0.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: AC/Hr Heating infiltration value: 0.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0
Z:\ ...\MSU Mankato Student Union VAV - New AHU's.CHV Friday, May 30, 2008, 09:26 AM
Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.Sebesta Blomberg Student Union - HVAC Pre DesignRoseville, MN 55113 Page 62
Zone Input (cont'd)
Zone 118: Beverage Dispenser Room 209A (468 sq.ft) (Group 0)Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 468 Exposed floor slab perimeter (ft): 0Both heating and cooling loads are calculated for this zone. Roof Type ASHRAE# U-Factor Dark Length Width Area Susp.Ceil
1 1 9 0.060 Yes 47.00 10.00 470.0 Yes
Zone 119: Ballroom Servery (1534 sq.ft) (Group 0)
Air Handler number: 12 Zone occurrences: 1Zone length: (feet) 153.40 Zone width (feet): 10.00Lighting Watts: 2,300 Equipment Watts: 0Number of people in zone: 5 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 275 Latent heat per person (Btuh): 275Cooling ventilation method: Direct Cooling ventilation value: 2,700.000Cooling infiltration method: AC/Hr Cooling infiltration value: 0.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: AC/Hr Heating infiltration value: 0.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 1,534 Exposed floor slab perimeter (ft): 0Both heating and cooling loads are calculated for this zone. Roof Type ASHRAE# U-Factor Dark Length Width Area Susp.Ceil
1 1 9 0.060 Yes 153.40 10.00 1,534.0 Yes
Zone 120: Shop 237 (246 sq.ft) (Group 0)
Air Handler number: 12 Zone occurrences: 1Zone length: (feet) 24.60 Zone width (feet): 10.00Lighting Watts: 540 Equipment Watts: 0Number of people in zone: 1 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 275 Latent heat per person (Btuh): 475Cooling ventilation method: Direct Cooling ventilation value: 2,700.000Cooling infiltration method: AC/Hr Cooling infiltration value: 0.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: AC/Hr Heating infiltration value: 0.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 246 Exposed floor slab perimeter (ft): 0Both heating and cooling loads are calculated for this zone. Roof Type ASHRAE# U-Factor Dark Length Width Area Susp.Ceil
1 2 9 0.044 Yes 24.60 20.00 492.0 Yes
Zone 121: Conference Room 256 (720 sq.ft) (Group 0)
Air Handler number: 3 Zone occurrences: 1Zone length: (feet) 72.00 Zone width (feet): 10.00Lighting Watts: 1,080 Equipment Watts: 645Number of people in zone: 20 People profile number: 1
Z:\ ...\MSU Mankato Student Union VAV - New AHU's.CHV Friday, May 30, 2008, 09:26 AM
Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.Sebesta Blomberg Student Union - HVAC Pre DesignRoseville, MN 55113 Page 63
Zone Input (cont'd)
Zone 121: Conference Room 256 (720 sq.ft) (Group 0)Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 250 Latent heat per person (Btuh): 200Cooling ventilation method: Direct Cooling ventilation value: 6,800.000Cooling infiltration method: AC/Hr Cooling infiltration value: 0.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: AC/Hr Heating infiltration value: 0.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 720 Exposed floor slab perimeter (ft): 0Both heating and cooling loads are calculated for this zone. Roof Type ASHRAE# U-Factor Dark Length Width Area Susp.Ceil
1 2 9 0.044 Yes 72.00 10.00 720.0 Yes
Zone 122: Conference Room 253/254/255 (3354 sq.ft) (Group 0)
Air Handler number: 3 Zone occurrences: 1Zone length: (feet) 335.40 Zone width (feet): 10.00Lighting Watts: 5,031 Equipment Watts: 645Number of people in zone: 250 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 250 Latent heat per person (Btuh): 200Cooling ventilation method: Direct Cooling ventilation value: 6,800.000Cooling infiltration method: AC/Hr Cooling infiltration value: 0.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: AC/Hr Heating infiltration value: 0.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 3,354 Exposed floor slab perimeter (ft): 0Both heating and cooling loads are calculated for this zone. Roof Type ASHRAE# U-Factor Dark Length Width Area Susp.Ceil
1 2 9 0.044 Yes 335.00 10.00 3,350.0 Yes
Zone 123: Conference Room 238 (1584 sq.ft) (Group 0)
Air Handler number: 3 Zone occurrences: 1Zone length: (feet) 158.40 Zone width (feet): 10.00Lighting Watts: 2,376 Equipment Watts: 645Number of people in zone: 80 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 250 Latent heat per person (Btuh): 200Cooling ventilation method: Direct Cooling ventilation value: 6,800.000Cooling infiltration method: AC/Hr Cooling infiltration value: 0.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: AC/Hr Heating infiltration value: 0.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 1,584 Exposed floor slab perimeter (ft): 0Both heating and cooling loads are calculated for this zone.
Z:\ ...\MSU Mankato Student Union VAV - New AHU's.CHV Friday, May 30, 2008, 09:26 AM
Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.Sebesta Blomberg Student Union - HVAC Pre DesignRoseville, MN 55113 Page 64
Zone Input (cont'd)
Zone 123: Conference Room 238 (1584 sq.ft) (Group 0)Roof Type ASHRAE# U-Factor Dark Length Width Area Susp.Ceil
1 2 9 0.044 Yes 158.40 10.00 1,584.0 Yes
Zone 124: Women's Room 239 (160 sq.ft) (Group 0)
Air Handler number: 3 Zone occurrences: 1Zone length: (feet) 16.00 Zone width (feet): 10.00Lighting Watts: 160 Equipment Watts: 0Number of people in zone: 0 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 0 Latent heat per person (Btuh): 0Cooling ventilation method: Direct Cooling ventilation value: 6,800.000Cooling infiltration method: AC/Hr Cooling infiltration value: 0.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: AC/Hr Heating infiltration value: 0.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 160 Exposed floor slab perimeter (ft): 0Heating loads only are calculated for this zone. Roof Type ASHRAE# U-Factor Dark Length Width Area Susp.Ceil
1 2 9 0.044 Yes 16.00 10.00 160.0 Yes Wall Type ASHRAE# U-Factor Color Height Width Area Direction
1 2 A 0.088 M 12.00 16.00 192.0 S
Zone 125: Men's Room 240 (220 sq.ft) (Group 0)
Air Handler number: 3 Zone occurrences: 1Zone length: (feet) 22.00 Zone width (feet): 10.00Lighting Watts: 220 Equipment Watts: 0Number of people in zone: 0 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 0 Latent heat per person (Btuh): 0Cooling ventilation method: Direct Cooling ventilation value: 6,800.000Cooling infiltration method: AC/Hr Cooling infiltration value: 0.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: AC/Hr Heating infiltration value: 0.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 220 Exposed floor slab perimeter (ft): 0Heating loads only are calculated for this zone. Roof Type ASHRAE# U-Factor Dark Length Width Area Susp.Ceil
1 2 9 0.044 Yes 22.00 10.00 220.0 Yes Wall Type ASHRAE# U-Factor Color Height Width Area Direction
1 2 A 0.088 M 12.00 22.00 264.0 S
Zone 126: Cultural Diversity 243A (568 sq.ft) (Group 0)
Air Handler number: 3 Zone occurrences: 1Zone length: (feet) 56.80 Zone width (feet): 10.00
Z:\ ...\MSU Mankato Student Union VAV - New AHU's.CHV Friday, May 30, 2008, 09:26 AM
Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.Sebesta Blomberg Student Union - HVAC Pre DesignRoseville, MN 55113 Page 65
Zone Input (cont'd)
Zone 126: Cultural Diversity 243A (568 sq.ft) (Group 0)Lighting Watts: 850 Equipment Watts: 235Number of people in zone: 2 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 245 Latent heat per person (Btuh): 155Cooling ventilation method: Direct Cooling ventilation value: 6,800.000Cooling infiltration method: AC/Hr Cooling infiltration value: 0.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: AC/Hr Heating infiltration value: 0.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 568 Exposed floor slab perimeter (ft): 0Both heating and cooling loads are calculated for this zone. Roof Type ASHRAE# U-Factor Dark Length Width Area Susp.Ceil
1 2 9 0.044 Yes 56.80 10.00 568.0 Yes
Zone 127: Cultural Diversity 243E (108 sq.ft) (Group 0)
Air Handler number: 3 Zone occurrences: 1Zone length: (feet) 10.80 Zone width (feet): 10.00Lighting Watts: 162 Equipment Watts: 135Number of people in zone: 1 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 245 Latent heat per person (Btuh): 155Cooling ventilation method: Direct Cooling ventilation value: 6,800.000Cooling infiltration method: Direct Cooling infiltration value: 24.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: Direct Heating infiltration value: 24.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 108 Exposed floor slab perimeter (ft): 0Both heating and cooling loads are calculated for this zone. Roof Type ASHRAE# U-Factor Dark Length Width Area Susp.Ceil
1 2 9 0.044 Yes 10.80 10.00 108.0 Yes Wall Type ASHRAE# U-Factor Color Height Width Area Direction
1 2 A 0.088 M 12.00 9.00 108.0 S Glass Type S.U-F. Shd C. Height Width Occur. Area Shade Tilt Ref
1 2 0.250 0.590 10.00 6.00 1 60.0 0 90 1
Zone 128: Cultural Diversity 243D (108 sq.ft) (Group 0)
Air Handler number: 3 Zone occurrences: 1Zone length: (feet) 10.80 Zone width (feet): 10.00Lighting Watts: 162 Equipment Watts: 135Number of people in zone: 1 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 245 Latent heat per person (Btuh): 155Cooling ventilation method: Direct Cooling ventilation value: 6,800.000
Z:\ ...\MSU Mankato Student Union VAV - New AHU's.CHV Friday, May 30, 2008, 09:26 AM
Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.Sebesta Blomberg Student Union - HVAC Pre DesignRoseville, MN 55113 Page 66
Zone Input (cont'd)
Zone 128: Cultural Diversity 243D (108 sq.ft) (Group 0)Cooling infiltration method: Direct Cooling infiltration value: 24.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: Direct Heating infiltration value: 24.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 108 Exposed floor slab perimeter (ft): 0Both heating and cooling loads are calculated for this zone. Roof Type ASHRAE# U-Factor Dark Length Width Area Susp.Ceil
1 2 9 0.044 Yes 10.80 10.00 108.0 Yes Wall Type ASHRAE# U-Factor Color Height Width Area Direction
1 2 A 0.088 M 12.00 9.00 108.0 S Glass Type S.U-F. Shd C. Height Width Occur. Area Shade Tilt Ref
1 2 0.250 0.590 10.00 6.00 1 60.0 0 90 1
Zone 129: Cultural Diversity 243C (135 sq.ft) (Group 0)
Air Handler number: 3 Zone occurrences: 1Zone length: (feet) 9.00 Zone width (feet): 15.00Lighting Watts: 203 Equipment Watts: 135Number of people in zone: 1 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 245 Latent heat per person (Btuh): 155Cooling ventilation method: Direct Cooling ventilation value: 6,800.000Cooling infiltration method: Direct Cooling infiltration value: 40.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: Direct Heating infiltration value: 40.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 135 Exposed floor slab perimeter (ft): 0Both heating and cooling loads are calculated for this zone. Roof Type ASHRAE# U-Factor Dark Length Width Area Susp.Ceil
1 2 9 0.044 Yes 9.00 15.00 135.0 Yes Wall Type ASHRAE# U-Factor Color Height Width Area Direction
1 2 A 0.088 M 12.00 15.00 180.0 S2 2 A 0.088 M 12.00 9.00 108.0 W Glass Type S.U-F. Shd C. Height Width Occur. Area Shade Tilt Ref
1 2 0.250 0.590 10.00 8.00 1 80.0 0 90 12 2 0.250 0.590 10.00 2.00 1 20.0 0 90 2
Zone 130: Cultural Diversity 243G (90 sq.ft) (Group 0)
Air Handler number: 3 Zone occurrences: 1Zone length: (feet) 9.00 Zone width (feet): 10.00Lighting Watts: 135 Equipment Watts: 135Number of people in zone: 1 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0
Z:\ ...\MSU Mankato Student Union VAV - New AHU's.CHV Friday, May 30, 2008, 09:26 AM
Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.Sebesta Blomberg Student Union - HVAC Pre DesignRoseville, MN 55113 Page 67
Zone Input (cont'd)
Zone 130: Cultural Diversity 243G (90 sq.ft) (Group 0)Sensible heat per person (Btuh): 245 Latent heat per person (Btuh): 155Cooling ventilation method: Direct Cooling ventilation value: 6,800.000Cooling infiltration method: Direct Cooling infiltration value: 16.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: Direct Heating infiltration value: 16.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 90 Exposed floor slab perimeter (ft): 0Both heating and cooling loads are calculated for this zone. Roof Type ASHRAE# U-Factor Dark Length Width Area Susp.Ceil
1 2 9 0.044 Yes 9.00 10.00 90.0 Yes Wall Type ASHRAE# U-Factor Color Height Width Area Direction
1 2 A 0.088 M 12.00 9.00 108.0 W Glass Type S.U-F. Shd C. Height Width Occur. Area Shade Tilt Ref
1 2 0.250 0.590 10.00 4.00 1 40.0 0 90 1
Zone 131: Cultural Diversity 243B (117 sq.ft) (Group 0)
Air Handler number: 3 Zone occurrences: 1Zone length: (feet) 11.70 Zone width (feet): 10.00Lighting Watts: 176 Equipment Watts: 135Number of people in zone: 1 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 245 Latent heat per person (Btuh): 155Cooling ventilation method: Direct Cooling ventilation value: 6,800.000Cooling infiltration method: Direct Cooling infiltration value: 16.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: Direct Heating infiltration value: 16.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 117 Exposed floor slab perimeter (ft): 0Both heating and cooling loads are calculated for this zone. Roof Type ASHRAE# U-Factor Dark Length Width Area Susp.Ceil
1 2 9 0.044 Yes 11.70 10.00 117.0 Yes Wall Type ASHRAE# U-Factor Color Height Width Area Direction
1 2 A 0.088 M 12.00 9.00 108.0 W Glass Type S.U-F. Shd C. Height Width Occur. Area Shade Tilt Ref
1 2 0.250 0.590 10.00 4.00 1 40.0 0 90 1
Zone 132: Counseling E (130 sq.ft) (Group 0)
Air Handler number: 3 Zone occurrences: 1Zone length: (feet) 13.00 Zone width (feet): 10.00Lighting Watts: 195 Equipment Watts: 135Number of people in zone: 2 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0
Z:\ ...\MSU Mankato Student Union VAV - New AHU's.CHV Friday, May 30, 2008, 09:26 AM
Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.Sebesta Blomberg Student Union - HVAC Pre DesignRoseville, MN 55113 Page 68
Zone Input (cont'd)
Zone 132: Counseling E (130 sq.ft) (Group 0)Sensible heat per person (Btuh): 245 Latent heat per person (Btuh): 155Cooling ventilation method: Direct Cooling ventilation value: 6,800.000Cooling infiltration method: AC/Hr Cooling infiltration value: 0.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: AC/Hr Heating infiltration value: 0.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 130 Exposed floor slab perimeter (ft): 0Both heating and cooling loads are calculated for this zone. Roof Type ASHRAE# U-Factor Dark Length Width Area Susp.Ceil
1 2 9 0.044 Yes 13.00 10.00 130.0 Yes
Zone 133: Counseling F (168 sq.ft) (Group 0)
Air Handler number: 3 Zone occurrences: 1Zone length: (feet) 16.80 Zone width (feet): 10.00Lighting Watts: 252 Equipment Watts: 135Number of people in zone: 2 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 245 Latent heat per person (Btuh): 155Cooling ventilation method: Direct Cooling ventilation value: 6,800.000Cooling infiltration method: AC/Hr Cooling infiltration value: 0.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: AC/Hr Heating infiltration value: 0.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 168 Exposed floor slab perimeter (ft): 0Both heating and cooling loads are calculated for this zone. Roof Type ASHRAE# U-Factor Dark Length Width Area Susp.Ceil
1 2 9 0.044 Yes 16.80 10.00 168.0 Yes
Zone 134: Counseling G (120 sq.ft) (Group 0)
Air Handler number: 3 Zone occurrences: 1Zone length: (feet) 12.00 Zone width (feet): 10.00Lighting Watts: 180 Equipment Watts: 135Number of people in zone: 2 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 245 Latent heat per person (Btuh): 155Cooling ventilation method: Direct Cooling ventilation value: 6,800.000Cooling infiltration method: AC/Hr Cooling infiltration value: 0.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: AC/Hr Heating infiltration value: 0.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 120 Exposed floor slab perimeter (ft): 0Both heating and cooling loads are calculated for this zone. Roof Type ASHRAE# U-Factor Dark Length Width Area Susp.Ceil
1 2 9 0.044 Yes 12.00 10.00 120.0 Yes
Z:\ ...\MSU Mankato Student Union VAV - New AHU's.CHV Friday, May 30, 2008, 09:26 AM
Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.Sebesta Blomberg Student Union - HVAC Pre DesignRoseville, MN 55113 Page 69
Zone Input (cont'd)
Zone 135: Counseling 245 (396 sq.ft) (Group 0)
Air Handler number: 3 Zone occurrences: 1Zone length: (feet) 39.60 Zone width (feet): 10.00Lighting Watts: 594 Equipment Watts: 235Number of people in zone: 2 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 245 Latent heat per person (Btuh): 155Cooling ventilation method: Direct Cooling ventilation value: 6,800.000Cooling infiltration method: AC/Hr Cooling infiltration value: 0.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: AC/Hr Heating infiltration value: 0.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 396 Exposed floor slab perimeter (ft): 0Both heating and cooling loads are calculated for this zone. Roof Type ASHRAE# U-Factor Dark Length Width Area Susp.Ceil
1 2 9 0.044 Yes 39.60 10.00 396.0 Yes
Zone 136: Counseling I/H (144 sq.ft) (Group 0)
Air Handler number: 3 Zone occurrences: 1Zone length: (feet) 12.00 Zone width (feet): 12.00Lighting Watts: 216 Equipment Watts: 270Number of people in zone: 4 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 245 Latent heat per person (Btuh): 155Cooling ventilation method: Direct Cooling ventilation value: 6,800.000Cooling infiltration method: AC/Hr Cooling infiltration value: 0.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: AC/Hr Heating infiltration value: 0.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 144 Exposed floor slab perimeter (ft): 0Both heating and cooling loads are calculated for this zone. Roof Type ASHRAE# U-Factor Dark Length Width Area Susp.Ceil
1 2 9 0.044 Yes 12.00 12.00 144.0 Yes
Zone 137: Counseling A (108 sq.ft) (Group 0)
Air Handler number: 3 Zone occurrences: 1Zone length: (feet) 12.00 Zone width (feet): 9.00Lighting Watts: 162 Equipment Watts: 135Number of people in zone: 2 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 245 Latent heat per person (Btuh): 155Cooling ventilation method: Direct Cooling ventilation value: 6,800.000Cooling infiltration method: Direct Cooling infiltration value: 16.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: Direct Heating infiltration value: 16.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0
Z:\ ...\MSU Mankato Student Union VAV - New AHU's.CHV Friday, May 30, 2008, 09:26 AM
Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.Sebesta Blomberg Student Union - HVAC Pre DesignRoseville, MN 55113 Page 70
Zone Input (cont'd)
Zone 137: Counseling A (108 sq.ft) (Group 0)Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 108 Exposed floor slab perimeter (ft): 0Both heating and cooling loads are calculated for this zone. Roof Type ASHRAE# U-Factor Dark Length Width Area Susp.Ceil
1 2 9 0.044 Yes 12.00 9.00 108.0 Yes Wall Type ASHRAE# U-Factor Color Height Width Area Direction
1 2 A 0.088 M 12.00 12.00 144.0 W Glass Type S.U-F. Shd C. Height Width Occur. Area Shade Tilt Ref
1 2 0.250 0.590 10.00 4.00 1 40.0 0 90 1
Zone 138: Counseling B (81 sq.ft) (Group 0)
Air Handler number: 3 Zone occurrences: 1Zone length: (feet) 9.00 Zone width (feet): 9.00Lighting Watts: 122 Equipment Watts: 135Number of people in zone: 2 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 245 Latent heat per person (Btuh): 155Cooling ventilation method: Direct Cooling ventilation value: 6,800.000Cooling infiltration method: Direct Cooling infiltration value: 16.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: Direct Heating infiltration value: 16.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 81 Exposed floor slab perimeter (ft): 0Both heating and cooling loads are calculated for this zone. Roof Type ASHRAE# U-Factor Dark Length Width Area Susp.Ceil
1 2 9 0.044 Yes 9.00 9.00 81.0 Yes Wall Type ASHRAE# U-Factor Color Height Width Area Direction
1 2 A 0.088 M 12.00 9.00 108.0 W Glass Type S.U-F. Shd C. Height Width Occur. Area Shade Tilt Ref
1 2 0.250 0.590 10.00 4.00 1 40.0 0 90 1
Zone 139: Counseling C (81 sq.ft) (Group 0)
Air Handler number: 3 Zone occurrences: 1Zone length: (feet) 9.00 Zone width (feet): 9.00Lighting Watts: 122 Equipment Watts: 135Number of people in zone: 2 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 245 Latent heat per person (Btuh): 155Cooling ventilation method: Direct Cooling ventilation value: 6,800.000Cooling infiltration method: Direct Cooling infiltration value: 16.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: Direct Heating infiltration value: 16.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0
Z:\ ...\MSU Mankato Student Union VAV - New AHU's.CHV Friday, May 30, 2008, 09:26 AM
Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.Sebesta Blomberg Student Union - HVAC Pre DesignRoseville, MN 55113 Page 71
Zone Input (cont'd)
Zone 139: Counseling C (81 sq.ft) (Group 0)Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 81 Exposed floor slab perimeter (ft): 0Both heating and cooling loads are calculated for this zone. Roof Type ASHRAE# U-Factor Dark Length Width Area Susp.Ceil
1 2 9 0.044 Yes 9.00 9.00 81.0 Yes Wall Type ASHRAE# U-Factor Color Height Width Area Direction
1 2 A 0.088 M 12.00 9.00 108.0 W Glass Type S.U-F. Shd C. Height Width Occur. Area Shade Tilt Ref
1 2 0.250 0.590 10.00 4.00 1 40.0 0 90 1
Zone 140: Counseling D (72 sq.ft) (Group 0)
Air Handler number: 3 Zone occurrences: 1Zone length: (feet) 8.00 Zone width (feet): 9.00Lighting Watts: 108 Equipment Watts: 135Number of people in zone: 2 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 245 Latent heat per person (Btuh): 155Cooling ventilation method: Direct Cooling ventilation value: 6,800.000Cooling infiltration method: Direct Cooling infiltration value: 16.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: Direct Heating infiltration value: 16.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 72 Exposed floor slab perimeter (ft): 0Both heating and cooling loads are calculated for this zone. Roof Type ASHRAE# U-Factor Dark Length Width Area Susp.Ceil
1 2 9 0.044 Yes 8.00 9.00 72.0 Yes Wall Type ASHRAE# U-Factor Color Height Width Area Direction
1 2 A 0.088 M 12.00 8.00 96.0 W Glass Type S.U-F. Shd C. Height Width Occur. Area Shade Tilt Ref
1 2 0.250 0.590 10.00 4.00 1 40.0 0 90 1
Zone 141: International Center D (120 sq.ft) (Group 0)
Air Handler number: 3 Zone occurrences: 1Zone length: (feet) 12.00 Zone width (feet): 10.00Lighting Watts: 180 Equipment Watts: 135Number of people in zone: 1 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 245 Latent heat per person (Btuh): 155Cooling ventilation method: Direct Cooling ventilation value: 6,800.000Cooling infiltration method: AC/Hr Cooling infiltration value: 0.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: AC/Hr Heating infiltration value: 0.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0
Z:\ ...\MSU Mankato Student Union VAV - New AHU's.CHV Friday, May 30, 2008, 09:26 AM
Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.Sebesta Blomberg Student Union - HVAC Pre DesignRoseville, MN 55113 Page 72
Zone Input (cont'd)
Zone 141: International Center D (120 sq.ft) (Group 0)Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 120 Exposed floor slab perimeter (ft): 0Both heating and cooling loads are calculated for this zone. Roof Type ASHRAE# U-Factor Dark Length Width Area Susp.Ceil
1 2 9 0.044 Yes 12.00 10.00 120.0 Yes
Zone 142: International Center E (80 sq.ft) (Group 0)
Air Handler number: 3 Zone occurrences: 1Zone length: (feet) 8.00 Zone width (feet): 10.00Lighting Watts: 120 Equipment Watts: 135Number of people in zone: 1 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 245 Latent heat per person (Btuh): 155Cooling ventilation method: Direct Cooling ventilation value: 6,800.000Cooling infiltration method: AC/Hr Cooling infiltration value: 0.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: AC/Hr Heating infiltration value: 0.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 80 Exposed floor slab perimeter (ft): 0Both heating and cooling loads are calculated for this zone. Roof Type ASHRAE# U-Factor Dark Length Width Area Susp.Ceil
1 2 9 0.044 Yes 8.00 10.00 80.0 Yes
Zone 143: International Center F (120 sq.ft) (Group 0)
Air Handler number: 3 Zone occurrences: 1Zone length: (feet) 12.00 Zone width (feet): 10.00Lighting Watts: 180 Equipment Watts: 135Number of people in zone: 1 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 245 Latent heat per person (Btuh): 155Cooling ventilation method: Direct Cooling ventilation value: 6,800.000Cooling infiltration method: AC/Hr Cooling infiltration value: 0.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: AC/Hr Heating infiltration value: 0.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 120 Exposed floor slab perimeter (ft): 0Both heating and cooling loads are calculated for this zone. Roof Type ASHRAE# U-Factor Dark Length Width Area Susp.Ceil
1 2 9 0.044 Yes 12.00 10.00 120.0 Yes
Zone 144: International Center 250 (1224 sq.ft) (Group 0)
Air Handler number: 3 Zone occurrences: 1Zone length: (feet) 122.40 Zone width (feet): 10.00Lighting Watts: 1,836 Equipment Watts: 235Number of people in zone: 20 People profile number: 1
Z:\ ...\MSU Mankato Student Union VAV - New AHU's.CHV Friday, May 30, 2008, 09:26 AM
Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.Sebesta Blomberg Student Union - HVAC Pre DesignRoseville, MN 55113 Page 73
Zone Input (cont'd)
Zone 144: International Center 250 (1224 sq.ft) (Group 0)Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 245 Latent heat per person (Btuh): 155Cooling ventilation method: Direct Cooling ventilation value: 6,800.000Cooling infiltration method: AC/Hr Cooling infiltration value: 0.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: AC/Hr Heating infiltration value: 0.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 1,224 Exposed floor slab perimeter (ft): 0Both heating and cooling loads are calculated for this zone. Roof Type ASHRAE# U-Factor Dark Length Width Area Susp.Ceil
1 2 9 0.044 Yes 122.40 10.00 1,224.0 Yes
Zone 145: International Center C (144 sq.ft) (Group 0)
Air Handler number: 3 Zone occurrences: 1Zone length: (feet) 16.00 Zone width (feet): 9.00Lighting Watts: 216 Equipment Watts: 135Number of people in zone: 1 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 245 Latent heat per person (Btuh): 155Cooling ventilation method: Direct Cooling ventilation value: 6,800.000Cooling infiltration method: Direct Cooling infiltration value: 32.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: Direct Heating infiltration value: 32.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 144 Exposed floor slab perimeter (ft): 0Both heating and cooling loads are calculated for this zone. Roof Type ASHRAE# U-Factor Dark Length Width Area Susp.Ceil
1 2 9 0.044 Yes 16.00 9.00 144.0 Yes Wall Type ASHRAE# U-Factor Color Height Width Area Direction
1 2 A 0.088 M 12.00 16.00 192.0 W Glass Type S.U-F. Shd C. Height Width Occur. Area Shade Tilt Ref
1 2 0.250 0.590 10.00 8.00 1 80.0 0 90 1
Zone 146: International Center B (126 sq.ft) (Group 0)
Air Handler number: 3 Zone occurrences: 1Zone length: (feet) 14.00 Zone width (feet): 9.00Lighting Watts: 189 Equipment Watts: 135Number of people in zone: 1 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 245 Latent heat per person (Btuh): 155Cooling ventilation method: Direct Cooling ventilation value: 6,800.000Cooling infiltration method: Direct Cooling infiltration value: 24.000Heating ventilation method: Direct Heating ventilation value: 0.000
Z:\ ...\MSU Mankato Student Union VAV - New AHU's.CHV Friday, May 30, 2008, 09:26 AM
Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.Sebesta Blomberg Student Union - HVAC Pre DesignRoseville, MN 55113 Page 74
Zone Input (cont'd)
Zone 146: International Center B (126 sq.ft) (Group 0)Heating infiltration method: Direct Heating infiltration value: 24.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 126 Exposed floor slab perimeter (ft): 0Both heating and cooling loads are calculated for this zone. Roof Type ASHRAE# U-Factor Dark Length Width Area Susp.Ceil
1 2 9 0.044 Yes 14.00 9.00 126.0 Yes Wall Type ASHRAE# U-Factor Color Height Width Area Direction
1 2 A 0.088 M 12.00 14.00 168.0 W Glass Type S.U-F. Shd C. Height Width Occur. Area Shade Tilt Ref
1 2 0.250 0.590 10.00 6.00 1 60.0 0 90 1
Zone 147: International Center A (144 sq.ft) (Group 0)
Air Handler number: 3 Zone occurrences: 1Zone length: (feet) 16.00 Zone width (feet): 9.00Lighting Watts: 216 Equipment Watts: 135Number of people in zone: 1 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 245 Latent heat per person (Btuh): 155Cooling ventilation method: Direct Cooling ventilation value: 6,800.000Cooling infiltration method: Direct Cooling infiltration value: 24.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: Direct Heating infiltration value: 24.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 144 Exposed floor slab perimeter (ft): 0Both heating and cooling loads are calculated for this zone. Roof Type ASHRAE# U-Factor Dark Length Width Area Susp.Ceil
1 2 9 0.044 Yes 16.00 9.00 144.0 Yes Wall Type ASHRAE# U-Factor Color Height Width Area Direction
1 2 A 0.088 M 12.00 16.00 192.0 W Glass Type S.U-F. Shd C. Height Width Occur. Area Shade Tilt Ref
1 2 0.250 0.590 10.00 6.00 1 60.0 0 90 1
Zone 148: Corridor 2000W (4650 sq.ft) (Group 0)
Air Handler number: 3 Zone occurrences: 1Zone length: (feet) 465.00 Zone width (feet): 10.00Lighting Watts: 5,580 Equipment Watts: 0Number of people in zone: 36 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 0 Latent heat per person (Btuh): 0Cooling ventilation method: Direct Cooling ventilation value: 6,800.000Cooling infiltration method: Direct Cooling infiltration value: 144.000Heating ventilation method: Direct Heating ventilation value: 0.000
Z:\ ...\MSU Mankato Student Union VAV - New AHU's.CHV Friday, May 30, 2008, 09:26 AM
Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.Sebesta Blomberg Student Union - HVAC Pre DesignRoseville, MN 55113 Page 75
Zone Input (cont'd)
Zone 148: Corridor 2000W (4650 sq.ft) (Group 0)Heating infiltration method: Direct Heating infiltration value: 144.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 4,650 Exposed floor slab perimeter (ft): 0Both heating and cooling loads are calculated for this zone. Roof Type ASHRAE# U-Factor Dark Length Width Area Susp.Ceil
1 2 9 0.044 Yes 465.00 10.00 4,650.0 Yes Wall Type ASHRAE# U-Factor Color Height Width Area Direction
1 2 A 0.088 M 12.00 30.00 360.0 S2 2 A 0.088 M 12.00 30.00 360.0 N Glass Type S.U-F. Shd C. Height Width Occur. Area Shade Tilt Ref
1 2 0.250 0.590 10.00 18.00 1 180.0 0 90 12 2 0.250 0.590 10.00 18.00 1 180.0 0 90 1
Zone 149: Hearth Lounge (Open To Lower Level) (3178 sq.ft) (Group 0)
Air Handler number: 13 Zone occurrences: 1Zone length: (feet) 317.80 Zone width (feet): 10.00Lighting Watts: 636 Equipment Watts: 0Number of people in zone: 0 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 0 Latent heat per person (Btuh): 0Cooling ventilation method: Direct Cooling ventilation value: 6,997.000Cooling infiltration method: Direct Cooling infiltration value: 320.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: Direct Heating infiltration value: 320.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 3,178 Exposed floor slab perimeter (ft): 0Both heating and cooling loads are calculated for this zone. Roof Type ASHRAE# U-Factor Dark Length Width Area Susp.Ceil
1 2 9 0.044 Yes 317.80 10.00 3,178.0 Yes Wall Type ASHRAE# U-Factor Color Height Width Area Direction
1 1 A 0.056 M 12.00 80.00 960.0 S Glass Type S.U-F. Shd C. Height Width Occur. Area Shade Tilt Ref
1 1 0.280 0.430 10.00 80.00 1 800.0 1 90 1
Zone 150: Projection Booth (330 sq.ft) (Group 0)
Air Handler number: 4 Zone occurrences: 1Zone length: (feet) 33.00 Zone width (feet): 10.00Lighting Watts: 495 Equipment Watts: 4,620Number of people in zone: 2 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 250 Latent heat per person (Btuh): 250Cooling ventilation method: Direct Cooling ventilation value: 1,100.000
Z:\ ...\MSU Mankato Student Union VAV - New AHU's.CHV Friday, May 30, 2008, 09:26 AM
Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.Sebesta Blomberg Student Union - HVAC Pre DesignRoseville, MN 55113 Page 76
Zone Input (cont'd)
Zone 150: Projection Booth (330 sq.ft) (Group 0)Cooling infiltration method: AC/Hr Cooling infiltration value: 0.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: AC/Hr Heating infiltration value: 0.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 330 Exposed floor slab perimeter (ft): 0Both heating and cooling loads are calculated for this zone. Roof Type ASHRAE# U-Factor Dark Length Width Area Susp.Ceil
1 2 9 0.044 Yes 33.00 10.00 330.0 Yes
Zone 151: Elevator Machine Room (60 sq.ft) (Group 0)
Air Handler number: 1 Zone occurrences: 1Zone length: (feet) 10.00 Zone width (feet): 6.00Lighting Watts: 0 Equipment Watts: 0Number of people in zone: 0 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 0 Latent heat per person (Btuh): 0Cooling ventilation method: Direct Cooling ventilation value: 11,400.000Cooling infiltration method: AC/Hr Cooling infiltration value: 0.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: AC/Hr Heating infiltration value: 0.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 60 Exposed floor slab perimeter (ft): 0Heating loads only are calculated for this zone.
Zone 152: Janitors Closet 6A (120 sq.ft) (Group 0)
Air Handler number: 1 Zone occurrences: 1Zone length: (feet) 12.00 Zone width (feet): 10.00Lighting Watts: 0 Equipment Watts: 0Number of people in zone: 0 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 0 Latent heat per person (Btuh): 0Cooling ventilation method: Direct Cooling ventilation value: 11,400.000Cooling infiltration method: AC/Hr Cooling infiltration value: 0.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: AC/Hr Heating infiltration value: 0.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 120 Exposed floor slab perimeter (ft): 0Heating loads only are calculated for this zone.
Zone 153: West Auditorium Office (143 sq.ft) (Group 0)
Air Handler number: 4 Zone occurrences: 1Zone length: (feet) 14.30 Zone width (feet): 10.00Lighting Watts: 215 Equipment Watts: 135Number of people in zone: 1 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0
Z:\ ...\MSU Mankato Student Union VAV - New AHU's.CHV Friday, May 30, 2008, 09:26 AM
Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.Sebesta Blomberg Student Union - HVAC Pre DesignRoseville, MN 55113 Page 77
Zone Input (cont'd)
Zone 153: West Auditorium Office (143 sq.ft) (Group 0)Sensible heat per person (Btuh): 250 Latent heat per person (Btuh): 200Cooling ventilation method: Direct Cooling ventilation value: 1,100.000Cooling infiltration method: AC/Hr Cooling infiltration value: 0.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: AC/Hr Heating infiltration value: 0.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 143 Exposed floor slab perimeter (ft): 0Both heating and cooling loads are calculated for this zone. Roof Type ASHRAE# U-Factor Dark Length Width Area Susp.Ceil
1 2 9 0.044 Yes 14.30 10.00 143.0 Yes
Zone 154: East Auditorium Office (143 sq.ft) (Group 0)
Air Handler number: 4 Zone occurrences: 1Zone length: (feet) 14.30 Zone width (feet): 10.00Lighting Watts: 215 Equipment Watts: 135Number of people in zone: 1 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 250 Latent heat per person (Btuh): 200Cooling ventilation method: Direct Cooling ventilation value: 1,100.000Cooling infiltration method: AC/Hr Cooling infiltration value: 0.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: AC/Hr Heating infiltration value: 0.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 143 Exposed floor slab perimeter (ft): 0Both heating and cooling loads are calculated for this zone. Roof Type ASHRAE# U-Factor Dark Length Width Area Susp.Ceil
1 2 9 0.044 Yes 14.30 10.00 143.0 Yes
Zone 155: Flexible Program (1060 sq.ft) (Group 0)
Air Handler number: 13 Zone occurrences: 1Zone length: (feet) 106.00 Zone width (feet): 10.00Lighting Watts: 2,650 Equipment Watts: 0Number of people in zone: 20 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 250 Latent heat per person (Btuh): 250Cooling ventilation method: Direct Cooling ventilation value: 6,997.000Cooling infiltration method: AC/Hr Cooling infiltration value: 0.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: AC/Hr Heating infiltration value: 0.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 1,060 Exposed floor slab perimeter (ft): 0Both heating and cooling loads are calculated for this zone.
Zone 156: Stairway A (336 sq.ft) (Group 0)
Air Handler number: 3 Zone occurrences: 1Zone length: (feet) 21.00 Zone width (feet): 16.00
Z:\ ...\MSU Mankato Student Union VAV - New AHU's.CHV Friday, May 30, 2008, 09:26 AM
Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.Sebesta Blomberg Student Union - HVAC Pre DesignRoseville, MN 55113 Page 78
Zone Input (cont'd)
Zone 156: Stairway A (336 sq.ft) (Group 0)Lighting Watts: 336 Equipment Watts: 0Number of people in zone: 0 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 22.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 0 Latent heat per person (Btuh): 0Cooling ventilation method: Direct Cooling ventilation value: 6,800.000Cooling infiltration method: Direct Cooling infiltration value: 80.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: Direct Heating infiltration value: 80.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 336 Exposed floor slab perimeter (ft): 0Both heating and cooling loads are calculated for this zone. Roof Type ASHRAE# U-Factor Dark Length Width Area Susp.Ceil
1 1 9 0.060 Yes 21.00 16.00 336.0 Yes Wall Type ASHRAE# U-Factor Color Height Width Area Direction
1 2 A 0.088 M 24.00 16.00 384.0 N2 2 A 0.088 M 24.00 21.00 504.0 W Glass Type S.U-F. Shd C. Height Width Occur. Area Shade Tilt Ref
1 2 0.250 0.590 10.00 8.00 1 80.0 0 90 12 2 0.250 0.590 10.00 12.00 1 120.0 0 90 2
Zone 157: TV Lounge (1730 sq.ft) (Group 0)
Air Handler number: 6 Zone occurrences: 1Zone length: (feet) 173.00 Zone width (feet): 10.00Lighting Watts: 2,595 Equipment Watts: 1,700Number of people in zone: 40 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0Sensible heat per person (Btuh): 250 Latent heat per person (Btuh): 250Cooling ventilation method: Direct Cooling ventilation value: 1,700.000Cooling infiltration method: AC/Hr Cooling infiltration value: 0.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: AC/Hr Heating infiltration value: 0.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 1,730 Exposed floor slab perimeter (ft): 0Both heating and cooling loads are calculated for this zone. Part Type U-Factor Cool TD Heat TD Height Width Area
1 1 0.0372 0.000 50.000 12.00 10.00 120.0
Zone 158: South Ballroom Lobby (2140 sq.ft) (Group 0)
Air Handler number: 10 Zone occurrences: 1Zone length: (feet) 214.00 Zone width (feet): 10.00Lighting Watts: 4,270 Equipment Watts: 0Number of people in zone: 80 People profile number: 1Lighting profile number: 1 Equipment profile number: 1Ceiling height (feet): 10.00 Heating safety factor (%): 0Sensible safety factor (%): 0 Latent safety factor (%): 0
Z:\ ...\MSU Mankato Student Union VAV - New AHU's.CHV Friday, May 30, 2008, 09:26 AM
Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.Sebesta Blomberg Student Union - HVAC Pre DesignRoseville, MN 55113 Page 79
Zone Input (cont'd)
Zone 158: South Ballroom Lobby (2140 sq.ft) (Group 0)Sensible heat per person (Btuh): 250 Latent heat per person (Btuh): 250Cooling ventilation method: Direct Cooling ventilation value: 1,300.000Cooling infiltration method: AC/Hr Cooling infiltration value: 0.000Heating ventilation method: Direct Heating ventilation value: 0.000Heating infiltration method: AC/Hr Heating infiltration value: 0.000Winter exhaust air CFM: 0 Summer exhaust air CFM: 0Minimum supply CFM: 0 Latent Btuh equipment load: 0Ceil. exposed to plenum (sq.ft): 2,140 Exposed floor slab perimeter (ft): 0Both heating and cooling loads are calculated for this zone. Roof Type ASHRAE# U-Factor Dark Length Width Area Susp.Ceil
1 1 9 0.060 Yes 214.00 10.00 2,140.0 Yes
Z:\ ...\MSU Mankato Student Union VAV - New AHU's.CHV Friday, May 30, 2008, 09:26 AM
Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.Sebesta Blomberg Student Union - HVAC Pre DesignRoseville, MN 55113 Page 80
Building Envelope Report
Envelope Report Using Summer U-Factors
MaterialTypes
GrossArea
GlassArea
NetArea
-U-Factor
Area xU-Factor
AverageU-Factor
Roof 1 36,058.0 0.0 36,058.0 0.060 2,163.480 0.060Roof 2 21,354.0 0.0 21,354.0 0.044 928.899 0.044Tot.Roof 57,412.0 0.0 57,412.0 N/A 3,092.379 0.054
Wall 1 7,544.5 2,913.0 4,631.5 0.056 259.364 0.056Wall 2 20,482.0 2,904.0 17,578.0 0.088 1,546.864 0.088Tot.Wall 28,026.5 5,817.0 22,209.5 N/A 1,806.228 0.081
Glass 1 2,913.0 N/A 2,913.0 0.280 815.640 0.280Glass 2 2,904.0 N/A 2,904.0 0.250 726.000 0.250Tot.Glass 5,817.0 N/A 5,817.0 N/A 1,541.640 0.265
Totals 85,438.5 6,440.247 0.075
WallDirection
WallArea
GlassArea
Wall NetArea
Wall AvgU-Factor
Glass AvgU-Factor
Glass AvgShd.Coef
N 8,854.0 1,264.0 7,590.0 0.087 0.250 0.590NE 0.0 0.0 0.0 0.000 0.000 0.000E 5,392.0 276.0 5,116.0 0.076 0.250 0.590SE 0.0 0.0 0.0 0.000 0.000 0.000S 8,612.5 3,553.0 5,059.5 0.075 0.275 0.459SW 0.0 0.0 0.0 0.000 0.000 0.000W 5,168.0 724.0 4,444.0 0.084 0.250 0.590NW 0.0 0.0 0.0 0.000 0.000 0.000
Totals 28,026.5 5,817.0 22,209.5 0.081 0.265 0.510
Z:\ ...\MSU Mankato Student Union VAV - New AHU's.CHV Friday, May 30, 2008, 09:26 AM
Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.Sebesta Blomberg Student Union - HVAC Pre DesignRoseville, MN 55113 Page 81
Building Summary Loads Building peaks in August at 1pm.
Bldg LoadDescriptions
AreaQuan
SenLoss
%TotLoss
LatGain
SenGain
NetGain
%NetGain
Roof 57,412 269,346 17.71 0 59,473 59,473 0.69Wall 22,210 157,322 10.35 0 15,081 15,081 0.18Glass 5,817 136,814 9.00 0 296,003 296,003 3.44Floor Slab 0 0 0.00 0 0 0 0.00
Skin Loads 563,483 37.05 0 370,557 370,557 4.31
Lighting 297,386 0 0.00 0 996,509 996,509 11.59Equipment 117,460 0 0.00 0 400,790 400,790 4.66People 3,432 0 0.00 1,207,202 956,696 2,163,898 25.17Partition 5,806 10,672 0.70 0 0 0 0.00Cool. Pret. 0 0 0.00 0 0 0 0.00Heat. Pret. 0 0 0.00 0 0 0 0.00Cool. Vent. 49,097 0 0.00 2,975,339 676,594 3,651,933 42.47Heat. Vent. 7,000 633,838 41.68 0 0 0 0.00Cool. Infil. 2,227 0 0.00 130,803 30,595 161,398 1.88Heat. Infil. 2,227 201,883 13.28 0 0 0 0.00Draw-Thru Fan 0 0 0.00 0 510,100 510,100 5.93Blow-Thru Fan 0 0 0.00 0 0 0 0.00Reserve Cap. 0 0 0.00 0 119,040 119,040 1.38Reheat Cap. 0 0 0.00 0 0 0 0.00Supply Duct 0 73,908 4.86 0 180,754 180,754 2.10Return Duct 0 36,954 2.43 0 43,358 43,358 0.50Misc. Supply 0 0 0.00 0 0 0 0.00Misc. Return 0 0 0.00 0 0 0 0.00
Building Totals 1,520,739 100.00 4,313,344 4,284,992 8,598,336 100.00
BuildingSummary
SenLoss
%TotLoss
LatGain
SenGain
NetGain
%NetGain
Ventilation 633,838 41.68 2,975,339 676,594 3,651,933 42.47Infiltration 201,883 13.28 130,803 30,595 161,398 1.88Pretreated Air 0 0.00 0 0 0 0.00Zone Loads 574,155 37.76 1,207,202 2,843,592 4,050,794 47.11Plenum Loads 0 0.00 0 0 0 0.00Fan & Duct Loads 110,863 7.29 0 734,212 734,212 8.54
Building Totals 1,520,739 100.00 4,313,343 4,284,993 8,598,336 100.00
Check FiguresTotal Building Supply Air (based on a 20° TD): 170,604 CFMTotal Building Vent. Air (28.78% of Supply): 49,097 CFM
Total Conditioned Air Space: 152,572 Sq.ftSupply Air Per Unit Area: 1.1182 CFM/Sq.ftArea Per Cooling Capacity: 212.9 Sq.ft/TonCooling Capacity Per Area: 0.0047 Tons/Sq.ftHeating Capacity Per Area: 9.97 Btuh/Sq.ft
Total Heating Required With Outside Air: 1,520,739 BtuhTotal Cooling Required With Outside Air: 716.53 Tons
Z:\ ...\MSU Mankato Student Union VAV - New AHU's.CHV Friday, May 30, 2008, 09:26 AM
Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.Sebesta Blomberg Student Union - HVAC Pre DesignRoseville, MN 55113 Page 82
Air Handler #1 - AHU A (Basement, North Offices, Stair) - Summary Loads
ZnNo
DescriptionZone Peak Time
AreaPeople
Volume
Htg.LossHtg.CFMCFM/Sqft
Sen.GainClg.CFM
CFM/Sqft
Lat.GainS.Exh
W.Exh
Htg.O.A.Req.CFMAct.CFM
Clg.O.A.Req.CFMAct.CFM
5 Storage 99pm December
2100
2,100
40218
0.09
215140
0.67
000
None00
Direct6753
6 Office 109pm December
4304
4,300
26812
0.03
5,023275
0.64
62000
None00
Direct136103
7 Testing Center 12/12A9pm December
5008
5,000
31214
0.03
8,545468
0.94
1,24000
None00
Direct159176
8 Room 13 Credit Union9pm December
72010
7,200
44620
0.03
8,369459
0.64
2,50000
None00
Direct228172
9 Office 14A9pm December
1202
1,200
1497
0.06
2,367130
1.08
31000
None00
Direct3849
10 Office 149pm December
4002
4,000
1346
0.02
3,800208
0.52
31000
None00
Direct12778
11 Office 14B9pm December
1601
1,600
1497
0.04
1,985109
0.68
15500
None00
Direct5141
12 Storage 159pm December
2800
2,800
44620
0.07
287187
0.67
000
None00
Direct8970
13 Mechanical Room-
1350
1,350
29013
0.10
00
0.00
000
None00
Direct00
14 Flexible Program9pm December
3,32516
33,250
00
0.00
34,8221,909
0.57
4,00000
None00
Direct1,054
716
15Room 20 Union Retail Space9pm December
3004
3,000
00
0.00
7,039386
1.29
1,00000
None00
Direct95
145
16 Women's Room 21B-
3800
3,800
00
0.00
00
0.00
000
None00
Direct00
17 Men's Room 21A-
2700
2,700
22310
0.04
00
0.00
000
None00
Direct00
Z:\ ...\MSU Mankato Student Union VAV - New AHU's.CHV Friday, May 30, 2008, 09:26 AM
Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.Sebesta Blomberg Student Union - HVAC Pre DesignRoseville, MN 55113 Page 83
Air Handler #1 - AHU A (Basement, North Offices, Stair) - Summary Loads (cont'd)
ZnNo
DescriptionZone Peak Time
AreaPeople
Volume
Htg.LossHtg.CFMCFM/Sqft
Sen.GainClg.CFM
CFM/Sqft
Lat.GainS.Exh
W.Exh
Htg.O.A.Req.CFMAct.CFM
Clg.O.A.Req.CFMAct.CFM
18Retail Store Office 20A9pm December
3002
3,000
00
0.00
3,288180
0.60
31000
None00
Direct9568
19 Room 19A/19B-
2500
2,500
00
0.00
00
0.00
000
None00
Direct00
20Computer Area Lower Level9pm December
1,91030
19,100
00
0.00
31,0951,705
0.89
6,00000
None00
Direct606639
21 Storage 249pm December
8100
8,100
1,60573
0.09
3,040810
1.00
000
None00
Direct257304
22 Art Gallery 239pm December
97520
9,750
33915
0.02
21,6341,186
1.22
5,00000
None00
Direct309445
23 Storage 23A-
1100
1,100
1999
0.08
00
0.00
000
None00
Direct00
28 Dining 269pm December
1,10050
11,000
00
0.00
27,0571,483
1.35
13,75000
None00
Direct349556
29 Flexible Program9pm December
3,57550
35,750
00
0.00
48,0862,636
0.74
13,75000
None00
Direct1,134
989
30 Flexible Program9pm December
1,31050
13,100
00
0.00
27,9961,535
1.17
13,75000
None00
Direct415576
31 Storage 349pm December
2500
2,500
00
0.00
938167
0.67
000
None00
Direct7963
33Food Service/Serving Line 329pm December
6055
6,050
00
0.00
26,4351,449
2.40
1,25000
None00
Direct192544
35 Corridor-
9700
9,700
00
0.00
00
0.00
000
None00
Direct00
36 Service Office 8A9pm December
2403
2,400
00
0.00
2,053113
0.47
82500
None00
Direct7642
Z:\ ...\MSU Mankato Student Union VAV - New AHU's.CHV Friday, May 30, 2008, 09:26 AM
Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.Sebesta Blomberg Student Union - HVAC Pre DesignRoseville, MN 55113 Page 84
Air Handler #1 - AHU A (Basement, North Offices, Stair) - Summary Loads (cont'd)
ZnNo
DescriptionZone Peak Time
AreaPeople
Volume
Htg.LossHtg.CFMCFM/Sqft
Sen.GainClg.CFM
CFM/Sqft
Lat.GainS.Exh
W.Exh
Htg.O.A.Req.CFMAct.CFM
Clg.O.A.Req.CFMAct.CFM
37 Service Area Room 89pm December
1,3058
13,050
00
0.00
12,326676
0.52
1,24000
None00
Direct414253
38 Service Area 8B9pm December
4054
4,050
00
0.00
3,075169
0.42
80000
None00
Direct12863
39 Storage 8C-
3700
3,700
00
0.00
00
0.00
000
None00
Direct00
40 Men's Room 2-
1500
1,500
00
0.00
00
0.00
000
None00
Direct00
41 Women's Room 1-
1850
1,850
00
0.00
00
0.00
000
None00
Direct00
52 Dining3pm June
4,490100
44,900
65,1302,980
0.66
121,6326,668
1.49
33,26200
None00
Direct1,4242,501
53 Conference Room 1239pm December
25210
2,520
00
0.00
5,947326
1.29
1,55000
None00
Direct80
122
54 Men's Room 1229pm December
2300
2,300
00
0.00
785290
1.26
000
None00
Direct73
109
55 Women's Room 1209pm December
4220
4,220
00
0.00
1,433420
1.00
000
None00
Direct134158
56 Office 1189pm December
1442
1,440
00
0.00
2,490136
0.95
31000
None00
Direct4651
57 Office9pm December
1562
1,560
00
0.00
2,551140
0.90
31000
None00
Direct4952
58 The Hub9pm December
7048
14,784
00
0.00
13,233725
1.03
1,60000
None00
Direct469272
59 TCF 1149pm June
5764
5,760
64429
0.05
9,286509
0.88
1,00000
None00
Direct183191
60 Grand Stair1pm October
1,0560
39,072
43,2981,981
1.88
53,4192,929
2.77
10400
None00
Direct1,2391,099
Z:\ ...\MSU Mankato Student Union VAV - New AHU's.CHV Friday, May 30, 2008, 09:26 AM
Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.Sebesta Blomberg Student Union - HVAC Pre DesignRoseville, MN 55113 Page 85
Air Handler #1 - AHU A (Basement, North Offices, Stair) - Summary Loads (cont'd)
ZnNo
DescriptionZone Peak Time
AreaPeople
Volume
Htg.LossHtg.CFMCFM/Sqft
Sen.GainClg.CFM
CFM/Sqft
Lat.GainS.Exh
W.Exh
Htg.O.A.Req.CFMAct.CFM
Clg.O.A.Req.CFMAct.CFM
63 Dining9pm December
4,037140
40,370
00
0.00
79,8244,376
1.08
38,50000
None00
Direct1,2801,642
85 Back Room9pm December
2720
2,720
00
0.00
1,02456
0.21
000
None00
Direct8621
102 Toilet Room 2308pm June
4540
4,540
3,6601670.37
2,872430
0.95
000
None00
Direct144161
103 Toilet Room 2318pm June
3000
3,000
1,56872
0.24
1,738250
0.83
000
None00
Direct9594
151Elevator Machine Room-
600
600
00
0.00
00
0.00
000
None00
Direct00
152 Janitors Closet 6A-
1200
1,200
00
0.00
00
0.00
000
None00
Direct00
Zone Peak Totals:Total Zones: 46Unique Zones: 46
35,323535
389,486
119,2635,457
0.15
575,71033,634
0.95
143,44700
00
11,40012,617
Z:\ ...\MSU Mankato Student Union VAV - New AHU's.CHV Friday, May 30, 2008, 09:26 AM
Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.Sebesta Blomberg Student Union - HVAC Pre DesignRoseville, MN 55113 Page 86
Air Handler #1 - AHU A (Basement, North Offices, Stair) - Total Load Summary Air Handler Description: AHU A (Basement, North Offices, Stair) Variable Air VolumeSupply Air Fan: Draw-Thru with program estimated horsepower of 36.76 HPFan Input: 65% motor and fan efficiency with 5 in. water across the fanSensible Heat Ratio: 0.83 --- This system occurs 1 time(s) in the building. ---
Air System Peak Time: 1pm in August. Outdoor Conditions: 87° DB, 81° WB, 154.51 grains
Because of the diversity in zone, plenum and ventilation loads, the zone sensible peak time in September at 1pm is different from the total system peak time, hence the air system CFM was computed using a zone sensible load of 516,524.
Summer: Ventilation controls outside air, ----- Winter: Exhaust controls outside air.
Zone Space sensible loss: 66,231 BtuhInfiltration sensible loss: 53,032 Btuh 585 CFMOutside Air sensible loss: 0 Btuh 0 CFMSupply Duct sensible loss: 11,358 BtuhReturn Duct sensible loss: 5,679 BtuhReturn Plenum sensible loss: 0 BtuhTotal System sensible loss: 136,300 Btuh
Heating Supply Air: 130,621 / (.964 X 1.08 X 23) = 5,457 CFMWinter Vent Outside Air (0.0% of supply) = 0 CFM
Zone space sensible gain: 504,764 BtuhInfiltration sensible gain: 8,037 BtuhDraw-thru fan sensible gain: 89,954 BtuhSupply duct sensible gain: 32,215 BtuhReserve sensible gain: 37,822 BtuhTotal sensible gain on supply side of coil: 672,792 Btuh
Cooling Supply Air: 676,515 / (.964 X 1.1 X 21) = 30,390 CFMSummer Vent Outside Air (37.5% of supply) = 11,400 CFM
Return duct sensible gain: 8,054 BtuhReturn plenum sensible gain: 0 BtuhOutside air sensible gain: 157,101 Btuh 11,400 CFMBlow-thru fan sensible gain: 0 BtuhTotal sensible gain on return side of coil: 165,155 BtuhTotal sensible gain on air handling system: 837,947 Btuh
Zone space latent gain: 103,185 BtuhInfiltration latent gain: 34,360 BtuhOutside air latent gain: 690,854 BtuhTotal latent gain on air handling system: 828,399 BtuhTotal system sensible and latent gain: 1,666,346 Btuh
Check FiguresTotal Air Handler Supply Air (based on a 21° TD): 30,390 CFMTotal Air Handler Vent. Air (37.51% of Supply): 11,400 CFM
Total Conditioned Air Space: 35,323 Sq.ftSupply Air Per Unit Area: 0.8603 CFM/Sq.ftArea Per Cooling Capacity: 254.4 Sq.ft/TonCooling Capacity Per Area: 0.0039 Tons/Sq.ftHeating Capacity Per Area: 3.86 Btuh/Sq.ft
Total Heating Required With Outside Air: 136,300 BtuhTotal Cooling Required With Outside Air: 138.86 Tons
Z:\ ...\MSU Mankato Student Union VAV - New AHU's.CHV Friday, May 30, 2008, 09:26 AM
Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.Sebesta Blomberg Student Union - HVAC Pre DesignRoseville, MN 55113 Page 87
Air Handler #2 - AHU B (Bowling Alley) - Summary Loads
ZnNo
DescriptionZone Peak Time
AreaPeople
Volume
Htg.LossHtg.CFMCFM/Sqft
Sen.GainClg.CFM
CFM/Sqft
Lat.GainS.Exh
W.Exh
Htg.O.A.Req.CFMAct.CFM
Clg.O.A.Req.CFMAct.CFM
42 Storage 38-
2000
2,000
00
0.00
00
0.00
000
None00
Direct00
43 Men's Room 40-
2300
2,300
00
0.00
00
0.00
000
None00
Direct00
44 Women's Room 41-
2300
2,300
00
0.00
00
0.00
000
None00
Direct00
46 Bowling Alley9pm December
8,28090
82,800
1,42865
0.01
225,81012,379
1.50
78,30000
None00
Direct1,8652,023
47 Office 369pm December
1552
1,550
1346
0.04
2,087114
0.74
31000
None00
Direct3519
Zone Peak Totals:Total Zones: 5Unique Zones: 5
9,09592
90,950
1,56271
0.01
227,89712,494
1.37
78,61000
00
1,9002,042
Z:\ ...\MSU Mankato Student Union VAV - New AHU's.CHV Friday, May 30, 2008, 09:26 AM
Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.Sebesta Blomberg Student Union - HVAC Pre DesignRoseville, MN 55113 Page 88
Air Handler #2 - AHU B (Bowling Alley) - Total Load Summary Air Handler Description: AHU B (Bowling Alley) Variable Air VolumeSupply Air Fan: Draw-Thru with program estimated horsepower of 14.07 HPFan Input: 65% motor and fan efficiency with 5 in. water across the fanSensible Heat Ratio: 0.82 --- This system occurs 1 time(s) in the building. ---
Air System Peak Time: 5pm in August. Outdoor Conditions: 87° DB, 81° WB, 154.11 grains
Because of the diversity in zone, plenum and ventilation loads, the zone sensible peak time in December at 9pm is different from the total system peak time, hence the air system CFM was computed using a zone sensible load of 212,090.
Summer: Ventilation controls outside air, ----- Winter: Exhaust controls outside air.
Zone Space sensible loss: 1,562 BtuhInfiltration sensible loss: 0 Btuh 0 CFMOutside Air sensible loss: 0 Btuh 0 CFMSupply Duct sensible loss: 149 BtuhReturn Duct sensible loss: 74 BtuhReturn Plenum sensible loss: 0 BtuhTotal System sensible loss: 1,786 Btuh
Heating Supply Air: 1,711 / (.964 X 1.08 X 23) = 71 CFMWinter Vent Outside Air (0.0% of supply) = 0 CFM
Zone space sensible gain: 212,090 BtuhInfiltration sensible gain: 0 BtuhDraw-thru fan sensible gain: 34,416 BtuhSupply duct sensible gain: 12,325 BtuhReserve sensible gain: 0 BtuhTotal sensible gain on supply side of coil: 258,831 Btuh
Cooling Supply Air: 258,831 / (.964 X 1.1 X 21) = 11,627 CFMSummer Vent Outside Air (16.3% of supply) = 1,900 CFM
Return duct sensible gain: 3,081 BtuhReturn plenum sensible gain: 0 BtuhOutside air sensible gain: 28,198 Btuh 1,900 CFMBlow-thru fan sensible gain: 0 BtuhTotal sensible gain on return side of coil: 31,279 BtuhTotal sensible gain on air handling system: 290,110 Btuh
Zone space latent gain: 55,027 BtuhInfiltration latent gain: 0 BtuhOutside air latent gain: 115,142 BtuhTotal latent gain on air handling system: 170,169 BtuhTotal system sensible and latent gain: 460,279 Btuh
Check FiguresTotal Air Handler Supply Air (based on a 21° TD): 11,627 CFMTotal Air Handler Vent. Air (16.34% of Supply): 1,900 CFM
Total Conditioned Air Space: 9,095 Sq.ftSupply Air Per Unit Area: 1.2784 CFM/Sq.ftArea Per Cooling Capacity: 237.1 Sq.ft/TonCooling Capacity Per Area: 0.0042 Tons/Sq.ftHeating Capacity Per Area: 0.20 Btuh/Sq.ft
Total Heating Required With Outside Air: 1,786 BtuhTotal Cooling Required With Outside Air: 38.36 Tons
Z:\ ...\MSU Mankato Student Union VAV - New AHU's.CHV Friday, May 30, 2008, 09:26 AM
Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.Sebesta Blomberg Student Union - HVAC Pre DesignRoseville, MN 55113 Page 89
Air Handler #3 - AHU C (Bookstore, 2nd Floor West) - Summary Loads
ZnNo
DescriptionZone Peak Time
AreaPeople
Volume
Htg.LossHtg.CFMCFM/Sqft
Sen.GainClg.CFM
CFM/Sqft
Lat.GainS.Exh
W.Exh
Htg.O.A.Req.CFMAct.CFM
Clg.O.A.Req.CFMAct.CFM
48 Closet-
1600
1,600
00
0.00
00
0.00
000
None00
Direct00
50Unisex Toilet Room 107-
1600
1,600
00
0.00
00
0.00
000
None00
Direct00
51 Marketplace1pm June
3,36070
33,600
2,1821000.03
47,3512,596
0.77
14,23800
None00
Direct746668
68 Catering9pm December
2302
2,300
00
0.00
3,148173
0.75
50000
None00
Direct5144
70 Service-
5900
5,900
1,87386
0.15
00
0.00
000
None00
Direct00
71 Paper9pm December
1400
1,400
00
0.00
51228
0.20
000
None00
Direct31
7
73 Dry Storage9pm December
3100
3,100
00
0.00
1,16064
0.21
000
None00
Direct6916
77 Soda 1309pm December
2350
2,350
00
0.00
88749
0.21
000
None00
Direct5213
78 Dish Washing 1319pm December
5403
5,400
00
0.00
12,618692
1.28
2,61000
None00
Direct120178
79 Corridor-
8900
8,900
00
0.00
00
0.00
000
None00
Direct00
80 Loading/Storage 134-
2950
2,950
2,04994
0.32
00
0.00
000
None00
Direct00
81Bookstore Break Room 1439pm June
1352
1,350
82838
0.28
1,78998
0.73
31000
None00
Direct3025
82Bookstore Receiving 1419pm September
1,1501
11,500
70232
0.03
6,108335
0.29
20000
None00
Direct25586
Z:\ ...\MSU Mankato Student Union VAV - New AHU's.CHV Friday, May 30, 2008, 09:26 AM
Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.Sebesta Blomberg Student Union - HVAC Pre DesignRoseville, MN 55113 Page 90
Air Handler #3 - AHU C (Bookstore, 2nd Floor West) - Summary Loads (cont'd)
ZnNo
DescriptionZone Peak Time
AreaPeople
Volume
Htg.LossHtg.CFMCFM/Sqft
Sen.GainClg.CFM
CFM/Sqft
Lat.GainS.Exh
W.Exh
Htg.O.A.Req.CFMAct.CFM
Clg.O.A.Req.CFMAct.CFM
83Office/Cash Office 139/1409pm December
2902
2,900
00
0.00
3,237177
0.61
31000
None00
Direct6446
84 Book Store8pm June
8,800150
88,000
29,8801,367
0.16
143,7727,882
0.90
30,00000
None00
Direct1,9542,028
121 Conference Room 2568pm June
72020
7,200
2,7281250.17
12,129665
0.92
4,00000
None00
Direct160171
122Conference Room 253/254/2558pm June
3,354250
33,540
12,6935810.17
87,6534,805
1.43
50,00000
None00
Direct745
1,236
123 Conference Room 2388pm June
1,58480
15,840
6,0022750.17
33,0441,811
1.14
16,00000
None00
Direct352466
124 Women's Room 239-
1600
1,600
2,07895
0.59
00
0.00
000
None00
Direct00
125 Men's Room 240-
2200
2,200
2,8571310.59
00
0.00
000
None00
Direct00
126Cultural Diversity 243A8pm June
5682
5,680
2,15298
0.17
5,173284
0.50
31000
None00
Direct12673
127Cultural Diversity 243E1pm October
1081
1,080
4,2591951.80
8,923489
4.53
16700
None00
Direct24
126
128Cultural Diversity 243D1pm October
1081
1,080
4,2591951.80
8,923489
4.53
16700
None00
Direct24
126
129Cultural Diversity 243C1pm October
1351
1,350
7,7563552.63
12,309675
5.00
17400
None00
Direct30
174
130Cultural Diversity 243G5pm June
901
900
3,1841461.62
6,278344
3.82
44400
None00
Direct2089
Z:\ ...\MSU Mankato Student Union VAV - New AHU's.CHV Friday, May 30, 2008, 09:26 AM
Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.Sebesta Blomberg Student Union - HVAC Pre DesignRoseville, MN 55113 Page 91
Air Handler #3 - AHU C (Bookstore, 2nd Floor West) - Summary Loads (cont'd)
ZnNo
DescriptionZone Peak Time
AreaPeople
Volume
Htg.LossHtg.CFMCFM/Sqft
Sen.GainClg.CFM
CFM/Sqft
Lat.GainS.Exh
W.Exh
Htg.O.A.Req.CFMAct.CFM
Clg.O.A.Req.CFMAct.CFM
131Cultural Diversity 243B5pm June
1171
1,170
3,2861501.28
6,462354
3.03
44400
None00
Direct2691
132 Counseling E8pm June
1302
1,300
49323
0.17
1,841101
0.78
31000
None00
Direct2926
133 Counseling F8pm June
1682
1,680
63729
0.17
2,101115
0.69
31000
None00
Direct3730
134 Counseling G8pm June
1202
1,200
45521
0.17
1,77297
0.81
31000
None00
Direct2725
135 Counseling 2458pm June
3962
3,960
1,50069
0.17
4,003219
0.55
31000
None00
Direct8856
136 Counseling I/H8pm June
1444
1,440
54625
0.17
2,887158
1.10
62000
None00
Direct3241
137 Counseling A5pm June
1082
1,080
3,5281611.49
6,694367
3.40
59900
None00
Direct2494
138 Counseling B5pm June
812
810
3,1501441.78
6,463354
4.37
59900
None00
Direct1891
139 Counseling C5pm June
812
810
3,1501441.78
6,463354
4.37
59900
None00
Direct1891
140 Counseling D5pm June
722
720
3,0231381.92
6,384350
4.86
59900
None00
Direct1690
141 International Center D8pm June
1201
1,200
45521
0.17
1,52784
0.70
15500
None00
Direct2722
142 International Center E8pm June
801
800
30314
0.17
1,25369
0.86
15500
None00
Direct1818
143 International Center F8pm June
1201
1,200
45521
0.17
1,52784
0.70
15500
None00
Direct2722
Z:\ ...\MSU Mankato Student Union VAV - New AHU's.CHV Friday, May 30, 2008, 09:26 AM
Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.Sebesta Blomberg Student Union - HVAC Pre DesignRoseville, MN 55113 Page 92
Air Handler #3 - AHU C (Bookstore, 2nd Floor West) - Summary Loads (cont'd)
ZnNo
DescriptionZone Peak Time
AreaPeople
Volume
Htg.LossHtg.CFMCFM/Sqft
Sen.GainClg.CFM
CFM/Sqft
Lat.GainS.Exh
W.Exh
Htg.O.A.Req.CFMAct.CFM
Clg.O.A.Req.CFMAct.CFM
144International Center 2508pm June
1,22420
12,240
4,6382120.17
14,080772
0.63
3,10000
None00
Direct272199
145 International Center C5pm June
1441
1,440
6,0472771.92
11,573634
4.41
73300
None00
Direct32
163
146 International Center B5pm June
1261
1,260
4,7872191.74
9,011494
3.92
58900
None00
Direct28
127
147 International Center A5pm June
1441
1,440
5,0402311.60
9,166503
3.49
58900
None00
Direct32
129
148 Corridor 2000W1pm October
4,65036
46,500
41,2701,888
0.41
64,6413,544
0.76
7000
None00
Direct1,033
912
156 Stairway A5pm June
3360
7,392
18,6378532.54
20,6281,131
3.37
1,44600
None00
Direct164291
Zone Peak Totals:Total Zones: 44Unique Zones: 44
32,693669
330,962
186,8788,550
0.26
573,48931,439
0.96
131,12400
00
6,8008,087
Z:\ ...\MSU Mankato Student Union VAV - New AHU's.CHV Friday, May 30, 2008, 09:26 AM
Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.Sebesta Blomberg Student Union - HVAC Pre DesignRoseville, MN 55113 Page 93
Air Handler #3 - AHU C (Bookstore, 2nd Floor West) - Total Load Summary Air Handler Description: AHU C (Bookstore, 2nd Floor West) Variable Air VolumeSupply Air Fan: Draw-Thru with program estimated horsepower of 31.98 HPFan Input: 65% motor and fan efficiency with 5 in. water across the fanSensible Heat Ratio: 0.83 --- This system occurs 1 time(s) in the building. ---
Air System Peak Time: 5pm in August. Outdoor Conditions: 87° DB, 81° WB, 154.11 grains
Because of the diversity in zone, plenum and ventilation loads, the zone sensible peak time in June at 4pm is different from the total system peak time, hence the air system CFM was computed using a zone sensible load of 482,192.
Summer: Ventilation controls outside air, ----- Winter: Exhaust controls outside air.
Zone Space sensible loss: 141,461 BtuhInfiltration sensible loss: 45,417 Btuh 501 CFMOutside Air sensible loss: 0 Btuh 0 CFMSupply Duct sensible loss: 17,798 BtuhReturn Duct sensible loss: 8,899 BtuhReturn Plenum sensible loss: 0 BtuhTotal System sensible loss: 213,575 Btuh
Heating Supply Air: 204,676 / (.964 X 1.08 X 23) = 8,550 CFMWinter Vent Outside Air (0.0% of supply) = 0 CFM
Zone space sensible gain: 464,769 BtuhInfiltration sensible gain: 7,010 BtuhDraw-thru fan sensible gain: 78,246 BtuhSupply duct sensible gain: 28,022 BtuhReserve sensible gain: 0 BtuhTotal sensible gain on supply side of coil: 578,046 Btuh
Cooling Supply Air: 588,460 / (.964 X 1.1 X 21) = 26,434 CFMSummer Vent Outside Air (25.7% of supply) = 6,800 CFM
Return duct sensible gain: 7,005 BtuhReturn plenum sensible gain: 0 BtuhOutside air sensible gain: 100,918 Btuh 6,800 CFMBlow-thru fan sensible gain: 0 BtuhTotal sensible gain on return side of coil: 107,923 BtuhTotal sensible gain on air handling system: 685,969 Btuh
Zone space latent gain: 88,301 BtuhInfiltration latent gain: 29,296 BtuhOutside air latent gain: 412,088 BtuhTotal latent gain on air handling system: 529,686 BtuhTotal system sensible and latent gain: 1,215,655 Btuh
Check FiguresTotal Air Handler Supply Air (based on a 21° TD): 26,434 CFMTotal Air Handler Vent. Air (25.72% of Supply): 6,800 CFM
Total Conditioned Air Space: 32,693 Sq.ftSupply Air Per Unit Area: 0.8086 CFM/Sq.ftArea Per Cooling Capacity: 322.7 Sq.ft/TonCooling Capacity Per Area: 0.0031 Tons/Sq.ftHeating Capacity Per Area: 6.53 Btuh/Sq.ft
Total Heating Required With Outside Air: 213,575 BtuhTotal Cooling Required With Outside Air: 101.30 Tons
Z:\ ...\MSU Mankato Student Union VAV - New AHU's.CHV Friday, May 30, 2008, 09:26 AM
Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.Sebesta Blomberg Student Union - HVAC Pre DesignRoseville, MN 55113 Page 94
Air Handler #4 - AHU D (West Auditorium) - Summary Loads
ZnNo
DescriptionZone Peak Time
AreaPeople
Volume
Htg.LossHtg.CFMCFM/Sqft
Sen.GainClg.CFM
CFM/Sqft
Lat.GainS.Exh
W.Exh
Htg.O.A.Req.CFMAct.CFM
Clg.O.A.Req.CFMAct.CFM
49 West Auditorium8pm June
2,360175
47,200
25,8231,181
0.50
79,0114,331
1.84
18,37500
None00
Direct973861
150 Projection Booth8pm June
3302
3,300
1,25057
0.17
18,5231,015
3.08
50000
None00
Direct68
202
153West Auditorium Office8pm June
1431
1,430
54225
0.17
1,69193
0.65
20000
None00
Direct2918
154 East Auditorium Office8pm June
1431
1,430
54225
0.17
1,69193
0.65
20000
None00
Direct2918
Zone Peak Totals:Total Zones: 4Unique Zones: 4
2,976179
53,360
28,1571,288
0.43
100,9175,532
1.86
19,27500
00
1,1001,100
Z:\ ...\MSU Mankato Student Union VAV - New AHU's.CHV Friday, May 30, 2008, 09:26 AM
Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.Sebesta Blomberg Student Union - HVAC Pre DesignRoseville, MN 55113 Page 95
Air Handler #4 - AHU D (West Auditorium) - Total Load Summary Air Handler Description: AHU D (West Auditorium) Variable Air VolumeSupply Air Fan: Draw-Thru with program estimated horsepower of 6.69 HPFan Input: 65% motor and fan efficiency with 5 in. water across the fanSensible Heat Ratio: 0.86 --- This system occurs 1 time(s) in the building. ---
Air System Peak Time: 5pm in August. Outdoor Conditions: 87° DB, 81° WB, 154.11 grains
Because of the diversity in zone, plenum and ventilation loads, the zone sensible peak time in June at 8pm is different from the total system peak time, hence the air system CFM was computed using a zone sensible load of 100,917.
Summer: Ventilation controls outside air, ----- Winter: Exhaust controls outside air.
Zone Space sensible loss: 28,157 BtuhInfiltration sensible loss: 0 Btuh 0 CFMOutside Air sensible loss: 0 Btuh 0 CFMSupply Duct sensible loss: 2,682 BtuhReturn Duct sensible loss: 1,341 BtuhReturn Plenum sensible loss: 0 BtuhTotal System sensible loss: 32,180 Btuh
Heating Supply Air: 30,839 / (.964 X 1.08 X 23) = 1,288 CFMWinter Vent Outside Air (0.0% of supply) = 0 CFM
Zone space sensible gain: 97,888 BtuhInfiltration sensible gain: 0 BtuhDraw-thru fan sensible gain: 16,376 BtuhSupply duct sensible gain: 5,865 BtuhReserve sensible gain: 0 BtuhTotal sensible gain on supply side of coil: 120,128 Btuh
Cooling Supply Air: 123,157 / (.964 X 1.1 X 21) = 5,532 CFMSummer Vent Outside Air (19.9% of supply) = 1,100 CFM
Return duct sensible gain: 1,466 BtuhReturn plenum sensible gain: 0 BtuhOutside air sensible gain: 16,325 Btuh 1,100 CFMBlow-thru fan sensible gain: 0 BtuhTotal sensible gain on return side of coil: 17,791 BtuhTotal sensible gain on air handling system: 137,919 Btuh
Zone space latent gain: 19,275 BtuhInfiltration latent gain: 0 BtuhOutside air latent gain: 66,661 BtuhTotal latent gain on air handling system: 85,936 BtuhTotal system sensible and latent gain: 223,856 Btuh
Check FiguresTotal Air Handler Supply Air (based on a 21° TD): 5,532 CFMTotal Air Handler Vent. Air (19.88% of Supply): 1,100 CFM
Total Conditioned Air Space: 2,976 Sq.ftSupply Air Per Unit Area: 1.8590 CFM/Sq.ftArea Per Cooling Capacity: 159.5 Sq.ft/TonCooling Capacity Per Area: 0.0063 Tons/Sq.ftHeating Capacity Per Area: 10.81 Btuh/Sq.ft
Total Heating Required With Outside Air: 32,180 BtuhTotal Cooling Required With Outside Air: 18.65 Tons
Z:\ ...\MSU Mankato Student Union VAV - New AHU's.CHV Friday, May 30, 2008, 09:26 AM
Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.Sebesta Blomberg Student Union - HVAC Pre DesignRoseville, MN 55113 Page 96
Air Handler #5 - AHU E (East Auditorium) - Summary Loads
ZnNo
DescriptionZone Peak Time
AreaPeople
Volume
Htg.LossHtg.CFMCFM/Sqft
Sen.GainClg.CFM
CFM/Sqft
Lat.GainS.Exh
W.Exh
Htg.O.A.Req.CFMAct.CFM
Clg.O.A.Req.CFMAct.CFM
86 East Auditorium8pm June
2,000175
40,000
21,9881,006
0.50
73,0544,005
2.00
18,37500
None00
Direct1,4001,400
Zone Peak Totals:Total Zones: 1Unique Zones: 1
2,000175
40,000
21,9881,006
0.50
73,0544,005
2.00
18,37500
00
1,4001,400
Z:\ ...\MSU Mankato Student Union VAV - New AHU's.CHV Friday, May 30, 2008, 09:26 AM
Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.Sebesta Blomberg Student Union - HVAC Pre DesignRoseville, MN 55113 Page 97
Air Handler #5 - AHU E (East Auditorium) - Total Load Summary Air Handler Description: AHU E (East Auditorium) Variable Air VolumeSupply Air Fan: Draw-Thru with program estimated horsepower of 4.84 HPFan Input: 65% motor and fan efficiency with 5 in. water across the fanSensible Heat Ratio: 0.83 --- This system occurs 1 time(s) in the building. ---
Air System Peak Time: 5pm in August. Outdoor Conditions: 87° DB, 81° WB, 154.11 grains
Because of the diversity in zone, plenum and ventilation loads, the zone sensible peak time in June at 8pm is different from the total system peak time, hence the air system CFM was computed using a zone sensible load of 73,054.
Summer: Ventilation controls outside air, ----- Winter: Exhaust controls outside air.
Zone Space sensible loss: 21,988 BtuhInfiltration sensible loss: 0 Btuh 0 CFMOutside Air sensible loss: 0 Btuh 0 CFMSupply Duct sensible loss: 2,094 BtuhReturn Duct sensible loss: 1,047 BtuhReturn Plenum sensible loss: 0 BtuhTotal System sensible loss: 25,129 Btuh
Heating Supply Air: 24,082 / (.964 X 1.08 X 23) = 1,006 CFMWinter Vent Outside Air (0.0% of supply) = 0 CFM
Zone space sensible gain: 71,080 BtuhInfiltration sensible gain: 0 BtuhDraw-thru fan sensible gain: 11,854 BtuhSupply duct sensible gain: 4,245 BtuhReserve sensible gain: 0 BtuhTotal sensible gain on supply side of coil: 87,180 Btuh
Cooling Supply Air: 89,153 / (.964 X 1.1 X 21) = 4,005 CFMSummer Vent Outside Air (35.0% of supply) = 1,400 CFM
Return duct sensible gain: 1,061 BtuhReturn plenum sensible gain: 0 BtuhOutside air sensible gain: 20,777 Btuh 1,400 CFMBlow-thru fan sensible gain: 0 BtuhTotal sensible gain on return side of coil: 21,839 BtuhTotal sensible gain on air handling system: 109,018 Btuh
Zone space latent gain: 18,375 BtuhInfiltration latent gain: 0 BtuhOutside air latent gain: 84,842 BtuhTotal latent gain on air handling system: 103,217 BtuhTotal system sensible and latent gain: 212,235 Btuh
Check FiguresTotal Air Handler Supply Air (based on a 21° TD): 4,005 CFMTotal Air Handler Vent. Air (34.96% of Supply): 1,400 CFM
Total Conditioned Air Space: 2,000 Sq.ftSupply Air Per Unit Area: 2.0024 CFM/Sq.ftArea Per Cooling Capacity: 113.1 Sq.ft/TonCooling Capacity Per Area: 0.0088 Tons/Sq.ftHeating Capacity Per Area: 12.56 Btuh/Sq.ft
Total Heating Required With Outside Air: 25,129 BtuhTotal Cooling Required With Outside Air: 17.69 Tons
Z:\ ...\MSU Mankato Student Union VAV - New AHU's.CHV Friday, May 30, 2008, 09:26 AM
Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.Sebesta Blomberg Student Union - HVAC Pre DesignRoseville, MN 55113 Page 98
Air Handler #6 - AHU F (Billiards, Lounge) - Summary Loads
ZnNo
DescriptionZone Peak Time
AreaPeople
Volume
Htg.LossHtg.CFMCFM/Sqft
Sen.GainClg.CFM
CFM/Sqft
Lat.GainS.Exh
W.Exh
Htg.O.A.Req.CFMAct.CFM
Clg.O.A.Req.CFMAct.CFM
1 Billiard Room9pm December
4,345110
43,450
2,6781230.03
57,1523,133
0.72
27,50000
None00
Direct636718
2 Game Room9pm December
4,31025
43,100
93743
0.01
37,3002,045
0.47
6,25000
None00
Direct631468
3 Office 479pm December
1951
1,950
00
0.00
2,047112
0.58
15500
None00
Direct2926
4 Office 469pm December
1951
1,950
00
0.00
2,047112
0.58
15500
None00
Direct2926
45Former Smoking Lounge 429pm December
84520
8,450
00
0.00
18,4391,408
1.67
3,10000
None00
Direct124323
157 TV Lounge9pm December
1,73040
17,300
22310
0.01
24,6551,352
0.78
10,00000
None00
Direct253310
Zone Peak Totals:Total Zones: 6Unique Zones: 6
11,620197
116,200
3,8391760.02
141,6408,162
0.70
47,16000
00
1,7001,870
Z:\ ...\MSU Mankato Student Union VAV - New AHU's.CHV Friday, May 30, 2008, 09:26 AM
Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.Sebesta Blomberg Student Union - HVAC Pre DesignRoseville, MN 55113 Page 99
Air Handler #6 - AHU F (Billiards, Lounge) - Total Load Summary Air Handler Description: AHU F (Billiards, Lounge) Variable Air VolumeSupply Air Fan: Draw-Thru with program estimated horsepower of 8.98 HPFan Input: 65% motor and fan efficiency with 5 in. water across the fanSensible Heat Ratio: 0.83 --- This system occurs 1 time(s) in the building. ---
Air System Peak Time: 5pm in August. Outdoor Conditions: 87° DB, 81° WB, 154.11 grains
Because of the diversity in zone, plenum and ventilation loads, the zone sensible peak time in December at 9pm is different from the total system peak time, hence the air system CFM was computed using a zone sensible load of 126,898.
Summer: Ventilation controls outside air, ----- Winter: Exhaust controls outside air.
Zone Space sensible loss: 3,839 BtuhInfiltration sensible loss: 0 Btuh 0 CFMOutside Air sensible loss: 0 Btuh 0 CFMSupply Duct sensible loss: 366 BtuhReturn Duct sensible loss: 183 BtuhReturn Plenum sensible loss: 0 BtuhTotal System sensible loss: 4,387 Btuh
Heating Supply Air: 4,205 / (.964 X 1.08 X 23) = 176 CFMWinter Vent Outside Air (0.0% of supply) = 0 CFM
Zone space sensible gain: 126,898 BtuhInfiltration sensible gain: 0 BtuhDraw-thru fan sensible gain: 21,768 BtuhSupply duct sensible gain: 7,796 BtuhReserve sensible gain: 7,250 BtuhTotal sensible gain on supply side of coil: 163,712 Btuh
Cooling Supply Air: 163,712 / (.964 X 1.1 X 21) = 7,420 CFMSummer Vent Outside Air (22.9% of supply) = 1,700 CFM
Return duct sensible gain: 1,966 BtuhReturn plenum sensible gain: 0 BtuhOutside air sensible gain: 25,229 Btuh 1,700 CFMBlow-thru fan sensible gain: 0 BtuhTotal sensible gain on return side of coil: 27,196 BtuhTotal sensible gain on air handling system: 190,908 Btuh
Zone space latent gain: 33,012 BtuhInfiltration latent gain: 0 BtuhOutside air latent gain: 103,022 BtuhTotal latent gain on air handling system: 136,034 BtuhTotal system sensible and latent gain: 326,942 Btuh
Check FiguresTotal Air Handler Supply Air (based on a 21° TD): 7,420 CFMTotal Air Handler Vent. Air (22.91% of Supply): 1,700 CFM
Total Conditioned Air Space: 11,620 Sq.ftSupply Air Per Unit Area: 0.6386 CFM/Sq.ftArea Per Cooling Capacity: 426.5 Sq.ft/TonCooling Capacity Per Area: 0.0023 Tons/Sq.ftHeating Capacity Per Area: 0.38 Btuh/Sq.ft
Total Heating Required With Outside Air: 4,387 BtuhTotal Cooling Required With Outside Air: 27.25 Tons
Z:\ ...\MSU Mankato Student Union VAV - New AHU's.CHV Friday, May 30, 2008, 09:26 AM
Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.Sebesta Blomberg Student Union - HVAC Pre DesignRoseville, MN 55113 Page 100
Air Handler #7 - AHU G (Kitchen MAU) - Summary Loads
ZnNo
DescriptionZone Peak Time
AreaPeople
Volume
Htg.LossHtg.CFMCFM/Sqft
Sen.GainClg.CFM
CFM/Sqft
Lat.GainS.Exh
W.Exh
Htg.O.A.Req.CFMAct.CFM
Clg.O.A.Req.CFMAct.CFM
74 Kitchen9pm December
1,8105
18,100
00
0.00
45,8356,999
3.87
1,37500
Direct7,000
0
Direct7,0007,000
Zone Peak Totals:Total Zones: 1Unique Zones: 1
1,8105
18,100
00
0.00
45,8356,999
3.87
1,37500
7,0007,000
7,0007,000
Z:\ ...\MSU Mankato Student Union VAV - New AHU's.CHV Friday, May 30, 2008, 09:26 AM
Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.Sebesta Blomberg Student Union - HVAC Pre DesignRoseville, MN 55113 Page 101
Air Handler #7 - AHU G (Kitchen MAU) - Total Load Summary Air Handler Description: AHU G (Kitchen MAU) Variable Air VolumeSupply Air Fan: Draw-Thru with program estimated horsepower of 8.47 HPFan Input: 65% motor and fan efficiency with 5 in. water across the fanSensible Heat Ratio: 0.99 --- This system occurs 1 time(s) in the building. ---
Air System Peak Time: 5pm in August. Outdoor Conditions: 87° DB, 81° WB, 154.11 grains
Because of the diversity in zone, plenum and ventilation loads, the zone sensible peak time in December at 9pm is different from the total system peak time, hence the air system CFM was computed using a zone sensible load of 45,835.
Summer: Ventilation controls outside air, ----- Winter: Ventilation controls outside air.
Zone Space sensible loss: 0 BtuhInfiltration sensible loss: 0 Btuh 0 CFMOutside Air sensible loss: 633,838 Btuh 7,000 CFMSupply Duct sensible loss: 0 BtuhReturn Duct sensible loss: 0 BtuhReturn Plenum sensible loss: 0 BtuhTotal System sensible loss: 633,838 Btuh
Heating Supply Air: 0 / (.964 X 1.08 X 0) = 0 CFMWinter Vent Outside Air (0.0% of supply) = 7,000 CFM
Zone space sensible gain: 45,835 BtuhInfiltration sensible gain: 0 BtuhDraw-thru fan sensible gain: 20,718 BtuhSupply duct sensible gain: 7,420 BtuhReserve sensible gain: 67,004 BtuhTotal sensible gain on supply side of coil: 140,977 Btuh
Cooling Supply Air: 140,977 / (.964 X 1.1 X 19) = 6,999 CFMSummer Vent Outside Air (100.0% of supply) = 7,000 CFM
Return duct sensible gain: 0 BtuhReturn plenum sensible gain: 0 BtuhOutside air sensible gain: 103,886 Btuh 7,000 CFMBlow-thru fan sensible gain: 0 BtuhTotal sensible gain on return side of coil: 103,886 BtuhTotal sensible gain on air handling system: 244,863 Btuh
Zone space latent gain: 1,375 BtuhInfiltration latent gain: 0 BtuhOutside air latent gain: 424,209 BtuhTotal latent gain on air handling system: 425,584 BtuhTotal system sensible and latent gain: 670,447 Btuh
Check FiguresTotal Air Handler Supply Air (based on a 19° TD): 6,999 CFMTotal Air Handler Vent. Air (100.01% of Supply): 7,000 CFM
Total Conditioned Air Space: 1,810 Sq.ftSupply Air Per Unit Area: 3.8671 CFM/Sq.ftArea Per Cooling Capacity: 32.4 Sq.ft/TonCooling Capacity Per Area: 0.0309 Tons/Sq.ftHeating Capacity Per Area: 350.19 Btuh/Sq.ft
Total Heating Required With Outside Air: 633,838 BtuhTotal Cooling Required With Outside Air: 55.87 Tons
Z:\ ...\MSU Mankato Student Union VAV - New AHU's.CHV Friday, May 30, 2008, 09:26 AM
Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.Sebesta Blomberg Student Union - HVAC Pre DesignRoseville, MN 55113 Page 102
Air Handler #8 - AHU H (South Ballroom) - Summary Loads
ZnNo
DescriptionZone Peak Time
AreaPeople
Volume
Htg.LossHtg.CFMCFM/Sqft
Sen.GainClg.CFM
CFM/Sqft
Lat.GainS.Exh
W.Exh
Htg.O.A.Req.CFMAct.CFM
Clg.O.A.Req.CFMAct.CFM
110 Ballroom 200S8pm June
3,714467
37,140
31,7341,452
0.39
174,0629,542
2.57
254,51500
None00
Direct2,6002,832
Zone Peak Totals:Total Zones: 1Unique Zones: 1
3,714467
37,140
31,7341,452
0.39
174,0629,542
2.57
254,51500
00
2,6002,832
Z:\ ...\MSU Mankato Student Union VAV - New AHU's.CHV Friday, May 30, 2008, 09:26 AM
Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.Sebesta Blomberg Student Union - HVAC Pre DesignRoseville, MN 55113 Page 103
Air Handler #8 - AHU H (South Ballroom) - Total Load Summary Air Handler Description: AHU H (South Ballroom) Variable Air VolumeSupply Air Fan: Draw-Thru with program estimated horsepower of 10.60 HPFan Input: 65% motor and fan efficiency with 5 in. water across the fanSensible Heat Ratio: 0.46 --- This system occurs 1 time(s) in the building. ---
Air System Peak Time: 5pm in August. Outdoor Conditions: 87° DB, 81° WB, 154.11 grains
Because of the diversity in zone, plenum and ventilation loads, the zone sensible peak time in June at 8pm is different from the total system peak time, hence the air system CFM was computed using a zone sensible load of 159,818.
Summer: Ventilation controls outside air, ----- Winter: Exhaust controls outside air.
Zone Space sensible loss: 31,734 BtuhInfiltration sensible loss: 0 Btuh 0 CFMOutside Air sensible loss: 0 Btuh 0 CFMSupply Duct sensible loss: 3,022 BtuhReturn Duct sensible loss: 1,511 BtuhReturn Plenum sensible loss: 0 BtuhTotal System sensible loss: 36,268 Btuh
Heating Supply Air: 34,757 / (.964 X 1.08 X 23) = 1,452 CFMWinter Vent Outside Air (0.0% of supply) = 0 CFM
Zone space sensible gain: 156,940 BtuhInfiltration sensible gain: 0 BtuhDraw-thru fan sensible gain: 25,934 BtuhSupply duct sensible gain: 9,288 BtuhReserve sensible gain: 0 BtuhTotal sensible gain on supply side of coil: 192,161 Btuh
Cooling Supply Air: 195,039 / (.964 X 1.1 X 21) = 8,761 CFMSummer Vent Outside Air (29.7% of supply) = 2,600 CFM
Return duct sensible gain: 2,322 BtuhReturn plenum sensible gain: 0 BtuhOutside air sensible gain: 38,586 Btuh 2,600 CFMBlow-thru fan sensible gain: 0 BtuhTotal sensible gain on return side of coil: 40,908 BtuhTotal sensible gain on air handling system: 233,069 Btuh
Zone space latent gain: 229,064 BtuhInfiltration latent gain: 0 BtuhOutside air latent gain: 157,563 BtuhTotal latent gain on air handling system: 386,627 BtuhTotal system sensible and latent gain: 619,696 Btuh
Check FiguresTotal Air Handler Supply Air (based on a 21° TD): 8,761 CFMTotal Air Handler Vent. Air (29.68% of Supply): 2,600 CFM
Total Conditioned Air Space: 3,714 Sq.ftSupply Air Per Unit Area: 2.3590 CFM/Sq.ftArea Per Cooling Capacity: 71.9 Sq.ft/TonCooling Capacity Per Area: 0.0139 Tons/Sq.ftHeating Capacity Per Area: 9.77 Btuh/Sq.ft
Total Heating Required With Outside Air: 36,268 BtuhTotal Cooling Required With Outside Air: 51.64 Tons
Z:\ ...\MSU Mankato Student Union VAV - New AHU's.CHV Friday, May 30, 2008, 09:26 AM
Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.Sebesta Blomberg Student Union - HVAC Pre DesignRoseville, MN 55113 Page 104
Air Handler #9 - AHU I (Central Ballroom) - Summary Loads
ZnNo
DescriptionZone Peak Time
AreaPeople
Volume
Htg.LossHtg.CFMCFM/Sqft
Sen.GainClg.CFM
CFM/Sqft
Lat.GainS.Exh
W.Exh
Htg.O.A.Req.CFMAct.CFM
Clg.O.A.Req.CFMAct.CFM
111 Ballroom 200C8pm June
4,512566
45,120
27,9951,281
0.28
209,11311,464
2.54
308,47000
None00
Direct2,5323,396
115 Storage 2148pm June
1260
1,260
65830
0.24
43024
0.19
000
None00
Direct71
7
116 Storage 2108pm June
3240
3,240
1,69377
0.24
1,10360
0.19
000
None00
Direct18218
117 Storage 209B8pm June
2720
2,720
1,42165
0.24
92851
0.19
000
None00
Direct15315
118Beverage Dispenser Room 209A8pm June
4680
4,680
2,4561120.24
2,716149
0.32
000
None00
Direct26344
Zone Peak Totals:Total Zones: 5Unique Zones: 5
5,702566
57,020
34,2241,566
0.27
214,29011,748
2.06
308,47000
00
3,2003,480
Z:\ ...\MSU Mankato Student Union VAV - New AHU's.CHV Friday, May 30, 2008, 09:26 AM
Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.Sebesta Blomberg Student Union - HVAC Pre DesignRoseville, MN 55113 Page 105
Air Handler #9 - AHU I (Central Ballroom) - Total Load Summary Air Handler Description: AHU I (Central Ballroom) Variable Air VolumeSupply Air Fan: Draw-Thru with program estimated horsepower of 13.07 HPFan Input: 65% motor and fan efficiency with 5 in. water across the fanSensible Heat Ratio: 0.46 --- This system occurs 1 time(s) in the building. ---
Air System Peak Time: 5pm in August. Outdoor Conditions: 87° DB, 81° WB, 154.11 grains
Because of the diversity in zone, plenum and ventilation loads, the zone sensible peak time in June at 8pm is different from the total system peak time, hence the air system CFM was computed using a zone sensible load of 197,027.
Summer: Ventilation controls outside air, ----- Winter: Exhaust controls outside air.
Zone Space sensible loss: 34,224 BtuhInfiltration sensible loss: 0 Btuh 0 CFMOutside Air sensible loss: 0 Btuh 0 CFMSupply Duct sensible loss: 3,259 BtuhReturn Duct sensible loss: 1,630 BtuhReturn Plenum sensible loss: 0 BtuhTotal System sensible loss: 39,113 Btuh
Heating Supply Air: 37,483 / (.964 X 1.08 X 23) = 1,566 CFMWinter Vent Outside Air (0.0% of supply) = 0 CFM
Zone space sensible gain: 192,944 BtuhInfiltration sensible gain: 0 BtuhDraw-thru fan sensible gain: 31,972 BtuhSupply duct sensible gain: 11,450 BtuhReserve sensible gain: 0 BtuhTotal sensible gain on supply side of coil: 236,366 Btuh
Cooling Supply Air: 240,448 / (.964 X 1.1 X 21) = 10,801 CFMSummer Vent Outside Air (29.6% of supply) = 3,200 CFM
Return duct sensible gain: 2,862 BtuhReturn plenum sensible gain: 0 BtuhOutside air sensible gain: 47,491 Btuh 3,200 CFMBlow-thru fan sensible gain: 0 BtuhTotal sensible gain on return side of coil: 50,353 BtuhTotal sensible gain on air handling system: 286,719 Btuh
Zone space latent gain: 277,623 BtuhInfiltration latent gain: 0 BtuhOutside air latent gain: 193,924 BtuhTotal latent gain on air handling system: 471,547 BtuhTotal system sensible and latent gain: 758,266 Btuh
Check FiguresTotal Air Handler Supply Air (based on a 21° TD): 10,801 CFMTotal Air Handler Vent. Air (29.63% of Supply): 3,200 CFM
Total Conditioned Air Space: 5,702 Sq.ftSupply Air Per Unit Area: 1.8943 CFM/Sq.ftArea Per Cooling Capacity: 90.2 Sq.ft/TonCooling Capacity Per Area: 0.0111 Tons/Sq.ftHeating Capacity Per Area: 6.86 Btuh/Sq.ft
Total Heating Required With Outside Air: 39,113 BtuhTotal Cooling Required With Outside Air: 63.19 Tons
Z:\ ...\MSU Mankato Student Union VAV - New AHU's.CHV Friday, May 30, 2008, 09:26 AM
Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.Sebesta Blomberg Student Union - HVAC Pre DesignRoseville, MN 55113 Page 106
Air Handler #10 - AHU 1-5 (Second Floor South Conf) - Summary Loads
ZnNo
DescriptionZone Peak Time
AreaPeople
Volume
Htg.LossHtg.CFMCFM/Sqft
Sen.GainClg.CFM
CFM/Sqft
Lat.GainS.Exh
W.Exh
Htg.O.A.Req.CFMAct.CFM
Clg.O.A.Req.CFMAct.CFM
104 Conference Room 2018pm June
72860
7,280
3,8051740.24
22,6541,242
1.71
12,00000
None00
Direct140267
105 Conference Room 2028pm June
67245
6,720
3,5121610.24
18,4641,012
1.51
9,00000
None00
Direct129217
106 Conference Room 2038pm June
67245
6,720
3,5121610.24
18,4641,012
1.51
9,00000
None00
Direct129217
107 Conference Room 2041pm October
75645
7,560
7,0933250.43
27,4321,504
1.99
9,00400
None00
Direct146323
108 Storage 2059pm June
2700
2,700
4,5382080.77
1,58387
0.32
000
None00
Direct5219
109 Corridor 2000S8pm June
1,5100
15,100
7,8913610.24
9,780536
0.36
000
None00
Direct291115
158 South Ballroom Lobby8pm June
2,14080
21,400
11,1845120.24
39,6672,175
1.02
20,00000
None00
Direct412467
Zone Peak Totals:Total Zones: 7Unique Zones: 7
6,748275
67,480
41,5341,900
0.28
138,0447,568
1.12
59,00400
00
1,3001,625
Z:\ ...\MSU Mankato Student Union VAV - New AHU's.CHV Friday, May 30, 2008, 09:26 AM
Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.Sebesta Blomberg Student Union - HVAC Pre DesignRoseville, MN 55113 Page 107
Air Handler #10 - AHU 1-5 (Second Floor South Conf) - Total Load Summary Air Handler Description: AHU 1-5 (Second Floor South Conf) Variable Air VolumeSupply Air Fan: Draw-Thru with program estimated horsepower of 7.33 HPFan Input: 65% motor and fan efficiency with 5 in. water across the fanSensible Heat Ratio: 0.76 --- This system occurs 1 time(s) in the building. ---
Air System Peak Time: 5pm in August. Outdoor Conditions: 87° DB, 81° WB, 154.11 grains
Because of the diversity in zone, plenum and ventilation loads, the zone sensible peak time in June at 6pm is different from the total system peak time, hence the air system CFM was computed using a zone sensible load of 110,463.
Summer: Ventilation controls outside air, ----- Winter: Exhaust controls outside air.
Zone Space sensible loss: 40,809 BtuhInfiltration sensible loss: 725 Btuh 8 CFMOutside Air sensible loss: 0 Btuh 0 CFMSupply Duct sensible loss: 3,956 BtuhReturn Duct sensible loss: 1,978 BtuhReturn Plenum sensible loss: 0 BtuhTotal System sensible loss: 47,467 Btuh
Heating Supply Air: 45,490 / (.964 X 1.08 X 23) = 1,900 CFMWinter Vent Outside Air (0.0% of supply) = 0 CFM
Zone space sensible gain: 106,869 BtuhInfiltration sensible gain: 112 BtuhDraw-thru fan sensible gain: 17,925 BtuhSupply duct sensible gain: 6,419 BtuhReserve sensible gain: 0 BtuhTotal sensible gain on supply side of coil: 131,325 Btuh
Cooling Supply Air: 134,807 / (.964 X 1.1 X 21) = 6,056 CFMSummer Vent Outside Air (21.5% of supply) = 1,300 CFM
Return duct sensible gain: 1,605 BtuhReturn plenum sensible gain: 0 BtuhOutside air sensible gain: 19,293 Btuh 1,300 CFMBlow-thru fan sensible gain: 0 BtuhTotal sensible gain on return side of coil: 20,898 BtuhTotal sensible gain on air handling system: 152,223 Btuh
Zone space latent gain: 41,300 BtuhInfiltration latent gain: 468 BtuhOutside air latent gain: 78,782 BtuhTotal latent gain on air handling system: 120,549 BtuhTotal system sensible and latent gain: 272,772 Btuh
Check FiguresTotal Air Handler Supply Air (based on a 21° TD): 6,056 CFMTotal Air Handler Vent. Air (21.47% of Supply): 1,300 CFM
Total Conditioned Air Space: 6,748 Sq.ftSupply Air Per Unit Area: 0.8974 CFM/Sq.ftArea Per Cooling Capacity: 296.9 Sq.ft/TonCooling Capacity Per Area: 0.0034 Tons/Sq.ftHeating Capacity Per Area: 7.03 Btuh/Sq.ft
Total Heating Required With Outside Air: 47,467 BtuhTotal Cooling Required With Outside Air: 22.73 Tons
Z:\ ...\MSU Mankato Student Union VAV - New AHU's.CHV Friday, May 30, 2008, 09:26 AM
Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.Sebesta Blomberg Student Union - HVAC Pre DesignRoseville, MN 55113 Page 108
Air Handler #11 - AHU J (Second Floor North Offices) - Summary Loads
ZnNo
DescriptionZone Peak Time
AreaPeople
Volume
Htg.LossHtg.CFMCFM/Sqft
Sen.GainClg.CFM
CFM/Sqft
Lat.GainS.Exh
W.Exh
Htg.O.A.Req.CFMAct.CFM
Clg.O.A.Req.CFMAct.CFM
87 Corridor 2000N8pm June
1,1213
11,210
5,8532680.24
8,007439
0.39
75000
None00
Direct15166
88 Office 218D9pm June
721
720
2,4921141.58
2,060113
1.57
15500
None00
Direct1017
89 Office 218E2pm June
811
810
2,8791321.63
2,123116
1.44
28500
None00
Direct1118
90 Office 218F2pm June
1081
1,080
5,5182522.34
3,769207
1.91
54600
None00
Direct1531
91 Office 218G2pm June
721
720
2,6711221.70
2,042112
1.56
28500
None00
Direct1017
92 Women's Center 2188pm June
7024
7,020
4,9792280.32
8,623473
0.67
62000
None00
Direct9471
93 Office 2262pm June
1261
1,260
5,9342722.15
3,930215
1.71
54600
None00
Direct1733
94 Room 2195pm June
1,2249
12,240
18,4248430.69
18,3151,004
0.82
2,11800
None00
Direct165152
95 Office 224 and 2252pm June
2162
2,160
8,0143671.70
5,425297
1.38
70100
None00
Direct2945
96 Office 2203pm June
8404
8,400
12,8345870.70
12,363678
0.81
1,11700
None00
Direct113102
97 Office/Conference 2278pm June
1324
1,320
69032
0.24
2,779152
1.15
62000
None00
Direct1823
98 Office 2239pm June
1261
1,260
3,7401711.36
5,507302
2.40
15500
None00
Direct1746
99 Office 2228am June
2102
2,100
5,8212661.27
9,820538
2.56
81800
None00
Direct2881
100 Office 2218am June
2732
2,730
4,8212210.81
7,708423
1.55
64900
None00
Direct3764
Z:\ ...\MSU Mankato Student Union VAV - New AHU's.CHV Friday, May 30, 2008, 09:26 AM
Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.Sebesta Blomberg Student Union - HVAC Pre DesignRoseville, MN 55113 Page 109
Air Handler #11 - AHU J (Second Floor North Offices) - Summary Loads (cont'd)
ZnNo
DescriptionZone Peak Time
AreaPeople
Volume
Htg.LossHtg.CFMCFM/Sqft
Sen.GainClg.CFM
CFM/Sqft
Lat.GainS.Exh
W.Exh
Htg.O.A.Req.CFMAct.CFM
Clg.O.A.Req.CFMAct.CFM
101 North Ballroom Lobby8pm June
2,13580
21,350
12,3795660.27
39,9652,191
1.03
20,00000
None00
Direct287331
113 Men's Room 216-
2240
2,240
1,17154
0.24
00
0.00
000
None00
Direct00
114 Women's Room-
4680
4,680
2,4461120.24
00
0.00
000
None00
Direct00
Zone Peak Totals:Total Zones: 17Unique Zones: 17
8,130116
81,300
100,6684,606
0.57
132,4347,260
0.89
29,36600
00
1,0001,097
Z:\ ...\MSU Mankato Student Union VAV - New AHU's.CHV Friday, May 30, 2008, 09:26 AM
Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.Sebesta Blomberg Student Union - HVAC Pre DesignRoseville, MN 55113 Page 110
Air Handler #11 - AHU J (Second Floor North Offices) - Total Load Summary Air Handler Description: AHU J (Second Floor North Offices) Variable Air VolumeSupply Air Fan: Draw-Thru with program estimated horsepower of 8.01 HPFan Input: 65% motor and fan efficiency with 5 in. water across the fanSensible Heat Ratio: 0.81 --- This system occurs 1 time(s) in the building. ---
Air System Peak Time: 5pm in August. Outdoor Conditions: 87° DB, 81° WB, 154.11 grains
Because of the diversity in zone, plenum and ventilation loads, the zone sensible peak time in June at 5pm is different from the total system peak time, hence the air system CFM was computed using a zone sensible load of 120,702.
Summer: Ventilation controls outside air, ----- Winter: Exhaust controls outside air.
Zone Space sensible loss: 82,537 BtuhInfiltration sensible loss: 18,130 Btuh 200 CFMOutside Air sensible loss: 0 Btuh 0 CFMSupply Duct sensible loss: 9,587 BtuhReturn Duct sensible loss: 4,794 BtuhReturn Plenum sensible loss: 0 BtuhTotal System sensible loss: 115,049 Btuh
Heating Supply Air: 110,255 / (.964 X 1.08 X 23) = 4,606 CFMWinter Vent Outside Air (0.0% of supply) = 0 CFM
Zone space sensible gain: 108,430 BtuhInfiltration sensible gain: 2,799 BtuhDraw-thru fan sensible gain: 19,586 BtuhSupply duct sensible gain: 7,014 BtuhReserve sensible gain: 0 BtuhTotal sensible gain on supply side of coil: 137,829 Btuh
Cooling Supply Air: 147,302 / (.964 X 1.1 X 21) = 6,617 CFMSummer Vent Outside Air (15.1% of supply) = 1,000 CFM
Return duct sensible gain: 1,754 BtuhReturn plenum sensible gain: 0 BtuhOutside air sensible gain: 14,841 Btuh 1,000 CFMBlow-thru fan sensible gain: 0 BtuhTotal sensible gain on return side of coil: 16,594 BtuhTotal sensible gain on air handling system: 154,424 Btuh
Zone space latent gain: 23,279 BtuhInfiltration latent gain: 11,695 BtuhOutside air latent gain: 60,601 BtuhTotal latent gain on air handling system: 95,575 BtuhTotal system sensible and latent gain: 249,998 Btuh
Check FiguresTotal Air Handler Supply Air (based on a 21° TD): 6,617 CFMTotal Air Handler Vent. Air (15.11% of Supply): 1,000 CFM
Total Conditioned Air Space: 8,130 Sq.ftSupply Air Per Unit Area: 0.8139 CFM/Sq.ftArea Per Cooling Capacity: 390.2 Sq.ft/TonCooling Capacity Per Area: 0.0026 Tons/Sq.ftHeating Capacity Per Area: 14.15 Btuh/Sq.ft
Total Heating Required With Outside Air: 115,049 BtuhTotal Cooling Required With Outside Air: 20.83 Tons
Z:\ ...\MSU Mankato Student Union VAV - New AHU's.CHV Friday, May 30, 2008, 09:26 AM
Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.Sebesta Blomberg Student Union - HVAC Pre DesignRoseville, MN 55113 Page 111
Air Handler #12 - AHU K (North Ballroom) - Summary Loads
ZnNo
DescriptionZone Peak Time
AreaPeople
Volume
Htg.LossHtg.CFMCFM/Sqft
Sen.GainClg.CFM
CFM/Sqft
Lat.GainS.Exh
W.Exh
Htg.O.A.Req.CFMAct.CFM
Clg.O.A.Req.CFMAct.CFM
112 Ballroom 200N8pm June
3,714467
37,140
31,7341,452
0.39
173,4609,509
2.56
254,51500
None00
Direct1,8252,678
119 Ballroom Servery8pm June
1,5345
15,340
8,0173670.24
12,877706
0.46
1,37500
None00
Direct754199
120 Shop 2378pm June
2461
2,460
1,86485
0.35
2,967163
0.66
47500
None00
Direct12146
Zone Peak Totals:Total Zones: 3Unique Zones: 3
5,494473
54,940
41,6151,904
0.35
189,30410,378
1.89
256,36500
00
2,7002,922
Z:\ ...\MSU Mankato Student Union VAV - New AHU's.CHV Friday, May 30, 2008, 09:26 AM
Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.Sebesta Blomberg Student Union - HVAC Pre DesignRoseville, MN 55113 Page 112
Air Handler #12 - AHU K (North Ballroom) - Total Load Summary Air Handler Description: AHU K (North Ballroom) Variable Air VolumeSupply Air Fan: Draw-Thru with program estimated horsepower of 11.60 HPFan Input: 65% motor and fan efficiency with 5 in. water across the fanSensible Heat Ratio: 0.48 --- This system occurs 1 time(s) in the building. ---
Air System Peak Time: 5pm in August. Outdoor Conditions: 87° DB, 81° WB, 154.11 grains
Because of the diversity in zone, plenum and ventilation loads, the zone sensible peak time in June at 8pm is different from the total system peak time, hence the air system CFM was computed using a zone sensible load of 174,896.
Summer: Ventilation controls outside air, ----- Winter: Exhaust controls outside air.
Zone Space sensible loss: 41,615 BtuhInfiltration sensible loss: 0 Btuh 0 CFMOutside Air sensible loss: 0 Btuh 0 CFMSupply Duct sensible loss: 3,963 BtuhReturn Duct sensible loss: 1,982 BtuhReturn Plenum sensible loss: 0 BtuhTotal System sensible loss: 47,560 Btuh
Heating Supply Air: 45,579 / (.964 X 1.08 X 23) = 1,904 CFMWinter Vent Outside Air (0.0% of supply) = 0 CFM
Zone space sensible gain: 170,243 BtuhInfiltration sensible gain: 0 BtuhDraw-thru fan sensible gain: 28,380 BtuhSupply duct sensible gain: 10,164 BtuhReserve sensible gain: 0 BtuhTotal sensible gain on supply side of coil: 208,788 Btuh
Cooling Supply Air: 213,440 / (.964 X 1.1 X 21) = 9,588 CFMSummer Vent Outside Air (28.2% of supply) = 2,700 CFM
Return duct sensible gain: 2,541 BtuhReturn plenum sensible gain: 0 BtuhOutside air sensible gain: 40,070 Btuh 2,700 CFMBlow-thru fan sensible gain: 0 BtuhTotal sensible gain on return side of coil: 42,611 BtuhTotal sensible gain on air handling system: 251,399 Btuh
Zone space latent gain: 230,729 BtuhInfiltration latent gain: 0 BtuhOutside air latent gain: 163,623 BtuhTotal latent gain on air handling system: 394,352 BtuhTotal system sensible and latent gain: 645,751 Btuh
Check FiguresTotal Air Handler Supply Air (based on a 21° TD): 9,588 CFMTotal Air Handler Vent. Air (28.16% of Supply): 2,700 CFM
Total Conditioned Air Space: 5,494 Sq.ftSupply Air Per Unit Area: 1.7452 CFM/Sq.ftArea Per Cooling Capacity: 102.1 Sq.ft/TonCooling Capacity Per Area: 0.0098 Tons/Sq.ftHeating Capacity Per Area: 8.66 Btuh/Sq.ft
Total Heating Required With Outside Air: 47,560 BtuhTotal Cooling Required With Outside Air: 53.81 Tons
Z:\ ...\MSU Mankato Student Union VAV - New AHU's.CHV Friday, May 30, 2008, 09:26 AM
Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.Sebesta Blomberg Student Union - HVAC Pre DesignRoseville, MN 55113 Page 113
Air Handler #13 - AHU 40 (Hearth Lounge & Atrium) - Summary Loads
ZnNo
DescriptionZone Peak Time
AreaPeople
Volume
Htg.LossHtg.CFMCFM/Sqft
Sen.GainClg.CFM
CFM/Sqft
Lat.GainS.Exh
W.Exh
Htg.O.A.Req.CFMAct.CFM
Clg.O.A.Req.CFMAct.CFM
24Hearth Lounge Lower Level 211pm October
3,47540
34,750
17,7998140.23
54,9533,440
0.99
8,05300
None00
Direct845662
25 Office 7A9pm December
1261
1,260
00
0.00
1,692106
0.84
15500
None00
Direct3120
26 Office 79pm December
3101
3,100
00
0.00
2,292144
0.46
15500
None00
Direct7528
27 Office 7B9pm December
1442
1,440
00
0.00
1,688106
0.73
31000
None00
Direct3520
32 Dry Storage 319pm December
2650
2,650
00
0.00
996250
0.94
000
None00
Direct6448
34 Kitchen 309pm December
5505
5,500
00
0.00
24,1451,760
3.20
1,25000
None00
Direct134339
61Lobby (Open To Hearth Lounge)1pm October
3,75240
52,528
73,0753,343
0.89
116,6637,304
1.95
10,23500
None00
Direct1,2781,405
62 Dining9pm December
3,272110
32,720
00
0.00
63,7443,991
1.22
30,25000
None00
Direct796768
64 Dining9pm December
4,555160
45,550
00
0.00
90,6275,674
1.25
44,00000
None00
Direct1,1081,091
65Food Service / Grab-n-Go9pm December
2150
2,150
00
0.00
5,357335
1.56
000
None00
Direct5265
66 Food Service9pm December
3,855100
38,550
00
0.00
119,7047,494
1.94
25,00000
None00
Direct938
1,442
67 Food Service9pm December
3000
3,000
00
0.00
6,654417
1.39
000
None00
Direct7380
69 Dining1pm October
1,530100
15,300
11,6655340.35
52,0963,261
2.13
20,01100
None00
Direct372627
Z:\ ...\MSU Mankato Student Union VAV - New AHU's.CHV Friday, May 30, 2008, 09:26 AM
Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.Sebesta Blomberg Student Union - HVAC Pre DesignRoseville, MN 55113 Page 114
Air Handler #13 - AHU 40 (Hearth Lounge & Atrium) - Summary Loads (cont'd)
ZnNo
DescriptionZone Peak Time
AreaPeople
Volume
Htg.LossHtg.CFMCFM/Sqft
Sen.GainClg.CFM
CFM/Sqft
Lat.GainS.Exh
W.Exh
Htg.O.A.Req.CFMAct.CFM
Clg.O.A.Req.CFMAct.CFM
72 Corridor9pm December
4300
4,300
00
0.00
1,02464
0.15
000
None00
Direct10512
75 Office 1329pm December
1501
1,500
00
0.00
1,815114
0.76
15500
None00
Direct3622
76 Office 1339pm December
1001
1,000
00
0.00
1,21776
0.76
15500
None00
Direct2415
149Hearth Lounge (Open To Lower Level)1pm October
3,1780
31,780
62,0372,838
0.89
75,7124,740
1.49
15600
None00
Direct773912
155 Flexible Program9pm December
1,06020
10,600
00
0.00
14,042879
0.83
5,00000
None00
Direct258169
Zone Peak Totals:Total Zones: 18Unique Zones: 18
27,267581
287,678
164,5767,530
0.28
634,42040,154
1.47
144,88400
00
6,9977,724
Z:\ ...\MSU Mankato Student Union VAV - New AHU's.CHV Friday, May 30, 2008, 09:26 AM
Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.Sebesta Blomberg Student Union - HVAC Pre DesignRoseville, MN 55113 Page 115
Air Handler #13 - AHU 40 (Hearth Lounge & Atrium) - Total Load Summary Air Handler Description: AHU 40 (Hearth Lounge & Atrium) Variable Air VolumeSupply Air Fan: Draw-Thru with program estimated horsepower of 46.20 HPFan Input: 65% motor and fan efficiency with 5.25 in. water across the fanSensible Heat Ratio: 0.84 --- This system occurs 1 time(s) in the building. ---
Air System Peak Time: 1pm in August. Outdoor Conditions: 87° DB, 81° WB, 154.51 grains
Because of the diversity in zone, plenum and ventilation loads, the zone sensible peak time in October at 1pm is different from the total system peak time, hence the air system CFM was computed using a zone sensible load of 573,632.
Summer: Ventilation controls outside air, ----- Winter: Exhaust controls outside air.
Zone Space sensible loss: 79,997 BtuhInfiltration sensible loss: 84,579 Btuh 933 CFMOutside Air sensible loss: 0 Btuh 0 CFMSupply Duct sensible loss: 15,674 BtuhReturn Duct sensible loss: 7,837 BtuhReturn Plenum sensible loss: 0 BtuhTotal System sensible loss: 188,087 Btuh
Heating Supply Air: 180,250 / (.964 X 1.08 X 23) = 7,530 CFMWinter Vent Outside Air (0.0% of supply) = 0 CFM
Zone space sensible gain: 495,999 BtuhInfiltration sensible gain: 12,818 BtuhDraw-thru fan sensible gain: 112,971 BtuhSupply duct sensible gain: 38,531 BtuhReserve sensible gain: 6,964 BtuhTotal sensible gain on supply side of coil: 667,284 Btuh
Cooling Supply Air: 732,099 / (.964 X 1.1 X 19) = 36,373 CFMSummer Vent Outside Air (19.2% of supply) = 6,997 CFM
Return duct sensible gain: 9,639 BtuhReturn plenum sensible gain: 0 BtuhOutside air sensible gain: 96,424 Btuh 6,997 CFMBlow-thru fan sensible gain: 0 BtuhTotal sensible gain on return side of coil: 106,064 BtuhTotal sensible gain on air handling system: 773,348 Btuh
Zone space latent gain: 86,658 BtuhInfiltration latent gain: 54,800 BtuhOutside air latent gain: 424,027 BtuhTotal latent gain on air handling system: 565,484 BtuhTotal system sensible and latent gain: 1,338,832 Btuh
Check FiguresTotal Air Handler Supply Air (based on a 19° TD): 36,373 CFMTotal Air Handler Vent. Air (19.24% of Supply): 6,997 CFM
Total Conditioned Air Space: 27,267 Sq.ftSupply Air Per Unit Area: 1.3340 CFM/Sq.ftArea Per Cooling Capacity: 244.4 Sq.ft/TonCooling Capacity Per Area: 0.0041 Tons/Sq.ftHeating Capacity Per Area: 6.90 Btuh/Sq.ft
Total Heating Required With Outside Air: 188,087 BtuhTotal Cooling Required With Outside Air: 111.57 Tons
Z:\ ...\MSU Mankato Student Union VAV - New AHU's.CHV Friday, May 30, 2008, 09:26 AM
Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.Sebesta Blomberg Student Union - HVAC Pre DesignRoseville, MN 55113 Page 116
Zone Detailed Loads (At Zone Peak Times)
LoadDescription
UnitQuan
-SC-CFAC
CLTDSHGF
U.Fac-CLF-
Sen.Gain
Lat.Gain
Htg.Mult.
Htg.Loss
Zone 1-Billiard Room peaks (sensible) in December at 9pm, Air Handler 6 (AHU F (Billiards, Lounge)), Group 0, 79.0 x 55.0, Construction Type: 10 (Medium)
Partition-1-1 368 0/50 0.037 0 1.860 684Partition-2-1 632 0/50 0.037 0 1.860 1,176Partition-3-1 440 0/50 0.037 0 1.860 818Lights-Prof=1 8,690 1.000 29,652People-Prof=1 110.0 1.000 27,500 27,500
Sub-total 57,152 27,500 2,678Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 57,152 27,500 2,678
Zone 2-Game Room peaks (sensible) in December at 9pm, Air Handler 6 (AHU F (Billiards, Lounge)), Group 0, 431.0 x 10.0, Construction Type: 10 (Medium)
Partition-1-1 504 0/50 0.037 0 1.860 937Lights-Prof=1 6,465 1.000 22,059Equipment-Prof=1 2,635 1.000 8,991 0People-Prof=1 25.0 1.000 6,250 6,250
Sub-total 37,300 6,250 937Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 37,300 6,250 937
Zone 3-Office 47 peaks (sensible) in December at 9pm, Air Handler 6 (AHU F (Billiards, Lounge)), Group 0, 19.5 x 10.0, Construction Type: 21 (Medium)
Lights-Prof=1 293 1.000 1,000Equipment-Prof=1 235 1.000 802 0People-Prof=1 1.0 1.000 245 155
Sub-total 2,047 155 0Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 2,047 155 0
Zone 4-Office 46 peaks (sensible) in December at 9pm, Air Handler 6 (AHU F (Billiards, Lounge)), Group 0, 19.5 x 10.0, Construction Type: 21 (Medium)
Lights-Prof=1 293 1.000 1,000Equipment-Prof=1 235 1.000 802 0People-Prof=1 1.0 1.000 245 155
Sub-total 2,047 155 0Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 2,047 155 0
Zone 5-Storage 9 peaks (sensible) in December at 9pm, Air Handler 1 (AHU A (Basement, North Offices, Stair)), Group 0, 21.0 x 10.0, Construction Type: 21 (Medium)
Z:\ ...\MSU Mankato Student Union VAV - New AHU's.CHV Friday, May 30, 2008, 09:26 AM
Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.Sebesta Blomberg Student Union - HVAC Pre DesignRoseville, MN 55113 Page 117
Zone Detailed Loads (At Zone Peak Times) (cont'd)
LoadDescription
UnitQuan
-SC-CFAC
CLTDSHGF
U.Fac-CLF-
Sen.Gain
Lat.Gain
Htg.Mult.
Htg.Loss
Partition-1-1 144 0/50 0.037 0 1.860 268Partition-2-1 72 0/50 0.037 0 1.860 134Lights-Prof=1 63 1.000 215
Sub-total 215 0 402Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 215 0 402
Zone 6-Office 10 peaks (sensible) in December at 9pm, Air Handler 1 (AHU A (Basement, North Offices, Stair)), Group 0, 43.0 x 10.0, Construction Type: 21 (Medium)
Partition-1-1 144 0/50 0.037 0 1.860 268Lights-Prof=1 645 1.000 2,201Equipment-Prof=1 540 1.000 1,843 0People-Prof=1 4.0 1.000 980 620
Sub-total 5,023 620 268Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 5,023 620 268
Zone 7-Testing Center 12/12A peaks (sensible) in December at 9pm, Air Handler 1 (AHU A (Basement, North Offices, Stair)), Group 0, 50.0 x 10.0, Construction Type: 21 (Medium)
Partition-1-1 168 0/50 0.037 0 1.860 312Lights-Prof=1 750 1.000 2,559Equipment-Prof=1 1,180 1.000 4,026 0People-Prof=1 8.0 1.000 1,960 1,240
Sub-total 8,545 1,240 312Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 8,545 1,240 312
Zone 8-Room 13 Credit Union peaks (sensible) in December at 9pm, Air Handler 1 (AHU A (Basement, North Offices, Stair)), Group 0, 72.0 x 10.0, Construction Type: 21 (Medium)
Partition-1-1 240 0/50 0.037 0 1.860 446Lights-Prof=1 1,080 1.000 3,685Equipment-Prof=1 640 1.000 2,184 0People-Prof=1 10.0 1.000 2,500 2,500
Sub-total 8,369 2,500 446Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 8,369 2,500 446
Zone 9-Office 14A peaks (sensible) in December at 9pm, Air Handler 1 (AHU A (Basement, North Offices, Stair)), Group 0, 12.0 x 10.0, Construction Type: 21 (Medium)
Partition-1-1 80 0/50 0.037 0 1.860 149Lights-Prof=1 180 1.000 614Equipment-Prof=1 370 1.000 1,262 0
Z:\ ...\MSU Mankato Student Union VAV - New AHU's.CHV Friday, May 30, 2008, 09:26 AM
Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.Sebesta Blomberg Student Union - HVAC Pre DesignRoseville, MN 55113 Page 118
Zone Detailed Loads (At Zone Peak Times) (cont'd)
LoadDescription
UnitQuan
-SC-CFAC
CLTDSHGF
U.Fac-CLF-
Sen.Gain
Lat.Gain
Htg.Mult.
Htg.Loss
People-Prof=1 2.0 1.000 490 310
Sub-total 2,367 310 149Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 2,367 310 149
Zone 10-Office 14 peaks (sensible) in December at 9pm, Air Handler 1 (AHU A (Basement, North Offices, Stair)), Group 0, 40.0 x 10.0, Construction Type: 21 (Medium)
Partition-1-1 72 0/50 0.037 0 1.860 134Lights-Prof=1 600 1.000 2,047Equipment-Prof=1 370 1.000 1,262 0People-Prof=1 2.0 1.000 490 310
Sub-total 3,800 310 134Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 3,800 310 134
Zone 11-Office 14B peaks (sensible) in December at 9pm, Air Handler 1 (AHU A (Basement, North Offices, Stair)), Group 0, 16.0 x 10.0, Construction Type: 21 (Medium)
Partition-1-1 80 0/50 0.037 0 1.860 149Lights-Prof=1 240 1.000 819Equipment-Prof=1 270 1.000 921 0People-Prof=1 1.0 1.000 245 155
Sub-total 1,985 155 149Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 1,985 155 149
Zone 12-Storage 15 peaks (sensible) in December at 9pm, Air Handler 1 (AHU A (Basement, North Offices, Stair)), Group 0, 28.0 x 10.0, Construction Type: 21 (Medium)
Partition-1-1 136 0/50 0.037 0 1.860 253Partition-2-1 104 0/50 0.037 0 1.860 193Lights-Prof=1 84 1.000 287
Sub-total 287 0 446Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 287 0 446
Zone 13-Mechanical Room, Air Handler 1 (AHU A (Basement, North Offices, Stair)), Group 0, 13.5 x 10.0, Construction Type: 21 (Medium)
Partition-1-1 156 0/50 0.037 0 1.860 290
Sub-total 0 0 290Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 0 0 290
Z:\ ...\MSU Mankato Student Union VAV - New AHU's.CHV Friday, May 30, 2008, 09:26 AM
Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.Sebesta Blomberg Student Union - HVAC Pre DesignRoseville, MN 55113 Page 119
Zone Detailed Loads (At Zone Peak Times) (cont'd)
LoadDescription
UnitQuan
-SC-CFAC
CLTDSHGF
U.Fac-CLF-
Sen.Gain
Lat.Gain
Htg.Mult.
Htg.Loss
Zone 14-Flexible Program peaks (sensible) in December at 9pm, Air Handler 1 (AHU A (Basement, North Offices, Stair)), Group 0, 332.5 x 10.0, Construction Type: 21 (Medium)
Lights-Prof=1 8,313 1.000 28,365Equipment-Prof=1 720 1.000 2,457 0People-Prof=1 16.0 1.000 4,000 4,000
Sub-total 34,822 4,000 0Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 34,822 4,000 0
Zone 15-Room 20 Union Retail Space peaks (sensible) in December at 9pm, Air Handler 1 (AHU A (Basement, North Offices, Stair)), Group 0, 30.0 x 10.0, Construction Type: 21 (Medium)
Lights-Prof=1 1,500 1.000 5,118Equipment-Prof=1 270 1.000 921 0People-Prof=1 4.0 1.000 1,000 1,000
Sub-total 7,039 1,000 0Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 7,039 1,000 0
Zone 16-Women's Room 21B, Air Handler 1 (AHU A (Basement, North Offices, Stair)), Group 0, 38.0 x 10.0, Construction Type: 22 (Medium)
Sub-total 0 0 0Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 0 0 0
Zone 17-Men's Room 21A, Air Handler 1 (AHU A (Basement, North Offices, Stair)), Group 0, 27.0 x 10.0, Construction Type: 22 (Medium)
Partition-1-1 120 0/50 0.037 0 1.860 223
Sub-total 0 0 223Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 0 0 223
Zone 18-Retail Store Office 20A peaks (sensible) in December at 9pm, Air Handler 1 (AHU A (Basement, North Offices, Stair)), Group 0, 30.0 x 10.0, Construction Type: 22 (Medium)
Lights-Prof=1 450 1.000 1,535Equipment-Prof=1 370 1.000 1,262 0People-Prof=1 2.0 1.000 490 310
Sub-total 3,288 310 0Safety factors: +0%
---------+0%
---------+0%
---------
Z:\ ...\MSU Mankato Student Union VAV - New AHU's.CHV Friday, May 30, 2008, 09:26 AM
Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.Sebesta Blomberg Student Union - HVAC Pre DesignRoseville, MN 55113 Page 120
Zone Detailed Loads (At Zone Peak Times) (cont'd)
LoadDescription
UnitQuan
-SC-CFAC
CLTDSHGF
U.Fac-CLF-
Sen.Gain
Lat.Gain
Htg.Mult.
Htg.Loss
Total w/ safety factors: 3,288 310 0
Zone 19-Room 19A/19B, Air Handler 1 (AHU A (Basement, North Offices, Stair)), Group 0, 25.0 x 10.0, Construction Type: 21 (Medium)
Sub-total 0 0 0Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 0 0 0
Zone 20-Computer Area Lower Level peaks (sensible) in December at 9pm, Air Handler 1 (AHU A (Basement, North Offices, Stair)), Group 0, 191.0 x 10.0, Construction Type: 21 (Medium)
Lights-Prof=1 2,865 1.000 9,776Equipment-Prof=1 4,050 1.000 13,819 0People-Prof=1 30.0 1.000 7,500 6,000
Sub-total 31,095 6,000 0Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 31,095 6,000 0
Zone 21-Storage 24 peaks (sensible) in December at 9pm, Air Handler 1 (AHU A (Basement, North Offices, Stair)), Group 0, 81.0 x 10.0, Construction Type: 22 (Medium)
Partition-1-2 120 0/50 0.033 0 1.660 199Partition-2-1 84 0/50 0.037 0 1.860 156Partition-3-1 108 0/50 0.037 0 1.860 201Partition-4-1 48 0/50 0.037 0 1.860 89Partition-5-1 312 0/50 0.037 0 1.860 580Partition-6-1 204 0/50 0.037 0 1.860 379Lights-Prof=1 891 1.000 3,040
Sub-total 3,040 0 1,605Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 3,040 0 1,605
Zone 22-Art Gallery 23 peaks (sensible) in December at 9pm, Air Handler 1 (AHU A (Basement, North Offices, Stair)), Group 0, 97.5 x 10.0, Construction Type: 21 (Medium)
Partition-1-2 204 0/50 0.033 0 1.660 339Lights-Prof=1 4,875 1.000 16,634People-Prof=1 20.0 1.000 5,000 5,000
Sub-total 21,634 5,000 339Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 21,634 5,000 339
Zone 23-Storage 23A, Air Handler 1 (AHU A (Basement, North Offices, Stair)), Group 0, 11.0 x 10.0, Construction Type: 21 (Medium)
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Zone Detailed Loads (At Zone Peak Times) (cont'd)
LoadDescription
UnitQuan
-SC-CFAC
CLTDSHGF
U.Fac-CLF-
Sen.Gain
Lat.Gain
Htg.Mult.
Htg.Loss
Partition-1-2 120 0/50 0.033 0 1.660 199
Sub-total 0 0 199Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 0 0 199
Zone 24-Hearth Lounge Lower Level 21 peaks (sensible) in October at 1pm, Air Handler 13 (AHU 40 (Hearth Lounge & Atrium)), Group 0, 347.5 x 10.0, Construction Type: 1 (Light)
Wall-2-S-A-M 181 0.83 10.7 0.056 108 4.878 880Partition-1-2 185.5 0/50 0.033 0 1.660 308Gls-S-1-90-Tran 267.3 1.000 2 0.280 112 25.259 6,752 1%S-3-CNS-Solar 267.3 0.430 239 0.930 25,547SGls-S-1-90-Tran 2.7 1.000 2 0.280 1 25.259 68 1%S-3-CNS-Solar 2.7 0.430 23 0.980 26Lights-Prof=1 4,518 1.000 15,416Equipment-Prof=1 900 1.000 3,071 0People-Prof=1 40.0 1.000 10,000 8,000Cool. Infil.Direct CFM 108 671 53Heat. Infil.Direct CFM 108 90.652 9,790
Sub-total 54,953 8,053 17,799Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 54,953 8,053 17,799
Zone 25-Office 7A peaks (sensible) in December at 9pm, Air Handler 13 (AHU 40 (Hearth Lounge & Atrium)), Group 0, 12.6 x 10.0, Construction Type: 21 (Medium)
Lights-Prof=1 189 1.000 645Equipment-Prof=1 235 1.000 802 0People-Prof=1 1.0 1.000 245 155
Sub-total 1,692 155 0Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 1,692 155 0
Zone 26-Office 7 peaks (sensible) in December at 9pm, Air Handler 13 (AHU 40 (Hearth Lounge & Atrium)), Group 0, 31.0 x 10.0, Construction Type: 21 (Medium)
Lights-Prof=1 465 1.000 1,587Equipment-Prof=1 135 1.000 461 0People-Prof=1 1.0 1.000 245 155
Sub-total 2,292 155 0Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 2,292 155 0
Zone 27-Office 7B peaks (sensible) in December at 9pm, Air Handler 13 (AHU 40 (Hearth Lounge & Atrium)), Group 0, 12.0 x 12.0, Construction Type: 21 (Medium)
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Zone Detailed Loads (At Zone Peak Times) (cont'd)
LoadDescription
UnitQuan
-SC-CFAC
CLTDSHGF
U.Fac-CLF-
Sen.Gain
Lat.Gain
Htg.Mult.
Htg.Loss
Lights-Prof=1 216 1.000 737Equipment-Prof=1 135 1.000 461 0People-Prof=1 2.0 1.000 490 310
Sub-total 1,688 310 0Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 1,688 310 0
Zone 28-Dining 26 peaks (sensible) in December at 9pm, Air Handler 1 (AHU A (Basement, North Offices, Stair)), Group 0, 110.0 x 10.0, Construction Type: 1 (Light)
Lights-Prof=1 2,775 1.000 9,469Equipment-Prof=1 1,125 1.000 3,839 0People-Prof=1 50.0 1.000 13,750 13,750
Sub-total 27,057 13,750 0Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 27,057 13,750 0
Zone 29-Flexible Program peaks (sensible) in December at 9pm, Air Handler 1 (AHU A (Basement, North Offices, Stair)), Group 0, 357.5 x 10.0, Construction Type: 21 (Medium)
Lights-Prof=1 8,938 1.000 30,498Equipment-Prof=1 1,125 1.000 3,839 0People-Prof=1 50.0 1.000 13,750 13,750
Sub-total 48,086 13,750 0Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 48,086 13,750 0
Zone 30-Flexible Program peaks (sensible) in December at 9pm, Air Handler 1 (AHU A (Basement, North Offices, Stair)), Group 0, 131.0 x 10.0, Construction Type: 1 (Light)
Lights-Prof=1 3,275 1.000 11,175Equipment-Prof=1 900 1.000 3,071 0People-Prof=1 50.0 1.000 13,750 13,750
Sub-total 27,996 13,750 0Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 27,996 13,750 0
Zone 31-Storage 34 peaks (sensible) in December at 9pm, Air Handler 1 (AHU A (Basement, North Offices, Stair)), Group 0, 25.0 x 10.0, Construction Type: 21 (Medium)
Lights-Prof=1 275 1.000 938
Sub-total 938 0 0Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 938 0 0
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Zone Detailed Loads (At Zone Peak Times) (cont'd)
LoadDescription
UnitQuan
-SC-CFAC
CLTDSHGF
U.Fac-CLF-
Sen.Gain
Lat.Gain
Htg.Mult.
Htg.Loss
Zone 32-Dry Storage 31 peaks (sensible) in December at 9pm, Air Handler 13 (AHU 40 (Hearth Lounge & Atrium)), Group 0, 26.5 x 10.0, Construction Type: 22 (Medium)
Lights-Prof=1 292 1.000 996
Sub-total 996 0 0Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 996 0 0
Zone 33-Food Service/Serving Line 32 peaks (sensible) in December at 9pm, Air Handler 1 (AHU A (Basement, North Offices, Stair)), Group 0, 60.5 x 10.0, Construction Type: 22 (Medium)
Lights-Prof=1 1,331 1.000 4,542Equipment-Prof=1 6,050 1.000 20,643 0People-Prof=1 5.0 1.000 1,250 1,250
Sub-total 26,435 1,250 0Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 26,435 1,250 0
Zone 34-Kitchen 30 peaks (sensible) in December at 9pm, Air Handler 13 (AHU 40 (Hearth Lounge & Atrium)), Group 0, 55.0 x 10.0, Construction Type: 22 (Medium)
Lights-Prof=1 1,210 1.000 4,129Equipment-Prof=1 5,500 1.000 18,767 0People-Prof=1 5.0 1.000 1,250 1,250
Sub-total 24,145 1,250 0Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 24,145 1,250 0
Zone 35-Corridor, Air Handler 1 (AHU A (Basement, North Offices, Stair)), Group 0, 97.0 x 10.0, Construction Type: 21 (Medium)
Sub-total 0 0 0Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 0 0 0
Zone 36-Service Office 8A peaks (sensible) in December at 9pm, Air Handler 1 (AHU A (Basement, North Offices, Stair)), Group 0, 12.0 x 20.0, Construction Type: 21 (Medium)
Lights-Prof=1 360 1.000 1,228People-Prof=1 3.0 1.000 825 825
Sub-total 2,053 825 0Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 2,053 825 0
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Zone Detailed Loads (At Zone Peak Times) (cont'd)
LoadDescription
UnitQuan
-SC-CFAC
CLTDSHGF
U.Fac-CLF-
Sen.Gain
Lat.Gain
Htg.Mult.
Htg.Loss
Zone 37-Service Area Room 8 peaks (sensible) in December at 9pm, Air Handler 1 (AHU A (Basement, North Offices, Stair)), Group 0, 130.5 x 10.0, Construction Type: 21 (Medium)
Lights-Prof=1 1,958 1.000 6,681Equipment-Prof=1 1,080 1.000 3,685 0People-Prof=1 8.0 1.000 1,960 1,240
Sub-total 12,326 1,240 0Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 12,326 1,240 0
Zone 38-Service Area 8B peaks (sensible) in December at 9pm, Air Handler 1 (AHU A (Basement, North Offices, Stair)), Group 0, 40.5 x 10.0, Construction Type: 21 (Medium)
Lights-Prof=1 608 1.000 2,075People-Prof=1 4.0 1.000 1,000 800
Sub-total 3,075 800 0Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 3,075 800 0
Zone 39-Storage 8C, Air Handler 1 (AHU A (Basement, North Offices, Stair)), Group 0, 37.0 x 10.0, Construction Type: 21 (Medium)
Sub-total 0 0 0Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 0 0 0
Zone 40-Men's Room 2, Air Handler 1 (AHU A (Basement, North Offices, Stair)), Group 0, 15.0 x 10.0, Construction Type: 22 (Medium)
Sub-total 0 0 0Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 0 0 0
Zone 41-Women's Room 1, Air Handler 1 (AHU A (Basement, North Offices, Stair)), Group 0, 18.5 x 10.0, Construction Type: 22 (Medium)
Sub-total 0 0 0Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 0 0 0
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Zone Detailed Loads (At Zone Peak Times) (cont'd)
Zone 42-Storage 38, Air Handler 2 (AHU B (Bowling Alley)), Group 0, 20.0 x 10.0, Construction Type: 21 (Medium)
Sub-total 0 0 0Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 0 0 0
Zone 43-Men's Room 40, Air Handler 2 (AHU B (Bowling Alley)), Group 0, 23.0 x 10.0, Construction Type: 22 (Medium)
Sub-total 0 0 0Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 0 0 0
Zone 44-Women's Room 41, Air Handler 2 (AHU B (Bowling Alley)), Group 0, 23.0 x 10.0, Construction Type: 22 (Medium)
Sub-total 0 0 0Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 0 0 0
Zone 45-Former Smoking Lounge 42 peaks (sensible) in December at 9pm, Air Handler 6 (AHU F (Billiards, Lounge)), Group 0, 84.5 x 10.0, Construction Type: 21 (Medium)
Lights-Prof=1 1,268 1.000 4,327Equipment-Prof=1 2,700 1.000 9,213 0People-Prof=1 20.0 1.000 4,900 3,100
Sub-total 18,439 3,100 0Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 18,439 3,100 0
Zone 46-Bowling Alley peaks (sensible) in December at 9pm, Air Handler 2 (AHU B (Bowling Alley)), Group 0, 828.0 x 10.0, Construction Type: 22 (Medium)
Partition-1-1 768 0/50 0.037 0 1.860 1,428Lights-Prof=1 24,840 1.000 84,758Equipment-Prof=1 26,040 1.000 88,852 0People-Prof=1 90.0 1.000 52,200 78,300
Sub-total 225,810 78,300 1,428Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 225,810 78,300 1,428
Zone 47-Office 36 peaks (sensible) in December at 9pm, Air Handler 2 (AHU B (Bowling Alley)), Group 0, 15.5 x 10.0, Construction Type: 21 (Medium)
Partition-1-1 72 0/50 0.037 0 1.860 134Lights-Prof=1 233 1.000 795
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Zone Detailed Loads (At Zone Peak Times) (cont'd)
LoadDescription
UnitQuan
-SC-CFAC
CLTDSHGF
U.Fac-CLF-
Sen.Gain
Lat.Gain
Htg.Mult.
Htg.Loss
Equipment-Prof=1 235 1.000 802 0People-Prof=1 2.0 1.000 490 310
Sub-total 2,087 310 134Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 2,087 310 134
Zone 48-Closet, Air Handler 3 (AHU C (Bookstore, 2nd Floor West)), Group 0, 16.0 x 10.0, Construction Type: 22 (Medium)
Sub-total 0 0 0Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 0 0 0
Zone 49-West Auditorium peaks (sensible) in June at 8pm, Air Handler 4 (AHU D (West Auditorium)), Group 0, 236.0 x 10.0, Construction Type: 7 (Medium)
Roof-1-9-Susp.C-D 2,360 1.00 39.7 0.060 5,622 5.226 12,333Wall-1-N-A-M 840 0.83 10.5 0.088 775 7.665 6,438Wall-2-W-A-M 920 0.83 19.2 0.088 1,555 7.665 7,052Lights-Prof=1 8,260 1.000 28,184People-Prof=1 175.0 1.000 42,875 18,375
Sub-total 79,011 18,375 25,823Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 79,011 18,375 25,823
Zone 50-Unisex Toilet Room 107, Air Handler 3 (AHU C (Bookstore, 2nd Floor West)), Group 0, 16.0 x 10.0, Construction Type: 22 (Medium)
Sub-total 0 0 0Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 0 0 0
Zone 51-Marketplace peaks (sensible) in June at 1pm, Air Handler 3 (AHU C (Bookstore, 2nd Floor West)), Group 0, 336.0 x 10.0, Construction Type: 7 (Medium)
Wall-1-N-A-M 40 0.83 8.8 0.088 31 7.665 307Gls-N-2-90-Tran 32.0 1.000 12 0.250 94 21.775 697 0%S-0-CNS-Solar 32.0 0.590 47 0.950 843Lights-Prof=1 8,400 1.000 28,662People-Prof=1 70.0 1.000 17,500 14,000Cool. Infil.Direct CFM 13 221 238Heat. Infil.Direct CFM 13 90.652 1,178
Sub-total 47,351 14,238 2,182Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 47,351 14,238 2,182
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Zone Detailed Loads (At Zone Peak Times) (cont'd)
LoadDescription
UnitQuan
-SC-CFAC
CLTDSHGF
U.Fac-CLF-
Sen.Gain
Lat.Gain
Htg.Mult.
Htg.Loss
Zone 52-Dining peaks (sensible) in June at 3pm, Air Handler 1 (AHU A (Basement, North Offices, Stair)), Group 0, 449.0 x 10.0, Construction Type: 1 (Light)
Wall-1-N-A-M 208 0.83 8.8 0.088 162 7.665 1,594Wall-2-W-A-M 72 0.83 15.9 0.088 101 7.665 552Wall-3-N-A-M 136 0.83 8.8 0.088 106 7.665 1,042Wall-4-N-A-M 224 0.83 8.8 0.088 174 7.665 1,717Wall-5-N-A-M 312 0.83 8.8 0.088 242 7.665 2,391Wall-6-E-A-M 112 0.83 19.2 0.088 189 7.665 858Gls-N-2-90-Tran 80.0 1.000 14 0.250 274 21.775 1,742 0%S-0-CNS-Solar 80.0 0.590 47 0.880 1,952Gls-N-2-90-Tran 176.0 1.000 14 0.250 603 21.775 3,832 0%S-0-CNS-Solar 176.0 0.590 47 0.880 4,295Gls-N-2-90-Tran 160.0 1.000 14 0.250 548 21.775 3,484 0%S-0-CNS-Solar 160.0 0.590 47 0.880 3,904Gls-N-2-90-Tran 336.0 1.000 14 0.250 1,151 21.775 7,316 0%S-0-CNS-Solar 336.0 0.590 47 0.880 8,199Gls-E-2-90-Tran 176.0 1.000 14 0.250 603 21.775 3,832 0%S-0-CNS-Solar 176.0 0.590 215 0.160 3,572Gls-W-2-90-Tran 144.0 1.000 14 0.250 493 21.775 3,136 0%S-0-CNS-Solar 144.0 0.590 215 0.780 14,248Lights-Prof=1 13,470 1.000 45,962People-Prof=1 100.0 1.000 27,500 27,500Cool. Infil.Direct CFM 371 7,354 5,762Heat. Infil.Direct CFM 371 90.652 33,632
Sub-total 121,632 33,262 65,130Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 121,632 33,262 65,130
Zone 53-Conference Room 123 peaks (sensible) in December at 9pm, Air Handler 1 (AHU A (Basement, North Offices, Stair)), Group 0, 25.2 x 10.0, Construction Type: 21 (Medium)
Lights-Prof=1 380 1.000 1,297Equipment-Prof=1 645 1.000 2,201 0People-Prof=1 10.0 1.000 2,450 1,550
Sub-total 5,947 1,550 0Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 5,947 1,550 0
Zone 54-Men's Room 122 peaks (sensible) in December at 9pm, Air Handler 1 (AHU A (Basement, North Offices, Stair)), Group 0, 23.0 x 10.0, Construction Type: 22 (Medium)
Lights-Prof=1 230 1.000 785
Sub-total 785 0 0Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 785 0 0
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Zone Detailed Loads (At Zone Peak Times) (cont'd)
Zone 55-Women's Room 120 peaks (sensible) in December at 9pm, Air Handler 1 (AHU A (Basement, North Offices, Stair)), Group 0, 42.2 x 10.0, Construction Type: 22 (Medium)
Lights-Prof=1 420 1.000 1,433
Sub-total 1,433 0 0Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 1,433 0 0
Zone 56-Office 118 peaks (sensible) in December at 9pm, Air Handler 1 (AHU A (Basement, North Offices, Stair)), Group 0, 12.0 x 12.0, Construction Type: 21 (Medium)
Lights-Prof=1 216 1.000 737Equipment-Prof=1 370 1.000 1,262 0People-Prof=1 2.0 1.000 490 310
Sub-total 2,490 310 0Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 2,490 310 0
Zone 57-Office peaks (sensible) in December at 9pm, Air Handler 1 (AHU A (Basement, North Offices, Stair)), Group 0, 15.6 x 10.0, Construction Type: 21 (Medium)
Lights-Prof=1 234 1.000 798Equipment-Prof=1 370 1.000 1,262 0People-Prof=1 2.0 1.000 490 310
Sub-total 2,551 310 0Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 2,551 310 0
Zone 58-The Hub peaks (sensible) in December at 9pm, Air Handler 1 (AHU A (Basement, North Offices, Stair)), Group 0, 70.4 x 10.0, Construction Type: 21 (Medium)
Lights-Prof=1 2,112 1.000 7,206Equipment-Prof=1 1,180 1.000 4,026 0People-Prof=1 8.0 1.000 2,000 1,600
Sub-total 13,233 1,600 0Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 13,233 1,600 0
Zone 59-TCF 114 peaks (sensible) in June at 9pm, Air Handler 1 (AHU A (Basement, North Offices, Stair)), Group 0, 57.6 x 10.0, Construction Type: 7 (Medium)
Wall-1-S-A-M 48 0.83 16.3 0.088 69 7.665 368Wall-2-E-A-M 36 0.83 21.7 0.088 69 7.665 276Lights-Prof=1 1,728 1.000 5,896Equipment-Prof=1 660 1.000 2,252 0People-Prof=1 4.0 1.000 1,000 1,000
Sub-total 9,286 1,000 644
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Zone Detailed Loads (At Zone Peak Times) (cont'd)
LoadDescription
UnitQuan
-SC-CFAC
CLTDSHGF
U.Fac-CLF-
Sen.Gain
Lat.Gain
Htg.Mult.
Htg.Loss
Safety factors: +0%---------
+0%---------
+0%---------
Total w/ safety factors: 9,286 1,000 644
Zone 60-Grand Stair peaks (sensible) in October at 1pm, Air Handler 1 (AHU A (Basement, North Offices, Stair)), Group 0, 105.6 x 10.0, Construction Type: 9 (Medium)
Wall-1-S-A-M 353 0.83 10.7 0.056 211 4.878 1,722Wall-2-E-A-M 1,776 0.83 0.3 0.056 29 4.878 8,663Gls-S-1-90-Tran 432.0 1.000 2 0.280 181 25.259 10,912 0%S-0-CNS-Solar 432.0 0.430 239 0.880 39,069Gls-S-1-90-Tran 40.0 1.000 2 0.280 17 25.259 1,010 0%S-0-CNS-Solar 40.0 0.430 239 0.880 3,618Gls-S-1-90-Tran 63.0 1.000 2 0.280 26 25.259 1,591 0%S-0-CNS-Solar 63.0 0.430 239 0.880 5,698Lights-Prof=1 950 1.000 3,242Cool. Infil.Direct CFM 214 1,329 104Heat. Infil.Direct CFM 214 90.652 19,400
Sub-total 53,419 104 43,298Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 53,419 104 43,298
Zone 61-Lobby (Open To Hearth Lounge) peaks (sensible) in October at 1pm, Air Handler 13 (AHU 40 (Hearth Lounge & Atrium)), Group 0, 375.2 x 10.0, Construction Type: 21 (Medium)
Wall-1-S-A-M 350 0.83 10.7 0.056 209 4.878 1,707Gls-S-1-90-Tran 1,081.1 1.000 2 0.280 454 25.259 27,307 1%S-2-CNS-Solar 1,081.1 0.430 239 0.880 97,770SGls-S-1-90-Tran 10.9 1.000 2 0.280 5 25.259 276 1%S-2-CNS-Solar 10.9 0.430 23 0.950 103Lights-Prof=1 1,501 1.000 5,122People-Prof=1 40.0 1.000 10,000 10,000Cool. Infil.Direct CFM 483 3,000 235Heat. Infil.Direct CFM 483 90.652 43,785
Sub-total 116,663 10,235 73,075Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 116,663 10,235 73,075
Zone 62-Dining peaks (sensible) in December at 9pm, Air Handler 13 (AHU 40 (Hearth Lounge & Atrium)), Group 0, 327.2 x 10.0, Construction Type: 21 (Medium)
Lights-Prof=1 9,816 1.000 33,494People-Prof=1 110.0 1.000 30,250 30,250
Sub-total 63,744 30,250 0Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 63,744 30,250 0
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Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.Sebesta Blomberg Student Union - HVAC Pre DesignRoseville, MN 55113 Page 130
Zone Detailed Loads (At Zone Peak Times) (cont'd)
Zone 63-Dining peaks (sensible) in December at 9pm, Air Handler 1 (AHU A (Basement, North Offices, Stair)), Group 0, 403.7 x 10.0, Construction Type: 21 (Medium)
Lights-Prof=1 12,111 1.000 41,324People-Prof=1 140.0 1.000 38,500 38,500
Sub-total 79,824 38,500 0Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 79,824 38,500 0
Zone 64-Dining peaks (sensible) in December at 9pm, Air Handler 13 (AHU 40 (Hearth Lounge & Atrium)), Group 0, 455.5 x 10.0, Construction Type: 21 (Medium)
Lights-Prof=1 13,665 1.000 46,627People-Prof=1 160.0 1.000 44,000 44,000
Sub-total 90,627 44,000 0Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 90,627 44,000 0
Zone 65-Food Service / Grab-n-Go peaks (sensible) in December at 9pm, Air Handler 13 (AHU 40 (Hearth Lounge & Atrium)), Group 0, 21.5 x 10.0, Construction Type: 21 (Medium)
Lights-Prof=1 320 1.000 1,092Equipment-Prof=1 1,250 1.000 4,265 0
Sub-total 5,357 0 0Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 5,357 0 0
Zone 66-Food Service peaks (sensible) in December at 9pm, Air Handler 13 (AHU 40 (Hearth Lounge & Atrium)), Group 0, 385.5 x 10.0, Construction Type: 22 (Medium)
Lights-Prof=1 8,480 1.000 28,935Equipment-Prof=1 19,275 1.000 65,769 0People-Prof=1 100.0 1.000 25,000 25,000
Sub-total 119,704 25,000 0Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 119,704 25,000 0
Zone 67-Food Service peaks (sensible) in December at 9pm, Air Handler 13 (AHU 40 (Hearth Lounge & Atrium)), Group 0, 30.0 x 10.0, Construction Type: 22 (Medium)
Lights-Prof=1 450 1.000 1,535Equipment-Prof=1 1,500 1.000 5,118 0
Sub-total 6,654 0 0Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 6,654 0 0
Z:\ ...\MSU Mankato Student Union VAV - New AHU's.CHV Friday, May 30, 2008, 09:26 AM
Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.Sebesta Blomberg Student Union - HVAC Pre DesignRoseville, MN 55113 Page 131
Zone Detailed Loads (At Zone Peak Times) (cont'd)
Zone 68-Catering peaks (sensible) in December at 9pm, Air Handler 3 (AHU C (Bookstore, 2nd Floor West)), Group 0, 23.0 x 10.0, Construction Type: 22 (Medium)
Lights-Prof=1 506 1.000 1,727Equipment-Prof=1 270 1.000 921 0People-Prof=1 2.0 1.000 500 500
Sub-total 3,148 500 0Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 3,148 500 0
Zone 69-Dining peaks (sensible) in October at 1pm, Air Handler 13 (AHU 40 (Hearth Lounge & Atrium)), Group 0, 153.0 x 10.0, Construction Type: 21 (Medium)
Wall-1-S-A-M 144 0.83 10.7 0.056 86 4.878 702Wall-2-W-A-M 600 0.83 -0.5 0.056 -18 4.878 2,927Wall-3-N-A-M 120 0.83 -6.4 0.056 -43 4.878 585Gls-S-1-90-Tran 216.0 1.000 2 0.280 91 25.259 5,456 0%S-0-CNS-Solar 216.0 0.430 239 0.880 19,535Lights-Prof=1 2,142 1.000 7,309People-Prof=1 100.0 1.000 25,000 20,000Cool. Infil.Direct CFM 22 137 11Heat. Infil.Direct CFM 22 90.652 1,994
Sub-total 52,096 20,011 11,665Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 52,096 20,011 11,665
Zone 70-Service, Air Handler 3 (AHU C (Bookstore, 2nd Floor West)), Group 0, 59.0 x 10.0, Construction Type: 21 (Medium)
Wall-1-S-A-M 384 0.83 -14.3 0.056 0 4.878 1,873
Sub-total 0 0 1,873Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 0 0 1,873
Zone 71-Paper peaks (sensible) in December at 9pm, Air Handler 3 (AHU C (Bookstore, 2nd Floor West)), Group 0, 14.0 x 10.0, Construction Type: 21 (Medium)
Lights-Prof=1 150 1.000 512
Sub-total 512 0 0Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 512 0 0
Zone 72-Corridor peaks (sensible) in December at 9pm, Air Handler 13 (AHU 40 (Hearth Lounge & Atrium)), Group 0, 43.0 x 10.0, Construction Type: 21 (Medium)
Lights-Prof=1 300 1.000 1,024
Sub-total 1,024 0 0
Z:\ ...\MSU Mankato Student Union VAV - New AHU's.CHV Friday, May 30, 2008, 09:26 AM
Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.Sebesta Blomberg Student Union - HVAC Pre DesignRoseville, MN 55113 Page 132
Zone Detailed Loads (At Zone Peak Times) (cont'd)
LoadDescription
UnitQuan
-SC-CFAC
CLTDSHGF
U.Fac-CLF-
Sen.Gain
Lat.Gain
Htg.Mult.
Htg.Loss
Safety factors: +0%---------
+0%---------
+0%---------
Total w/ safety factors: 1,024 0 0
Zone 73-Dry Storage peaks (sensible) in December at 9pm, Air Handler 3 (AHU C (Bookstore, 2nd Floor West)), Group 0, 31.0 x 10.0, Construction Type: 22 (Medium)
Lights-Prof=1 340 1.000 1,160
Sub-total 1,160 0 0Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 1,160 0 0
Zone 74-Kitchen peaks (sensible) in December at 9pm, Air Handler 7 (AHU G (Kitchen MAU)), Group 0, 181.0 x 10.0, Construction Type: 22 (Medium)
Lights-Prof=1 3,980 1.000 13,580Equipment-Prof=1 9,050 1.000 30,880 0People-Prof=1 5.0 1.000 1,375 1,375
Sub-total 45,835 1,375 0Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 45,835 1,375 0
Zone 75-Office 132 peaks (sensible) in December at 9pm, Air Handler 13 (AHU 40 (Hearth Lounge & Atrium)), Group 0, 15.0 x 10.0, Construction Type: 21 (Medium)
Lights-Prof=1 225 1.000 768Equipment-Prof=1 235 1.000 802 0People-Prof=1 1.0 1.000 245 155
Sub-total 1,815 155 0Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 1,815 155 0
Zone 76-Office 133 peaks (sensible) in December at 9pm, Air Handler 13 (AHU 40 (Hearth Lounge & Atrium)), Group 0, 10.0 x 10.0, Construction Type: 21 (Medium)
Lights-Prof=1 150 1.000 512Equipment-Prof=1 135 1.000 461 0People-Prof=1 1.0 1.000 245 155
Sub-total 1,217 155 0Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 1,217 155 0
Zone 77-Soda 130 peaks (sensible) in December at 9pm, Air Handler 3 (AHU C (Bookstore, 2nd Floor West)), Group 0, 23.5 x 10.0, Construction Type: 21 (Medium)
Z:\ ...\MSU Mankato Student Union VAV - New AHU's.CHV Friday, May 30, 2008, 09:26 AM
Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.Sebesta Blomberg Student Union - HVAC Pre DesignRoseville, MN 55113 Page 133
Zone Detailed Loads (At Zone Peak Times) (cont'd)
LoadDescription
UnitQuan
-SC-CFAC
CLTDSHGF
U.Fac-CLF-
Sen.Gain
Lat.Gain
Htg.Mult.
Htg.Loss
Lights-Prof=1 260 1.000 887
Sub-total 887 0 0Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 887 0 0
Zone 78-Dish Washing 131 peaks (sensible) in December at 9pm, Air Handler 3 (AHU C (Bookstore, 2nd Floor West)), Group 0, 54.0 x 10.0, Construction Type: 22 (Medium)
Lights-Prof=1 1,188 1.000 4,054Equipment-Prof=1 2,000 1.000 6,824 0People-Prof=1 3.0 1.000 1,740 2,610
Sub-total 12,618 2,610 0Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 12,618 2,610 0
Zone 79-Corridor, Air Handler 3 (AHU C (Bookstore, 2nd Floor West)), Group 0, 89.0 x 10.0, Construction Type: 21 (Medium)
Sub-total 0 0 0Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 0 0 0
Zone 80-Loading/Storage 134, Air Handler 3 (AHU C (Bookstore, 2nd Floor West)), Group 0, 29.5 x 10.0, Construction Type: 10 (Medium)
Wall-1-S-A-M 312 0.83 -14.3 0.056 0 4.878 1,522Wall-2-E-A-M 108 0.83 -26.3 0.056 0 4.878 527
Sub-total 0 0 2,049Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 0 0 2,049
Zone 81-Bookstore Break Room 143 peaks (sensible) in June at 9pm, Air Handler 3 (AHU C (Bookstore, 2nd Floor West)), Group 0, 13.5 x 10.0, Construction Type: 11 (Medium)
Wall-1-W-A-M 108 0.83 20.0 0.088 190 7.665 828Lights-Prof=1 190 1.000 648Equipment-Prof=1 135 1.000 461 0People-Prof=1 2.0 1.000 490 310
Sub-total 1,789 310 828Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 1,789 310 828
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Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.Sebesta Blomberg Student Union - HVAC Pre DesignRoseville, MN 55113 Page 134
Zone Detailed Loads (At Zone Peak Times) (cont'd)
Zone 82-Bookstore Receiving 141 peaks (sensible) in September at 9pm, Air Handler 3 (AHU C (Bookstore, 2nd Floor West)), Group 0, 115.0 x 10.0, Construction Type: 10 (Medium)
Wall-1-S-A-M 144 0.83 19.8 0.056 160 4.878 702Lights-Prof=1 1,265 1.000 4,316Equipment-Prof=1 405 1.000 1,382 0People-Prof=1 1.0 1.000 250 200
Sub-total 6,108 200 702Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 6,108 200 702
Zone 83-Office/Cash Office 139/140 peaks (sensible) in December at 9pm, Air Handler 3 (AHU C (Bookstore, 2nd Floor West)), Group 0, 29.0 x 10.0, Construction Type: 21 (Medium)
Lights-Prof=1 435 1.000 1,484Equipment-Prof=1 370 1.000 1,262 0People-Prof=1 2.0 1.000 490 310
Sub-total 3,237 310 0Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 3,237 310 0
Zone 84-Book Store peaks (sensible) in June at 8pm, Air Handler 3 (AHU C (Bookstore, 2nd Floor West)), Group 0, 880.0 x 10.0, Construction Type: 7 (Medium)
Roof-1-9-Susp.C-D 3,060 1.00 39.7 0.060 7,289 5.226 15,992Wall-1-S-A-M 780 0.83 16.3 0.088 1,119 7.665 5,979Wall-2-W-A-M 1,032 0.83 19.2 0.088 1,744 7.665 7,910Lights-Prof=1 26,400 1.000 90,081Equipment-Prof=1 1,770 1.000 6,039 0People-Prof=1 150.0 1.000 37,500 30,000
Sub-total 143,772 30,000 29,880Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 143,772 30,000 29,880
Zone 85-Back Room peaks (sensible) in December at 9pm, Air Handler 1 (AHU A (Basement, North Offices, Stair)), Group 0, 27.2 x 10.0, Construction Type: 21 (Medium)
Lights-Prof=1 300 1.000 1,024
Sub-total 1,024 0 0Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 1,024 0 0
Zone 86-East Auditorium peaks (sensible) in June at 8pm, Air Handler 5 (AHU E (East Auditorium)), Group 0, 200.0 x 10.0, Construction Type: 21 (Medium)
Roof-1-9-Susp.C-D 2,000 1.00 39.7 0.044 3,454 3.789 7,578Wall-1-N-A-M 760 0.83 10.5 0.088 702 7.665 5,825Wall-2-E-A-M 1,120 0.83 21.7 0.088 2,138 7.665 8,585Lights-Prof=1 7,000 1.000 23,885
Z:\ ...\MSU Mankato Student Union VAV - New AHU's.CHV Friday, May 30, 2008, 09:26 AM
Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.Sebesta Blomberg Student Union - HVAC Pre DesignRoseville, MN 55113 Page 135
Zone Detailed Loads (At Zone Peak Times) (cont'd)
LoadDescription
UnitQuan
-SC-CFAC
CLTDSHGF
U.Fac-CLF-
Sen.Gain
Lat.Gain
Htg.Mult.
Htg.Loss
People-Prof=1 175.0 1.000 42,875 18,375
Sub-total 73,054 18,375 21,988Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 73,054 18,375 21,988
Zone 87-Corridor 2000N peaks (sensible) in June at 8pm, Air Handler 11 (AHU J (Second Floor North Offices)), Group 0, 112.1 x 10.0, Construction Type: 21 (Medium)
Roof-1-9-Susp.C-D 1,120 1.00 39.7 0.060 2,668 5.226 5,853Lights-Prof=1 1,345 1.000 4,589People-Prof=1 3.0 1.000 750 750
Sub-total 8,007 750 5,853Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 8,007 750 5,853
Zone 88-Office 218D peaks (sensible) in June at 9pm, Air Handler 11 (AHU J (Second Floor North Offices)), Group 0, 8.0 x 9.0, Construction Type: 7 (Medium)
Roof-1-9-Susp.C-D 72 1.00 38.7 0.060 167 5.226 376Wall-1-N-A-M 96 0.83 11.3 0.088 96 7.665 736Wall-2-W-A-M 108 0.83 20.0 0.088 190 7.665 828Wall-3-N-A-M 72 0.83 11.3 0.088 72 7.665 552Lights-Prof=1 108 1.000 369Equipment-Prof=1 270 1.000 921 0People-Prof=1 1.0 1.000 245 155
Sub-total 2,060 155 2,492Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 2,060 155 2,492
Zone 89-Office 218E peaks (sensible) in June at 2pm, Air Handler 11 (AHU J (Second Floor North Offices)), Group 0, 9.0 x 9.0, Construction Type: 7 (Medium)
Roof-1-9-Susp.C-D 81 1.00 30.7 0.060 149 5.226 423Wall-1-N-A-M 88 0.83 8.8 0.088 68 7.665 675Wall-2-N-A-M 81 0.83 8.8 0.088 63 7.665 621Gls-N-2-90-Tran 20.0 1.000 13 0.250 63 21.775 436 0%S-0-CNS-Solar 20.0 0.590 47 0.910 505Lights-Prof=1 122 1.000 416Equipment-Prof=1 135 1.000 461 0People-Prof=1 1.0 1.000 245 155Cool. Infil.Direct CFM 8 152 130Heat. Infil.Direct CFM 8 90.652 725
Sub-total 2,123 285 2,879Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 2,123 285 2,879
Z:\ ...\MSU Mankato Student Union VAV - New AHU's.CHV Friday, May 30, 2008, 09:26 AM
Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.Sebesta Blomberg Student Union - HVAC Pre DesignRoseville, MN 55113 Page 136
Zone Detailed Loads (At Zone Peak Times) (cont'd)
Zone 90-Office 218F peaks (sensible) in June at 2pm, Air Handler 11 (AHU J (Second Floor North Offices)), Group 0, 12.0 x 9.0, Construction Type: 7 (Medium)
Roof-1-9-Susp.C-D 108 1.00 30.7 0.060 199 5.226 564Wall-1-N-A-M 84 0.83 8.8 0.088 65 7.665 644Wall-2-N-A-M 108 0.83 8.8 0.088 84 7.665 828Gls-N-2-90-Tran 60.0 1.000 13 0.250 191 21.775 1,307 0%S-0-CNS-Solar 60.0 0.590 47 0.910 1,514Lights-Prof=1 162 1.000 553Equipment-Prof=1 135 1.000 461 0People-Prof=1 1.0 1.000 245 155Cool. Infil.Direct CFM 24 457 391Heat. Infil.Direct CFM 24 90.652 2,176
Sub-total 3,769 546 5,518Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 3,769 546 5,518
Zone 91-Office 218G peaks (sensible) in June at 2pm, Air Handler 11 (AHU J (Second Floor North Offices)), Group 0, 9.0 x 8.0, Construction Type: 7 (Medium)
Roof-1-9-Susp.C-D 72 1.00 30.7 0.060 133 5.226 376Wall-1-N-A-M 76 0.83 8.8 0.088 59 7.665 583Wall-2-N-A-M 72 0.83 8.8 0.088 56 7.665 552Gls-N-2-90-Tran 20.0 1.000 13 0.250 63 21.775 436 0%S-0-CNS-Solar 20.0 0.590 47 0.910 505Lights-Prof=1 108 1.000 369Equipment-Prof=1 135 1.000 461 0People-Prof=1 1.0 1.000 245 155Cool. Infil.Direct CFM 8 152 130Heat. Infil.Direct CFM 8 90.652 725
Sub-total 2,042 285 2,671Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 2,042 285 2,671
Zone 92-Women's Center 218 peaks (sensible) in June at 8pm, Air Handler 11 (AHU J (Second Floor North Offices)), Group 0, 70.2 x 10.0, Construction Type: 7 (Medium)
Roof-1-9-Susp.C-D 702 1.00 39.7 0.060 1,672 5.226 3,669Wall-1-W-A-M 60 0.83 19.2 0.088 101 7.665 460Wall-2-N-A-M 111 0.83 10.5 0.088 102 7.665 851Lights-Prof=1 1,050 1.000 3,583Equipment-Prof=1 640 1.000 2,184 0People-Prof=1 4.0 1.000 980 620
Sub-total 8,623 620 4,979Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 8,623 620 4,979
Zone 93-Office 226 peaks (sensible) in June at 2pm, Air Handler 11 (AHU J (Second Floor North Offices)), Group 0, 12.6 x 10.0, Construction Type: 7 (Medium)
Roof-1-9-Susp.C-D 126 1.00 30.7 0.060 232 5.226 658Wall-1-N-A-M 108 0.83 8.8 0.088 84 7.665 828
Z:\ ...\MSU Mankato Student Union VAV - New AHU's.CHV Friday, May 30, 2008, 09:26 AM
Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.Sebesta Blomberg Student Union - HVAC Pre DesignRoseville, MN 55113 Page 137
Zone Detailed Loads (At Zone Peak Times) (cont'd)
LoadDescription
UnitQuan
-SC-CFAC
CLTDSHGF
U.Fac-CLF-
Sen.Gain
Lat.Gain
Htg.Mult.
Htg.Loss
Wall-2-N-A-M 126 0.83 8.8 0.088 98 7.665 966Gls-N-2-90-Tran 60.0 1.000 13 0.250 191 21.775 1,307 0%S-0-CNS-Solar 60.0 0.590 47 0.910 1,514Lights-Prof=1 190 1.000 648Equipment-Prof=1 135 1.000 461 0People-Prof=1 1.0 1.000 245 155Cool. Infil.Direct CFM 24 457 391Heat. Infil.Direct CFM 24 90.652 2,176
Sub-total 3,930 546 5,934Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 3,930 546 5,934
Zone 94-Room 219 peaks (sensible) in June at 5pm, Air Handler 11 (AHU J (Second Floor North Offices)), Group 0, 122.4 x 10.0, Construction Type: 7 (Medium)
Roof-1-9-Susp.C-D 1,224 1.00 37.7 0.060 2,769 5.226 6,397Wall-1-N-A-M 332 0.83 9.7 0.088 282 7.665 2,545Wall-2-N-A-M 480 0.83 9.7 0.088 408 7.665 3,679Gls-N-2-90-Tran 100.0 1.000 13 0.250 317 21.775 2,178 0%S-0-CNS-Solar 100.0 0.590 47 0.790 2,191Lights-Prof=1 1,840 1.000 6,278Equipment-Prof=1 930 1.000 3,173 0People-Prof=1 9.0 1.000 2,205 1,395Cool. Infil.Direct CFM 40 691 723Heat. Infil.Direct CFM 40 90.652 3,626
Sub-total 18,315 2,118 18,424Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 18,315 2,118 18,424
Zone 95-Office 224 and 225 peaks (sensible) in June at 2pm, Air Handler 11 (AHU J (Second Floor North Offices)), Group 0, 21.6 x 10.0, Construction Type: 7 (Medium)
Roof-1-9-Susp.C-D 216 1.00 30.7 0.060 398 5.226 1,129Wall-1-N-A-M 228 0.83 8.8 0.088 177 7.665 1,748Wall-2-N-A-M 216 0.83 8.8 0.088 168 7.665 1,656Gls-N-2-90-Tran 60.0 1.000 13 0.250 191 21.775 1,307 0%S-0-CNS-Solar 60.0 0.590 47 0.910 1,514Lights-Prof=1 325 1.000 1,109Equipment-Prof=1 270 1.000 921 0People-Prof=1 2.0 1.000 490 310Cool. Infil.Direct CFM 24 457 391Heat. Infil.Direct CFM 24 90.652 2,176
Sub-total 5,425 701 8,014Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 5,425 701 8,014
Zone 96-Office 220 peaks (sensible) in June at 3pm, Air Handler 11 (AHU J (Second Floor North Offices)), Group 0, 84.0 x 10.0, Construction Type: 7 (Medium)
Z:\ ...\MSU Mankato Student Union VAV - New AHU's.CHV Friday, May 30, 2008, 09:26 AM
Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.Sebesta Blomberg Student Union - HVAC Pre DesignRoseville, MN 55113 Page 138
Zone Detailed Loads (At Zone Peak Times) (cont'd)
LoadDescription
UnitQuan
-SC-CFAC
CLTDSHGF
U.Fac-CLF-
Sen.Gain
Lat.Gain
Htg.Mult.
Htg.Loss
Roof-1-9-Susp.C-D 840 1.00 33.7 0.060 1,698 5.226 4,390Wall-1-N-A-M 172 0.83 8.8 0.088 134 7.665 1,318Wall-2-N-A-M 324 0.83 8.8 0.088 252 7.665 2,483Gls-N-2-90-Tran 80.0 1.000 14 0.250 274 21.775 1,742 0%S-0-CNS-Solar 80.0 0.590 47 0.860 1,908Lights-Prof=1 1,260 1.000 4,299Equipment-Prof=1 640 1.000 2,184 0People-Prof=1 4.0 1.000 980 620Cool. Infil.Direct CFM 32 634 497Heat. Infil.Direct CFM 32 90.652 2,901
Sub-total 12,363 1,117 12,834Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 12,363 1,117 12,834
Zone 97-Office/Conference 227 peaks (sensible) in June at 8pm, Air Handler 11 (AHU J (Second Floor North Offices)), Group 0, 13.2 x 10.0, Construction Type: 21 (Medium)
Roof-1-9-Susp.C-D 132 1.00 39.7 0.060 314 5.226 690Lights-Prof=1 200 1.000 682Equipment-Prof=1 235 1.000 802 0People-Prof=1 4.0 1.000 980 620
Sub-total 2,779 620 690Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 2,779 620 690
Zone 98-Office 223 peaks (sensible) in June at 9pm, Air Handler 11 (AHU J (Second Floor North Offices)), Group 0, 12.6 x 10.0, Construction Type: 7 (Medium)
Roof-1-9-Susp.C-D 126 1.00 38.7 0.060 293 5.226 658Wall-1-N-A-M 168 0.83 11.3 0.088 167 7.665 1,288Wall-2-E-A-M 108 0.83 21.7 0.088 206 7.665 828Wall-3-N-A-M 126 0.83 11.3 0.088 126 7.665 966Lights-Prof=1 190 1.000 648Equipment-Prof=1 1,120 1.000 3,822 0People-Prof=1 1.0 1.000 245 155
Sub-total 5,507 155 3,740Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 5,507 155 3,740
Zone 99-Office 222 peaks (sensible) in June at 8am, Air Handler 11 (AHU J (Second Floor North Offices)), Group 0, 14.0 x 15.0, Construction Type: 7 (Medium)
Roof-1-9-Susp.C-D 210 1.00 21.7 0.060 273 5.226 1,097Wall-1-E-A-M 120 0.83 16.7 0.088 177 7.665 920Wall-2-N-A-M 42 0.83 10.5 0.088 39 7.665 322Gls-E-2-90-Tran 60.0 1.000 0 0.250 -5 21.775 1,307 0%S-0-CNS-Solar 60.0 0.590 215 0.860 6,545Lights-Prof=1 315 1.000 1,075Equipment-Prof=1 370 1.000 1,262 0
Z:\ ...\MSU Mankato Student Union VAV - New AHU's.CHV Friday, May 30, 2008, 09:26 AM
Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.Sebesta Blomberg Student Union - HVAC Pre DesignRoseville, MN 55113 Page 139
Zone Detailed Loads (At Zone Peak Times) (cont'd)
LoadDescription
UnitQuan
-SC-CFAC
CLTDSHGF
U.Fac-CLF-
Sen.Gain
Lat.Gain
Htg.Mult.
Htg.Loss
People-Prof=1 2.0 1.000 490 310Cool. Infil.Direct CFM 24 -37 508Heat. Infil.Direct CFM 24 90.652 2,176
Sub-total 9,820 818 5,821Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 9,820 818 5,821
Zone 100-Office 221 peaks (sensible) in June at 8am, Air Handler 11 (AHU J (Second Floor North Offices)), Group 0, 27.3 x 10.0, Construction Type: 7 (Medium)
Roof-1-9-Susp.C-D 273 1.00 21.7 0.060 355 5.226 1,427Wall-1-E-A-M 140 0.83 16.7 0.088 206 7.665 1,073Gls-E-2-90-Tran 40.0 1.000 0 0.250 -3 21.775 871 0%S-0-CNS-Solar 40.0 0.590 215 0.860 4,364Lights-Prof=1 410 1.000 1,399Equipment-Prof=1 270 1.000 921 0People-Prof=1 2.0 1.000 490 310Cool. Infil.Direct CFM 16 -25 339Heat. Infil.Direct CFM 16 90.652 1,450
Sub-total 7,708 649 4,821Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 7,708 649 4,821
Zone 101-North Ballroom Lobby peaks (sensible) in June at 8pm, Air Handler 11 (AHU J (Second Floor North Offices)), Group 0, 213.5 x 10.0, Construction Type: 21 (Medium)
Roof-1-9-Susp.C-D 2,140 1.00 39.7 0.060 5,097 5.226 11,184Wall-1-E-A-M 156 0.83 21.7 0.088 298 7.665 1,196Lights-Prof=1 4,270 1.000 14,570People-Prof=1 80.0 1.000 20,000 20,000
Sub-total 39,965 20,000 12,379Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 39,965 20,000 12,379
Zone 102-Toilet Room 230 peaks (sensible) in June at 8pm, Air Handler 1 (AHU A (Basement, North Offices, Stair)), Group 0, 45.4 x 10.0, Construction Type: 10 (Medium)
Roof-1-9-Susp.C-D 454 1.00 39.7 0.060 1,081 5.226 2,373Wall-1-S-A-M 168 0.83 16.3 0.088 241 7.665 1,288Lights-Prof=1 454 1.000 1,549
Sub-total 2,872 0 3,660Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 2,872 0 3,660
Zone 103-Toilet Room 231 peaks (sensible) in June at 8pm, Air Handler 1 (AHU A (Basement, North Offices, Stair)), Group 0, 30.0 x 10.0, Construction Type: 22 (Medium)
Z:\ ...\MSU Mankato Student Union VAV - New AHU's.CHV Friday, May 30, 2008, 09:26 AM
Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.Sebesta Blomberg Student Union - HVAC Pre DesignRoseville, MN 55113 Page 140
Zone Detailed Loads (At Zone Peak Times) (cont'd)
LoadDescription
UnitQuan
-SC-CFAC
CLTDSHGF
U.Fac-CLF-
Sen.Gain
Lat.Gain
Htg.Mult.
Htg.Loss
Roof-1-9-Susp.C-D 300 1.00 39.7 0.060 715 5.226 1,568Lights-Prof=1 300 1.000 1,024
Sub-total 1,738 0 1,568Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 1,738 0 1,568
Zone 104-Conference Room 201 peaks (sensible) in June at 8pm, Air Handler 10 (AHU 1-5 (Second Floor South Conf)), Group 0, 72.8 x 10.0, Construction Type: 21 (Medium)
Roof-1-9-Susp.C-D 728 1.00 39.7 0.060 1,734 5.226 3,805Lights-Prof=1 1,090 1.000 3,719Equipment-Prof=1 645 1.000 2,201 0People-Prof=1 60.0 1.000 15,000 12,000
Sub-total 22,654 12,000 3,805Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 22,654 12,000 3,805
Zone 105-Conference Room 202 peaks (sensible) in June at 8pm, Air Handler 10 (AHU 1-5 (Second Floor South Conf)), Group 0, 67.2 x 10.0, Construction Type: 21 (Medium)
Roof-1-9-Susp.C-D 672 1.00 39.7 0.060 1,601 5.226 3,512Lights-Prof=1 1,000 1.000 3,412Equipment-Prof=1 645 1.000 2,201 0People-Prof=1 45.0 1.000 11,250 9,000
Sub-total 18,464 9,000 3,512Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 18,464 9,000 3,512
Zone 106-Conference Room 203 peaks (sensible) in June at 8pm, Air Handler 10 (AHU 1-5 (Second Floor South Conf)), Group 0, 67.2 x 10.0, Construction Type: 21 (Medium)
Roof-1-9-Susp.C-D 672 1.00 39.7 0.060 1,601 5.226 3,512Lights-Prof=1 1,000 1.000 3,412Equipment-Prof=1 645 1.000 2,201 0People-Prof=1 45.0 1.000 11,250 9,000
Sub-total 18,464 9,000 3,512Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 18,464 9,000 3,512
Zone 107-Conference Room 204 peaks (sensible) in October at 1pm, Air Handler 10 (AHU 1-5 (Second Floor South Conf)), Group 0, 75.6 x 10.0, Construction Type: 7 (Medium)
Roof-1-9-Susp.C-D 756 1.00 0.5 0.060 23 5.226 3,951Wall-1-S-A-M 88 0.83 10.7 0.088 83 7.665 675Gls-S-2-90-Tran 80.0 1.000 2 0.250 30 21.775 1,742 0%S-0-CNS-Solar 80.0 0.590 239 0.880 9,927
Z:\ ...\MSU Mankato Student Union VAV - New AHU's.CHV Friday, May 30, 2008, 09:26 AM
Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.Sebesta Blomberg Student Union - HVAC Pre DesignRoseville, MN 55113 Page 141
Zone Detailed Loads (At Zone Peak Times) (cont'd)
LoadDescription
UnitQuan
-SC-CFAC
CLTDSHGF
U.Fac-CLF-
Sen.Gain
Lat.Gain
Htg.Mult.
Htg.Loss
Lights-Prof=1 1,134 1.000 3,869Equipment-Prof=1 645 1.000 2,201 0People-Prof=1 45.0 1.000 11,250 9,000Cool. Infil.Direct CFM 8 50 4Heat. Infil.Direct CFM 8 90.652 725
Sub-total 27,432 9,004 7,093Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 27,432 9,004 7,093
Zone 108-Storage 205 peaks (sensible) in June at 9pm, Air Handler 10 (AHU 1-5 (Second Floor South Conf)), Group 0, 27.0 x 10.0, Construction Type: 7 (Medium)
Roof-1-9-Susp.C-D 270 1.00 38.7 0.060 627 5.226 1,411Wall-1-S-A-M 120 0.83 16.3 0.088 172 7.665 920Wall-2-W-A-M 288 0.83 20.0 0.088 508 7.665 2,207Lights-Prof=1 81 1.000 276
Sub-total 1,583 0 4,538Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 1,583 0 4,538
Zone 109-Corridor 2000S peaks (sensible) in June at 8pm, Air Handler 10 (AHU 1-5 (Second Floor South Conf)), Group 0, 151.0 x 10.0, Construction Type: 7 (Medium)
Roof-1-9-Susp.C-D 1,510 1.00 39.7 0.060 3,597 5.226 7,891Lights-Prof=1 1,812 1.000 6,183
Sub-total 9,780 0 7,891Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 9,780 0 7,891
Zone 110-Ballroom 200S peaks (sensible) in June at 8pm, Air Handler 8 (AHU H (South Ballroom)), Group 0, 371.4 x 10.0, Construction Type: 21 (Medium)
Roof-1-9-Susp.C-D 3,714 1.00 39.7 0.060 8,847 5.226 19,409Wall-1-S-A-M 1,176 0.83 16.3 0.088 1,687 7.665 9,014Wall-2-E-A-M 432 0.83 21.7 0.088 825 7.665 3,311Lights-Prof=1 5,940 1.000 20,268People-Prof=1 467.0 1.000 142,435 254,515
Sub-total 174,062 254,515 31,734Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 174,062 254,515 31,734
Zone 111-Ballroom 200C peaks (sensible) in June at 8pm, Air Handler 9 (AHU I (Central Ballroom)), Group 0, 451.2 x 10.0, Construction Type: 21 (Medium)
Roof-1-9-Susp.C-D 4,512 1.00 39.7 0.060 10,748 5.226 23,580Wall-1-E-A-M 576 0.83 21.7 0.088 1,100 7.665 4,415
Z:\ ...\MSU Mankato Student Union VAV - New AHU's.CHV Friday, May 30, 2008, 09:26 AM
Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.Sebesta Blomberg Student Union - HVAC Pre DesignRoseville, MN 55113 Page 142
Zone Detailed Loads (At Zone Peak Times) (cont'd)
LoadDescription
UnitQuan
-SC-CFAC
CLTDSHGF
U.Fac-CLF-
Sen.Gain
Lat.Gain
Htg.Mult.
Htg.Loss
Lights-Prof=1 7,220 1.000 24,636People-Prof=1 566.0 1.000 172,630 308,470
Sub-total 209,113 308,470 27,995Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 209,113 308,470 27,995
Zone 112-Ballroom 200N peaks (sensible) in June at 8pm, Air Handler 12 (AHU K (North Ballroom)), Group 0, 371.4 x 10.0, Construction Type: 21 (Medium)
Roof-1-9-Susp.C-D 3,714 1.00 39.7 0.060 8,847 5.226 19,409Wall-1-N-A-M 1,176 0.83 10.5 0.088 1,086 7.665 9,014Wall-2-E-A-M 432 0.83 21.7 0.088 825 7.665 3,311Lights-Prof=1 5,940 1.000 20,268People-Prof=1 467.0 1.000 142,435 254,515
Sub-total 173,460 254,515 31,734Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 173,460 254,515 31,734
Zone 113-Men's Room 216, Air Handler 11 (AHU J (Second Floor North Offices)), Group 0, 22.4 x 10.0, Construction Type: 21 (Medium)
Roof-1-9-Susp.C-D 224 1.00 -27.5 0.060 0 5.226 1,171
Sub-total 0 0 1,171Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 0 0 1,171
Zone 114-Women's Room, Air Handler 11 (AHU J (Second Floor North Offices)), Group 0, 46.8 x 10.0, Construction Type: 21 (Medium)
Roof-1-9-Susp.C-D 468 1.00 -27.5 0.060 0 5.226 2,446
Sub-total 0 0 2,446Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 0 0 2,446
Zone 115-Storage 214 peaks (sensible) in June at 8pm, Air Handler 9 (AHU I (Central Ballroom)), Group 0, 12.6 x 10.0, Construction Type: 21 (Medium)
Roof-1-9-Susp.C-D 126 1.00 39.7 0.060 300 5.226 658Lights-Prof=1 38 1.000 130
Sub-total 430 0 658Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 430 0 658
Z:\ ...\MSU Mankato Student Union VAV - New AHU's.CHV Friday, May 30, 2008, 09:26 AM
Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.Sebesta Blomberg Student Union - HVAC Pre DesignRoseville, MN 55113 Page 143
Zone Detailed Loads (At Zone Peak Times) (cont'd)
Zone 116-Storage 210 peaks (sensible) in June at 8pm, Air Handler 9 (AHU I (Central Ballroom)), Group 0, 32.4 x 10.0, Construction Type: 21 (Medium)
Roof-1-9-Susp.C-D 324 1.00 39.7 0.060 772 5.226 1,693Lights-Prof=1 97 1.000 331
Sub-total 1,103 0 1,693Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 1,103 0 1,693
Zone 117-Storage 209B peaks (sensible) in June at 8pm, Air Handler 9 (AHU I (Central Ballroom)), Group 0, 27.2 x 10.0, Construction Type: 21 (Medium)
Roof-1-9-Susp.C-D 272 1.00 39.7 0.060 648 5.226 1,421Lights-Prof=1 82 1.000 280
Sub-total 928 0 1,421Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 928 0 1,421
Zone 118-Beverage Dispenser Room 209A peaks (sensible) in June at 8pm, Air Handler 9 (AHU I (Central Ballroom)), Group 0, 46.8 x 10.0, Construction Type: 21 (Medium)
Roof-1-9-Susp.C-D 470 1.00 39.7 0.060 1,120 5.226 2,456Lights-Prof=1 468 1.000 1,597
Sub-total 2,716 0 2,456Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 2,716 0 2,456
Zone 119-Ballroom Servery peaks (sensible) in June at 8pm, Air Handler 12 (AHU K (North Ballroom)), Group 0, 153.4 x 10.0, Construction Type: 21 (Medium)
Roof-1-9-Susp.C-D 1,534 1.00 39.7 0.060 3,654 5.226 8,017Lights-Prof=1 2,300 1.000 7,848People-Prof=1 5.0 1.000 1,375 1,375
Sub-total 12,877 1,375 8,017Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 12,877 1,375 8,017
Zone 120-Shop 237 peaks (sensible) in June at 8pm, Air Handler 12 (AHU K (North Ballroom)), Group 0, 24.6 x 10.0, Construction Type: 22 (Medium)
Roof-1-9-Susp.C-D 492 1.00 39.7 0.044 850 3.789 1,864Lights-Prof=1 540 1.000 1,843People-Prof=1 1.0 1.000 275 475
Sub-total 2,967 475 1,864Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 2,967 475 1,864
Z:\ ...\MSU Mankato Student Union VAV - New AHU's.CHV Friday, May 30, 2008, 09:26 AM
Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.Sebesta Blomberg Student Union - HVAC Pre DesignRoseville, MN 55113 Page 144
Zone Detailed Loads (At Zone Peak Times) (cont'd)
LoadDescription
UnitQuan
-SC-CFAC
CLTDSHGF
U.Fac-CLF-
Sen.Gain
Lat.Gain
Htg.Mult.
Htg.Loss
Zone 121-Conference Room 256 peaks (sensible) in June at 8pm, Air Handler 3 (AHU C (Bookstore, 2nd Floor West)), Group 0, 72.0 x 10.0, Construction Type: 21 (Medium)
Roof-1-9-Susp.C-D 720 1.00 39.7 0.044 1,243 3.789 2,728Lights-Prof=1 1,080 1.000 3,685Equipment-Prof=1 645 1.000 2,201 0People-Prof=1 20.0 1.000 5,000 4,000
Sub-total 12,129 4,000 2,728Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 12,129 4,000 2,728
Zone 122-Conference Room 253/254/255 peaks (sensible) in June at 8pm, Air Handler 3 (AHU C (Bookstore, 2nd Floor West)), Group 0, 335.4 x 10.0, Construction Type: 1 (Light)
Roof-1-9-Susp.C-D 3,350 1.00 39.7 0.044 5,785 3.789 12,693Lights-Prof=1 5,031 1.000 17,166Equipment-Prof=1 645 1.000 2,201 0People-Prof=1 250.0 1.000 62,500 50,000
Sub-total 87,653 50,000 12,693Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 87,653 50,000 12,693
Zone 123-Conference Room 238 peaks (sensible) in June at 8pm, Air Handler 3 (AHU C (Bookstore, 2nd Floor West)), Group 0, 158.4 x 10.0, Construction Type: 21 (Medium)
Roof-1-9-Susp.C-D 1,584 1.00 39.7 0.044 2,735 3.789 6,002Lights-Prof=1 2,376 1.000 8,107Equipment-Prof=1 645 1.000 2,201 0People-Prof=1 80.0 1.000 20,000 16,000
Sub-total 33,044 16,000 6,002Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 33,044 16,000 6,002
Zone 124-Women's Room 239, Air Handler 3 (AHU C (Bookstore, 2nd Floor West)), Group 0, 16.0 x 10.0, Construction Type: 10 (Medium)
Roof-1-9-Susp.C-D 160 1.00 -27.5 0.044 0 3.789 606Wall-1-S-A-M 192 0.83 -14.3 0.088 0 7.665 1,472
Sub-total 0 0 2,078Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 0 0 2,078
Zone 125-Men's Room 240, Air Handler 3 (AHU C (Bookstore, 2nd Floor West)), Group 0, 22.0 x 10.0, Construction Type: 10 (Medium)
Z:\ ...\MSU Mankato Student Union VAV - New AHU's.CHV Friday, May 30, 2008, 09:26 AM
Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.Sebesta Blomberg Student Union - HVAC Pre DesignRoseville, MN 55113 Page 145
Zone Detailed Loads (At Zone Peak Times) (cont'd)
LoadDescription
UnitQuan
-SC-CFAC
CLTDSHGF
U.Fac-CLF-
Sen.Gain
Lat.Gain
Htg.Mult.
Htg.Loss
Roof-1-9-Susp.C-D 220 1.00 -27.5 0.044 0 3.789 834Wall-1-S-A-M 264 0.83 -14.3 0.088 0 7.665 2,024
Sub-total 0 0 2,857Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 0 0 2,857
Zone 126-Cultural Diversity 243A peaks (sensible) in June at 8pm, Air Handler 3 (AHU C (Bookstore, 2nd Floor West)), Group 0, 56.8 x 10.0, Construction Type: 21 (Medium)
Roof-1-9-Susp.C-D 568 1.00 39.7 0.044 981 3.789 2,152Lights-Prof=1 850 1.000 2,900Equipment-Prof=1 235 1.000 802 0People-Prof=1 2.0 1.000 490 310
Sub-total 5,173 310 2,152Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 5,173 310 2,152
Zone 127-Cultural Diversity 243E peaks (sensible) in October at 1pm, Air Handler 3 (AHU C (Bookstore, 2nd Floor West)), Group 0, 10.8 x 10.0, Construction Type: 7 (Medium)
Roof-1-9-Susp.C-D 108 1.00 0.5 0.044 2 3.789 409Wall-1-S-A-M 48 0.83 10.7 0.088 45 7.665 368Gls-S-2-90-Tran 60.0 1.000 2 0.250 23 21.775 1,307 0%S-0-CNS-Solar 60.0 0.590 239 0.880 7,445Lights-Prof=1 162 1.000 553Equipment-Prof=1 135 1.000 461 0People-Prof=1 1.0 1.000 245 155Cool. Infil.Direct CFM 24 149 12Heat. Infil.Direct CFM 24 90.652 2,176
Sub-total 8,923 167 4,259Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 8,923 167 4,259
Zone 128-Cultural Diversity 243D peaks (sensible) in October at 1pm, Air Handler 3 (AHU C (Bookstore, 2nd Floor West)), Group 0, 10.8 x 10.0, Construction Type: 7 (Medium)
Roof-1-9-Susp.C-D 108 1.00 0.5 0.044 2 3.789 409Wall-1-S-A-M 48 0.83 10.7 0.088 45 7.665 368Gls-S-2-90-Tran 60.0 1.000 2 0.250 23 21.775 1,307 0%S-0-CNS-Solar 60.0 0.590 239 0.880 7,445Lights-Prof=1 162 1.000 553Equipment-Prof=1 135 1.000 461 0People-Prof=1 1.0 1.000 245 155Cool. Infil.Direct CFM 24 149 12Heat. Infil.Direct CFM 24 90.652 2,176
Sub-total 8,923 167 4,259Safety factors: +0%
---------+0%
---------+0%
---------
Z:\ ...\MSU Mankato Student Union VAV - New AHU's.CHV Friday, May 30, 2008, 09:26 AM
Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.Sebesta Blomberg Student Union - HVAC Pre DesignRoseville, MN 55113 Page 146
Zone Detailed Loads (At Zone Peak Times) (cont'd)
LoadDescription
UnitQuan
-SC-CFAC
CLTDSHGF
U.Fac-CLF-
Sen.Gain
Lat.Gain
Htg.Mult.
Htg.Loss
Total w/ safety factors: 8,923 167 4,259
Zone 129-Cultural Diversity 243C peaks (sensible) in October at 1pm, Air Handler 3 (AHU C (Bookstore, 2nd Floor West)), Group 0, 9.0 x 15.0, Construction Type: 7 (Medium)
Roof-1-9-Susp.C-D 135 1.00 0.5 0.044 3 3.789 511Wall-1-S-A-M 100 0.83 10.7 0.088 94 7.665 766Wall-2-W-A-M 88 0.83 -0.5 0.088 -4 7.665 675Gls-S-2-90-Tran 80.0 1.000 2 0.250 30 21.775 1,742 0%S-0-CNS-Solar 80.0 0.590 239 0.880 9,927Gls-W-2-90-Tran 20.0 1.000 2 0.250 8 21.775 436 0%S-0-CNS-Solar 20.0 0.590 171 0.300 605Lights-Prof=1 203 1.000 693Equipment-Prof=1 135 1.000 461 0People-Prof=1 1.0 1.000 245 155Cool. Infil.Direct CFM 40 248 19Heat. Infil.Direct CFM 40 90.652 3,626
Sub-total 12,309 174 7,756Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 12,309 174 7,756
Zone 130-Cultural Diversity 243G peaks (sensible) in June at 5pm, Air Handler 3 (AHU C (Bookstore, 2nd Floor West)), Group 0, 9.0 x 10.0, Construction Type: 7 (Medium)
Roof-1-9-Susp.C-D 90 1.00 37.7 0.044 148 3.789 341Wall-1-W-A-M 68 0.83 15.9 0.088 95 7.665 521Gls-W-2-90-Tran 40.0 1.000 13 0.250 127 21.775 871 0%S-0-CNS-Solar 40.0 0.590 215 0.880 4,465Lights-Prof=1 135 1.000 461Equipment-Prof=1 135 1.000 461 0People-Prof=1 1.0 1.000 245 155Cool. Infil.Direct CFM 16 276 289Heat. Infil.Direct CFM 16 90.652 1,450
Sub-total 6,278 444 3,184Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 6,278 444 3,184
Zone 131-Cultural Diversity 243B peaks (sensible) in June at 5pm, Air Handler 3 (AHU C (Bookstore, 2nd Floor West)), Group 0, 11.7 x 10.0, Construction Type: 7 (Medium)
Roof-1-9-Susp.C-D 117 1.00 37.7 0.044 192 3.789 443Wall-1-W-A-M 68 0.83 15.9 0.088 95 7.665 521Gls-W-2-90-Tran 40.0 1.000 13 0.250 127 21.775 871 0%S-0-CNS-Solar 40.0 0.590 215 0.880 4,465Lights-Prof=1 176 1.000 601Equipment-Prof=1 135 1.000 461 0People-Prof=1 1.0 1.000 245 155Cool. Infil.Direct CFM 16 276 289Heat. Infil.Direct CFM 16 90.652 1,450
Sub-total 6,462 444 3,286
Z:\ ...\MSU Mankato Student Union VAV - New AHU's.CHV Friday, May 30, 2008, 09:26 AM
Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.Sebesta Blomberg Student Union - HVAC Pre DesignRoseville, MN 55113 Page 147
Zone Detailed Loads (At Zone Peak Times) (cont'd)
LoadDescription
UnitQuan
-SC-CFAC
CLTDSHGF
U.Fac-CLF-
Sen.Gain
Lat.Gain
Htg.Mult.
Htg.Loss
Safety factors: +0%---------
+0%---------
+0%---------
Total w/ safety factors: 6,462 444 3,286
Zone 132-Counseling E peaks (sensible) in June at 8pm, Air Handler 3 (AHU C (Bookstore, 2nd Floor West)), Group 0, 13.0 x 10.0, Construction Type: 21 (Medium)
Roof-1-9-Susp.C-D 130 1.00 39.7 0.044 225 3.789 493Lights-Prof=1 195 1.000 665Equipment-Prof=1 135 1.000 461 0People-Prof=1 2.0 1.000 490 310
Sub-total 1,841 310 493Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 1,841 310 493
Zone 133-Counseling F peaks (sensible) in June at 8pm, Air Handler 3 (AHU C (Bookstore, 2nd Floor West)), Group 0, 16.8 x 10.0, Construction Type: 21 (Medium)
Roof-1-9-Susp.C-D 168 1.00 39.7 0.044 290 3.789 637Lights-Prof=1 252 1.000 860Equipment-Prof=1 135 1.000 461 0People-Prof=1 2.0 1.000 490 310
Sub-total 2,101 310 637Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 2,101 310 637
Zone 134-Counseling G peaks (sensible) in June at 8pm, Air Handler 3 (AHU C (Bookstore, 2nd Floor West)), Group 0, 12.0 x 10.0, Construction Type: 21 (Medium)
Roof-1-9-Susp.C-D 120 1.00 39.7 0.044 207 3.789 455Lights-Prof=1 180 1.000 614Equipment-Prof=1 135 1.000 461 0People-Prof=1 2.0 1.000 490 310
Sub-total 1,772 310 455Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 1,772 310 455
Zone 135-Counseling 245 peaks (sensible) in June at 8pm, Air Handler 3 (AHU C (Bookstore, 2nd Floor West)), Group 0, 39.6 x 10.0, Construction Type: 21 (Medium)
Roof-1-9-Susp.C-D 396 1.00 39.7 0.044 684 3.789 1,500Lights-Prof=1 594 1.000 2,027Equipment-Prof=1 235 1.000 802 0People-Prof=1 2.0 1.000 490 310
Sub-total 4,003 310 1,500Safety factors: +0%
---------+0%
---------+0%
---------
Z:\ ...\MSU Mankato Student Union VAV - New AHU's.CHV Friday, May 30, 2008, 09:26 AM
Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.Sebesta Blomberg Student Union - HVAC Pre DesignRoseville, MN 55113 Page 148
Zone Detailed Loads (At Zone Peak Times) (cont'd)
LoadDescription
UnitQuan
-SC-CFAC
CLTDSHGF
U.Fac-CLF-
Sen.Gain
Lat.Gain
Htg.Mult.
Htg.Loss
Total w/ safety factors: 4,003 310 1,500
Zone 136-Counseling I/H peaks (sensible) in June at 8pm, Air Handler 3 (AHU C (Bookstore, 2nd Floor West)), Group 0, 12.0 x 12.0, Construction Type: 21 (Medium)
Roof-1-9-Susp.C-D 144 1.00 39.7 0.044 249 3.789 546Lights-Prof=1 216 1.000 737Equipment-Prof=1 270 1.000 921 0People-Prof=1 4.0 1.000 980 620
Sub-total 2,887 620 546Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 2,887 620 546
Zone 137-Counseling A peaks (sensible) in June at 5pm, Air Handler 3 (AHU C (Bookstore, 2nd Floor West)), Group 0, 12.0 x 9.0, Construction Type: 7 (Medium)
Roof-1-9-Susp.C-D 108 1.00 37.7 0.044 177 3.789 409Wall-1-W-A-M 104 0.83 15.9 0.088 145 7.665 797Gls-W-2-90-Tran 40.0 1.000 13 0.250 127 21.775 871 0%S-0-CNS-Solar 40.0 0.590 215 0.880 4,465Lights-Prof=1 162 1.000 553Equipment-Prof=1 135 1.000 461 0People-Prof=1 2.0 1.000 490 310Cool. Infil.Direct CFM 16 276 289Heat. Infil.Direct CFM 16 90.652 1,450
Sub-total 6,694 599 3,528Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 6,694 599 3,528
Zone 138-Counseling B peaks (sensible) in June at 5pm, Air Handler 3 (AHU C (Bookstore, 2nd Floor West)), Group 0, 9.0 x 9.0, Construction Type: 7 (Medium)
Roof-1-9-Susp.C-D 81 1.00 37.7 0.044 133 3.789 307Wall-1-W-A-M 68 0.83 15.9 0.088 95 7.665 521Gls-W-2-90-Tran 40.0 1.000 13 0.250 127 21.775 871 0%S-0-CNS-Solar 40.0 0.590 215 0.880 4,465Lights-Prof=1 122 1.000 416Equipment-Prof=1 135 1.000 461 0People-Prof=1 2.0 1.000 490 310Cool. Infil.Direct CFM 16 276 289Heat. Infil.Direct CFM 16 90.652 1,450
Sub-total 6,463 599 3,150Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 6,463 599 3,150
Zone 139-Counseling C peaks (sensible) in June at 5pm, Air Handler 3 (AHU C (Bookstore, 2nd Floor West)), Group 0, 9.0 x 9.0, Construction Type: 7 (Medium)
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Zone Detailed Loads (At Zone Peak Times) (cont'd)
LoadDescription
UnitQuan
-SC-CFAC
CLTDSHGF
U.Fac-CLF-
Sen.Gain
Lat.Gain
Htg.Mult.
Htg.Loss
Roof-1-9-Susp.C-D 81 1.00 37.7 0.044 133 3.789 307Wall-1-W-A-M 68 0.83 15.9 0.088 95 7.665 521Gls-W-2-90-Tran 40.0 1.000 13 0.250 127 21.775 871 0%S-0-CNS-Solar 40.0 0.590 215 0.880 4,465Lights-Prof=1 122 1.000 416Equipment-Prof=1 135 1.000 461 0People-Prof=1 2.0 1.000 490 310Cool. Infil.Direct CFM 16 276 289Heat. Infil.Direct CFM 16 90.652 1,450
Sub-total 6,463 599 3,150Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 6,463 599 3,150
Zone 140-Counseling D peaks (sensible) in June at 5pm, Air Handler 3 (AHU C (Bookstore, 2nd Floor West)), Group 0, 8.0 x 9.0, Construction Type: 7 (Medium)
Roof-1-9-Susp.C-D 72 1.00 37.7 0.044 118 3.789 273Wall-1-W-A-M 56 0.83 15.9 0.088 78 7.665 429Gls-W-2-90-Tran 40.0 1.000 13 0.250 127 21.775 871 0%S-0-CNS-Solar 40.0 0.590 215 0.880 4,465Lights-Prof=1 108 1.000 369Equipment-Prof=1 135 1.000 461 0People-Prof=1 2.0 1.000 490 310Cool. Infil.Direct CFM 16 276 289Heat. Infil.Direct CFM 16 90.652 1,450
Sub-total 6,384 599 3,023Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 6,384 599 3,023
Zone 141-International Center D peaks (sensible) in June at 8pm, Air Handler 3 (AHU C (Bookstore, 2nd Floor West)), Group 0, 12.0 x 10.0, Construction Type: 21 (Medium)
Roof-1-9-Susp.C-D 120 1.00 39.7 0.044 207 3.789 455Lights-Prof=1 180 1.000 614Equipment-Prof=1 135 1.000 461 0People-Prof=1 1.0 1.000 245 155
Sub-total 1,527 155 455Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 1,527 155 455
Zone 142-International Center E peaks (sensible) in June at 8pm, Air Handler 3 (AHU C (Bookstore, 2nd Floor West)), Group 0, 8.0 x 10.0, Construction Type: 21 (Medium)
Roof-1-9-Susp.C-D 80 1.00 39.7 0.044 138 3.789 303Lights-Prof=1 120 1.000 409Equipment-Prof=1 135 1.000 461 0People-Prof=1 1.0 1.000 245 155
Sub-total 1,253 155 303
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Zone Detailed Loads (At Zone Peak Times) (cont'd)
LoadDescription
UnitQuan
-SC-CFAC
CLTDSHGF
U.Fac-CLF-
Sen.Gain
Lat.Gain
Htg.Mult.
Htg.Loss
Safety factors: +0%---------
+0%---------
+0%---------
Total w/ safety factors: 1,253 155 303
Zone 143-International Center F peaks (sensible) in June at 8pm, Air Handler 3 (AHU C (Bookstore, 2nd Floor West)), Group 0, 12.0 x 10.0, Construction Type: 21 (Medium)
Roof-1-9-Susp.C-D 120 1.00 39.7 0.044 207 3.789 455Lights-Prof=1 180 1.000 614Equipment-Prof=1 135 1.000 461 0People-Prof=1 1.0 1.000 245 155
Sub-total 1,527 155 455Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 1,527 155 455
Zone 144-International Center 250 peaks (sensible) in June at 8pm, Air Handler 3 (AHU C (Bookstore, 2nd Floor West)), Group 0, 122.4 x 10.0, Construction Type: 21 (Medium)
Roof-1-9-Susp.C-D 1,224 1.00 39.7 0.044 2,114 3.789 4,638Lights-Prof=1 1,836 1.000 6,265Equipment-Prof=1 235 1.000 802 0People-Prof=1 20.0 1.000 4,900 3,100
Sub-total 14,080 3,100 4,638Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 14,080 3,100 4,638
Zone 145-International Center C peaks (sensible) in June at 5pm, Air Handler 3 (AHU C (Bookstore, 2nd Floor West)), Group 0, 16.0 x 9.0, Construction Type: 7 (Medium)
Roof-1-9-Susp.C-D 144 1.00 37.7 0.044 236 3.789 546Wall-1-W-A-M 112 0.83 15.9 0.088 157 7.665 858Gls-W-2-90-Tran 80.0 1.000 13 0.250 254 21.775 1,742 0%S-0-CNS-Solar 80.0 0.590 215 0.880 8,930Lights-Prof=1 216 1.000 737Equipment-Prof=1 135 1.000 461 0People-Prof=1 1.0 1.000 245 155Cool. Infil.Direct CFM 32 553 578Heat. Infil.Direct CFM 32 90.652 2,901
Sub-total 11,573 733 6,047Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 11,573 733 6,047
Zone 146-International Center B peaks (sensible) in June at 5pm, Air Handler 3 (AHU C (Bookstore, 2nd Floor West)), Group 0, 14.0 x 9.0, Construction Type: 7 (Medium)
Roof-1-9-Susp.C-D 126 1.00 37.7 0.044 207 3.789 477Wall-1-W-A-M 108 0.83 15.9 0.088 151 7.665 828Gls-W-2-90-Tran 60.0 1.000 13 0.250 191 21.775 1,307
Z:\ ...\MSU Mankato Student Union VAV - New AHU's.CHV Friday, May 30, 2008, 09:26 AM
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Zone Detailed Loads (At Zone Peak Times) (cont'd)
LoadDescription
UnitQuan
-SC-CFAC
CLTDSHGF
U.Fac-CLF-
Sen.Gain
Lat.Gain
Htg.Mult.
Htg.Loss
0%S-0-CNS-Solar 60.0 0.590 215 0.880 6,698Lights-Prof=1 189 1.000 645Equipment-Prof=1 135 1.000 461 0People-Prof=1 1.0 1.000 245 155Cool. Infil.Direct CFM 24 415 434Heat. Infil.Direct CFM 24 90.652 2,176
Sub-total 9,011 589 4,787Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 9,011 589 4,787
Zone 147-International Center A peaks (sensible) in June at 5pm, Air Handler 3 (AHU C (Bookstore, 2nd Floor West)), Group 0, 16.0 x 9.0, Construction Type: 7 (Medium)
Roof-1-9-Susp.C-D 144 1.00 37.7 0.044 236 3.789 546Wall-1-W-A-M 132 0.83 15.9 0.088 185 7.665 1,012Gls-W-2-90-Tran 60.0 1.000 13 0.250 191 21.775 1,307 0%S-0-CNS-Solar 60.0 0.590 215 0.880 6,698Lights-Prof=1 216 1.000 737Equipment-Prof=1 135 1.000 461 0People-Prof=1 1.0 1.000 245 155Cool. Infil.Direct CFM 24 415 434Heat. Infil.Direct CFM 24 90.652 2,176
Sub-total 9,166 589 5,040Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 9,166 589 5,040
Zone 148-Corridor 2000W peaks (sensible) in October at 1pm, Air Handler 3 (AHU C (Bookstore, 2nd Floor West)), Group 0, 465.0 x 10.0, Construction Type: 21 (Medium)
Roof-1-9-Susp.C-D 4,650 1.00 0.5 0.044 101 3.789 17,618Wall-1-S-A-M 0 0.83 10.7 0.088 0 0.000 0Wall-2-N-A-M 360 0.83 -6.4 0.088 -201 7.665 2,759Gls-S-2-90-Tran 180.0 1.000 2 0.250 68 21.775 3,920 0%S-0-CNS-Solar 180.0 0.590 239 0.880 22,336Gls-S-2-90-Tran 180.0 1.000 2 0.250 68 21.775 3,920 0%S-0-CNS-Solar 180.0 0.590 239 0.880 22,336Lights-Prof=1 5,580 1.000 19,040Cool. Infil.Direct CFM 144 895 70Heat. Infil.Direct CFM 144 90.652 13,054
Sub-total 64,641 70 41,270Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 64,641 70 41,270
Zone 149-Hearth Lounge (Open To Lower Level) peaks (sensible) in October at 1pm, Air Handler 13 (AHU 40 (Hearth Lounge & Atrium)), Group 0, 317.8 x 10.0, Construction Type: 7 (Medium)
Roof-1-9-Susp.C-D 3,178 1.00 0.5 0.044 69 3.789 12,041Wall-1-S-A-M 160 0.83 10.7 0.056 96 4.878 780Gls-S-1-90-Tran 784.0 1.000 2 0.280 329 25.259 19,803
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Zone Detailed Loads (At Zone Peak Times) (cont'd)
LoadDescription
UnitQuan
-SC-CFAC
CLTDSHGF
U.Fac-CLF-
Sen.Gain
Lat.Gain
Htg.Mult.
Htg.Loss
2%S-1-CNS-Solar 784.0 0.430 239 0.880 70,903SGls-S-1-90-Tran 16.0 1.000 2 0.280 7 25.259 404 2%S-1-CNS-Solar 16.0 0.430 23 0.950 150Lights-Prof=1 636 1.000 2,170Cool. Infil.Direct CFM 320 1,988 156Heat. Infil.Direct CFM 320 90.652 29,009
Sub-total 75,712 156 62,037Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 75,712 156 62,037
Zone 150-Projection Booth peaks (sensible) in June at 8pm, Air Handler 4 (AHU D (West Auditorium)), Group 0, 33.0 x 10.0, Construction Type: 21 (Medium)
Roof-1-9-Susp.C-D 330 1.00 39.7 0.044 570 3.789 1,250Lights-Prof=1 495 1.000 1,689Equipment-Prof=1 4,620 1.000 15,764 0People-Prof=1 2.0 1.000 500 500
Sub-total 18,523 500 1,250Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 18,523 500 1,250
Zone 151-Elevator Machine Room, Air Handler 1 (AHU A (Basement, North Offices, Stair)), Group 0, 10.0 x 6.0, Construction Type: 22 (Medium)
Sub-total 0 0 0Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 0 0 0
Zone 152-Janitors Closet 6A, Air Handler 1 (AHU A (Basement, North Offices, Stair)), Group 0, 12.0 x 10.0, Construction Type: 22 (Medium)
Sub-total 0 0 0Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 0 0 0
Zone 153-West Auditorium Office peaks (sensible) in June at 8pm, Air Handler 4 (AHU D (West Auditorium)), Group 0, 14.3 x 10.0, Construction Type: 1 (Light)
Roof-1-9-Susp.C-D 143 1.00 39.7 0.044 247 3.789 542Lights-Prof=1 215 1.000 734Equipment-Prof=1 135 1.000 461 0People-Prof=1 1.0 1.000 250 200
Sub-total 1,691 200 542Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 1,691 200 542
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Zone Detailed Loads (At Zone Peak Times) (cont'd)
LoadDescription
UnitQuan
-SC-CFAC
CLTDSHGF
U.Fac-CLF-
Sen.Gain
Lat.Gain
Htg.Mult.
Htg.Loss
Zone 154-East Auditorium Office peaks (sensible) in June at 8pm, Air Handler 4 (AHU D (West Auditorium)), Group 0, 14.3 x 10.0, Construction Type: 1 (Light)
Roof-1-9-Susp.C-D 143 1.00 39.7 0.044 247 3.789 542Lights-Prof=1 215 1.000 734Equipment-Prof=1 135 1.000 461 0People-Prof=1 1.0 1.000 250 200
Sub-total 1,691 200 542Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 1,691 200 542
Zone 155-Flexible Program peaks (sensible) in December at 9pm, Air Handler 13 (AHU 40 (Hearth Lounge & Atrium)), Group 0, 106.0 x 10.0, Construction Type: 1 (Light)
Lights-Prof=1 2,650 1.000 9,042People-Prof=1 20.0 1.000 5,000 5,000
Sub-total 14,042 5,000 0Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 14,042 5,000 0
Zone 156-Stairway A peaks (sensible) in June at 5pm, Air Handler 3 (AHU C (Bookstore, 2nd Floor West)), Group 0, 21.0 x 16.0, Construction Type: 1 (Light)
Roof-1-9-Susp.C-D 336 1.00 37.7 0.060 760 5.226 1,756Wall-1-N-A-M 304 0.83 9.7 0.088 258 7.665 2,330Wall-2-W-A-M 384 0.83 15.9 0.088 537 7.665 2,943Gls-N-2-90-Tran 80.0 1.000 13 0.250 254 21.775 1,742 0%S-0-CNS-Solar 80.0 0.590 47 0.790 1,753Gls-W-2-90-Tran 120.0 1.000 13 0.250 381 21.775 2,613 0%S-0-CNS-Solar 120.0 0.590 215 0.930 14,156Lights-Prof=1 336 1.000 1,146Cool. Infil.Direct CFM 80 1,382 1,446Heat. Infil.Direct CFM 80 90.652 7,252
Sub-total 20,628 1,446 18,637Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 20,628 1,446 18,637
Zone 157-TV Lounge peaks (sensible) in December at 9pm, Air Handler 6 (AHU F (Billiards, Lounge)), Group 0, 173.0 x 10.0, Construction Type: 10 (Medium)
Partition-1-1 120 0/50 0.037 0 1.860 223Lights-Prof=1 2,595 1.000 8,855Equipment-Prof=1 1,700 1.000 5,801 0People-Prof=1 40.0 1.000 10,000 10,000
Sub-total 24,655 10,000 223
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Zone Detailed Loads (At Zone Peak Times) (cont'd)
LoadDescription
UnitQuan
-SC-CFAC
CLTDSHGF
U.Fac-CLF-
Sen.Gain
Lat.Gain
Htg.Mult.
Htg.Loss
Safety factors: +0%---------
+0%---------
+0%---------
Total w/ safety factors: 24,655 10,000 223
Zone 158-South Ballroom Lobby peaks (sensible) in June at 8pm, Air Handler 10 (AHU 1-5 (Second Floor South Conf)), Group 0, 214.0 x 10.0, Construction Type: 21 (Medium)
Roof-1-9-Susp.C-D 2,140 1.00 39.7 0.060 5,097 5.226 11,184Lights-Prof=1 4,270 1.000 14,570People-Prof=1 80.0 1.000 20,000 20,000
Sub-total 39,667 20,000 11,184Safety factors: +0%
---------+0%
---------+0%
---------Total w/ safety factors: 39,667 20,000 11,184
Z:\ ...\MSU Mankato Student Union VAV - New AHU's.CHV Friday, May 30, 2008, 09:26 AM
Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.Sebesta Blomberg Student Union - HVAC Pre DesignRoseville, MN 55113 Page 155
Air System #1 (AHU A (Basement, North Offices, Stair)) Psychrometric Analysis
System Load Analysis Latent Grains Sensible Temp CFMLeaving Coil Condition 57.882 53.000Draw-Thru Fan 89,954 2.792 4,041Misc Load on Supply Side 0 0.000 0Supply Air Duct 32,215 1.000 1,447Zone Loads 137,545 6.907 516,524 16.034 23,203Sensible Reserve 37,822 1.174 1,699
Zone Condition 137,545 64.789 676,515 74.000 30,390Return Air Duct 8,054 0.250Return Air Plenum 0 0.000Misc Load on Return Side 0 0.000Vent Air 11,400 CFM 690,854 34.721 157,101 4.783Blow-Thru Fan 0 0.000
Entering Coil Condition 828,399 99.510 841,670 79.033 30,390
General Psychrometric Equations Used In Analysis:PR = (Barometric pressure of site / Standard ASHRAE pressure of 29.921)TSH = PR x 1.10 x CFM x (DB entering - DB leaving)TLH = PR x 0.68 x CFM x (Grains entering - Grains leaving)GTH = PR x 4.50 x CFM x (Enthalpy entering - Enthalpy leaving) TSH = 0.964 x 1.10 x 30,390 x ( 79.033 - 53.000 ) = 838,648 BtuhTLH = 0.964 x 0.68 x 30,390 x ( 99.510 - 57.882 ) = 829,012 Btuh
----------SUM = 1,667,659 BtuhGTH = 0.964 x 4.50 x 30,390 x ( 34.552 - 21.690 ) = 1,695,191 BtuhTotal System Load = 1,666,346 Btuh
Chilled and Hot Water Flow Rates and Steam RequirementCooling GPM = 1,695,191 / ( 0.00 x 500 ) = 0.0 GPMHeating GPM = 136,300 / ( 0.00 x 500 ) = 0.0 GPMSteam Req. = 136,300 / 970 = 140.5 lb./hr
Entering Cooling Coil Conditions Entering Heating Coil ConditionsDry bulb temperature: 79.03 Dry bulb temperature: 71.00Wet bulb temperature: 69.94Relative humidity: 64.40Enthalpy: 34.55 Btu/lbm
Leaving Cooling Coil Conditions Leaving Heating Coil ConditionsDry bulb temperature: 53.00 Dry bulb temperature: 95.00Wet bulb temperature: 51.93Relative humidity: 93.39Enthalpy: 21.69 Btu/lbm
Z:\ ...\MSU Mankato Student Union VAV - New AHU's.CHV Friday, May 30, 2008, 09:26 AM
Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.Sebesta Blomberg Student Union - HVAC Pre DesignRoseville, MN 55113 Page 156
Air System #2 (AHU B (Bowling Alley)) Psychrometric Analysis
System Load Analysis Latent Grains Sensible Temp CFMLeaving Coil Condition 57.650 53.000Draw-Thru Fan 34,416 2.792 1,546Misc Load on Supply Side 0 0.000 0Supply Air Duct 12,325 1.000 554Zone Loads 55,027 7.222 212,090 17.208 9,527Sensible Reserve 0 0.000 0
Zone Condition 55,027 64.872 258,831 74.000 11,627Return Air Duct 3,081 0.250Return Air Plenum 0 0.000Misc Load on Return Side 0 0.000Vent Air 1,900 CFM 115,142 14.841 28,198 2.247Blow-Thru Fan 0 0.000
Entering Coil Condition 170,169 79.713 290,110 76.497 11,627
General Psychrometric Equations Used In Analysis:PR = (Barometric pressure of site / Standard ASHRAE pressure of 29.921)TSH = PR x 1.10 x CFM x (DB entering - DB leaving)TLH = PR x 0.68 x CFM x (Grains entering - Grains leaving)GTH = PR x 4.50 x CFM x (Enthalpy entering - Enthalpy leaving) TSH = 0.964 x 1.10 x 11,627 x ( 76.497 - 53.000 ) = 289,606 BtuhTLH = 0.964 x 0.68 x 11,627 x ( 79.713 - 57.650 ) = 168,104 Btuh
----------SUM = 457,709 BtuhGTH = 0.964 x 4.50 x 11,627 x ( 30.830 - 21.653 ) = 462,717 BtuhTotal System Load = 460,279 Btuh
Chilled and Hot Water Flow Rates and Steam RequirementCooling GPM = 462,717 / ( 0.00 x 500 ) = 0.0 GPMHeating GPM = 1,786 / ( 0.00 x 500 ) = 0.0 GPMSteam Req. = 1,786 / 970 = 1.8 lb./hr
Entering Cooling Coil Conditions Entering Heating Coil ConditionsDry bulb temperature: 76.50 Dry bulb temperature: 71.00Wet bulb temperature: 65.45Relative humidity: 56.34Enthalpy: 30.83 Btu/lbm
Leaving Cooling Coil Conditions Leaving Heating Coil ConditionsDry bulb temperature: 53.00 Dry bulb temperature: 95.00Wet bulb temperature: 51.86Relative humidity: 93.01Enthalpy: 21.65 Btu/lbm
Z:\ ...\MSU Mankato Student Union VAV - New AHU's.CHV Friday, May 30, 2008, 09:26 AM
Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.Sebesta Blomberg Student Union - HVAC Pre DesignRoseville, MN 55113 Page 157
Air System #3 (AHU C (Bookstore, 2nd Floor West)) Psychrometric Analysis
System Load Analysis Latent Grains Sensible Temp CFMLeaving Coil Condition 58.086 53.000Draw-Thru Fan 78,246 2.792 3,515Misc Load on Supply Side 0 0.000 0Supply Air Duct 28,022 1.000 1,259Zone Loads 117,597 6.789 482,192 17.208 21,661Sensible Reserve 0 0.000 0
Zone Condition 117,597 64.874 588,460 74.000 26,434Return Air Duct 7,005 0.250Return Air Plenum 0 0.000Misc Load on Return Side 0 0.000Vent Air 6,800 CFM 412,088 23.362 100,918 3.537Blow-Thru Fan 0 0.000
Entering Coil Condition 529,686 88.236 696,383 77.787 26,434
General Psychrometric Equations Used In Analysis:PR = (Barometric pressure of site / Standard ASHRAE pressure of 29.921)TSH = PR x 1.10 x CFM x (DB entering - DB leaving)TLH = PR x 0.68 x CFM x (Grains entering - Grains leaving)GTH = PR x 4.50 x CFM x (Enthalpy entering - Enthalpy leaving) TSH = 0.964 x 1.10 x 26,434 x ( 77.787 - 53.000 ) = 694,580 BtuhTLH = 0.964 x 0.68 x 26,434 x ( 88.236 - 58.086 ) = 522,280 Btuh
----------SUM = 1,216,860 BtuhGTH = 0.964 x 4.50 x 26,434 x ( 32.481 - 21.721 ) = 1,233,443 BtuhTotal System Load = 1,215,655 Btuh
Chilled and Hot Water Flow Rates and Steam RequirementCooling GPM = 1,233,443 / ( 0.00 x 500 ) = 0.0 GPMHeating GPM = 213,575 / ( 0.00 x 500 ) = 0.0 GPMSteam Req. = 213,575 / 970 = 220.2 lb./hr
Entering Cooling Coil Conditions Entering Heating Coil ConditionsDry bulb temperature: 77.79 Dry bulb temperature: 71.00Wet bulb temperature: 67.50Relative humidity: 59.64Enthalpy: 32.48 Btu/lbm
Leaving Cooling Coil Conditions Leaving Heating Coil ConditionsDry bulb temperature: 53.00 Dry bulb temperature: 95.00Wet bulb temperature: 51.98Relative humidity: 93.70Enthalpy: 21.72 Btu/lbm
Z:\ ...\MSU Mankato Student Union VAV - New AHU's.CHV Friday, May 30, 2008, 09:26 AM
Chvac - Full Commercial HVAC Loads Calculation Program Elite Software Development, Inc.Sebesta Blomberg Student Union - HVAC Pre DesignRoseville, MN 55113 Page 158
Air System #4 (AHU D (West Auditorium)) Psychrometric Analysis
System Load Analysis Latent Grains Sensible Temp CFMLeaving Coil Condition 59.555 53.000Draw-Thru Fan 16,376 2.792 736Misc Load on Supply Side 0 0.000 0Supply Air Duct 5,865 1.000 263Zone Loads 19,275 5.317 100,917 17.208 4,533Sensible Reserve 0 0.000 0
Zone Condition 19,275 64.872 123,157 74.000 5,532Return Air Duct 1,466 0.250Return Air Plenum 0 0.000Misc Load on Return Side 0 0.000Vent Air 1,100 CFM 66,661 18.058 16,325 2.734Blow-Thru Fan 0 0.000
Entering Coil Condition 85,936 82.929 140,948 76.984 5,532
General Psychrometric Equations Used In Analysis:PR = (Barometric pressure of site / Standard ASHRAE pressure of 29.921)TSH = PR x 1.10 x CFM x (DB entering - DB leaving)TLH = PR x 0.68 x CFM x (Grains entering - Grains leaving)GTH = PR x 4.50 x CFM x (Enthalpy entering - Enthalpy leaving) TSH = 0.964 x 1.10 x 5,532 x ( 76.984 - 53.000 ) = 140,656 BtuhTLH = 0.964 x 0.68 x 5,532 x ( 82.929 - 59.555 ) = 84,740 Btuh
----------SUM = 225,396 BtuhGTH = 0.964 x 4.50 x 5,532 x ( 31.453 - 21.949 ) = 228,024 BtuhTotal System Load = 223,856 Btuh
Chilled and Hot Water Flow Rates and Steam RequirementCooling GPM = 228,024 / ( 0.00 x 500 ) = 0.0 GPMHeating GPM = 32,180 / ( 0.00 x 500 ) = 0.0 GPMSteam Req. = 32,180 / 970 = 33.2 lb./hr
Entering Cooling Coil Conditions Entering Heating Coil ConditionsDry bulb temperature: 76.98 Dry bulb temperature: 71.00Wet bulb temperature: 66.23Relative humidity: 57.63Enthalpy: 31.45 Btu/lbm
Leaving Cooling Coil Conditions Leaving Heating Coil ConditionsDry bulb temperature: 53.00 Dry bulb temperature: 95.00Wet bulb temperature: 52.36Relative humidity: 96.06Enthalpy: 21.95 Btu/lbm
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Air System #5 (AHU E (East Auditorium)) Psychrometric Analysis
System Load Analysis Latent Grains Sensible Temp CFMLeaving Coil Condition 57.873 53.000Draw-Thru Fan 11,854 2.792 532Misc Load on Supply Side 0 0.000 0Supply Air Duct 4,245 1.000 191Zone Loads 18,375 7.002 73,054 17.208 3,282Sensible Reserve 0 0.000 0
Zone Condition 18,375 64.875 89,153 74.000 4,005Return Air Duct 1,061 0.250Return Air Plenum 0 0.000Misc Load on Return Side 0 0.000Vent Air 1,400 CFM 84,842 31.747 20,777 4.807Blow-Thru Fan 0 0.000
Entering Coil Condition 103,217 96.622 110,992 79.057 4,005
General Psychrometric Equations Used In Analysis:PR = (Barometric pressure of site / Standard ASHRAE pressure of 29.921)TSH = PR x 1.10 x CFM x (DB entering - DB leaving)TLH = PR x 0.68 x CFM x (Grains entering - Grains leaving)GTH = PR x 4.50 x CFM x (Enthalpy entering - Enthalpy leaving) TSH = 0.964 x 1.10 x 4,005 x ( 79.057 - 53.000 ) = 110,620 BtuhTLH = 0.964 x 0.68 x 4,005 x ( 96.622 - 57.873 ) = 101,691 Btuh
----------SUM = 212,312 BtuhGTH = 0.964 x 4.50 x 4,005 x ( 34.106 - 21.688 ) = 215,665 BtuhTotal System Load = 212,235 Btuh
Chilled and Hot Water Flow Rates and Steam RequirementCooling GPM = 215,665 / ( 0.00 x 500 ) = 0.0 GPMHeating GPM = 25,129 / ( 0.00 x 500 ) = 0.0 GPMSteam Req. = 25,129 / 970 = 25.9 lb./hr
Entering Cooling Coil Conditions Entering Heating Coil ConditionsDry bulb temperature: 79.06 Dry bulb temperature: 71.00Wet bulb temperature: 69.43Relative humidity: 62.52Enthalpy: 34.11 Btu/lbm
Leaving Cooling Coil Conditions Leaving Heating Coil ConditionsDry bulb temperature: 53.00 Dry bulb temperature: 95.00Wet bulb temperature: 51.93Relative humidity: 93.39Enthalpy: 21.69 Btu/lbm
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Air System #6 (AHU F (Billiards, Lounge)) Psychrometric Analysis
System Load Analysis Latent Grains Sensible Temp CFMLeaving Coil Condition 57.957 53.000Draw-Thru Fan 21,768 2.792 978Misc Load on Supply Side 0 0.000 0Supply Air Duct 7,796 1.000 350Zone Loads 33,012 6.789 126,898 16.133 5,700Sensible Reserve 7,250 0.922 326
Zone Condition 33,012 64.746 163,712 74.000 7,420Return Air Duct 1,966 0.250Return Air Plenum 0 0.000Misc Load on Return Side 0 0.000Vent Air 1,700 CFM 103,022 20.836 25,229 3.150Blow-Thru Fan 0 0.000
Entering Coil Condition 136,034 85.582 190,908 77.400 7,420
General Psychrometric Equations Used In Analysis:PR = (Barometric pressure of site / Standard ASHRAE pressure of 29.921)TSH = PR x 1.10 x CFM x (DB entering - DB leaving)TLH = PR x 0.68 x CFM x (Grains entering - Grains leaving)GTH = PR x 4.50 x CFM x (Enthalpy entering - Enthalpy leaving) TSH = 0.964 x 1.10 x 7,420 x ( 77.400 - 53.000 ) = 191,926 BtuhTLH = 0.964 x 0.68 x 7,420 x ( 85.582 - 57.957 ) = 134,325 Btuh
----------SUM = 326,252 BtuhGTH = 0.964 x 4.50 x 7,420 x ( 31.970 - 21.701 ) = 330,447 BtuhTotal System Load = 326,942 Btuh
Chilled and Hot Water Flow Rates and Steam RequirementCooling GPM = 330,447 / ( 0.00 x 500 ) = 0.0 GPMHeating GPM = 4,387 / ( 0.00 x 500 ) = 0.0 GPMSteam Req. = 4,387 / 970 = 4.5 lb./hr
Entering Cooling Coil Conditions Entering Heating Coil ConditionsDry bulb temperature: 77.40 Dry bulb temperature: 71.00Wet bulb temperature: 66.88Relative humidity: 58.63Enthalpy: 31.97 Btu/lbm
Leaving Cooling Coil Conditions Leaving Heating Coil ConditionsDry bulb temperature: 53.00 Dry bulb temperature: 95.00Wet bulb temperature: 51.95Relative humidity: 93.51Enthalpy: 21.70 Btu/lbm
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Air System #7 (AHU G (Kitchen MAU)) Psychrometric Analysis
System Load Analysis Latent Grains Sensible Temp CFMLeaving Coil Condition 64.571 55.000Draw-Thru Fan 20,718 2.792 1,029Misc Load on Supply Side 0 0.000 0Supply Air Duct 7,420 1.000 368Zone Loads 1,375 0.300 45,835 6.177 2,276Sensible Reserve 67,004 9.030 3,327
Zone Condition 1,375 64.871 140,977 74.000 6,999Return Air Duct 0 0.000Return Air Plenum 0 0.000Misc Load on Return Side 0 0.000Vent Air 7,000 CFM 424,209 90.819 103,886 14.000Blow-Thru Fan 0 0.000
Entering Coil Condition 425,584 155.690 244,863 88.000 6,999
General Psychrometric Equations Used In Analysis:PR = (Barometric pressure of site / Standard ASHRAE pressure of 29.921)TSH = PR x 1.10 x CFM x (DB entering - DB leaving)TLH = PR x 0.68 x CFM x (Grains entering - Grains leaving)GTH = PR x 4.50 x CFM x (Enthalpy entering - Enthalpy leaving) TSH = 0.964 x 1.10 x 6,999 x ( 88.000 - 55.000 ) = 244,855 BtuhTLH = 0.964 x 0.68 x 6,999 x ( 155.690 - 64.571 ) = 417,945 Btuh
----------SUM = 662,800 BtuhGTH = 0.964 x 4.50 x 6,999 x ( 45.592 - 23.214 ) = 679,241 BtuhTotal System Load = 670,447 Btuh
Chilled and Hot Water Flow Rates and Steam RequirementCooling GPM = 679,241 / ( 0.00 x 500 ) = 0.0 GPMHeating GPM = 633,838 / ( 0.00 x 500 ) = 0.0 GPMSteam Req. = 633,838 / 970 = 653.4 lb./hr
Entering Cooling Coil Conditions Entering Heating Coil ConditionsDry bulb temperature: 88.00 Dry bulb temperature: 72.00Wet bulb temperature: 81.00Relative humidity: 74.54Enthalpy: 45.59 Btu/lbm
Leaving Cooling Coil Conditions Leaving Heating Coil ConditionsDry bulb temperature: 55.00 Dry bulb temperature: 72.00Wet bulb temperature: 54.45Relative humidity: 96.70Enthalpy: 23.21 Btu/lbm
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Air System #8 (AHU H (South Ballroom)) Psychrometric Analysis
System Load Analysis Latent Grains Sensible Temp CFMLeaving Coil Condition 24.997 53.000Draw-Thru Fan 25,934 2.792 1,165Misc Load on Supply Side 0 0.000 0Supply Air Duct 9,288 1.000 417Zone Loads 229,064 39.897 159,818 17.208 7,179Sensible Reserve 0 0.000 0
Zone Condition 229,064 64.894 195,039 74.000 8,761Return Air Duct 2,322 0.250Return Air Plenum 0 0.000Misc Load on Return Side 0 0.000Vent Air 2,600 CFM 157,563 26.944 38,586 4.080Blow-Thru Fan 0 0.000
Entering Coil Condition 386,627 91.838 235,947 78.330 8,761
General Psychrometric Equations Used In Analysis:PR = (Barometric pressure of site / Standard ASHRAE pressure of 29.921)TSH = PR x 1.10 x CFM x (DB entering - DB leaving)TLH = PR x 0.68 x CFM x (Grains entering - Grains leaving)GTH = PR x 4.50 x CFM x (Enthalpy entering - Enthalpy leaving) TSH = 0.964 x 1.10 x 8,761 x ( 78.330 - 53.000 ) = 235,258 BtuhTLH = 0.964 x 0.68 x 8,761 x ( 91.838 - 24.997 ) = 383,761 Btuh
----------SUM = 619,019 BtuhGTH = 0.964 x 4.50 x 8,761 x ( 33.178 - 16.594 ) = 630,127 BtuhTotal System Load = 619,696 Btuh
Chilled and Hot Water Flow Rates and Steam RequirementCooling GPM = 630,127 / ( 0.00 x 500 ) = 0.0 GPMHeating GPM = 36,268 / ( 0.00 x 500 ) = 0.0 GPMSteam Req. = 36,268 / 970 = 37.4 lb./hr
Entering Cooling Coil Conditions Entering Heating Coil ConditionsDry bulb temperature: 78.33 Dry bulb temperature: 71.00Wet bulb temperature: 68.34Relative humidity: 60.92Enthalpy: 33.18 Btu/lbm
Leaving Cooling Coil Conditions Leaving Heating Coil ConditionsDry bulb temperature: 53.00 Dry bulb temperature: 95.00Wet bulb temperature: 42.49Relative humidity: 40.62Enthalpy: 16.59 Btu/lbm
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Air System #9 (AHU I (Central Ballroom)) Psychrometric Analysis
System Load Analysis Latent Grains Sensible Temp CFMLeaving Coil Condition 25.669 53.000Draw-Thru Fan 31,972 2.792 1,436Misc Load on Supply Side 0 0.000 0Supply Air Duct 11,450 1.000 514Zone Loads 277,623 39.223 197,027 17.208 8,851Sensible Reserve 0 0.000 0
Zone Condition 277,623 64.892 240,448 74.000 10,801Return Air Duct 2,862 0.250Return Air Plenum 0 0.000Misc Load on Return Side 0 0.000Vent Air 3,200 CFM 193,924 26.900 47,491 4.074Blow-Thru Fan 0 0.000
Entering Coil Condition 471,547 91.792 290,801 78.324 10,801
General Psychrometric Equations Used In Analysis:PR = (Barometric pressure of site / Standard ASHRAE pressure of 29.921)TSH = PR x 1.10 x CFM x (DB entering - DB leaving)TLH = PR x 0.68 x CFM x (Grains entering - Grains leaving)GTH = PR x 4.50 x CFM x (Enthalpy entering - Enthalpy leaving) TSH = 0.964 x 1.10 x 10,801 x ( 78.324 - 53.000 ) = 289,953 BtuhTLH = 0.964 x 0.68 x 10,801 x ( 91.792 - 25.669 ) = 468,026 Btuh
----------SUM = 757,978 BtuhGTH = 0.964 x 4.50 x 10,801 x ( 33.169 - 16.698 ) = 771,539 BtuhTotal System Load = 758,266 Btuh
Chilled and Hot Water Flow Rates and Steam RequirementCooling GPM = 771,539 / ( 0.00 x 500 ) = 0.0 GPMHeating GPM = 39,113 / ( 0.00 x 500 ) = 0.0 GPMSteam Req. = 39,113 / 970 = 40.3 lb./hr
Entering Cooling Coil Conditions Entering Heating Coil ConditionsDry bulb temperature: 78.32 Dry bulb temperature: 71.00Wet bulb temperature: 68.33Relative humidity: 60.90Enthalpy: 33.17 Btu/lbm
Leaving Cooling Coil Conditions Leaving Heating Coil ConditionsDry bulb temperature: 53.00 Dry bulb temperature: 95.00Wet bulb temperature: 42.71Relative humidity: 41.74Enthalpy: 16.70 Btu/lbm
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Air System #10 (AHU 1-5 (Second Floor South Conf)) Psychrometric Analysis
System Load Analysis Latent Grains Sensible Temp CFMLeaving Coil Condition 54.352 53.000Draw-Thru Fan 17,925 2.792 805Misc Load on Supply Side 0 0.000 0Supply Air Duct 6,419 1.000 288Zone Loads 41,768 10.525 110,463 17.208 4,962Sensible Reserve 0 0.000 0
Zone Condition 41,768 64.877 134,807 74.000 6,056Return Air Duct 1,605 0.250Return Air Plenum 0 0.000Misc Load on Return Side 0 0.000Vent Air 1,300 CFM 78,782 19.495 19,293 2.952Blow-Thru Fan 0 0.000
Entering Coil Condition 120,549 84.372 155,704 77.202 6,056
General Psychrometric Equations Used In Analysis:PR = (Barometric pressure of site / Standard ASHRAE pressure of 29.921)TSH = PR x 1.10 x CFM x (DB entering - DB leaving)TLH = PR x 0.68 x CFM x (Grains entering - Grains leaving)GTH = PR x 4.50 x CFM x (Enthalpy entering - Enthalpy leaving) TSH = 0.964 x 1.10 x 6,056 x ( 77.202 - 53.000 ) = 155,359 BtuhTLH = 0.964 x 0.68 x 6,056 x ( 84.372 - 54.352 ) = 119,131 Btuh
----------SUM = 274,490 BtuhGTH = 0.964 x 4.50 x 6,056 x ( 31.732 - 21.142 ) = 278,103 BtuhTotal System Load = 272,772 Btuh
Chilled and Hot Water Flow Rates and Steam RequirementCooling GPM = 278,103 / ( 0.00 x 500 ) = 0.0 GPMHeating GPM = 47,467 / ( 0.00 x 500 ) = 0.0 GPMSteam Req. = 47,467 / 970 = 48.9 lb./hr
Entering Cooling Coil Conditions Entering Heating Coil ConditionsDry bulb temperature: 77.20 Dry bulb temperature: 71.00Wet bulb temperature: 66.58Relative humidity: 58.19Enthalpy: 31.73 Btu/lbm
Leaving Cooling Coil Conditions Leaving Heating Coil ConditionsDry bulb temperature: 53.00 Dry bulb temperature: 95.00Wet bulb temperature: 50.99Relative humidity: 87.75Enthalpy: 21.14 Btu/lbm
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Air System #11 (AHU J (Second Floor North Offices)) Psychrometric Analysis
System Load Analysis Latent Grains Sensible Temp CFMLeaving Coil Condition 56.807 53.000Draw-Thru Fan 19,586 2.792 880Misc Load on Supply Side 0 0.000 0Supply Air Duct 7,014 1.000 315Zone Loads 34,973 8.066 120,702 17.208 5,422Sensible Reserve 0 0.000 0
Zone Condition 34,973 64.872 147,302 74.000 6,617Return Air Duct 1,754 0.250Return Air Plenum 0 0.000Misc Load on Return Side 0 0.000Vent Air 1,000 CFM 60,601 13.725 14,841 2.078Blow-Thru Fan 0 0.000
Entering Coil Condition 95,575 78.597 163,897 76.328 6,617
General Psychrometric Equations Used In Analysis:PR = (Barometric pressure of site / Standard ASHRAE pressure of 29.921)TSH = PR x 1.10 x CFM x (DB entering - DB leaving)TLH = PR x 0.68 x CFM x (Grains entering - Grains leaving)GTH = PR x 4.50 x CFM x (Enthalpy entering - Enthalpy leaving) TSH = 0.964 x 1.10 x 6,617 x ( 76.328 - 53.000 ) = 163,631 BtuhTLH = 0.964 x 0.68 x 6,617 x ( 78.597 - 56.807 ) = 94,487 Btuh
----------SUM = 258,118 BtuhGTH = 0.964 x 4.50 x 6,617 x ( 30.615 - 21.523 ) = 260,887 BtuhTotal System Load = 249,998 Btuh
Chilled and Hot Water Flow Rates and Steam RequirementCooling GPM = 260,887 / ( 0.00 x 500 ) = 0.0 GPMHeating GPM = 115,049 / ( 0.00 x 500 ) = 0.0 GPMSteam Req. = 115,049 / 970 = 118.6 lb./hr
Entering Cooling Coil Conditions Entering Heating Coil ConditionsDry bulb temperature: 76.33 Dry bulb temperature: 71.00Wet bulb temperature: 65.18Relative humidity: 55.87Enthalpy: 30.61 Btu/lbm
Leaving Cooling Coil Conditions Leaving Heating Coil ConditionsDry bulb temperature: 53.00 Dry bulb temperature: 95.00Wet bulb temperature: 51.65Relative humidity: 91.68Enthalpy: 21.52 Btu/lbm
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Air System #12 (AHU K (North Ballroom)) Psychrometric Analysis
System Load Analysis Latent Grains Sensible Temp CFMLeaving Coil Condition 28.162 53.000Draw-Thru Fan 28,380 2.792 1,275Misc Load on Supply Side 0 0.000 0Supply Air Duct 10,164 1.000 457Zone Loads 230,729 36.722 174,896 17.208 7,857Sensible Reserve 0 0.000 0
Zone Condition 230,729 64.884 213,440 74.000 9,588Return Air Duct 2,541 0.250Return Air Plenum 0 0.000Misc Load on Return Side 0 0.000Vent Air 2,700 CFM 163,623 25.571 40,070 3.872Blow-Thru Fan 0 0.000
Entering Coil Condition 394,352 90.455 256,051 78.122 9,588
General Psychrometric Equations Used In Analysis:PR = (Barometric pressure of site / Standard ASHRAE pressure of 29.921)TSH = PR x 1.10 x CFM x (DB entering - DB leaving)TLH = PR x 0.68 x CFM x (Grains entering - Grains leaving)GTH = PR x 4.50 x CFM x (Enthalpy entering - Enthalpy leaving) TSH = 0.964 x 1.10 x 9,588 x ( 78.122 - 53.000 ) = 255,335 BtuhTLH = 0.964 x 0.68 x 9,588 x ( 90.455 - 28.162 ) = 391,394 Btuh
----------SUM = 646,729 BtuhGTH = 0.964 x 4.50 x 9,588 x ( 32.911 - 17.084 ) = 658,053 BtuhTotal System Load = 645,751 Btuh
Chilled and Hot Water Flow Rates and Steam RequirementCooling GPM = 658,053 / ( 0.00 x 500 ) = 0.0 GPMHeating GPM = 47,560 / ( 0.00 x 500 ) = 0.0 GPMSteam Req. = 47,560 / 970 = 49.0 lb./hr
Entering Cooling Coil Conditions Entering Heating Coil ConditionsDry bulb temperature: 78.12 Dry bulb temperature: 71.00Wet bulb temperature: 68.02Relative humidity: 60.45Enthalpy: 32.91 Btu/lbm
Leaving Cooling Coil Conditions Leaving Heating Coil ConditionsDry bulb temperature: 53.00 Dry bulb temperature: 95.00Wet bulb temperature: 43.48Relative humidity: 45.73Enthalpy: 17.08 Btu/lbm
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Air System #13 (AHU 40 (Hearth Lounge & Atrium)) Psychrometric Analysis
System Load Analysis Latent Grains Sensible Temp CFMLeaving Coil Condition 58.920 55.000Draw-Thru Fan 112,971 2.932 5,609Misc Load on Supply Side 0 0.000 0Supply Air Duct 38,531 1.000 1,913Zone Loads 141,458 5.935 573,632 14.877 28,481Sensible Reserve 6,964 0.181 346
Zone Condition 141,458 64.855 732,099 74.000 36,373Return Air Duct 9,639 0.250Return Air Plenum 0 0.000Misc Load on Return Side 0 0.000Vent Air 6,997 CFM 424,027 17.793 96,424 2.453Blow-Thru Fan 0 0.000
Entering Coil Condition 565,484 82.647 838,162 76.703 36,373
General Psychrometric Equations Used In Analysis:PR = (Barometric pressure of site / Standard ASHRAE pressure of 29.921)TSH = PR x 1.10 x CFM x (DB entering - DB leaving)TLH = PR x 0.68 x CFM x (Grains entering - Grains leaving)GTH = PR x 4.50 x CFM x (Enthalpy entering - Enthalpy leaving) TSH = 0.964 x 1.10 x 36,373 x ( 76.703 - 55.000 ) = 836,807 BtuhTLH = 0.964 x 0.68 x 36,373 x ( 82.647 - 58.920 ) = 565,558 Btuh
----------SUM = 1,402,365 BtuhGTH = 0.964 x 4.50 x 36,373 x ( 31.340 - 22.338 ) = 1,419,982 BtuhTotal System Load = 1,338,832 Btuh
Chilled and Hot Water Flow Rates and Steam RequirementCooling GPM = 1,419,982 / ( 0.00 x 500 ) = 0.0 GPMHeating GPM = 188,087 / ( 0.00 x 500 ) = 0.0 GPMSteam Req. = 188,087 / 970 = 193.9 lb./hr
Entering Cooling Coil Conditions Entering Heating Coil ConditionsDry bulb temperature: 76.70 Dry bulb temperature: 71.00Wet bulb temperature: 66.09Relative humidity: 57.98Enthalpy: 31.34 Btu/lbm
Leaving Cooling Coil Conditions Leaving Heating Coil ConditionsDry bulb temperature: 55.00 Dry bulb temperature: 95.00Wet bulb temperature: 53.02Relative humidity: 88.33Enthalpy: 22.34 Btu/lbm
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AIR HANDLING UNIT TECHNICAL DATA Date Saved : 09/09/2008
() © McQuay International 09/09/2008, www.mcquay.com Page 1 of 4
JOB NAME NJ4Z8S(XX.000) REP. OFFICE McQuayTools Engineer JOB DESCRIPTION MSU Pre-Design SALESPERSON DL MODEL NUMBER CAH077GDDM ENGINEER UNIT TAGGING AHU-A VERSION 8.62
Unit configuration Inline horizontal Drive (handing) location Right
SUPPLY RETURN / EXHAUST Air volume 35000 s cfm Altitude 970 ft Turning loss 0.00 in WC. External static 3.00 in WC. Total static 5.80 in WC. External H x W 98 x 136 (Not including base rails) ins
CASING DETAILS
Outer panel Standard G90 galv steel (unpainted) Liner Galvanized steel (Unless noted per section) Insulation R-13 Injected Foam (Unless noted per section) Frame 2 ins Base 10" formed channel Sound baffles None (unless noted per section) Tread Plate floor liner None (unless noted per section)
1 ACCESS SECTION(36 ins) SECTION 1Drip pan None Drip side - DOOR DATA Door location Drive side Window size None Door width 28 ins Light None Door opening Outward
2 BLENDER(50 ins) SECTION 1Model Kees Inc. Qty 3 Total face area 34.5 ft2 Face velocity 1014 fpm Air pressure drop 0.25 ins WC Drip pan None Drip side -
3 ACCESS SECTION(24 ins) SECTION 2Drip pan None Drip side - DOOR DATA Door location Drive side Window size 6 x 12 ins Door width 20 ins Light Marine light kit with GFI outlet Door opening Inward SPECIAL - Tread Plate floor liner Tread plate installed Liner (As casing details) Insulation (As casing details) Sound baffles None Special static pressure - ins WC Filter Gauge None
AIR HANDLING UNIT TECHNICAL DATA Date Saved : 09/09/2008
() © McQuay International 09/09/2008, www.mcquay.com Page 2 of 4
4 COMBINATION FILTER(20 ins) SECTION 2Access Front Face velocity 482 fpm Air volume 35000 cfm Face area 72.7 ft2
PRE-FILTER FILTER Type Throwaway (MERV 5) Varicel SH cartridge Efficiency - 65 % Clean air press. drop 0.24 0.37 ins WC Mean air press. drop 0.62 0.78 ins WCDirty air press. drop 1.00 1.20 ins WC Depth 2.00 12.00 ins BANK ARRANGEMENT No. of Filters Size H x W
15 24.00 x 24.00 x 2.00 ins 5 20.00 x 24.00 x 2.00
SPECIAL - Tread Plate floor liner None Liner (As casing details) Insulation (As casing details) Sound baffles None Special static pressure - ins WC Filter Gauge Minihelic II 0-3"
5 ACCESS SECTION(24 ins) SECTION 2Drip pan None Drip side - DOOR DATA Door location Drive side Window size 6 x 12 ins Door width 20 ins Light Marine light kit with GFI outlet Door opening Outward
6 STEAM COIL(36 ins) SECTION 3Coil model 5JA0602B Number of coils 2 Capacity 2954710 Btu/h Number of rows 2 Fins per inch 6 Air volume 35000 cfm Entering db -20.0 F Steam pressure 2.00 psi Leaving db 60.1 F Condensate load 3055.00 lb/hr Finned height x length 42 x 120 ins Face area 70.00 ft2 Face velocity 500 ft/m Coil air pressure drop 0.13 ins WC Connection type Threaded Fin material Aluminum (.0075) Connection Qty x size 2 x 2.500 ins Tube material Copper (.020) Connection location Drive side Header material Copper Case material Galvanized track - Drip pan None Drip pan side - Turbospirals None Coil code 5JA0602B Electro-fin coat None DOOR DATA Door location Drive side Window size None Door width 26 ins Light None Door opening Outward
AIR HANDLING UNIT TECHNICAL DATA Date Saved : 09/09/2008
() © McQuay International 09/09/2008, www.mcquay.com Page 3 of 4
7 CHILLED WATER COIL(36 ins) SECTION 3Coil model 5WM1208B Number of coils 2 Total capacity 1711372 Btu/h Number of rows 8 Sensible capacity 1148349 Btu/h Fins per inch 12 Air volume 35000 cfm Entering db/wb 83.5 / 68.3 F Entering water 44.0 F Leaving db/wb 52.4 / 52.2 F Leaving water 59.1 F Finned height x length 42 x 123 ins Water flow rate 227.30 gpm Face area 71.75 ft2 Water pressure drop 9.50 ftHD Face velocity 488 ft/m Water velocity 2.90 ft/s Coil air pressure drop 1.01 ins WC Fluid volume 73.0 gal Fluid weight 614.00 lb Connection type Threaded Fin material Aluminum (.0075) Connection Qty x size 2 x 2.50 ins Tube material Copper (.020) Connection location Drive side Header material Copper Glycol type (%) - (0 %) Case material Galv. steel Fouling Factor 0 Drain pan Stainless steel Drain pan side Drive side Turbospirals None Coil code 5WM1208B Electro-fin coat None
8 ACCESS SECTION(24 ins) SECTION 3Drip pan None Drip side - DOOR DATA Door location Drive side Window size None Door width 20 ins Light None Door opening Outward
AIR HANDLING UNIT TECHNICAL DATA Date Saved : 09/09/2008
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9 SUPPLY FAN SECTION(66 ins) SECTION 4Air volume 35000 cfm Motor power 60.0 HP External static pressure 3.00 ins WC Motor type ODP Total static pressure 5.80 ins WC Frame size 364 T frame Electrical supply 460/60/3 Type Plenum Motor efficiency High Blade type/Class AirFoil / 2 Motor speed 1750 rpm Fan wheel diameter 44.50 ins Motor pole 4 Brake horsepower 47.29 HP Full load current 72 A Operating/Max speed 1116 / 1150 rpm Lock rotor current 442 A Discharge Axial Motor supplier Generic Air modulation None Actual drive service fac. 1.31 Drip pan None Bearing type Standard - L50 (200K) Drip pan side - Outlet velocity - ft/m Wheel guard None Inlet screen None Belt guard None Outlet screen None Inspection port None DRIVES Fan sheave 3B5V124 Motor sheave 3B5V80 Number of belts 3 Belt 5VX1320 ANTI-VIBRATION MOUNTS / SPRINGS Type Spring Seismic restraint None DOOR DATA Door location Drive side Window size 12 x 12 ins Door width 30 ins Light Marine light kit with GFI outlet Door opening Outward NOTES Plenum (plug) fan applications are outside the scope of ARI Standard 430. As a standalone component, unit meets or exceeds requirements of ASHRAE 90.1 - 1999. The approving authority is responsible for compliance of multi-component building systems.
SHIPPING SECTION DETAILS
Length (inches) Weight (lb) Section 1 86 1826 Section 2 68 1969 Section 3 96 4968 Section 4 66 4110 TOTALS 316.00 (Lower level total) 12873 (Entire unit weight)
UNIT SOUND 63 Hz 125 Hz 250 Hz 500 Hz 1000 Hz 2000 Hz 4000 Hz 8000 Hz Radiated 86 94 87 80 73 68 50 44 Unit discharge 94 102 99 97 93 91 85 80 Unit return 88 96 90 88 77 71 57 54
Opening X Y Z W(Width) H(Height)A Supply inlet 0.00 2.00 12.00 132.00 94.00B Steam outlet 158.57 -7.00 19.36 2.50ins. MPS -C Steam inlet 158.57 -7.00 38.74 2.50ins. MPS -D Steam outlet 158.57 -7.00 62.76 2.50ins. MPS -E Steam inlet 158.57 -7.00 82.14 2.50ins. MPS -F Cold water outlet 195.41 -7.00 58.69 2.50ins. MPS -G Cold water inlet 203.16 -7.00 19.31 2.50ins. MPS -H Cold water outlet 195.41 -7.00 102.69 2.50ins. MPS -I Cold water inlet 203.16 -7.00 63.31 2.50ins. MPS -J Condensate drain conn. 208.00 -3.40 13.73 1.50ins. MPS -K Supply outlet 316.00 2.00 12.00 132.00 94.00Dimensions measured from
NOTE: Base 10.00ins deep, Cross members extend 4ins on each side of the unit. VIEW: General Arrangement No EndsDRAWN: May-30-2008 (10:20)JOB NAME: MSU Pre-DesignUNIT TAGGING: AHU-AMODEL: CAH077GDDM
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Opening X Y Z W(Width) H(Height)A Supply inlet 0.00 2.00 12.00 132.00 94.00B Steam outlet 158.57 -7.00 19.36 2.50ins. MPS -C Steam inlet 158.57 -7.00 38.74 2.50ins. MPS -D Steam outlet 158.57 -7.00 62.76 2.50ins. MPS -E Steam inlet 158.57 -7.00 82.14 2.50ins. MPS -F Cold water outlet 195.41 -7.00 58.69 2.50ins. MPS -G Cold water inlet 203.16 -7.00 19.31 2.50ins. MPS -H Cold water outlet 195.41 -7.00 102.69 2.50ins. MPS -I Cold water inlet 203.16 -7.00 63.31 2.50ins. MPS -J Condensate drain conn. 208.00 -3.40 13.73 1.50ins. MPS -K Supply outlet 316.00 2.00 12.00 132.00 94.00Dimensions measured from
NOTE: Base 10.00ins deep, Cross members extend 4ins on each side of the unit. VIEW: Right SideDRAWN: May-30-2008 (10:20)JOB NAME: MSU Pre-DesignUNIT TAGGING: AHU-AMODEL: CAH077GDDM
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Opening X Y Z W(Width) H(Height)A Supply inlet 0.00 2.00 12.00 132.00 94.00B Steam outlet 158.57 -7.00 19.36 2.50ins. MPS -C Steam inlet 158.57 -7.00 38.74 2.50ins. MPS -D Steam outlet 158.57 -7.00 62.76 2.50ins. MPS -E Steam inlet 158.57 -7.00 82.14 2.50ins. MPS -F Cold water outlet 195.41 -7.00 58.69 2.50ins. MPS -G Cold water inlet 203.16 -7.00 19.31 2.50ins. MPS -H Cold water outlet 195.41 -7.00 102.69 2.50ins. MPS -I Cold water inlet 203.16 -7.00 63.31 2.50ins. MPS -J Condensate drain conn. 208.00 -3.40 13.73 1.50ins. MPS -K Supply outlet 316.00 2.00 12.00 132.00 94.00Dimensions measured from
NOTE: Base 10.00ins deep, Cross members extend 4ins on each side of the unit. VIEW: TopDRAWN: May-30-2008 (10:20)JOB NAME: MSU Pre-DesignUNIT TAGGING: AHU-AMODEL: CAH077GDDM
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AIR HANDLING UNIT TECHNICAL DATA Date Saved : 09/09/2008
() © McQuay International 09/09/2008, www.mcquay.com Page 1 of 4
JOB NAME NJ4Z8S(XX.001) REP. OFFICE McQuayTools Engineer JOB DESCRIPTION MSU Pre-Design SALESPERSON DL MODEL NUMBER CAH029GDDM ENGINEER UNIT TAGGING AHU-B VERSION 8.62
Unit configuration Stacked / vertical Drive (handing) location Right
SUPPLY RETURN / EXHAUST Air volume 12000 s cfm Altitude 970 ft Turning loss 0.13 in WC. External static 3.50 in WC. Total static 5.82 in WC. External H x W 52 x 108 (Not including base rails) ins
CASING DETAILS
Outer panel Standard G90 galv steel (unpainted) Liner Galvanized steel (Unless noted per section) Insulation R-13 Injected Foam (Unless noted per section) Frame 2 ins Base 10" formed channel Sound baffles None (unless noted per section) Tread Plate floor liner None (unless noted per section)
1 ACCESS SECTION(36 ins) SECTION 1Drip pan None Drip side - DOOR DATA Door location Drive side Window size None Door width 28 ins Light None Door opening Outward
2 COMBINATION FILTER(22 ins) SECTION 1Access Side Face velocity 417 fpm Air volume 12000 cfm Face area 28.8 ft2
PRE-FILTER FILTER Type Throwaway (MERV 5) Varicel SH cartridge Efficiency - 65 % Clean air press. drop 0.19 0.30 ins WC Mean air press. drop 0.60 0.75 ins WCDirty air press. drop 1.00 1.20 ins WC Depth 2.00 12.00 ins BANK ARRANGEMENT No. of Filters Size H x W
5 24.00 x 20.00 x 2.00 ins 5 20.00 x 20.00 x 2.00
DOOR DATA Door location Drive side Window size None Door width 18 ins Light None Door opening Outward SPECIAL - Tread Plate floor liner None Liner (As casing details) Insulation (As casing details) Sound baffles None Special static pressure - ins WC Filter Gauge Minihelic II 0-3"
AIR HANDLING UNIT TECHNICAL DATA Date Saved : 09/09/2008
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3 ACCESS SECTION(16 ins) SECTION 2Drip pan None Drip side - DOOR DATA Door location Drive side Window size None Door width 12 ins Light Marine light kit with GFI outlet Door opening Outward
4 HOT WATER COIL(32 ins) SECTION 2Coil model 5WH1301C Number of coils 1 Capacity 654576 Btu/h Number of rows 1 Fins per inch 13 Air volume 12000 cfm Entering db 40.0 F Entering water 170.0 F Leaving db 91.7 F Leaving water 149.3 F Finned height x length 42 x 92 ins Water flow rate 63.30 gpm Face area 26.83 ft2 Water pressure drop 10.20 ftHD Face velocity 447 ft/m Water velocity 4.80 ft/s Coil air pressure drop 0.16 ins WC Fluid volume 5.0 gal Fluid weight 45.00 lb Connection type Threaded Fin material Aluminum (.0075) Connection Qty x size 2 x 1.50 ins Tube material Copper (.020) Connection location Drive side Header material Copper Glycol type (%) - (0 %) Case material Galvanized track Fouling Factor 0 Drip pan Stainless steel drip pan Drip pan side Drive side Turbospirals None Coil code 5WH1301C Electro-fin coat None DOOR DATA Door location Drive side Window size 6 x 12 ins Door width 22 ins Light Marine light kit with GFI outlet Door opening Outward
AIR HANDLING UNIT TECHNICAL DATA Date Saved : 09/09/2008
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5 CHILLED WATER COIL(36 ins) SECTION 3Coil model 5WL0908B Number of coils 1 Total capacity 514478 Btu/h Number of rows 8 Sensible capacity 357155 Btu/h Fins per inch 9 Air volume 12000 cfm Entering db/wb 80.7 / 66.6 F Entering water 44.0 F Leaving db/wb 52.5 / 52.2 F Leaving water 59.1 F Finned height x length 42 x 95 ins Water flow rate 68.10 gpm Face area 27.71 ft2 Water pressure drop 13.50 ftHD Face velocity 433 ft/m Water velocity 3.50 ft/s Coil air pressure drop 0.69 ins WC Fluid volume 28.0 gal Fluid weight 240.00 lb Connection type Threaded Fin material Aluminum (.0075) Connection Qty x size 2 x 2.50 ins Tube material Copper (.020) Connection location Drive side Header material Copper Glycol type (%) - (0 %) Case material Galv. steel Fouling Factor 0 Drain pan Stainless steel Drain pan side Drive side Turbospirals None Coil code 5WL0908B Electro-fin coat None DOOR DATA Door location Drive side Window size 6 x 12 ins Door width 16 ins Light Marine light kit with GFI outlet Door opening Outward 6 ACCESS SECTION(36 ins) SECTION 4Drip pan None Drip side - DOOR DATA Door location Drive side Window size None Door width 28 ins Light None Door opening Outward
AIR HANDLING UNIT TECHNICAL DATA Date Saved : 09/09/2008
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7 SUPPLY FAN SECTION(48 ins) SECTION 5Air volume 12000 cfm Motor power 20.0 HP External static pressure 3.50 ins WC Motor type ODP Total static pressure 5.82 ins WC Frame size 256 T frame Electrical supply 460/60/3 Type Plenum Motor efficiency High Blade type/Class AirFoil / 2 Motor speed 1750 rpm Fan wheel diameter 27.00 ins Motor pole 4 Brake horsepower 16.31 HP Full load current 25 A Operating/Max speed 1798 / 1928 rpm Lock rotor current 175 A Discharge Axial Motor supplier Generic Air modulation None Actual drive service fac. 1.31 Drip pan None Bearing type Standard - L50 (200K) Drip pan side - Outlet velocity - ft/m Wheel guard None Inlet screen None Belt guard None Outlet screen None Inspection port None DRIVES Fan sheave 2B5V68 Motor sheave 2B5V68 Number of belts 2 Belt BX84 ANTI-VIBRATION MOUNTS / SPRINGS Type Spring Seismic restraint None DOOR DATA Door location Drive side Window size 12 x 12 ins Door width 30 ins Light Marine light kit with GFI outlet Door opening Outward NOTES Plenum (plug) fan applications are outside the scope of ARI Standard 430. As a standalone component, unit meets or exceeds requirements of ASHRAE 90.1 - 1999. The approving authority is responsible for compliance of multi-component building systems.
SHIPPING SECTION DETAILS
Length (inches) Weight (lb) Section 1 58 933 Section 2 48 948 Section 3 36 1645 Section 4 36 381 Section 5 48 1358 TOTALS 142.00 (Lower level total) 5265 (Entire unit weight)
UNIT SOUND 63 Hz 125 Hz 250 Hz 500 Hz 1000 Hz 2000 Hz 4000 Hz 8000 Hz Radiated 84 86 84 74 67 62 44 38 Unit discharge 92 94 96 91 87 85 79 74 Unit return 86 88 87 82 71 65 51 48
Opening X Y Z W(Width) H(Height)A Supply inlet 0.00 2.00 12.00 104.00 48.00B Hot water outlet 78.57 -7.00 55.81 1.50ins. MPS -C Hot water inlet 78.57 -7.00 16.16 1.50ins. MPS -D Condensate drain conn. 90.00 -2.90 13.00 1.25ins. MPS -E Cold water outlet 110.73 -7.00 56.69 2.50ins. MPS -F Cold water inlet 119.85 -7.00 17.31 2.50ins. MPS -G Condensate drain conn. 124.00 -2.90 13.00 1.25ins. MPS -H Supply outlet 60.00 2.00 64.00 104.00 48.00Dimensions measured from
NOTE: Base 10.00ins deep, Cross members extend 4ins on each side of the unit. VIEW: General Arrangement No EndsDRAWN: May-30-2008 (10:20)JOB NAME: MSU Pre-DesignUNIT TAGGING: AHU-BMODEL: CAH029GDDM
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Opening X Y Z W(Width) H(Height)A Supply inlet 0.00 2.00 12.00 104.00 48.00B Hot water outlet 78.57 -7.00 55.81 1.50ins. MPS -C Hot water inlet 78.57 -7.00 16.16 1.50ins. MPS -D Condensate drain conn. 90.00 -2.90 13.00 1.25ins. MPS -E Cold water outlet 110.73 -7.00 56.69 2.50ins. MPS -F Cold water inlet 119.85 -7.00 17.31 2.50ins. MPS -G Condensate drain conn. 124.00 -2.90 13.00 1.25ins. MPS -H Supply outlet 60.00 2.00 64.00 104.00 48.00Dimensions measured from
NOTE: Base 10.00ins deep, Cross members extend 4ins on each side of the unit. VIEW: Right SideDRAWN: May-30-2008 (10:20)JOB NAME: MSU Pre-DesignUNIT TAGGING: AHU-BMODEL: CAH029GDDM
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Opening X Y Z W(Width) H(Height)A Supply inlet 0.00 2.00 12.00 104.00 48.00B Hot water outlet 78.57 -7.00 55.81 1.50ins. MPS -C Hot water inlet 78.57 -7.00 16.16 1.50ins. MPS -D Condensate drain conn. 90.00 -2.90 13.00 1.25ins. MPS -E Cold water outlet 110.73 -7.00 56.69 2.50ins. MPS -F Cold water inlet 119.85 -7.00 17.31 2.50ins. MPS -G Condensate drain conn. 124.00 -2.90 13.00 1.25ins. MPS -H Supply outlet 60.00 2.00 64.00 104.00 48.00Dimensions measured from
NOTE: Base 10.00ins deep, Cross members extend 4ins on each side of the unit. VIEW: TopDRAWN: May-30-2008 (10:20)JOB NAME: MSU Pre-DesignUNIT TAGGING: AHU-BMODEL: CAH029GDDM
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AIR HANDLING UNIT TECHNICAL DATA Date Saved : 09/09/2008
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JOB NAME NJ4Z8S(XX.002) REP. OFFICE McQuayTools Engineer JOB DESCRIPTION MSU Pre-Design SALESPERSON DL MODEL NUMBER CAH066GDDM ENGINEER UNIT TAGGING AHU-C VERSION 8.62
Unit configuration Inline horizontal Drive (handing) location Right
SUPPLY RETURN / EXHAUST Air volume 30000 s cfm Altitude 970 ft Turning loss 0.00 in WC. External static 3.50 in WC. Total static 6.32 in WC. External H x W 88 x 132 (Not including base rails) ins
CASING DETAILS
Outer panel Standard G90 galv steel (unpainted) Liner Galvanized steel (Unless noted per section) Insulation R-13 Injected Foam (Unless noted per section) Frame 2 ins Base 10" formed channel Sound baffles None (unless noted per section) Tread Plate floor liner None (unless noted per section)
1 ACCESS SECTION(36 ins) SECTION 1Drip pan None Drip side - DOOR DATA Door location Drive side Window size None Door width 28 ins Light None Door opening Outward
2 BLENDER(48 ins) SECTION 1Model Kees Inc. Qty 3 Total face area 29.8 ft2 Face velocity 1008 fpm Air pressure drop 0.25 ins WC Drip pan None Drip side -
AIR HANDLING UNIT TECHNICAL DATA Date Saved : 09/09/2008
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3 COMBINATION FILTER(22 ins) SECTION 2Access Side Face velocity 449 fpm Air volume 30000 cfm Face area 66.9 ft2
PRE-FILTER FILTER Type Throwaway (MERV 5) Varicel SH cartridge Efficiency - 65 % Clean air press. drop 0.21 0.33 ins WC Mean air press. drop 0.61 0.77 ins WCDirty air press. drop 1.00 1.20 ins WC Depth 2.00 12.00 ins BANK ARRANGEMENT No. of Filters Size H x W
8 20.00 x 24.00 x 2.00 ins 16 20.00 x 20.00 x 2.00
DOOR DATA Door location Drive side Window size None Door width 18 ins Light None Door opening Outward SPECIAL - Tread Plate floor liner None Liner (As casing details) Insulation (As casing details) Sound baffles None Special static pressure - ins WC Filter Gauge Minihelic II 0-3"
4 ACCESS SECTION(24 ins) SECTION 2Drip pan None Drip side - DOOR DATA Door location Drive side Window size 6 x 12 ins Door width 20 ins Light Marine light kit with GFI outlet Door opening Outward
AIR HANDLING UNIT TECHNICAL DATA Date Saved : 09/09/2008
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5 HOT WATER COIL(42 ins) SECTION 3Coil model 5WH1301C Number of coils 2 Capacity 1582859 Btu/h Number of rows 1 Fins per inch 13 Air volume 30000 cfm Entering db 40.0 F Entering water 170.0 F Leaving db 90.0 F Leaving water 150.0 F Finned height x length 36 x 116 ins Water flow rate 158.20 gpm Face area 58.00 ft2 Water pressure drop 19.50 ftHD Face velocity 517 ft/m Water velocity 7.00 ft/s Coil air pressure drop 0.20 ins WC Fluid volume 10.0 gal Fluid weight 90.00 lb Connection type Threaded Fin material Aluminum (.0075) Connection Qty x size 2 x 1.50 ins Tube material Copper (.020) Connection location Drive side Header material Copper Glycol type (%) - (0 %) Case material Galvanized track Fouling Factor 0 Drip pan Stainless steel drip pan Drip pan side Drive side Turbospirals None Coil code 5WH1301C Electro-fin coat None DOOR DATA Door location Drive side Window size 6 x 12 ins Door width 30 ins Light Marine light kit with GFI outlet Door opening Outward
6 CHILLED WATER COIL(40 ins) SECTION 3Coil model 5WS1108B Number of coils 2 Total capacity 1380546 Btu/h Number of rows 8 Sensible capacity 942226 Btu/h Fins per inch 11 Air volume 30000 cfm Entering db/wb 81.9 / 67.3 F Entering water 44.0 F Leaving db/wb 52.1 / 51.9 F Leaving water 59.3 F Finned height x length 36 x 119 ins Water flow rate 180.70 gpm Face area 59.50 ft2 Water pressure drop 16.80 ftHD Face velocity 504 ft/m Water velocity 4.00 ft/s Coil air pressure drop 1.00 ins WC Fluid volume 60.0 gal Fluid weight 505.00 lb Connection type Threaded Fin material Aluminum (.0075) Connection Qty x size 2 x 2.50 ins Tube material Copper (.020) Connection location Drive side Header material Copper Glycol type (%) - (0 %) Case material Galv. steel Fouling Factor 0 Drain pan Stainless steel Drain pan side Drive side Turbospirals None Coil code 5WS1108B Electro-fin coat None DOOR DATA Door location Drive side Window size 6 x 12 ins Door width 20 ins Light Marine light kit with GFI outlet Door opening Outward
AIR HANDLING UNIT TECHNICAL DATA Date Saved : 09/09/2008
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7 SUPPLY FAN SECTION(66 ins) SECTION 4Air volume 30000 cfm Motor power 50.0 HP External static pressure 3.50 ins WC Motor type ODP Total static pressure 6.32 ins WC Frame size 326 T frame Electrical supply 230-460/60/3 Type Plenum Motor efficiency High Blade type/Class AirFoil / 2 Motor speed 1750 rpm Fan wheel diameter 44.50 ins Motor pole 4 Brake horsepower 44.04 HP Full load current 124 / 62 A Operating/Max speed 1095 / 1150 rpm Lock rotor current 770 / 385 A Discharge Axial Motor supplier Generic Air modulation None Actual drive service fac. 1.32 Drip pan None Bearing type Standard - L50 (200K) Drip pan side - Outlet velocity - ft/m Wheel guard None Inlet screen None Belt guard None Outlet screen None Inspection port None DRIVES Fan sheave 3B5V110 Motor sheave 3B5V70 Number of belts 3 Belt 5VX1320 ANTI-VIBRATION MOUNTS / SPRINGS Type Spring Seismic restraint None DOOR DATA Door location Drive side Window size 12 x 12 ins Door width 30 ins Light Marine light kit with GFI outlet Door opening Outward SPECIAL - Tread Plate floor liner Tread plate installed Liner (As casing details) Insulation (As casing details) Sound baffles None Special static pressure - ins WC Filter Gauge None NOTES Plenum (plug) fan applications are outside the scope of ARI Standard 430. As a standalone component, unit meets or exceeds requirements of ASHRAE 90.1 - 1999. The approving authority is responsible for compliance of multi-component building systems.
SHIPPING SECTION DETAILS
Length (inches) Weight (lb) Section 1 84 1687 Section 2 46 1393 Section 3 82 4146 Section 4 66 3901 TOTALS 278.00 (Lower level total) 11127 (Entire unit weight)
UNIT SOUND 63 Hz 125 Hz 250 Hz 500 Hz 1000 Hz 2000 Hz 4000 Hz 8000 Hz Radiated 86 94 87 80 73 68 50 44 Unit discharge 94 102 99 97 93 91 85 80 Unit return 88 96 90 88 77 71 57 54
Opening X Y Z W(Width) H(Height)A Supply inlet 0.00 2.00 12.00 128.00 84.00B Hot water outlet 134.57 -7.00 52.55 1.50ins. MPS -C Hot water inlet 134.57 -7.00 18.90 1.50ins. MPS -D Hot water outlet 134.57 -7.00 89.95 1.50ins. MPS -E Hot water inlet 134.57 -7.00 56.30 1.50ins. MPS -F Condensate drain conn. 151.00 -2.90 13.00 1.25ins. MPS -G Cold water outlet 176.73 -7.00 52.69 2.50ins. MPS -H Cold water inlet 185.85 -7.00 19.31 2.50ins. MPS -I Cold water outlet 176.73 -7.00 90.69 2.50ins. MPS -J Cold water inlet 185.85 -7.00 57.31 2.50ins. MPS -K Condensate drain conn. 192.00 -3.40 13.73 1.50ins. MPS -L Supply outlet 278.00 2.00 12.00 128.00 84.00Dimensions measured from
NOTE: Base 10.00ins deep, Cross members extend 4ins on each side of the unit. VIEW: General Arrangement No EndsDRAWN: May-30-2008 (10:21)JOB NAME: MSU Pre-DesignUNIT TAGGING: AHU-CMODEL: CAH066GDDM
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Opening X Y Z W(Width) H(Height)A Supply inlet 0.00 2.00 12.00 128.00 84.00B Hot water outlet 134.57 -7.00 52.55 1.50ins. MPS -C Hot water inlet 134.57 -7.00 18.90 1.50ins. MPS -D Hot water outlet 134.57 -7.00 89.95 1.50ins. MPS -E Hot water inlet 134.57 -7.00 56.30 1.50ins. MPS -F Condensate drain conn. 151.00 -2.90 13.00 1.25ins. MPS -G Cold water outlet 176.73 -7.00 52.69 2.50ins. MPS -H Cold water inlet 185.85 -7.00 19.31 2.50ins. MPS -I Cold water outlet 176.73 -7.00 90.69 2.50ins. MPS -J Cold water inlet 185.85 -7.00 57.31 2.50ins. MPS -K Condensate drain conn. 192.00 -3.40 13.73 1.50ins. MPS -L Supply outlet 278.00 2.00 12.00 128.00 84.00Dimensions measured from
NOTE: Base 10.00ins deep, Cross members extend 4ins on each side of the unit. VIEW: Right SideDRAWN: May-30-2008 (10:21)JOB NAME: MSU Pre-DesignUNIT TAGGING: AHU-CMODEL: CAH066GDDM
A B
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Opening X Y Z W(Width) H(Height)A Supply inlet 0.00 2.00 12.00 128.00 84.00B Hot water outlet 134.57 -7.00 52.55 1.50ins. MPS -C Hot water inlet 134.57 -7.00 18.90 1.50ins. MPS -D Hot water outlet 134.57 -7.00 89.95 1.50ins. MPS -E Hot water inlet 134.57 -7.00 56.30 1.50ins. MPS -F Condensate drain conn. 151.00 -2.90 13.00 1.25ins. MPS -G Cold water outlet 176.73 -7.00 52.69 2.50ins. MPS -H Cold water inlet 185.85 -7.00 19.31 2.50ins. MPS -I Cold water outlet 176.73 -7.00 90.69 2.50ins. MPS -J Cold water inlet 185.85 -7.00 57.31 2.50ins. MPS -K Condensate drain conn. 192.00 -3.40 13.73 1.50ins. MPS -L Supply outlet 278.00 2.00 12.00 128.00 84.00Dimensions measured from
NOTE: Base 10.00ins deep, Cross members extend 4ins on each side of the unit. VIEW: TopDRAWN: May-30-2008 (10:21)JOB NAME: MSU Pre-DesignUNIT TAGGING: AHU-CMODEL: CAH066GDDM
A
BCDE F G HI J K
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AIR HANDLING UNIT TECHNICAL DATA Date Saved : 09/09/2008
() © McQuay International 09/09/2008, www.mcquay.com Page 1 of 3
JOB NAME NJ4Z8S(XX.003) REP. OFFICE McQuayTools Engineer JOB DESCRIPTION MSU Pre-Design SALESPERSON DL MODEL NUMBER CAH015GDAM ENGINEER UNIT TAGGING AHU-D VERSION 8.62
Unit configuration Stacked / vertical Drive (handing) location Right
SUPPLY RETURN / EXHAUST Air volume 6500 s cfm Altitude 970 ft Turning loss 0.13 in WC. External static 2.00 in WC. Total static 4.67 in WC. External H x W 40 x 80 (Not including base rails) ins
CASING DETAILS
Outer panel Standard G90 galv steel (unpainted) Liner Galvanized steel (Unless noted per section) Insulation R-13 Injected Foam (Unless noted per section) Frame 2 ins Base 4" formed channel Sound baffles None (unless noted per section) Tread Plate floor liner None (unless noted per section)
1 ACCESS SECTION(16 ins) SECTION 1Drip pan None Drip side - DOOR DATA Door location Drive side Window size None Door width 12 ins Light Marine light kit with GFI outlet Door opening Outward
2 COMBINATION FILTER(14 ins) SECTION 1Access Side Face velocity 434 fpm Air volume 6500 cfm Face area 15.0 ft2
PRE-FILTER FILTER Type Throwaway (MERV 5) Varicel II MH cartridge Efficiency - 65 % Clean air press. drop 0.20 0.35 ins WC Mean air press. drop 0.60 0.92 ins WCDirty air press. drop 1.00 1.50 ins WC Depth 2.00 4.00 ins BANK ARRANGEMENT No. of Filters Size H x W
3 20.00 x 24.00 x 2.00 ins 3 12.00 x 24.00 x 2.00
DOOR DATA Door location Drive side Window size None Door width 10 ins Light None Door opening Outward SPECIAL - Tread Plate floor liner None Liner (As casing details) Insulation (As casing details) Sound baffles None Special static pressure - ins WC Filter Gauge Minihelic II 0-3"
AIR HANDLING UNIT TECHNICAL DATA Date Saved : 09/09/2008
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3 HOT WATER COIL(12 ins) SECTION 1Coil model 5WQ1301C Number of coils 1 Capacity 351587 Btu/h Number of rows 1 Fins per inch 13 Air volume 6500 cfm Entering db 40.0 F Entering water 170.0 F Leaving db 91.3 F Leaving water 149.5 F Finned height x length 30 x 64 ins Water flow rate 34.30 gpm Face area 13.33 ft2 Water pressure drop 14.50 ftHD Face velocity 488 ft/m Water velocity 7.30 ft/s Coil air pressure drop 0.19 ins WC Fluid volume 3.0 gal Fluid weight 27.00 lb Connection type Threaded Fin material Aluminum (.0075) Connection Qty x size 2 x 1.50 ins Tube material Copper (.020) Connection location Drive side Header material Copper Glycol type (%) - (0 %) Case material Galvanized track Fouling Factor 0 Drip pan None Drip pan side - Turbospirals None Coil code 5WQ1301C Electro-fin coat None
4 CHILLED WATER COIL(24 ins) SECTION 1Coil model 5WH1008B Number of coils 1 Total capacity 285529 Btu/h Number of rows 8 Sensible capacity 197176 Btu/h Fins per inch 10 Air volume 6500 cfm Entering db/wb 80.9 / 66.7 F Entering water 44.0 F Leaving db/wb 52.1 / 51.9 F Leaving water 59.4 F Finned height x length 30 x 67 ins Water flow rate 37.20 gpm Face area 13.96 ft2 Water pressure drop 19.70 ftHD Face velocity 466 ft/m Water velocity 4.00 ft/s Coil air pressure drop 0.83 ins WC Fluid volume 14.0 gal Fluid weight 123.00 lb Connection type Threaded Fin material Aluminum (.0075) Connection Qty x size 2 x 1.50 ins Tube material Copper (.020) Connection location Drive side Header material Copper Glycol type (%) - (0 %) Case material Galv. steel Fouling Factor 0 Drain pan Microbial resistant coated
galvanized Drain pan side Drive side Turbospirals None Coil code 5WH1008B Electro-fin coat None
5 ACCESS SECTION(24 ins) SECTION 1Drip pan None Drip side - DOOR DATA Door location Drive side Window size None Door width 20 ins Light None Door opening Outward
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6 SUPPLY FAN SECTION(44 ins) SECTION 2Air volume 6500 cfm Motor power 10.0 HP External static pressure 2.00 ins WC Motor type ODP Total static pressure 4.67 ins WC Frame size 215 T frame Electrical supply 460/60/3 Type - Motor efficiency High Blade type/Class Airfoil / 2 Motor speed 1750 rpm Fan wheel diameter 14.56 ins Motor pole 4 Brake horsepower 8.72 HP Full load current 14 A Operating/Max speed 3477 / 3918 rpm Lock rotor current 94 A Orientation Top horizontal Motor supplier Generic Air modulation None Actual drive service fac. 1.40 Drip pan None Bearing type Standard - L50 (200K) Drip pan side - Outlet velocity 2257 ft/m Wheel guard None Inlet screen None Belt guard None Outlet screen None Inspection port None DRIVES Fan sheave 2TB34 Motor sheave 2BK80H Number of belts 2 Belt BX40 ANTI-VIBRATION MOUNTS / SPRINGS Type Spring Seismic restraint None DOOR DATA Door location Drive side Window size 12 x 12 ins Door width 30 ins Light Marine light kit with GFI outlet Door opening Outward NOTES Supply fan performance is certified in accordance with the Central Station Air-Handling Unit Certification Program, which is based on ARI Standard 430. As a standalone component, unit meets or exceeds requirements of ASHRAE 90.1 - 1999. The approving authority is responsible for compliance of multi-component building systems.
SHIPPING SECTION DETAILS
Length (inches) Weight (lb) Section 1 90 1584 Section 2 44 808 TOTALS 90.00 (Lower level total) 2392 (Entire unit weight)
UNIT SOUND 63 Hz 125 Hz 250 Hz 500 Hz 1000 Hz 2000 Hz 4000 Hz 8000 Hz Radiated 84 86 80 76 67 58 42 33 Unit discharge 92 94 92 93 87 81 77 69 Unit return 86 88 85 85 74 66 57 52
Opening X Y Z W(Width) H(Height)A Supply inlet 0.00 2.00 6.00 76.00 36.00B Hot water outlet 34.57 -7.00 37.81 1.50ins. MPS -C Hot water inlet 34.57 -7.00 10.16 1.50ins. MPS -D Cold water outlet 46.73 -7.00 39.19 1.50ins. MPS -E Cold water inlet 55.85 -7.00 10.81 1.50ins. MPS -F Condensate drain conn. 54.00 -2.90 7.00 1.25ins. MPS -G Fan discharge 91.00 29.00 57.50 22.00 20.18Dimensions measured from
NOTE: Base 4.00ins deep, Cross members extend 4ins on each side of the unit. VIEW: General Arrangement No EndsDRAWN: May-30-2008 (10:21)JOB NAME: MSU Pre-DesignUNIT TAGGING: AHU-DMODEL: CAH015GDAM
A
BC D EF
G
A
B
C
D
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Opening X Y Z W(Width) H(Height)A Supply inlet 0.00 2.00 6.00 76.00 36.00B Hot water outlet 34.57 -7.00 37.81 1.50ins. MPS -C Hot water inlet 34.57 -7.00 10.16 1.50ins. MPS -D Cold water outlet 46.73 -7.00 39.19 1.50ins. MPS -E Cold water inlet 55.85 -7.00 10.81 1.50ins. MPS -F Condensate drain conn. 54.00 -2.90 7.00 1.25ins. MPS -G Fan discharge 91.00 29.00 57.50 22.00 20.18Dimensions measured from
NOTE: Base 4.00ins deep, Cross members extend 4ins on each side of the unit. VIEW: Right SideDRAWN: May-30-2008 (10:21)JOB NAME: MSU Pre-DesignUNIT TAGGING: AHU-DMODEL: CAH015GDAM
A
B
C
D
EF
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Opening X Y Z W(Width) H(Height)A Supply inlet 0.00 2.00 6.00 76.00 36.00B Hot water outlet 34.57 -7.00 37.81 1.50ins. MPS -C Hot water inlet 34.57 -7.00 10.16 1.50ins. MPS -D Cold water outlet 46.73 -7.00 39.19 1.50ins. MPS -E Cold water inlet 55.85 -7.00 10.81 1.50ins. MPS -F Condensate drain conn. 54.00 -2.90 7.00 1.25ins. MPS -G Fan discharge 91.00 29.00 57.50 22.00 20.18Dimensions measured from
NOTE: Base 4.00ins deep, Cross members extend 4ins on each side of the unit. VIEW: TopDRAWN: May-30-2008 (10:21)JOB NAME: MSU Pre-DesignUNIT TAGGING: AHU-DMODEL: CAH015GDAM
A
BC D EF
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JOB NAME NJ4Z8S(XX.007) REP. OFFICE McQuayTools Engineer JOB DESCRIPTION MSU Pre-Design SALESPERSON DL MODEL NUMBER CAH015GDAM ENGINEER UNIT TAGGING AHU-E VERSION 8.62
Unit configuration Stacked / vertical Drive (handing) location Right
SUPPLY RETURN / EXHAUST Air volume 6000 s cfm Altitude 970 ft Turning loss 0.13 in WC. External static 2.00 in WC. Total static 4.45 in WC. External H x W 40 x 80 (Not including base rails) ins
CASING DETAILS
Outer panel Standard G90 galv steel (unpainted) Liner Galvanized steel (Unless noted per section) Insulation R-13 Injected Foam (Unless noted per section) Frame 2 ins Base 4" formed channel Sound baffles None (unless noted per section) Tread Plate floor liner None (unless noted per section)
1 ACCESS SECTION(16 ins) SECTION 1Drip pan None Drip side - DOOR DATA Door location Drive side Window size None Door width 12 ins Light Marine light kit with GFI outlet Door opening Outward
2 COMBINATION FILTER(14 ins) SECTION 1Access Side Face velocity 401 fpm Air volume 6000 cfm Face area 15.0 ft2
PRE-FILTER FILTER Type Throwaway (MERV 5) Varicel II MH cartridge Efficiency - 65 % Clean air press. drop 0.18 0.31 ins WC Mean air press. drop 0.59 0.90 ins WCDirty air press. drop 1.00 1.50 ins WC Depth 2.00 4.00 ins BANK ARRANGEMENT No. of Filters Size H x W
3 20.00 x 24.00 x 2.00 ins 3 12.00 x 24.00 x 2.00
DOOR DATA Door location Drive side Window size None Door width 10 ins Light None Door opening Outward SPECIAL - Tread Plate floor liner None Liner (As casing details) Insulation (As casing details) Sound baffles None Special static pressure - ins WC Filter Gauge Minihelic II 0-3"
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3 HOT WATER COIL(12 ins) SECTION 1Coil model 5WQ1201C Number of coils 1 Capacity 318084 Btu/h Number of rows 1 Fins per inch 12 Air volume 6000 cfm Entering db 40.0 F Entering water 170.0 F Leaving db 90.3 F Leaving water 149.9 F Finned height x length 30 x 64 ins Water flow rate 31.60 gpm Face area 13.33 ft2 Water pressure drop 12.50 ftHD Face velocity 450 ft/m Water velocity 6.70 ft/s Coil air pressure drop 0.15 ins WC Fluid volume 3.0 gal Fluid weight 27.00 lb Connection type Threaded Fin material Aluminum (.0075) Connection Qty x size 2 x 1.50 ins Tube material Copper (.020) Connection location Drive side Header material Copper Glycol type (%) - (0 %) Case material Galvanized track Fouling Factor 0 Drip pan None Drip pan side - Turbospirals None Coil code 5WQ1201C Electro-fin coat None
4 CHILLED WATER COIL(24 ins) SECTION 1Coil model 5WH0908B Number of coils 1 Total capacity 260371 Btu/h Number of rows 8 Sensible capacity 180303 Btu/h Fins per inch 9 Air volume 6000 cfm Entering db/wb 80.9 / 66.7 F Entering water 44.0 F Leaving db/wb 52.4 / 52.1 F Leaving water 59.2 F Finned height x length 30 x 67 ins Water flow rate 34.30 gpm Face area 13.96 ft2 Water pressure drop 17.10 ftHD Face velocity 430 ft/m Water velocity 3.70 ft/s Coil air pressure drop 0.68 ins WC Fluid volume 14.0 gal Fluid weight 123.00 lb Connection type Threaded Fin material Aluminum (.0075) Connection Qty x size 2 x 1.50 ins Tube material Copper (.020) Connection location Drive side Header material Copper Glycol type (%) - (0 %) Case material Galv. steel Fouling Factor 0 Drain pan Microbial resistant coated
galvanized Drain pan side Drive side Turbospirals None Coil code 5WH0908B Electro-fin coat None
5 ACCESS SECTION(24 ins) SECTION 1Drip pan None Drip side - DOOR DATA Door location Drive side Window size None Door width 20 ins Light None Door opening Outward
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6 SUPPLY FAN SECTION(44 ins) SECTION 2Air volume 6000 cfm Motor power 10.0 HP External static pressure 2.00 ins WC Motor type ODP Total static pressure 4.45 ins WC Frame size 215 T frame Electrical supply 460/60/3 Type - Motor efficiency High Blade type/Class Airfoil / 2 Motor speed 1750 rpm Fan wheel diameter 14.56 ins Motor pole 4 Brake horsepower 7.39 HP Full load current 14 A Operating/Max speed 3282 / 3918 rpm Lock rotor current 94 A Orientation Top horizontal Motor supplier Generic Air modulation None Actual drive service fac. 1.50 Drip pan None Bearing type Standard - L50 (200K) Drip pan side - Outlet velocity 2083 ft/m Wheel guard None Inlet screen None Belt guard None Outlet screen None Inspection port None DRIVES Fan sheave 2TB38 Motor sheave 2BK80H Number of belts 2 Belt BX40 ANTI-VIBRATION MOUNTS / SPRINGS Type Spring Seismic restraint None DOOR DATA Door location Drive side Window size 12 x 12 ins Door width 30 ins Light Marine light kit with GFI outlet Door opening Outward NOTES Supply fan performance is certified in accordance with the Central Station Air-Handling Unit Certification Program, which is based on ARI Standard 430. As a standalone component, unit meets or exceeds requirements of ASHRAE 90.1 - 1999. The approving authority is responsible for compliance of multi-component building systems.
SHIPPING SECTION DETAILS
Length (inches) Weight (lb) Section 1 90 1567 Section 2 44 808 TOTALS 90.00 (Lower level total) 2375 (Entire unit weight)
UNIT SOUND 63 Hz 125 Hz 250 Hz 500 Hz 1000 Hz 2000 Hz 4000 Hz 8000 Hz Radiated 82 84 78 74 65 56 40 31 Unit discharge 90 92 90 91 85 79 75 67 Unit return 84 86 83 83 72 64 55 50
Opening X Y Z W(Width) H(Height)A Supply inlet 0.00 2.00 6.00 76.00 36.00B Hot water outlet 34.57 -7.00 37.81 1.50ins. MPS -C Hot water inlet 34.57 -7.00 10.16 1.50ins. MPS -D Cold water outlet 46.73 -7.00 39.19 1.50ins. MPS -E Cold water inlet 55.85 -7.00 10.81 1.50ins. MPS -F Condensate drain conn. 54.00 -2.90 7.00 1.25ins. MPS -G Fan discharge 91.00 29.00 57.50 22.00 20.18Dimensions measured from
NOTE: Base 4.00ins deep, Cross members extend 4ins on each side of the unit. VIEW: General Arrangement No EndsDRAWN: May-30-2008 (10:23)JOB NAME: MSU Pre-DesignUNIT TAGGING: AHU-E MODEL: CAH015GDAM
A
BC D EF
G
A
B
C
D
EF
G
Opening X Y Z W(Width) H(Height)A Supply inlet 0.00 2.00 6.00 76.00 36.00B Hot water outlet 34.57 -7.00 37.81 1.50ins. MPS -C Hot water inlet 34.57 -7.00 10.16 1.50ins. MPS -D Cold water outlet 46.73 -7.00 39.19 1.50ins. MPS -E Cold water inlet 55.85 -7.00 10.81 1.50ins. MPS -F Condensate drain conn. 54.00 -2.90 7.00 1.25ins. MPS -G Fan discharge 91.00 29.00 57.50 22.00 20.18Dimensions measured from
NOTE: Base 4.00ins deep, Cross members extend 4ins on each side of the unit. VIEW: Right SideDRAWN: May-30-2008 (10:23)JOB NAME: MSU Pre-DesignUNIT TAGGING: AHU-E MODEL: CAH015GDAM
A
B
C
D
EF
G
Opening X Y Z W(Width) H(Height)A Supply inlet 0.00 2.00 6.00 76.00 36.00B Hot water outlet 34.57 -7.00 37.81 1.50ins. MPS -C Hot water inlet 34.57 -7.00 10.16 1.50ins. MPS -D Cold water outlet 46.73 -7.00 39.19 1.50ins. MPS -E Cold water inlet 55.85 -7.00 10.81 1.50ins. MPS -F Condensate drain conn. 54.00 -2.90 7.00 1.25ins. MPS -G Fan discharge 91.00 29.00 57.50 22.00 20.18Dimensions measured from
NOTE: Base 4.00ins deep, Cross members extend 4ins on each side of the unit. VIEW: TopDRAWN: May-30-2008 (10:23)JOB NAME: MSU Pre-DesignUNIT TAGGING: AHU-E MODEL: CAH015GDAM
A
BC D EF
G
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JOB NAME NJ4Z8S(XX.010) REP. OFFICE McQuayTools Engineer JOB DESCRIPTION MSU Pre-Design SALESPERSON DL MODEL NUMBER CAH021GDDM ENGINEER UNIT TAGGING AHU-F VERSION 8.62
Unit configuration Stacked with opposed air flows Drive (handing) location Right
SUPPLY RETURN / EXHAUST Air volume 10000 10000 s cfm Altitude 970 970 ft Turning loss 0.00 0.00 in WC. External static 3.00 2.00 in WC. Total static 6.10 2.07 in WC. External H x W 52 x 82 52 x 82 (Not including base rails) ins
CASING DETAILS
Outer panel Standard G90 galv steel (unpainted) Liner Galvanized steel (Unless noted per section) Insulation R-13 Injected Foam (Unless noted per section) Frame 2 ins Base 10" formed channel Sound baffles None (unless noted per section) Tread Plate floor liner None (unless noted per section)
1 ACCESS SECTION(24 ins) SECTION 1Drip pan None Drip side - DOOR DATA Door location Drive side Window size None Door width 20 ins Light None Door opening Outward
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2 RETURN/EXHAUST FAN SECTION(46 ins) SECTION 1Air volume 10000 cfm Motor power 7.5 HP External static pressure 2.00 ins WC Motor type ODP Total static pressure 2.07 ins WC Frame size 213 T frame Electrical supply 460/60/3 Type Plenum Motor efficiency High Blade type/Class AirFoil / 1 Motor speed 1750 rpm Fan wheel diameter 24.50 ins Motor pole 4 Brake horsepower 6.19 HP Full load current 10.8 A Operating/Max speed 1575 / 1691 rpm Lock rotor current 74.2 A Discharge Axial Motor supplier Generic Air modulation None Actual drive service fac. 1.10 Drip pan None Bearing type Standard - L50 (200K) Drip pan side - Outlet velocity - ft/m Wheel guard None Inlet screen None Belt guard None Outlet screen None Inspection port None DRIVES Fan sheave AK74H Motor sheave AK69H Number of belts 1 Belt A77 ANTI-VIBRATION MOUNTS / SPRINGS Type Spring Seismic restraint None DOOR DATA Door location Drive side Window size None Door width 30 ins Light None Door opening Outward 3 ECONOMIZER(30 ins) SECTION 1 & 2Drip pan None Drip side -
OUTSIDE AIR RETURN AIR EXHAUST AIR Length x Width 26.00 x 78.00 26.00 x 78.00 26.00 x 78.00 ins Location Internal Top Top Dampers UltraSeal Low Leak UltraSeal Low Leak UltraSeal Low Leak Actuation - - - Hoods Rated cfm 10000 10000 10000 cfm Air pressure drop 0.07 0.07 0.07 in WC DOOR DATA Door location Drive side Window size None Door width 26 ins Light None Door opening Outward
4 BLENDER(32 ins) SECTION 2Model Kees Inc. Qty 3 Total face area 10.0 ft2 Face velocity 1000 fpm Air pressure drop 0.25 ins WC Drip pan None Drip side -
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5 COMBINATION FILTER(14 ins) SECTION 2Access Side Face velocity 435 fpm Air volume 10000 cfm Face area 23.0 ft2
PRE-FILTER FILTER Type Throwaway (MERV 5) Varicel II MH cartridge Efficiency - 65 % Clean air press. drop 0.20 0.35 ins WC Mean air press. drop 0.60 0.92 ins WCDirty air press. drop 1.00 1.50 ins WC Depth 2.00 4.00 ins BANK ARRANGEMENT No. of Filters Size H x W
4 24.00 x 20.00 x 2.00 ins 4 20.00 x 20.00 x 2.00
DOOR DATA Door location Drive side Window size None Door width 10 ins Light None Door opening Outward SPECIAL - Tread Plate floor liner None Liner (As casing details) Insulation (As casing details) Sound baffles None Special static pressure - ins WC Filter Gauge Minihelic II 0-3"
6 ACCESS SECTION(16 ins) SECTION 2Drip pan None Drip side - DOOR DATA Door location Drive side Window size None Door width 12 ins Light Marine light kit with GFI outlet Door opening Outward
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7 HOT WATER COIL(22 ins) SECTION 3Coil model 5WH1401C Number of coils 1 Capacity 527878 Btu/h Number of rows 1 Fins per inch 14 Air volume 10000 cfm Entering db 40.0 F Entering water 170.0 F Leaving db 90.1 F Leaving water 150.0 F Finned height x length 42 x 66 ins Water flow rate 52.70 gpm Face area 19.25 ft2 Water pressure drop 6.70 ftHD Face velocity 519 ft/m Water velocity 4.00 ft/s Coil air pressure drop 0.22 ins WC Fluid volume 4.0 gal Fluid weight 38.00 lb Connection type Threaded Fin material Aluminum (.0075) Connection Qty x size 2 x 1.50 ins Tube material Copper (.020) Connection location Drive side Header material Copper Glycol type (%) - (0 %) Case material Galvanized track Fouling Factor 0 Drip pan Stainless steel drip pan Drip pan side Drive side Turbospirals None Coil code 5WH1401C Electro-fin coat None DOOR DATA Door location Drive side Window size None Door width 12 ins Light Marine light kit with GFI outlet Door opening Outward
8 CHILLED WATER COIL(36 ins) SECTION 3Coil model 5WL1208B Number of coils 1 Total capacity 436908 Btu/h Number of rows 8 Sensible capacity 302605 Btu/h Fins per inch 12 Air volume 10000 cfm Entering db/wb 80.9 / 66.7 F Entering water 44.0 F Leaving db/wb 52.2 / 52.0 F Leaving water 59.3 F Finned height x length 42 x 69 ins Water flow rate 57.20 gpm Face area 20.12 ft2 Water pressure drop 8.00 ftHD Face velocity 497 ft/m Water velocity 2.90 ft/s Coil air pressure drop 1.04 ins WC Fluid volume 21.0 gal Fluid weight 181.00 lb Connection type Threaded Fin material Aluminum (.0075) Connection Qty x size 2 x 2.50 ins Tube material Copper (.020) Connection location Drive side Header material Copper Glycol type (%) - (0 %) Case material Galv. steel Fouling Factor 0 Drain pan Stainless steel Drain pan side Drive side Turbospirals None Coil code 5WL1208B Electro-fin coat None DOOR DATA Door location Drive side Window size 6 x 12 ins Door width 16 ins Light Marine light kit with GFI outlet Door opening Outward
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9 SUPPLY FAN SECTION(46 ins) SECTION 4Air volume 10000 cfm Motor power 20.0 HP External static pressure 3.00 ins WC Motor type ODP Total static pressure 6.10 ins WC Frame size 256 T frame Electrical supply 460/60/3 Type Plenum Motor efficiency High Blade type/Class AirFoil / 2 Motor speed 1750 rpm Fan wheel diameter 24.50 ins Motor pole 4 Brake horsepower 14.70 HP Full load current 25 A Operating/Max speed 2045 / 2199 rpm Lock rotor current 175 A Discharge Axial Motor supplier Generic Air modulation None Actual drive service fac. 1.31 Drip pan None Bearing type Standard - L50 (200K) Drip pan side - Outlet velocity - ft/m Wheel guard None Inlet screen None Belt guard None Outlet screen None Inspection port None DRIVES Fan sheave 2B5V50 Motor sheave 2B5V56 Number of belts 2 Belt 5VX780 ANTI-VIBRATION MOUNTS / SPRINGS Type Spring Seismic restraint None DOOR DATA Door location Drive side Window size 12 x 12 ins Door width 30 ins Light Marine light kit with GFI outlet Door opening Outward SPECIAL - Tread Plate floor liner Tread plate installed Liner (As casing details) Insulation (As casing details) Sound baffles None Special static pressure - ins WC Filter Gauge None NOTES Plenum (plug) fan applications are outside the scope of ARI Standard 430. Important Notice This unit may not meet ASHRAE Standard 90.1 - 1999 fan motor power limitations. If that code applies, alternate fan selections may be required. The designer and installer must ensure compliance with applicable codes. A component supplier cannot determine the brake horsepower ("BHP") for other motors in the air handling system. Before approving this unit, determine whether ASHRAE Standard 90.1 - 1999 has been adopted in the specific jurisdiction or contract specifications in which the unit will be installed.
SHIPPING SECTION DETAILS
Length (inches) Weight (lb) Section 1 100 1479 Section 2 92 1243 Section 3 58 1667 Section 4 46 1443 TOTALS 196.00 (Lower level total) 5832 (Entire unit weight)
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UNIT SOUND 63 Hz 125 Hz 250 Hz 500 Hz 1000 Hz 2000 Hz 4000 Hz 8000 Hz Radiated 86 84 84 76 70 65 48 42 Unit discharge 94 92 96 93 90 88 83 78 Unit return 87 85 89 86 83 81 76 71
Opening X Y Z W(Width) H(Height)A Damper 0.00 2.00 22.00 78.00 26.00B Hot water outlet 96.57 -7.00 55.81 1.50ins. MPS -C Hot water inlet 96.57 -7.00 16.16 1.50ins. MPS -D Condensate drain conn. 103.00 -2.90 13.00 1.25ins. MPS -E Cold water outlet 118.73 -7.00 56.69 2.50ins. MPS -F Cold water inlet 127.85 -7.00 17.31 2.50ins. MPS -G Condensate drain conn. 132.00 -2.90 13.00 1.25ins. MPS -H Supply outlet 196.00 2.00 12.00 78.00 48.00I Exhaust inlet 100.00 2.00 64.00 78.00 48.00J Damper 2.00 2.00 114.00 78.00 26.00Dimensions measured from
NOTE: Base 10.00ins deep, Cross members extend 4ins on each side of the unit. VIEW: General Arrangement No EndsDRAWN: May-30-2008 (10:22)JOB NAME: MSU Pre-DesignUNIT TAGGING: AHU-F MODEL: CAH021GDDM
A
BC D E FG
HIJ
A
B
CD
E
FG
H
I
J
Opening X Y Z W(Width) H(Height)A Damper 0.00 2.00 22.00 78.00 26.00B Hot water outlet 96.57 -7.00 55.81 1.50ins. MPS -C Hot water inlet 96.57 -7.00 16.16 1.50ins. MPS -D Condensate drain conn. 103.00 -2.90 13.00 1.25ins. MPS -E Cold water outlet 118.73 -7.00 56.69 2.50ins. MPS -F Cold water inlet 127.85 -7.00 17.31 2.50ins. MPS -G Condensate drain conn. 132.00 -2.90 13.00 1.25ins. MPS -H Supply outlet 196.00 2.00 12.00 78.00 48.00I Exhaust inlet 100.00 2.00 64.00 78.00 48.00J Damper 2.00 2.00 114.00 78.00 26.00Dimensions measured from
NOTE: Base 10.00ins deep, Cross members extend 4ins on each side of the unit. VIEW: Right SideDRAWN: May-30-2008 (10:22)JOB NAME: MSU Pre-DesignUNIT TAGGING: AHU-F MODEL: CAH021GDDM
A
B
C D
E
FG
H
I
J
Opening X Y Z W(Width) H(Height)A Damper 0.00 2.00 22.00 78.00 26.00B Hot water outlet 96.57 -7.00 55.81 1.50ins. MPS -C Hot water inlet 96.57 -7.00 16.16 1.50ins. MPS -D Condensate drain conn. 103.00 -2.90 13.00 1.25ins. MPS -E Cold water outlet 118.73 -7.00 56.69 2.50ins. MPS -F Cold water inlet 127.85 -7.00 17.31 2.50ins. MPS -G Condensate drain conn. 132.00 -2.90 13.00 1.25ins. MPS -H Supply outlet 196.00 2.00 12.00 78.00 48.00I Exhaust inlet 100.00 2.00 64.00 78.00 48.00J Damper 2.00 2.00 114.00 78.00 26.00Dimensions measured from
NOTE: Base 10.00ins deep, Cross members extend 4ins on each side of the unit. VIEW: TopDRAWN: May-30-2008 (10:22)JOB NAME: MSU Pre-DesignUNIT TAGGING: AHU-F MODEL: CAH021GDDM
A
BCD
E FG
HIJ
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JOB NAME NJ4Z8S(XX.006) REP. OFFICE McQuayTools Engineer JOB DESCRIPTION MSU Pre-Design SALESPERSON DL MODEL NUMBER CAH014GDAM ENGINEER UNIT TAGGING AHU-G VERSION 8.62
Unit configuration Inline horizontal Drive (handing) location Right
SUPPLY RETURN / EXHAUST Air volume 7000 s cfm Altitude 970 ft Turning loss 0.00 in WC. External static 2.00 in WC. Total static 4.00 in WC. External H x W 42 x 74 (Not including base rails) ins
CASING DETAILS
Outer panel Standard G90 galv steel (unpainted) Liner Galvanized steel (Unless noted per section) Insulation R-13 Injected Foam (Unless noted per section) Frame 2 ins Base 10" formed channel Sound baffles None (unless noted per section) Tread Plate floor liner None (unless noted per section)
1 ACCESS SECTION(24 ins) SECTION 1Drip pan None Drip side - DOOR DATA Door location Drive side Window size 6 x 12 ins Door width 20 ins Light Marine light kit with GFI outlet Door opening Inward SPECIAL - Tread Plate floor liner Tread plate installed Liner (As casing details) Insulation (As casing details) Sound baffles None Special static pressure - ins WC Filter Gauge None
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2 PANEL FILTER(12 ins) SECTION 1Type Pleated (MERV 8) Clean air press. drop 0.31 ins WC Efficiency 70 % Mean air press. drop 0.66 ins WCFace velocity 414 fpm Dirty air press. drop 1.00 ins WC Face area 16.9 ft2 Access Side Air volume 7000 cfm BANK ARRANGEMENT No. of Filters Size H x W x D
3 24.00 x 24.00 x 2.00 Ins 3 12.00 x 24.00 x 2.00
DOOR DATA Door location Drive side Window size None Door width 8 ins Light None Door opening Outward SPECIAL Intersept Antimicrobial treatment Tread Plate floor liner None Liner (As casing details) Insulation (As casing details) Sound baffles None Special static pressure - ins WC Filter Gauge None
3 HOT WATER COIL(24 ins) SECTION 1Coil model 5WH1202C Number of coils 1 Capacity 841999 Btu/h Number of rows 2 Fins per inch 12 Air volume 7000 cfm Entering db -20.0 F Entering water 170.0 F Leaving db 94.1 F Leaving water 149.3 F Finned height x length 33 x 58 ins Water flow rate 81.20 gpm Face area 13.29 ft2 Water pressure drop 18.10 ftHD Face velocity 527 ft/m Water velocity 7.90 ft/s Coil air pressure drop 0.37 ins WC Fluid volume 4.0 gal Fluid weight 41.00 lb Connection type Threaded Fin material Aluminum (.0075) Connection Qty x size 2 x 2.50 ins Tube material Copper (.020) Connection location Drive side Header material Copper Glycol type (%) - (0 %) Case material Galvanized track Fouling Factor 0 Drip pan Stainless steel drip pan Drip pan side Drive side Turbospirals None Coil code 5WH1202C Electro-fin coat None DOOR DATA Door location Drive side Window size 6 x 12 ins Door width 14 ins Light Marine light kit with GFI outlet Door opening Outward
AIR HANDLING UNIT TECHNICAL DATA Date Saved : 09/09/2008
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4 CHILLED WATER COIL(30 ins) SECTION 1Coil model 5WL1008B Number of coils 1 Total capacity 490434 Btu/h Number of rows 8 Sensible capacity 299958 Btu/h Fins per inch 10 Air volume 7000 cfm Entering db/wb 95.0 / 75.0 F Entering water 44.0 F Leaving db/wb 54.4 / 54.1 F Leaving water 59.0 F Finned height x length 33 x 61 ins Water flow rate 65.20 gpm Face area 13.98 ft2 Water pressure drop 13.40 ftHD Face velocity 501 ft/m Water velocity 4.20 ft/s Coil air pressure drop 0.97 ins WC Fluid volume 15.0 gal Fluid weight 127.00 lb Connection type Threaded Fin material Aluminum (.0075) Connection Qty x size 2 x 2.50 ins Tube material Copper (.020) Connection location Drive side Header material Copper Glycol type (%) - (0 %) Case material Galv. steel Fouling Factor 0 Drain pan Stainless steel Drain pan side Drive side Turbospirals None Coil code 5WL1008B Electro-fin coat None DOOR DATA Door location Drive side Window size None Door width 10 ins Light Marine light kit with GFI outlet Door opening Outward
AIR HANDLING UNIT TECHNICAL DATA Date Saved : 09/09/2008
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5 SUPPLY FAN SECTION(46 ins) SECTION 1Air volume 7000 cfm Motor power 10.0 HP External static pressure 2.00 ins WC Motor type ODP Total static pressure 4.00 ins WC Frame size 215 T frame Electrical supply 460/60/3 Type - Motor efficiency High Blade type/Class Airfoil / 2 Motor speed 1750 rpm Fan wheel diameter 16.19 ins Motor pole 4 Brake horsepower 7.13 HP Full load current 14 A Operating/Max speed 2689 / 3457 rpm Lock rotor current 94 A Orientation Top horizontal Motor supplier Generic Air modulation None Actual drive service fac. 1.35 Drip pan None Bearing type Standard - L50 (200K) Drip pan side - Outlet velocity 1972 ft/m Wheel guard None Inlet screen None Belt guard None Outlet screen None Inspection port None DRIVES Fan sheave 2TB38 Motor sheave 2BK65H Number of belts 2 Belt BX40 ANTI-VIBRATION MOUNTS / SPRINGS Type Spring Seismic restraint None DOOR DATA Door location Drive side Window size 12 x 12 ins Door width 30 ins Light Marine light kit with GFI outlet Door opening Outward SPECIAL - Tread Plate floor liner Tread plate installed Liner (As casing details) Insulation (As casing details) Sound baffles None Special static pressure - ins WC Filter Gauge None NOTES Supply fan performance is certified in accordance with the Central Station Air-Handling Unit Certification Program, which is based on ARI Standard 430. As a standalone component, unit meets or exceeds requirements of ASHRAE 90.1 - 1999. The approving authority is responsible for compliance of multi-component building systems.
SHIPPING SECTION DETAILS
Length (inches) Weight (lb) Section 1 136 2565 TOTALS 136.00 (Lower level total) 2565 (Entire unit weight)
UNIT SOUND 63 Hz 125 Hz 250 Hz 500 Hz 1000 Hz 2000 Hz 4000 Hz 8000 Hz Radiated 80 82 76 72 63 54 38 29 Unit discharge 88 90 88 89 83 77 73 65 Unit return 85 87 84 85 76 70 63 64
Opening X Y Z W(Width) H(Height)A Supply inlet 0.00 2.00 12.00 70.00 38.00B Hot water outlet 40.57 -7.00 46.31 2.50ins. MPS -C Hot water inlet 40.57 -7.00 16.66 2.50ins. MPS -D Condensate drain conn. 48.00 -2.90 13.00 1.25ins. MPS -E Cold water outlet 64.73 -7.00 47.69 2.50ins. MPS -F Cold water inlet 73.85 -7.00 17.31 2.50ins. MPS -G Condensate drain conn. 75.00 -2.90 13.00 1.25ins. MPS -H Fan discharge 137.00 26.85 23.89 24.31 22.37Dimensions measured from
NOTE: Base 10.00ins deep, Cross members extend 4ins on each side of the unit. VIEW: General Arrangement No EndsDRAWN: May-30-2008 (10:22)JOB NAME: MSU Pre-DesignUNIT TAGGING: AHU-GMODEL: CAH014GDAM
A
BCD
E FG
H
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E
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Opening X Y Z W(Width) H(Height)A Supply inlet 0.00 2.00 12.00 70.00 38.00B Hot water outlet 40.57 -7.00 46.31 2.50ins. MPS -C Hot water inlet 40.57 -7.00 16.66 2.50ins. MPS -D Condensate drain conn. 48.00 -2.90 13.00 1.25ins. MPS -E Cold water outlet 64.73 -7.00 47.69 2.50ins. MPS -F Cold water inlet 73.85 -7.00 17.31 2.50ins. MPS -G Condensate drain conn. 75.00 -2.90 13.00 1.25ins. MPS -H Fan discharge 137.00 26.85 23.89 24.31 22.37Dimensions measured from
NOTE: Base 10.00ins deep, Cross members extend 4ins on each side of the unit. VIEW: Right SideDRAWN: May-30-2008 (10:22)JOB NAME: MSU Pre-DesignUNIT TAGGING: AHU-GMODEL: CAH014GDAM
A
B
CD
E
F
G
H
Opening X Y Z W(Width) H(Height)A Supply inlet 0.00 2.00 12.00 70.00 38.00B Hot water outlet 40.57 -7.00 46.31 2.50ins. MPS -C Hot water inlet 40.57 -7.00 16.66 2.50ins. MPS -D Condensate drain conn. 48.00 -2.90 13.00 1.25ins. MPS -E Cold water outlet 64.73 -7.00 47.69 2.50ins. MPS -F Cold water inlet 73.85 -7.00 17.31 2.50ins. MPS -G Condensate drain conn. 75.00 -2.90 13.00 1.25ins. MPS -H Fan discharge 137.00 26.85 23.89 24.31 22.37Dimensions measured from
NOTE: Base 10.00ins deep, Cross members extend 4ins on each side of the unit. VIEW: TopDRAWN: May-30-2008 (10:22)JOB NAME: MSU Pre-DesignUNIT TAGGING: AHU-GMODEL: CAH014GDAM
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AIR HANDLING UNIT TECHNICAL DATA Date Saved : 09/09/2008
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JOB NAME NJ4Z8S(XX.005) REP. OFFICE McQuayTools Engineer JOB DESCRIPTION MSU Pre-Design SALESPERSON DL MODEL NUMBER CAH024GDDM ENGINEER UNIT TAGGING AHU-H, I, K VERSION 8.62
Unit configuration Inline horizontal Drive (handing) location Right
SUPPLY RETURN / EXHAUST Air volume 10000 s cfm Altitude 970 ft Turning loss 0.00 in WC. External static 3.00 in WC. Total static 5.87 in WC. External H x W 62 x 78 (Not including base rails) ins
CASING DETAILS
Outer panel Standard G90 galv steel (unpainted) Liner Galvanized steel (Unless noted per section) Insulation R-13 Injected Foam (Unless noted per section) Frame 2 ins Base 10" formed channel Sound baffles None (unless noted per section) Tread Plate floor liner None (unless noted per section)
1 ACCESS SECTION(24 ins) SECTION 1Drip pan None Drip side - DOOR DATA Door location Drive side Window size None Door width 20 ins Light None Door opening Outward
2 BLENDER(32 ins) SECTION 1Model Kees Inc. Qty 3 Total face area 10.0 ft2 Face velocity 1000 fpm Air pressure drop 0.25 ins WC Drip pan None Drip side - DOOR DATA Door location Drive side Window size None Door width 28 ins Light None Door opening Outward
AIR HANDLING UNIT TECHNICAL DATA Date Saved : 09/09/2008
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3 COMBINATION FILTER(14 ins) SECTION 1Access Side Face velocity 379 fpm Air volume 10000 cfm Face area 26.4 ft2
PRE-FILTER FILTER Type Throwaway (MERV 5) Varicel II MH cartridge Efficiency - 65 % Clean air press. drop 0.17 0.28 ins WC Mean air press. drop 0.58 0.89 ins WCDirty air press. drop 1.00 1.50 ins WC Depth 2.00 4.00 ins BANK ARRANGEMENT No. of Filters Size H x W
3 24.00 x 24.00 x 2.00 ins 3 20.00 x 24.00 x 2.00 3 12.00 x 24.00 x 2.00
DOOR DATA Door location Drive side Window size None Door width 10 ins Light None Door opening Outward SPECIAL - Tread Plate floor liner None Liner (As casing details) Insulation (As casing details) Sound baffles None Special static pressure - ins WC Filter Gauge Minihelic II 0-3"
4 STEAM COIL(24 ins) SECTION 1Coil model 5JA0701C Number of coils 2 Capacity 564547 Btu/h Number of rows 1 Fins per inch 7 Air volume 10000 cfm Entering db 40.0 F Steam pressure 5.00 psi Leaving db 93.5 F Condensate load 587.00 lb/hr Finned height x length 24 x 62 ins Face area 20.67 ft2 Face velocity 484 ft/m Coil air pressure drop 0.12 ins WC Connection type Threaded Fin material Aluminum (.0075) Connection Qty x size 2 x 2.000 ins Tube material Copper (.020) Connection location Drive side Header material Copper Case material Galvanized track - Drip pan None Drip pan side - Turbospirals None Coil code 5JA0701C Electro-fin coat None
AIR HANDLING UNIT TECHNICAL DATA Date Saved : 09/09/2008
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5 CHILLED WATER COIL(42 ins) SECTION 1Coil model 5WL1108B Number of coils 2 Total capacity 474616 Btu/h Number of rows 8 Sensible capacity 321372 Btu/h Fins per inch 11 Air volume 10000 cfm Entering db/wb 83.0 / 68.0 F Entering water 44.0 F Leaving db/wb 52.5 / 52.3 F Leaving water 59.0 F Finned height x length 24 x 65 ins Water flow rate 63.30 gpm Face area 21.67 ft2 Water pressure drop 6.60 ftHD Face velocity 462 ft/m Water velocity 2.80 ft/s Coil air pressure drop 0.87 ins WC Fluid volume 23.0 gal Fluid weight 196.00 lb Connection type Threaded Fin material Aluminum (.0075) Connection Qty x size 2 x 2.00 ins Tube material Copper (.020) Connection location Drive side Header material Copper Glycol type (%) - (0 %) Case material Galv. steel Fouling Factor 0 Drain pan Stainless steel Drain pan side Drive side Turbospirals None Coil code 5WL1108B Electro-fin coat None DOOR DATA Door location Drive side Window size 6 x 12 ins Door width 22 ins Light Marine light kit with GFI outlet Door opening Outward 6 SUPPLY FAN SECTION(46 ins) SECTION 2Air volume 10000 cfm Motor power 15.0 HP External static pressure 3.00 ins WC Motor type ODP Total static pressure 5.87 ins WC Frame size 254 T frame Electrical supply 460/60/3 Type Plenum Motor efficiency High Blade type/Class AirFoil / 2 Motor speed 1750 rpm Fan wheel diameter 24.50 ins Motor pole 4 Brake horsepower 14.17 HP Full load current 20.3 A Operating/Max speed 2019 / 2199 rpm Lock rotor current 150.5 A Discharge Axial Motor supplier Generic Air modulation None Actual drive service fac. 1.54 Drip pan None Bearing type Standard - L50 (200K) Drip pan side - Outlet velocity - ft/m Wheel guard None Inlet screen None Belt guard None Outlet screen None Inspection port None DRIVES Fan sheave 2B5V58 Motor sheave 2B5V64 Number of belts 2 Belt BX78 ANTI-VIBRATION MOUNTS / SPRINGS Type Spring Seismic restraint None DOOR DATA Door location Drive side Window size 12 x 12 ins Door width 30 ins Light Marine light kit with GFI outlet Door opening Outward
AIR HANDLING UNIT TECHNICAL DATA Date Saved : 09/09/2008
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7 ACCESS SECTION(24 ins) SECTION 2Drip pan None Drip side - DOOR DATA Door location Drive side Window size None Door width 20 ins Light None Door opening Outward
8 HOT WATER COIL(12 ins) SECTION 2Coil model 5WQ1101C Number of coils 2 Capacity 374879 Btu/h Number of rows 1 Fins per inch 11 Air volume 10000 cfm Entering db 55.0 F Entering water 160.0 F Leaving db 90.6 F Leaving water 139.7 F Finned height x length 24 x 62 ins Water flow rate 36.90 gpm Face area 20.67 ft2 Water pressure drop 6.40 ftHD Face velocity 484 ft/m Water velocity 4.90 ft/s Coil air pressure drop 0.16 ins WC Fluid volume 5.0 gal Fluid weight 43.00 lb Connection type Threaded Fin material Aluminum (.0075) Connection Qty x size 2 x 1.50 ins Tube material Copper (.020) Connection location Drive side Header material Copper Glycol type (%) - (0 %) Case material Galvanized track Fouling Factor 0 Drip pan None Drip pan side - Turbospirals None Coil code 5WQ1101C Electro-fin coat None
9 ACCESS SECTION(24 ins) SECTION 2Drip pan None Drip side - DOOR DATA Door location Drive side Window size None Door width 20 ins Light None Door opening Outward
NOTES Plenum (plug) fan applications are outside the scope of ARI Standard 430. As a standalone component, unit meets or exceeds requirements of ASHRAE 90.1 - 1999. The approving authority is responsible for compliance of multi-component building systems.
SHIPPING SECTION DETAILS
Length (inches) Weight (lb) Section 1 136 2651 Section 2 106 2144 TOTALS 242.00 (Lower level total) 4795 (Entire unit weight)
UNIT SOUND 63 Hz 125 Hz 250 Hz 500 Hz 1000 Hz 2000 Hz 4000 Hz 8000 Hz Radiated 85 83 83 75 69 64 47 41 Unit discharge 92 90 94 91 88 86 81 76 Unit return 87 85 88 84 76 72 62 60
Opening X Y Z W(Width) H(Height)A Supply inlet 0.00 2.00 12.00 74.00 58.00B Steam outlet 74.57 -7.00 17.11 2.00ins. MPS -C Steam inlet 74.57 -7.00 27.74 2.00ins. MPS -D Steam outlet 74.57 -7.00 42.51 2.00ins. MPS -E Steam inlet 74.57 -7.00 53.14 2.00ins. MPS -F Cold water outlet 98.73 -7.00 38.94 2.00ins. MPS -G Cold water inlet 107.85 -7.00 17.06 2.00ins. MPS -H Cold water outlet 98.73 -7.00 64.94 2.00ins. MPS -I Cold water inlet 107.85 -7.00 43.06 2.00ins. MPS -J Condensate drain conn. 115.00 -2.90 13.00 1.25ins. MPS -K Supply outlet 242.00 2.00 12.00 74.00 58.00L Hot water outlet 210.57 -7.00 38.55 1.50ins. MPS -M Hot water inlet 210.57 -7.00 16.90 1.50ins. MPS -N Hot water outlet 210.57 -7.00 63.95 1.50ins. MPS -O Hot water inlet 210.57 -7.00 42.30 1.50ins. MPS -Dimensions measured from
NOTE: Base 10.00ins deep, Cross members extend 4ins on each side of the unit. VIEW: General Arrangement No EndsDRAWN: May-30-2008 (10:23)JOB NAME: MSU Pre-DesignUNIT TAGGING: AHU-H, I, K MODEL: CAH024GDDM
A
BCDE F GH I J
K
LMNO
A
BCDE
F
G
H
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KL
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Opening X Y Z W(Width) H(Height)A Supply inlet 0.00 2.00 12.00 74.00 58.00B Steam outlet 74.57 -7.00 17.11 2.00ins. MPS -C Steam inlet 74.57 -7.00 27.74 2.00ins. MPS -D Steam outlet 74.57 -7.00 42.51 2.00ins. MPS -E Steam inlet 74.57 -7.00 53.14 2.00ins. MPS -F Cold water outlet 98.73 -7.00 38.94 2.00ins. MPS -G Cold water inlet 107.85 -7.00 17.06 2.00ins. MPS -H Cold water outlet 98.73 -7.00 64.94 2.00ins. MPS -I Cold water inlet 107.85 -7.00 43.06 2.00ins. MPS -J Condensate drain conn. 115.00 -2.90 13.00 1.25ins. MPS -K Supply outlet 242.00 2.00 12.00 74.00 58.00L Hot water outlet 210.57 -7.00 38.55 1.50ins. MPS -M Hot water inlet 210.57 -7.00 16.90 1.50ins. MPS -N Hot water outlet 210.57 -7.00 63.95 1.50ins. MPS -O Hot water inlet 210.57 -7.00 42.30 1.50ins. MPS -Dimensions measured from
NOTE: Base 10.00ins deep, Cross members extend 4ins on each side of the unit. VIEW: Right SideDRAWN: May-30-2008 (10:23)JOB NAME: MSU Pre-DesignUNIT TAGGING: AHU-H, I, K MODEL: CAH024GDDM
A
B
C
D
E
F
G
H
I
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KL
M
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Opening X Y Z W(Width) H(Height)A Supply inlet 0.00 2.00 12.00 74.00 58.00B Steam outlet 74.57 -7.00 17.11 2.00ins. MPS -C Steam inlet 74.57 -7.00 27.74 2.00ins. MPS -D Steam outlet 74.57 -7.00 42.51 2.00ins. MPS -E Steam inlet 74.57 -7.00 53.14 2.00ins. MPS -F Cold water outlet 98.73 -7.00 38.94 2.00ins. MPS -G Cold water inlet 107.85 -7.00 17.06 2.00ins. MPS -H Cold water outlet 98.73 -7.00 64.94 2.00ins. MPS -I Cold water inlet 107.85 -7.00 43.06 2.00ins. MPS -J Condensate drain conn. 115.00 -2.90 13.00 1.25ins. MPS -K Supply outlet 242.00 2.00 12.00 74.00 58.00L Hot water outlet 210.57 -7.00 38.55 1.50ins. MPS -M Hot water inlet 210.57 -7.00 16.90 1.50ins. MPS -N Hot water outlet 210.57 -7.00 63.95 1.50ins. MPS -O Hot water inlet 210.57 -7.00 42.30 1.50ins. MPS -Dimensions measured from
NOTE: Base 10.00ins deep, Cross members extend 4ins on each side of the unit. VIEW: TopDRAWN: May-30-2008 (10:23)JOB NAME: MSU Pre-DesignUNIT TAGGING: AHU-H, I, K MODEL: CAH024GDDM
A
BCDE F GH IJ
K
LMNO
AIR HANDLING UNIT TECHNICAL DATA Date Saved : 09/09/2008
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JOB NAME NJ4Z8S(XX.008) REP. OFFICE McQuayTools Engineer JOB DESCRIPTION MSU Pre-Design SALESPERSON DL MODEL NUMBER CAH018GDDM ENGINEER UNIT TAGGING AHU-J VERSION 8.62
Unit configuration Stacked with opposed air flows Drive (handing) location Right
SUPPLY RETURN / EXHAUST Air volume 7500 7500 s cfm Altitude 970 970 ft Turning loss 0.00 0.00 in WC. External static 3.00 2.00 in WC. Total static 5.76 2.08 in WC. External H x W 42 x 88 42 x 88 (Not including base rails) ins
CASING DETAILS
Outer panel Standard G90 galv steel (unpainted) Liner Galvanized steel (Unless noted per section) Insulation R-13 Injected Foam (Unless noted per section) Frame 2 ins Base 10" formed channel Sound baffles None (unless noted per section) Tread Plate floor liner None (unless noted per section)
1 ACCESS SECTION(16 ins) SECTION 4Drip pan None Drip side - DOOR DATA Door location Drive side Window size None Door width 12 ins Light None Door opening Outward
AIR HANDLING UNIT TECHNICAL DATA Date Saved : 09/09/2008
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2 RETURN/EXHAUST FAN SECTION(40 ins) SECTION 3Air volume 7500 cfm Motor power 7.5 HP External static pressure 2.00 ins WC Motor type ODP Total static pressure 2.08 ins WC Frame size 213 T frame Electrical supply 460/60/3 Type Plenum Motor efficiency High Blade type/Class AirFoil / 2 Motor speed 1750 rpm Fan wheel diameter 18.25 ins Motor pole 4 Brake horsepower 6.72 HP Full load current 10.8 A Operating/Max speed 2707 / 2959 rpm Lock rotor current 74.2 A Discharge Axial Motor supplier Generic Air modulation None Actual drive service fac. 1.16 Drip pan None Bearing type Standard - L50 (200K) Drip pan side - Outlet velocity - ft/m Wheel guard None Inlet screen None Belt guard None Outlet screen None Inspection port None DRIVES Fan sheave 1B5V42 Motor sheave BK70H Number of belts 1 Belt BX64 ANTI-VIBRATION MOUNTS / SPRINGS Type Spring Seismic restraint None DOOR DATA Door location Drive side Window size None Door width 24 ins Light None Door opening Outward 3 ECONOMIZER(22 ins) SECTION 1 & 2Drip pan None Drip side -
OUTSIDE AIR RETURN AIR EXHAUST AIR Length x Width 18.00 x 84.00 18.00 x 84.00 18.00 x 84.00 ins Location Internal Top Top Dampers UltraSeal Low Leak UltraSeal Low Leak UltraSeal Low Leak Actuation - - - Hoods Rated cfm 7500 7500 7500 cfm Air pressure drop 0.08 0.08 0.08 in WC DOOR DATA Door location Drive side Window size None Door width 18 ins Light None Door opening Outward
4 BLENDER(26 ins) SECTION 5Model Kees Inc. Qty 3 Total face area 6.0 ft2 Face velocity 1250 fpm Air pressure drop 0.33 ins WC Drip pan None Drip side -
AIR HANDLING UNIT TECHNICAL DATA Date Saved : 09/09/2008
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5 COMBINATION FILTER(14 ins) SECTION 5Access Side Face velocity 400 fpm Air volume 7500 cfm Face area 18.8 ft2
PRE-FILTER FILTER Type Throwaway (MERV 5) Varicel II MH cartridge Efficiency - 65 % Clean air press. drop 0.18 0.30 ins WC Mean air press. drop 0.59 0.90 ins WCDirty air press. drop 1.00 1.50 ins WC Depth 2.00 4.00 ins BANK ARRANGEMENT No. of Filters Size H x W
3 24.00 x 24.00 x 2.00 ins 1 24.00 x 12.00 x 2.00 3 12.00 x 24.00 x 2.00
DOOR DATA Door location Drive side Window size None Door width 10 ins Light None Door opening Outward SPECIAL - Tread Plate floor liner None Liner (As casing details) Insulation (As casing details) Sound baffles None Special static pressure - ins WC Filter Gauge Minihelic II 0-3"
6 ACCESS SECTION(16 ins) SECTION 6Drip pan None Drip side - DOOR DATA Door location Drive side Window size None Door width 12 ins Light Marine light kit with GFI outlet Door opening Outward
7 STEAM COIL(22 ins) SECTION 7Coil model 5JA0701C Number of coils 1 Capacity 435167 Btu/h Number of rows 1 Fins per inch 7 Air volume 7500 cfm Entering db 40.0 F Steam pressure 5.00 psi Leaving db 95.0 F Condensate load 453.00 lb/hr Finned height x length 33 x 72 ins Face area 16.50 ft2 Face velocity 455 ft/m Coil air pressure drop 0.11 ins WC Connection type Threaded Fin material Aluminum (.0075) Connection Qty x size 2 x 2.000 ins Tube material Copper (.020) Connection location Drive side Header material Copper Case material Galvanized track - Drip pan None Drip pan side - Turbospirals None Coil code 5JA0701C Electro-fin coat None
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8 CHILLED WATER COIL(36 ins) SECTION 7Coil model 5WL1008B Number of coils 1 Total capacity 314929 Btu/h Number of rows 8 Sensible capacity 221164 Btu/h Fins per inch 10 Air volume 7500 cfm Entering db/wb 80.3 / 66.3 F Entering water 44.0 F Leaving db/wb 52.3 / 52.1 F Leaving water 59.1 F Finned height x length 33 x 75 ins Water flow rate 41.70 gpm Face area 17.19 ft2 Water pressure drop 6.90 ftHD Face velocity 436 ft/m Water velocity 2.70 ft/s Coil air pressure drop 0.75 ins WC Fluid volume 18.0 gal Fluid weight 152.00 lb Connection type Threaded Fin material Aluminum (.0075) Connection Qty x size 2 x 2.50 ins Tube material Copper (.020) Connection location Drive side Header material Copper Glycol type (%) - (0 %) Case material Galv. steel Fouling Factor 0 Drain pan Stainless steel Drain pan side Drive side Turbospirals None Coil code 5WL1008B Electro-fin coat None DOOR DATA Door location Drive side Window size 6 x 12 ins Door width 16 ins Light Marine light kit with GFI outlet Door opening Outward
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9 SUPPLY FAN SECTION(42 ins) SECTION 8Air volume 7500 cfm Motor power 15.0 HP External static pressure 3.00 ins WC Motor type ODP Total static pressure 5.76 ins WC Frame size 254 T frame Electrical supply 460/60/3 Type Plenum Motor efficiency High Blade type/Class AirFoil / 2 Motor speed 1750 rpm Fan wheel diameter 20.00 ins Motor pole 4 Brake horsepower 11.00 HP Full load current 20.3 A Operating/Max speed 2602 / 2703 rpm Lock rotor current 150.5 A Discharge Axial Motor supplier Generic Air modulation None Actual drive service fac. 1.53 Drip pan None Bearing type Standard - L50 (200K) Drip pan side - Outlet velocity - ft/m Wheel guard None Inlet screen None Belt guard None Outlet screen None Inspection port None DRIVES Fan sheave 2B5V42 Motor sheave 2B5V60 Number of belts 2 Belt 5VX680 ANTI-VIBRATION MOUNTS / SPRINGS Type Spring Seismic restraint None DOOR DATA Door location Drive side Window size 12 x 12 ins Door width 30 ins Light Marine light kit with GFI outlet Door opening Outward SPECIAL - Tread Plate floor liner Tread plate installed Liner (As casing details) Insulation (As casing details) Sound baffles None Special static pressure - ins WC Filter Gauge None NOTES Plenum (plug) fan applications are outside the scope of ARI Standard 430. Important Notice This unit may not meet ASHRAE Standard 90.1 - 1999 fan motor power limitations. If that code applies, alternate fan selections may be required. The designer and installer must ensure compliance with applicable codes. A component supplier cannot determine the brake horsepower ("BHP") for other motors in the air handling system. Before approving this unit, determine whether ASHRAE Standard 90.1 - 1999 has been adopted in the specific jurisdiction or contract specifications in which the unit will be installed.
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SHIPPING SECTION DETAILS
Length (inches) Weight (lb) Section 1 22 256 Section 2 22 505 Section 3 40 798 Section 4 16 175 Section 5 40 675 Section 6 16 314 Section 7 58 1427 Section 8 42 1230 TOTALS 178.00 (Lower level total) 5380 (Entire unit weight)
UNIT SOUND 63 Hz 125 Hz 250 Hz 500 Hz 1000 Hz 2000 Hz 4000 Hz 8000 Hz Radiated 86 84 81 79 70 65 48 42 Unit discharge 92 90 91 94 88 86 81 76 Unit return 91 89 90 93 87 85 80 75
Opening X Y Z W(Width) H(Height)A Damper 0.00 2.00 22.00 84.00 18.00B Steam outlet 82.57 -7.00 16.38 2.00ins. MPS -C Steam inlet 82.57 -7.00 31.50 2.00ins. MPS -D Cold water outlet 104.73 -7.00 47.69 2.50ins. MPS -E Cold water inlet 113.85 -7.00 17.31 2.50ins. MPS -F Condensate drain conn. 118.00 -2.90 13.00 1.25ins. MPS -G Supply outlet 178.00 2.00 12.00 84.00 38.00H Damper 2.00 2.00 94.00 84.00 18.00I Exhaust inlet 78.00 2.00 54.00 84.00 38.00Dimensions measured from
NOTE: Base 10.00ins deep, Cross members extend 4ins on each side of the unit. VIEW: General Arrangement No EndsDRAWN: May-30-2008 (10:23)JOB NAME: MSU Pre-DesignUNIT TAGGING: AHU-JMODEL: CAH018GDDM
A
BC D EF
GH I
AB
C
D
EF
G
H
I
Opening X Y Z W(Width) H(Height)A Damper 0.00 2.00 22.00 84.00 18.00B Steam outlet 82.57 -7.00 16.38 2.00ins. MPS -C Steam inlet 82.57 -7.00 31.50 2.00ins. MPS -D Cold water outlet 104.73 -7.00 47.69 2.50ins. MPS -E Cold water inlet 113.85 -7.00 17.31 2.50ins. MPS -F Condensate drain conn. 118.00 -2.90 13.00 1.25ins. MPS -G Supply outlet 178.00 2.00 12.00 84.00 38.00H Damper 2.00 2.00 94.00 84.00 18.00I Exhaust inlet 78.00 2.00 54.00 84.00 38.00Dimensions measured from
NOTE: Base 10.00ins deep, Cross members extend 4ins on each side of the unit. VIEW: Right SideDRAWN: May-30-2008 (10:23)JOB NAME: MSU Pre-DesignUNIT TAGGING: AHU-JMODEL: CAH018GDDM
A
B
C
D
EF
G
H
I
Opening X Y Z W(Width) H(Height)A Damper 0.00 2.00 22.00 84.00 18.00B Steam outlet 82.57 -7.00 16.38 2.00ins. MPS -C Steam inlet 82.57 -7.00 31.50 2.00ins. MPS -D Cold water outlet 104.73 -7.00 47.69 2.50ins. MPS -E Cold water inlet 113.85 -7.00 17.31 2.50ins. MPS -F Condensate drain conn. 118.00 -2.90 13.00 1.25ins. MPS -G Supply outlet 178.00 2.00 12.00 84.00 38.00H Damper 2.00 2.00 94.00 84.00 18.00I Exhaust inlet 78.00 2.00 54.00 84.00 38.00Dimensions measured from
NOTE: Base 10.00ins deep, Cross members extend 4ins on each side of the unit. VIEW: TopDRAWN: May-30-2008 (10:23)JOB NAME: MSU Pre-DesignUNIT TAGGING: AHU-JMODEL: CAH018GDDM
A
BC D EF
GH I
Minnesota State UniversityCentennial Hall Pre-Design Study
DDC Point Count
Bld No. Building Name Stage System Tag Qty AI DI AO DO TotalStudent Union 1 Outside Air Temperature OAT 1 1 1Student Union 1 Outside Air Humidity OARH 1 1 1Student Union 1 Outside Air C02 OAC02 1 1 1
Student Union 6 VAV AHU w Stm, Chw, Humid, and Return Fan - Volume Tracking, CO2 AHU A 1 12 9 9 3 33Student Union 6 VAV Terminal Unit w Reheat Coil and DAT VAV-A 16 3 2 80Student Union 6 VAV Terminal Unit w Reheat Coil, FTR, and DAT VAV-A w FTR 5 3 3 30
Student Union 5 VAV AHU w Hw (pump), Chw, Humid, and Return Fan - Volume Tracking, CO2 AHU B 1 12 10 8 4 34Student Union 5 VAV Terminal Unit w Reheat Coil and DAT VAV-B 4 3 2 20
Student Union 3 VAV AHU w Hw (pump), Chw, Humid, and Return Fan - Volume Tracking, CO2 AHU C 1 12 9 9 4 34Student Union 3 VAV Terminal Unit w Reheat Coil and DAT VAV-C 21 3 2 105Student Union 3 VAV Terminal Unit w Reheat Coil, FTR, and DAT VAV-C w FTR 4 3 3 24
Student Union 1 VAV AHU w Hw (pump), Chw, Humid - Gravity Relief, CO2 AHU D 1 9 5 9 2 25Student Union 1 VAV Terminal Unit w Reheat Coil and DAT VAV-D 3 3 2 15Student Union 1 Reheat Coil RHC-D 1 1 1 2Student Union 1 Motorized Damper MTR D 1 1 1
Student Union 1 VAV AHU w Hw (pump), Chw, Humid - Gravity Relief, CO2 AHU E 1 9 5 9 2 25Student Union 1 VAV Terminal Unit w Reheat Coil and DAT VAV-E 1 3 2 5Student Union 1 Reheat Coil RHC-E 1 1 1 2Student Union 1 Motorized Damper MTR E 1 1 1
Student Union 4 VAV AHU w Hw (pump), Chw, Humid, and Return Fan - Volume Tracking, CO2 AHU F 1 12 9 9 4 34Student Union 4 VAV Terminal Unit w Reheat Coil and DAT VAV-F 8 3 2 40
Student Union 4 CV 100% OA w Hw (pump), Chw AHU G 1 5 4 4 3 16
Student Union 2 VAV AHU w Stm, Chw, Humid, Rht, - Gravity Relief, CO2 AHU's H, I, K 3 9 5 9 2 75
Student Union 2 VAV AHU w Stm, Chw, Humid, and Return Fan - Volume Tracking, CO2 AHU J 1 12 9 9 3 33Student Union 2 VAV Terminal Unit w Reheat Coil and DAT VAV-J 5 3 2 25Student Union 2 VAV Terminal Unit w Reheat Coil, FTR, and DAT VAV-J w FTR 10 3 3 60
Student Union 2 VAV AHU w Stm, Chw, Humid, and Return Fan - Volume Tracking, CO2 AHU 1-5 1 12 9 9 3 33Student Union 2 VAV Terminal Unit w Reheat Coil and DAT VAV 1-5 5 3 2 25
20% Spare (or min of 1 per type) DDC Panels 1 28 15 22 6 71
Total 851
Inputs Outputs
Sebesta Blomberg Project No. 250802.00 Page 1 of 1 June 5, 2008
ECM Description
Basline kWhBaseline
ton-hours
Adjusted Baseline
Cooling, ton-hours
Baseline MMBtu
Basline Electric
Cost
Baseline Cooling
Cost
Baseline Heating
CostProposed
kWhProposed ton-hours
Adjusted Proposed
Cooling, ton-hours
Proposed MMBtu
Proposed Electric
Cost
Proposed Cooling
Cost
Proposed Heating
CostSavings
kWhSavings
ton-hours
Adjusted Cooling Savings,
ton-hoursSavings MMBtu
Savings Electric
Cost
Adjusted Savings Cooling
Cost
Savings Heating
Cost
Savings Electric
Cost
Savings Cooling
Cost
Savings Heating
Cost
1 AHU-A $44,500 289,680 88,315 25,248 1,369 $17,960 $4,654 $18,145 159,939 76,487 21,867 1,093 $9,916 $4,031 $14,481 129,741 11,827 3,381 277 $8,044 $178 $3,664 45% 13% 20% $11,886 3.72 AHU-C w/CO2 Control $70,500 263,158 76,293 21,811 690 $16,316 $4,021 $9,139 135,644 64,364 18,401 330 $8,410 $3,392 $4,370 127,513 11,929 3,410 360 $7,906 $180 $4,769 48% 16% 52% $12,855 5.53 AHU-J w/CO2 Control $20,500 61,703 19,302 5,518 125 $3,826 $1,017 $1,659 31,805 16,146 4,616 40 $1,972 $851 $533 29,898 3,156 902 85 $1,854 $48 $1,126 48% 16% 68% $3,027 6.84 AHU-B w/CO2 Control $14,300 99,319 30,675 8,770 197 $6,158 $1,617 $2,609 58,611 26,796 7,661 60 $3,634 $1,412 $797 40,708 3,878 1,109 137 $2,524 $58 $1,811 41% 13% 69% $4,394 3.35 AHU F w/CO2 Control $21,700 111,278 25,540 7,302 174 $6,899 $1,346 $2,311 69,435 22,097 6,317 68 $4,305 $1,165 $899 41,842 3,442 984 107 $2,594 $52 $1,412 38% 13% 61% $4,058 5.36 AHU D w/CO2 Control $5,450 3,124 3,390 969 19 $194 $179 $258 1,801 2,827 808 5 $112 $149 $64 1,323 563 161 15 $82 $8 $194 42% 17% 75% $285 19.17 AHU E w/CO2 Control $5,450 2,883 3,099 886 22 $179 $163 $287 1,662 2,607 745 5 $103 $137 $64 1,221 493 141 17 $76 $7 $222 42% 16% 78% $306 17.88 AHU-H w/CO2 Control $4,500 23,050 22,518 6,438 121 $1,429 $1,187 $1,602 12,476 19,442 5,558 68 $774 $1,025 $908 10,574 3,076 879 52 $656 $46 $694 46% 14% 43% $1,396 3.29 AHU-I w/CO2 Control $4,500 23,050 22,634 6,471 146 $1,429 $1,193 $1,936 12,476 19,522 5,581 92 $774 $1,029 $1,222 10,574 3,112 890 54 $656 $47 $713 46% 14% 37% $1,416 3.210 AHU-K w/CO2 Control $4,500 23,050 22,537 6,443 125 $1,429 $1,188 $1,658 12,476 19,447 5,560 70 $774 $1,025 $927 10,574 3,090 884 55 $656 $47 $731 46% 14% 44% $1,433 3.111 AHU-1-5 CO2 Control $1,000 20,219 14,811 4,234 234 $1,254 $781 $3,095 16,741 14,131 4,040 195 $1,038 $745 $2,590 3,479 681 195 38 $216 $10 $505 17% 5% 16% $731 1.4
AHU TOTALS $196,900 920,515 329,113 94,090 3,222 $57,072 $17,344 $42,698 513,065 283,866 81,154 2,027 $31,810 $14,960 $26,854 407,449 45,247 12,936 1,196 $25,262 $682 $15,844 44% 14% 37% $41,788 4.712 Reheat Pump VFD $5,500 27,781 - - $1,722 - - 15,318 - - $950 - - 12,463 - - $773 - - 45% - - $773 7.1
TOTAL $202,400 $42,560 4.8
Estimated blended marginal rates$0.0620 / kWh Electricity$13.25 /MMBtu Heating
0.85 kW/ton Chiller Plant Efficiency94,090 ton-hours existing systems baseline cooling (less that from AHU-40)
Operating Cost Savings
Energy Conservation Opportunities (ECOs)
Delta Implementation
Cost
Estimated Annual Cost Avoidance
Simple Payback
(yrs)
Baseline Energy Usage Baseline Operating Costs Propsed Energy Usage Percent Savings from BaselineProposed Operating Costs Energy Savings
Building: Centennial Student Union MSU Mankato 35,000 cfm (design) 35,000 cfm (estimated) Preheat coil - MBHUnit Tag: AHU-A 75 hp total motor 30 hp total motor Cooling coil tonsServes: Office 5.8 " SP (estimated) 2.5 " SP (estimated) Min outside air 33% at des.Type: Baseline CV w/ HW Reheat 65% Estimated fan efficiency 65% Estimated fan efficiency Econo lockout 55 °F
94.0% Motor efficiency 92.0% Motor efficiency Mixed air setpoint 53 °F49 bhp 21 bhp Dischrg air setpt 53 °F
39.0 kW at design flow 17.2 kW at design flow Fraction fan heat 100% to air100% Drive Efficiency (VFD) 100% Drive Efficiency (VFD) Reheat coils Yes MBH
1.5 Power / flow exponent (VFD) 1.5 Power / flow exponent (VFD) BAS YesBASELINE - CONSTANT VOLUME WITH REHEAT
BIN DB MCWB h Occ Unocc RAT RARH RAH Econo Actual MAT MAH MAW Leaving Heating Heating Leaving Sat lb Leaving h CHW Fan heat DAT h Leaving Flow Heating Heating CHW (°F) (°F) (°F) Btu/lb 01-08 09-16 17-24 Total Hrs Hrs °F % Btu/lb OA OA °F Btu/lb lbH20 °F MBH MMBTU DB °F H20/lb air % RH Btu/lb ton Supply Return Supply Return °F °F Btu/lb °F % MBH MMBTU kW kWh ton-hrs
100/104 102 78 41.3 0 0 0 - 0 0 80 50% 31.3 33% 33% 87 34.6 0.0124 87 - 53 0.0086 96% 21.7 170 100% 100% 39.0 17.2 3.5 57 27.0 57 100% - - 56 - - 95/99 97 76 39.4 0 6 2 8 5 3 80 49% 30.9 33% 33% 85 33.7 0.0120 85 - 53 0.0086 96% 21.7 158 100% 100% 39.0 17.2 3.5 57 26.6 57 100% - - 56 261 678 90/94 92 74 37.5 0 37 13 50 29 21 80 48% 30.6 33% 33% 84 32.9 0.0116 84 - 53 0.0086 96% 21.7 147 100% 100% 39.0 17.2 3.5 57 26.2 57 100% - - 56 1,615 3,889 85/89 87 71 34.8 0 96 40 136 76 60 79 48% 30.3 33% 33% 82 31.8 0.0110 82 - 53 0.0086 96% 21.7 133 100% 100% 39.0 17.2 3.5 57 25.6 57 100% - - 56 4,253 8,908 80/84 82 68 32.3 10 178 97 285 144 141 79 47% 29.9 33% 33% 80 30.7 0.0105 80 - 53 0.0086 96% 21.7 119 100% 100% 39.0 17.2 3.5 57 25.0 57 100% 24 3 56 8,114 14,874 75/79 77 66 30.8 45 235 162 442 197 245 79 46% 29.6 33% 33% 78 30.0 0.0102 78 - 53 0.0086 96% 21.7 109 100% 100% 39.0 17.2 3.5 57 24.7 58 100% 48 9 56 11,053 17,897 70/74 72 63 28.5 136 246 231 613 217 396 79 45% 29.3 33% 33% 76 29.0 0.0097 76 - 53 0.0086 96% 21.7 97 100% 100% 39.0 17.2 3.5 57 24.2 58 100% 72 16 56 12,187 16,411 65/69 67 60 26.4 233 218 251 702 469 233 78 45% 29.0 33% 33% 75 28.1 0.0093 75 - 53 0.0086 96% 21.7 85 100% 100% 39.0 17.2 3.5 57 23.7 59 100% 96 45 56 26,343 12,158 60/64 62 56 23.8 276 194 234 704 428 276 78 44% 28.7 33% 33% 73 27.1 0.0088 73 - 53 0.0086 96% 21.7 71 100% 100% 39.0 17.2 3.5 57 23.1 60 100% 120 51 56 24,040 8,431 55/59 57 52 21.4 249 162 203 614 365 249 78 43% 28.4 33% 33% 71 26.1 0.0082 71 - 53 0.0086 96% 21.7 58 100% 100% 39.0 17.2 3.5 57 22.5 60 100% 144 53 56 20,502 5,070 50/54 52 47 18.7 226 152 174 552 326 226 78 42% 28.1 96% 96% 53 19.0 0.0058 53 - - 53 0.0086 68% 19.0 0 100% 100% 39.0 17.2 3.5 57 19.9 61 100% 168 55 56 18,311 0 45/49 47 43 16.7 188 140 150 478 290 188 77 42% 27.8 80% 80% 53 18.8 0.0056 53 - - 53 0.0086 66% 18.8 0 100% 100% 39.0 17.2 3.5 57 19.7 62 100% 192 56 56 16,289 0 40/44 42 38 14.3 175 155 157 487 312 175 77 41% 27.5 69% 69% 53 18.4 0.0052 53 - - 53 0.0086 62% 18.4 0 100% 100% 39.0 17.2 3.5 57 19.3 70 100% 497 155 56 17,525 0 35/39 37 34 12.6 193 172 187 552 359 193 77 40% 27.2 33% 33% 64 22.4 0.0065 64 - - 64 0.0127 51% 22.4 0 100% 100% 39.0 17.2 3.5 67 23.2 70 100% 116 42 56 20,165 0 30/34 32 30 11.0 223 203 227 653 430 223 77 39% 26.9 33% 33% 62 21.6 0.0062 62 - - 62 0.0119 52% 21.6 0 100% 100% 39.0 17.2 3.5 66 22.5 71 100% 211 91 56 24,153 (0) 25/29 27 25 9.0 217 183 191 591 374 217 77 38% 26.6 33% 33% 60 20.8 0.0058 60 - - 60 0.0112 53% 20.8 0 100% 100% 39.0 17.2 3.5 64 21.6 72 100% 306 114 56 21,007 - 20/24 22 21 7.5 176 145 154 475 299 176 76 38% 26.3 33% 33% 58 20.1 0.0056 60 61 18 60 0.0111 51% 20.5 0 100% 100% 39.0 17.2 3.5 64 21.4 73 100% 340 102 56 16,794 - 15/19 17 16 5.8 136 115 128 379 243 136 76 37% 26.0 33% 33% 57 19.3 0.0053 60 129 31 60 0.0111 48% 20.2 0 100% 100% 39.0 17.2 3.5 64 21.0 73 100% 367 89 56 13,649 - 10/14 12 11 4.2 122 88 103 313 191 122 76 36% 25.8 33% 33% 55 18.6 0.0050 60 197 38 60 0.0111 46% 19.9 0 100% 100% 39.0 17.2 3.5 64 20.7 74 100% 394 75 56 10,728 -
5/9 7 6 2.6 94 72 76 242 148 94 76 35% 25.5 33% 33% 53 17.9 0.0048 60 266 39 60 0.0111 44% 19.6 0 100% 100% 39.0 17.2 3.5 64 20.5 75 100% 421 62 56 8,313 - 0/4 2 1 1.2 76 56 58 190 114 76 75 35% 25.2 33% 33% 51 17.3 0.0046 60 334 38 60 0.0111 42% 19.4 0 100% 100% 39.0 17.2 3.5 64 20.3 75 100% 448 51 56 6,403 -
-5/-1 -3 -3 0.0 58 32 41 131 73 58 75 34% 24.9 33% 33% 49 16.7 0.0045 60 402 29 60 0.0111 41% 19.3 0 100% 100% 39.0 17.2 3.5 64 20.1 76 100% 475 35 56 4,100 - 10/-6 -8 -8 -1.4 40 18 23 81 41 40 75 33% 24.7 33% 33% 48 16.1 0.0043 60 470 19 60 0.0111 39% 19.1 0 100% 100% 39.0 17.2 3.5 64 19.9 77 100% 502 21 56 2,303 -
-15/-11 -13 -13 -2.7 25 9 11 45 20 25 75 32% 24.4 33% 33% 46 15.5 0.0041 60 539 11 60 0.0111 38% 18.9 0 100% 100% 39.0 17.2 3.5 64 19.8 78 100% 529 11 56 1,123 - -20/-16 -18 -18 -4.0 10 2 4 16 6 10 74 32% 24.2 33% 33% 44 14.9 0.0040 60 607 4 60 0.0111 36% 18.7 0 100% 100% 39.0 17.2 3.5 64 19.6 78 100% 556 3 56 337 - -25/-21 -23 -23 -5.3 4 0 2 6 2 4 74 31% 23.9 33% 33% 42 14.3 0.0038 60 675 1 60 0.0111 35% 18.6 0 100% 100% 39.0 17.2 3.5 64 19.4 79 100% 583 1 56 112 - -30/-26 -28 -28 -6.5 1 0 0 1 0 1 74 30% 23.6 33% 33% 40 13.7 0.0037 60 743 - 60 0.0111 34% 18.4 0 100% 100% 39.0 17.2 3.5 64 19.3 80 100% 610 - 56 - -
TOTALS: 8,746 5,157 3,589 229 170 1,140 56 289,680 88,315
Building: Centennial Student Union MSU Mankato 35,000 cfm (design) 35,000 cfm (estimated) Preheat coil - MBHUnit Tag: AHU-A 75 hp total motor 30 hp total motor Cooling coil tonsServes: Office 5.8 " SP (estimated) 2.5 " SP (estimated) Min outside air 33% at des.Type: VAV w/ HW Reheat 65% Estimated fan efficiency 65% Estimated fan efficiency Econo lockout 55 °FNote: Minimum Flow Controlled by EA Makeup 94.0% Motor efficiency 92.0% Motor efficiency Mixed air setpoint 53 °FSupply Fan Speeds Estimated from CHVAC AHU Load Profiles 49 bhp 21 bhp Dischrg air setpt 53 °F
39.0 kW at design flow 17.2 kW at design flow Fraction fan heat 100% to air95% Drive Efficiency (VFD) 95% Drive Efficiency (VFD) Reheat coils Yes MBH
1.5 Power / flow exponent (VFD) 1.5 Power / flow exponent (VFD) BAS YesVAV WITH REHEAT
BIN DB MCWB h Occ Unocc RAT RARH RAH Econo Actual MAT MAH MAW Leaving Heating Heating Leaving Sat lb Leaving h CHW Fan heat DAT h Leaving Flow Heating Heating CHW (°F) (°F) (°F) Btu/lb 01-08 09-16 17-24 Total Hrs Hrs °F % Btu/lb OA OA °F Btu/lb lbH20 °F MBH MMBTU DB °F H20/lb air % RH Btu/lb ton Supply Return Supply Return °F °F Btu/lb °F % MBH MMBTU kW kWh ton-hrs
100/104 102 78 41.3 0 0 0 - 0 0 80 50% 31.3 33% 33% 87 34.5 0.0124 87 - - 53 0.0086 96% 21.7 169 100% 100% 41.0 18.1 3.7 57 27.0 53 33% - - 59 - - 95/99 97 76 39.4 0 6 2 8 5 3 80 49% 30.9 33% 33% 85 33.6 0.0119 85 - - 53 0.0086 96% 21.7 157 100% 100% 41.0 18.1 3.7 57 26.6 53 33% - - 59 275 674 90/94 92 74 37.5 0 37 13 50 29 21 79 48% 30.5 33% 33% 83 32.8 0.0116 83 - - 53 0.0086 96% 21.7 146 100% 100% 41.0 18.1 3.7 57 26.2 53 33% - - 59 1,700 3,856 85/89 87 71 34.8 0 96 40 136 76 60 79 48% 30.1 33% 33% 82 31.7 0.0110 82 - - 53 0.0086 96% 21.7 131 100% 100% 41.0 18.1 3.7 57 25.5 53 33% - - 59 4,477 8,806 80/84 82 68 32.3 10 178 97 285 144 141 79 47% 29.8 34% 34% 80 30.6 0.0104 80 - - 53 0.0086 96% 21.7 113 96% 96% 38.5 17.0 3.6 57 24.9 53 33% - - 56 8,020 14,105 75/79 77 66 30.8 45 235 162 442 197 245 78 46% 29.4 35% 35% 78 29.9 0.0102 78 - - 53 0.0086 96% 21.7 99 92% 92% 36.1 15.9 3.6 57 24.6 53 33% - - 52 10,231 16,189 70/74 72 63 28.5 136 246 231 613 217 396 78 45% 29.0 37% 37% 76 28.8 0.0097 76 - - 53 0.0086 96% 21.7 83 88% 88% 33.7 14.8 3.5 56 24.1 53 33% - - 49 10,531 13,992 65/69 67 60 26.4 233 218 251 702 469 233 78 45% 28.7 39% 39% 74 27.8 0.0092 74 - - 53 0.0086 96% 21.7 67 84% 84% 31.4 13.8 3.4 56 23.6 53 33% - - 45 21,182 9,622 60/64 62 56 23.8 276 194 234 704 428 276 78 44% 28.3 41% 41% 71 26.5 0.0086 71 - - 53 0.0086 96% 21.7 50 79% 79% 29.1 12.8 3.3 56 22.9 53 33% - - 42 17,922 5,962 55/59 57 52 21.4 249 162 203 614 365 249 77 43% 28.0 43% 43% 68 25.1 0.0080 68 - - 53 0.0086 93% 21.4 37 75% 75% 26.8 11.8 3.2 56 22.2 53 33% - - 39 14,114 3,281 50/54 52 47 18.7 226 152 174 552 326 226 77 42% 27.6 96% 96% 53 19.0 0.0058 53 - - 53 0.0086 68% 19.0 0 71% 71% 24.7 10.9 3.1 56 19.8 53 33% - - 36 11,589 0 45/49 47 43 16.7 188 140 150 478 290 188 77 42% 27.3 80% 80% 53 18.8 0.0056 53 - - 53 0.0086 66% 18.8 0 67% 67% 22.6 9.9 3.0 56 19.6 53 33% - - 33 9,430 0 40/44 42 38 14.3 175 155 157 487 312 175 76 41% 27.0 68% 68% 53 18.4 0.0052 53 - - 53 0.0086 61% 18.4 0 52% 52% 15.4 6.8 2.7 56 19.0 65 33% 61 19 22 6,917 - 35/39 37 34 12.6 193 172 187 552 359 193 76 40% 26.6 64% 64% 51 17.6 0.0050 60 174 62 53 0.0086 58% 18.1 0 51% 51% 14.8 6.5 2.6 56 18.8 67 33% 73 26 21 7,661 - 30/34 32 30 11.0 223 203 227 653 430 223 76 39% 26.3 66% 66% 47 16.2 0.0046 60 245 105 53 0.0086 54% 17.7 0 49% 49% 14.2 6.3 2.6 56 18.3 69 33% 84 36 21 8,823 - 25/29 27 25 9.0 217 183 191 591 374 217 75 38% 26.0 68% 68% 43 14.5 0.0039 60 316 118 58 0.0103 39% 18.2 0 48% 48% 13.7 6.0 2.6 61 18.8 71 33% 65 24 20 7,371 - 20/24 22 21 7.5 176 145 154 475 299 176 75 38% 25.7 70% 70% 38 13.0 0.0036 60 387 116 59 0.0107 34% 18.1 0 47% 47% 13.1 5.8 2.5 62 18.7 74 33% 70 21 19 5,654 - 15/19 17 16 5.8 136 115 128 379 243 136 75 37% 25.4 72% 72% 33 11.3 0.0031 60 457 111 60 0.0111 28% 17.8 0 45% 45% 12.6 5.5 2.5 62 18.4 76 33% 75 18 18 4,404 - 10/14 12 11 4.2 122 88 103 313 191 122 74 36% 25.1 74% 74% 28 9.6 0.0026 60 528 101 60 0.0111 24% 17.3 0 44% 44% 12.0 5.3 2.5 62 17.9 78 33% 85 16 17 3,313 -
5/9 7 6 2.6 94 72 76 242 148 94 74 35% 24.8 76% 76% 23 7.9 0.0022 60 598 88 60 0.0111 20% 16.8 0 43% 43% 11.5 5.1 2.4 62 17.4 80 33% 94 14 17 2,454 - 0/4 2 1 1.2 76 56 58 190 114 76 74 35% 24.5 78% 78% 18 6.2 0.0019 60 667 76 60 0.0111 17% 16.4 0 42% 42% 11.0 4.8 2.4 62 17.0 82 33% 102 12 16 1,804 -
-5/-1 -3 -3 0.0 58 32 41 131 73 58 74 34% 24.2 81% 81% 12 4.6 0.0017 60 736 54 60 0.0111 16% 16.3 0 40% 40% 10.5 4.6 2.4 62 16.8 84 33% 110 8 15 1,101 - 10/-6 -8 -8 -1.4 40 18 23 81 41 40 73 33% 23.9 84% 84% 5 2.8 0.0014 60 805 33 60 0.0111 13% 15.9 0 39% 39% 10.0 4.4 2.3 62 16.5 86 33% 117 5 14 589 -
-15/-11 -13 -13 -2.7 25 9 11 45 20 25 73 32% 23.6 87% 87% (1) 0.8 0.0011 60 874 17 60 0.0111 10% 15.6 0 38% 38% 9.5 4.2 2.3 62 16.2 89 33% 123 2 14 273 - -20/-16 -18 -18 -4.0 10 2 4 16 6 10 73 32% 23.3 90% 90% (9) (1.2) 0.0008 60 943 6 60 0.0111 8% 15.3 0 36% 36% 9.0 4.0 2.2 62 15.9 91 33% 129 1 13 78 - -25/-21 -23 -23 -5.3 4 0 2 6 2 4 72 31% 23.0 93% 93% (16) (3.3) 0.0006 60 1,011 2 60 0.0111 5% 15.1 0 35% 35% 8.5 3.7 2.2 62 15.6 93 33% 134 0 12 24 - -30/-26 -28 -28 -6.5 1 0 0 1 0 1 72 30% 22.8 93% 93% (21) (4.5) 0.0005 60 1,072 - 60 0.0111 5% 15.0 0 35% 35% 8.5 3.7 2.2 62 15.5 95 33% 143 - 12 - -
TOTALS: 8,746 5,157 3,589 890 169 203 59 159,939 76,487
OBSRVD HOURS Fan speed (%) Fan power (kW) ElectricityDischarge AirCooling Coil Utility UseReheat CoilsAir Flow and Fan Power
Supply Fan Data Return Fan Data Coil and Control Data
Weather Data Operating Hrs Return Air Mixed Air Preheat Coils
Weather Data Operating Hrs Return Air Mixed Air Cooling Coil
Supply Fan Data Return Fan Data Coil and Control Data
Utility UseReheat CoilsOBSRVD HOURS Fan speed (%) Fan power (kW) Electricity
Air Flow and Fan PowerPreheat Coils Discharge Air
Building: Centennial Student Union MSU Mankato 12,000 cfm (design) 12,000 cfm (estimated) Preheat coil - MBHUnit Tag: AHU-B 25 hp total motor 15 hp total motor Cooling coil tonsServes: Bowling Alley 5.8 " SP (estimated) 2.5 " SP (estimated) Min outside air 16% at des.Type: Baseline CV w/ HW Reheat 65% Estimated fan efficiency 65% Estimated fan efficiency Econo lockout 55 °FDesign OA based on average 15 CFM/pp with 90 people 94.0% Motor efficiency 92.0% Motor efficiency Mixed air setpoint 53 °F
17 bhp 7 bhp Dischrg air setpt 53 °F13.4 kW at design flow 5.9 kW at design flow Fraction fan heat 100% to air
100% Drive Efficiency (VFD) 100% Drive Efficiency (VFD) Reheat coils Yes MBH1.5 Power / flow exponent (VFD) 1.5 Power / flow exponent (VFD) BAS Yes
BASELINE - CONSTANT VOLUME WITH REHEAT
BIN DB MCWB h Occ Unocc RAT RARH RAH Econo Actual MAT MAH MAW Leaving Heating Heating Leaving Sat lb Leaving h CHW Fan heat DAT h Leaving Flow Heating Heating CHW (°F) (°F) (°F) Btu/lb 01-08 09-16 17-24 Total Hrs Hrs °F % Btu/lb OA OA °F Btu/lb lbH20 °F MBH MMBTU DB °F H20/lb air % RH Btu/lb ton Supply Return Supply Return °F °F Btu/lb °F % MBH MMBTU kW kWh ton-hrs
100/104 102 78 41.3 0 0 0 - 0 0 80 50% 31.3 16% 16% 83 32.9 0.0116 83 - 53 0.0086 96% 21.7 50 100% 100% 13.4 5.9 3.5 57 26.2 57 100% - - 19 - - 95/99 97 76 39.4 0 6 2 8 5 3 80 49% 30.9 16% 16% 82 32.3 0.0113 82 - 53 0.0086 96% 21.7 48 100% 100% 13.4 5.9 3.5 57 25.9 57 100% - - 19 89 204 90/94 92 74 37.5 0 37 13 50 29 21 80 48% 30.6 16% 16% 82 31.7 0.0110 82 - 53 0.0086 96% 21.7 45 100% 100% 13.4 5.9 3.5 57 25.6 57 100% - - 19 554 1,192 85/89 87 71 34.8 0 96 40 136 76 60 79 48% 30.3 16% 16% 81 31.0 0.0106 81 - 53 0.0086 96% 21.7 42 100% 100% 13.4 5.9 3.5 57 25.1 57 100% - - 19 1,458 2,818 80/84 82 68 32.3 10 178 97 285 144 141 79 47% 29.9 16% 16% 80 30.3 0.0102 80 - 53 0.0086 96% 21.7 39 100% 100% 13.4 5.9 3.5 57 24.7 57 100% 8 1 19 2,782 4,870 75/79 77 66 30.8 45 235 162 442 197 245 79 46% 29.6 16% 16% 79 29.8 0.0100 79 - 53 0.0086 96% 21.7 37 100% 100% 13.4 5.9 3.5 57 24.4 58 100% 15 3 19 3,790 5,992 70/74 72 63 28.5 136 246 231 613 217 396 79 45% 29.3 16% 16% 78 29.2 0.0096 78 - 53 0.0086 96% 21.7 34 100% 100% 13.4 5.9 3.5 57 24.0 58 100% 23 5 19 4,178 5,728 65/69 67 60 26.4 233 218 251 702 469 233 78 45% 29.0 16% 16% 77 28.6 0.0093 77 - 53 0.0086 96% 21.7 31 100% 100% 13.4 5.9 3.5 57 23.7 59 100% 30 14 19 9,032 4,451 60/64 62 56 23.8 276 194 234 704 428 276 78 44% 28.7 16% 16% 76 27.9 0.0089 76 - 53 0.0086 96% 21.7 28 100% 100% 13.4 5.9 3.5 57 23.2 59 100% 38 16 19 8,242 3,335 55/59 57 52 21.4 249 162 203 614 365 249 78 43% 28.4 16% 16% 75 27.3 0.0085 75 - 53 0.0086 100% 22.0 24 100% 100% 13.4 5.9 3.5 57 22.9 60 100% 45 16 19 7,029 2,086 50/54 52 47 18.7 226 152 174 552 326 226 78 42% 28.1 96% 96% 53 19.0 0.0058 53 - - 53 0.0086 68% 19.0 0 100% 100% 13.4 5.9 3.5 57 19.9 61 100% 53 17 19 6,278 0 45/49 47 43 16.7 188 140 150 478 290 188 77 42% 27.8 80% 80% 53 18.8 0.0056 53 - - 53 0.0086 66% 18.8 0 100% 100% 13.4 5.9 3.5 57 19.7 61 100% 60 17 19 5,585 0 40/44 42 38 14.3 175 155 157 487 312 175 77 41% 27.5 69% 69% 53 18.4 0.0052 53 - - 53 0.0086 62% 18.4 0 100% 100% 13.4 5.9 3.5 57 19.3 67 100% 132 41 19 6,008 0 35/39 37 34 12.6 193 172 187 552 359 193 77 40% 27.2 16% 16% 71 24.9 0.0072 71 - - 71 0.0162 45% 24.9 0 100% 100% 13.4 5.9 3.5 74 25.7 72 100% (34) (12) 19 6,914 0 30/34 32 30 11.0 223 203 227 653 430 223 77 39% 26.9 16% 16% 70 24.4 0.0070 70 - - 70 0.0157 45% 24.4 0 100% 100% 13.4 5.9 3.5 73 25.2 72 100% (14) (6) 19 8,281 (0) 25/29 27 25 9.0 217 183 191 591 374 217 77 38% 26.6 16% 16% 69 23.8 0.0067 69 - - 69 0.0151 45% 23.8 0 100% 100% 13.4 5.9 3.5 72 24.7 73 100% 7 3 19 7,202 (0) 20/24 22 21 7.5 176 145 154 475 299 176 76 38% 26.3 16% 16% 68 23.3 0.0065 68 - - 68 0.0146 45% 23.3 0 100% 100% 13.4 5.9 3.5 71 24.2 73 100% 28 8 19 5,758 - 15/19 17 16 5.8 136 115 128 379 243 136 76 37% 26.0 16% 16% 67 22.8 0.0062 67 - - 67 0.0141 45% 22.8 0 100% 100% 13.4 5.9 3.5 70 23.7 74 100% 49 12 19 4,680 - 10/14 12 11 4.2 122 88 103 313 191 122 76 36% 25.8 16% 16% 66 22.3 0.0060 66 - - 66 0.0136 45% 22.3 0 100% 100% 13.4 5.9 3.5 69 23.2 75 100% 70 13 19 3,678 -
5/9 7 6 2.6 94 72 76 242 148 94 76 35% 25.5 16% 16% 65 21.9 0.0058 65 - - 65 0.0131 44% 21.9 0 100% 100% 13.4 5.9 3.5 68 22.7 75 100% 91 13 19 2,850 - 0/4 2 1 1.2 76 56 58 190 114 76 75 35% 25.2 16% 16% 64 21.4 0.0056 64 - - 64 0.0127 44% 21.4 0 100% 100% 13.4 5.9 3.5 67 22.3 76 100% 112 13 19 2,195 -
-5/-1 -3 -3 0.0 58 32 41 131 73 58 75 34% 24.9 16% 16% 63 21.0 0.0054 63 - - 63 0.0123 45% 21.0 0 100% 100% 13.4 5.9 3.5 66 21.8 77 100% 133 10 19 1,406 - 10/-6 -8 -8 -1.4 40 18 23 81 41 40 75 33% 24.7 16% 16% 62 20.6 0.0052 62 - - 62 0.0118 45% 20.6 0 100% 100% 13.4 5.9 3.5 65 21.4 77 100% 154 6 19 790 -
-15/-11 -13 -13 -2.7 25 9 11 45 20 25 75 32% 24.4 16% 16% 61 20.1 0.0051 61 - - 61 0.0114 45% 20.1 0 100% 100% 13.4 5.9 3.5 64 21.0 78 100% 174 3 19 385 - -20/-16 -18 -18 -4.0 10 2 4 16 6 10 74 32% 24.2 16% 16% 60 19.7 0.0049 60 2 0 60 0.0111 44% 19.7 0 100% 100% 13.4 5.9 3.5 64 20.6 78 100% 193 1 19 116 - -25/-21 -23 -23 -5.3 4 0 2 6 2 4 74 31% 23.9 16% 16% 59 19.3 0.0047 60 15 0 60 0.0111 43% 19.6 0 100% 100% 13.4 5.9 3.5 64 20.4 79 100% 201 0 19 39 - -30/-26 -28 -28 -6.5 1 0 0 1 0 1 74 30% 23.6 16% 16% 58 18.9 0.0046 60 28 - 60 0.0111 42% 19.4 0 100% 100% 13.4 5.9 3.5 64 20.2 80 100% 209 - 19 - -
TOTALS: 8,746 5,157 3,589 0 50 197 19 99,319 30,675
Building: Centennial Student Union MSU Mankato 12,000 cfm (design) 12,000 cfm (estimated) Preheat coil - MBHUnit Tag: AHU-B 25 hp total motor 15 hp total motor Cooling coil tonsServes: Bowling Alley 5.8 " SP (estimated) 2.5 " SP (estimated) Min outside air 12% at des.Type: VAV w/ HW Reheat and CO2 Control 65% Estimated fan efficiency 65% Estimated fan efficiency Econo lockout 55 °FSupply Fan Speeds Estimated from CHVAC AHU Load Profiles 94.0% Motor efficiency 92.0% Motor efficiency Mixed air setpoint 53 °F
17 bhp 7 bhp Dischrg air setpt 53 °F13.4 kW at design flow 5.9 kW at design flow Fraction fan heat 100% to air95% Drive Efficiency (VFD) 95% Drive Efficiency (VFD) Reheat coils Yes MBH
1.5 Power / flow exponent (VFD) 1.5 Power / flow exponent (VFD) BAS YesVAV WITH REHEAT AND CO2 CONTROL
BIN DB MCWB h Occ Unocc RAT RARH RAH Econo Actual MAT MAH MAW Leaving Heating Heating Leaving Sat lb Leaving h CHW Fan heat DAT h Leaving Flow Heating Heating CHW (°F) (°F) (°F) Btu/lb 01-08 09-16 17-24 Total Hrs Hrs °F % Btu/lb OA OA °F Btu/lb lbH20 °F MBH MMBTU DB °F H20/lb air % RH Btu/lb ton Supply Return Supply Return °F °F Btu/lb °F % MBH MMBTU kW kWh ton-hrs
100/104 102 78 41.3 0 0 0 - 0 0 80 50% 31.3 12% 12% 83 32.4 0.0115 83 - - 53 0.0086 96% 21.7 48 100% 100% 14.1 6.2 3.7 57 26.1 53 33% - - 20 - - 95/99 97 76 39.4 0 6 2 8 5 3 80 49% 30.9 12% 12% 82 31.9 0.0111 82 - - 53 0.0086 96% 21.7 46 100% 100% 14.1 6.2 3.7 57 25.7 53 33% - - 20 94 197 90/94 92 74 37.5 0 37 13 50 29 21 79 48% 30.5 12% 12% 81 31.3 0.0108 81 - - 53 0.0086 96% 21.7 43 100% 100% 14.1 6.2 3.7 57 25.4 53 33% - - 20 583 1,147 85/89 87 71 34.8 0 96 40 136 76 60 79 48% 30.1 12% 12% 80 30.7 0.0104 80 - - 53 0.0086 96% 21.7 41 100% 100% 14.1 6.2 3.7 57 25.0 53 33% - - 20 1,535 2,720 80/84 82 68 32.3 10 178 97 285 144 141 79 47% 29.8 12% 12% 79 30.1 0.0101 79 - - 53 0.0086 96% 21.7 36 96% 96% 13.3 5.9 3.6 57 24.5 53 33% - - 19 2,765 4,548 75/79 77 66 30.8 45 235 162 442 197 245 78 46% 29.4 12% 12% 78 29.6 0.0098 78 - - 53 0.0086 96% 21.7 33 93% 93% 12.5 5.5 3.6 57 24.2 53 33% - - 18 3,549 5,378 70/74 72 63 28.5 136 246 231 613 217 396 78 45% 29.0 13% 13% 77 29.0 0.0095 77 - - 53 0.0086 96% 21.7 29 89% 89% 11.8 5.2 3.5 56 23.9 53 33% - - 17 3,677 4,938 65/69 67 60 26.4 233 218 251 702 469 233 78 45% 28.7 14% 14% 76 28.4 0.0091 76 - - 53 0.0086 96% 21.7 26 85% 85% 11.0 4.9 3.4 56 23.5 53 33% - - 16 7,450 3,667 60/64 62 56 23.8 276 194 234 704 428 276 78 44% 28.3 14% 14% 75 27.7 0.0088 75 - - 53 0.0086 96% 21.7 22 81% 81% 10.3 4.5 3.3 56 23.0 53 33% - - 15 6,354 2,614 55/59 57 52 21.4 249 162 203 614 365 249 77 43% 28.0 15% 15% 74 27.0 0.0084 74 - - 53 0.0086 98% 21.8 18 78% 78% 9.6 4.2 3.3 56 22.6 53 33% - - 14 5,048 1,588 50/54 52 47 18.7 226 152 174 552 326 226 77 42% 27.6 96% 96% 53 19.0 0.0058 53 - - 53 0.0086 68% 19.0 0 74% 74% 8.9 3.9 3.2 56 19.8 53 33% - - 13 4,185 0 45/49 47 43 16.7 188 140 150 478 290 188 77 42% 27.3 80% 80% 53 18.8 0.0056 53 - - 53 0.0086 66% 18.8 0 70% 70% 8.2 3.6 3.1 56 19.6 53 33% - - 12 3,443 0 40/44 42 38 14.3 175 155 157 487 312 175 76 41% 27.0 68% 68% 53 18.4 0.0052 53 - - 53 0.0086 61% 18.4 0 66% 66% 7.6 3.3 3.0 56 19.1 56 33% - - 11 3,410 0 35/39 37 34 12.6 193 172 187 552 359 193 76 40% 26.6 21% 21% 68 23.7 0.0068 68 - - 68 0.0147 47% 23.7 0 55% 55% 5.7 2.5 2.7 71 24.4 71 33% - - 8 2,968 0 30/34 32 30 11.0 223 203 227 653 430 223 76 39% 26.3 22% 22% 66 23.0 0.0065 66 - - 66 0.0139 47% 23.0 0 53% 53% 5.5 2.4 2.7 69 23.7 72 33% 8 3 8 3,395 (0) 25/29 27 25 9.0 217 183 191 591 374 217 75 38% 26.0 22% 22% 65 22.2 0.0061 65 - - 65 0.0131 47% 22.2 0 52% 52% 5.2 2.3 2.7 67 22.9 74 33% 16 6 8 2,816 0 20/24 22 21 7.5 176 145 154 475 299 176 75 38% 25.7 23% 23% 63 21.5 0.0059 63 - - 63 0.0123 48% 21.5 0 50% 50% 5.0 2.2 2.6 65 22.1 76 33% 23 7 7 2,143 - 15/19 17 16 5.8 136 115 128 379 243 136 75 37% 25.4 24% 24% 61 20.7 0.0056 61 - - 61 0.0115 49% 20.7 0 48% 48% 4.7 2.1 2.6 64 21.3 78 33% 30 7 7 1,655 - 10/14 12 11 4.2 122 88 103 313 191 122 74 36% 25.1 25% 25% 59 19.9 0.0053 60 6 1 60 0.0111 48% 20.1 0 47% 47% 4.5 2.0 2.5 63 20.8 80 33% 35 7 6 1,234 -
5/9 7 6 2.6 94 72 76 242 148 94 74 35% 24.8 26% 26% 57 19.1 0.0050 60 18 3 60 0.0111 45% 19.8 0 45% 45% 4.2 1.9 2.5 62 20.4 82 33% 37 6 6 906 - 0/4 2 1 1.2 76 56 58 190 114 76 74 35% 24.5 27% 27% 55 18.3 0.0047 60 29 3 60 0.0111 43% 19.6 0 43% 43% 4.0 1.8 2.4 62 20.1 84 33% 39 4 6 659 -
-5/-1 -3 -3 0.0 58 32 41 131 73 58 74 34% 24.2 28% 28% 52 17.5 0.0045 60 41 3 60 0.0111 41% 19.3 0 42% 42% 3.8 1.7 2.4 62 19.9 86 33% 41 3 5 398 - 10/-6 -8 -8 -1.4 40 18 23 81 41 40 73 33% 23.9 29% 29% 50 16.6 0.0043 60 52 2 60 0.0111 39% 19.1 0 40% 40% 3.6 1.6 2.3 62 19.6 87 33% 43 2 5 210 -
-15/-11 -13 -13 -2.7 25 9 11 45 20 25 73 32% 23.6 30% 30% 47 15.7 0.0040 60 64 1 60 0.0111 37% 18.8 0 38% 38% 3.3 1.5 2.3 62 19.4 89 33% 44 1 5 96 - -20/-16 -18 -18 -4.0 10 2 4 16 6 10 73 32% 23.3 31% 31% 44 14.8 0.0038 60 75 0 60 0.0111 35% 18.6 0 37% 37% 3.1 1.4 2.2 62 19.1 91 33% 45 0 5 27 - -25/-21 -23 -23 -5.3 4 0 2 6 2 4 72 31% 23.0 33% 33% 41 13.7 0.0036 60 86 0 60 0.0111 33% 18.3 0 35% 35% 2.9 1.3 2.2 62 18.9 93 33% 46 0 4 8 - -30/-26 -28 -28 -6.5 1 0 0 1 0 1 72 30% 22.8 33% 33% 39 13.1 0.0035 60 95 - 60 0.0111 32% 18.2 0 35% 35% 2.9 1.3 2.2 62 18.7 95 35% 52 - 4 - -
TOTALS: 8,746 5,157 3,589 14 48 46 20 58,611 26,796
Utility UseReheat CoilsOBSRVD HOURS Fan speed (%) Fan power (kW) Electricity
Air Flow and Fan PowerPreheat Coils Discharge AirCooling Coil
Supply Fan Data Return Fan Data Coil and Control Data
Weather Data Operating Hrs Return Air Mixed Air
Supply Fan Data Return Fan Data Coil and Control Data
Weather Data Operating Hrs Return Air Mixed Air Preheat Coils Discharge AirCooling Coil Utility UseReheat CoilsAir Flow and Fan PowerOBSRVD HOURS Fan speed (%) Fan power (kW) Electricity
Building: Centennial Student Union MSU Mankato 30,000 cfm (design) 30,000 cfm (estimated) Preheat coil - MBHUnit Tag: AHU-C 50 hp total motor 30 hp total motor Cooling coil tonsServes: 2nd Floor Offices, Bookstore 6.3 " SP (estimated) 2.5 " SP (estimated) Min outside air 23% at des.Type: Baseline CV w/ HW Reheat 65% Estimated fan efficiency 65% Estimated fan efficiency Econo lockout 55 °F
94.0% Motor efficiency 92.0% Motor efficiency Mixed air setpoint 53 °F46 bhp 18 bhp Dischrg air setpt 53 °F
36.3 kW at design flow 14.7 kW at design flow Fraction fan heat 100% to air100% Drive Efficiency (VFD) 100% Drive Efficiency (VFD) Reheat coils Yes MBH
1.5 Power / flow exponent (VFD) 1.5 Power / flow exponent (VFD) BAS YesBASELINE - CONSTANT VOLUME WITH REHEAT
BIN DB MCWB h Occ Unocc RAT RARH RAH Econo Actual MAT MAH MAW Leaving Heating Heating Leaving Sat lb Leaving h CHW Fan heat DAT h Leaving Flow Heating Heating CHW (°F) (°F) (°F) Btu/lb 01-08 09-16 17-24 Total Hrs Hrs °F % Btu/lb OA OA °F Btu/lb lbH20 °F MBH MMBTU DB °F H20/lb air % RH Btu/lb ton Supply Return Supply Return °F °F Btu/lb °F % MBH MMBTU kW kWh ton-hrs
100/104 102 78 41.3 0 0 0 - 0 0 80 50% 31.3 23% 23% 85 33.5 0.0119 85 - 53 0.0086 96% 21.7 134 100% 100% 36.3 14.7 3.8 57 26.6 57 100% - - 51 - - 95/99 97 76 39.4 0 6 2 8 5 3 80 49% 30.9 23% 23% 84 32.8 0.0116 84 - 53 0.0086 96% 21.7 126 100% 100% 36.3 14.7 3.8 57 26.2 57 100% - - 51 237 539 90/94 92 74 37.5 0 37 13 50 29 21 80 48% 30.6 23% 23% 82 32.2 0.0113 82 - 53 0.0086 96% 21.7 118 100% 100% 36.3 14.7 3.8 57 25.9 57 100% - - 51 1,467 3,121 85/89 87 71 34.8 0 96 40 136 76 60 79 48% 30.3 23% 23% 81 31.3 0.0108 81 - 53 0.0086 96% 21.7 108 100% 100% 36.3 14.7 3.8 57 25.4 57 100% - - 51 3,863 7,279 80/84 82 68 32.3 10 178 97 285 144 141 79 47% 29.9 23% 23% 80 30.5 0.0103 80 - 53 0.0086 96% 21.7 99 100% 100% 36.3 14.7 3.8 57 24.9 58 100% 25 4 51 7,371 12,403 75/79 77 66 30.8 45 235 162 442 197 245 79 46% 29.6 23% 23% 78 29.9 0.0101 78 - 53 0.0086 96% 21.7 92 100% 100% 36.3 14.7 3.8 57 24.6 58 100% 49 10 51 10,041 15,123 70/74 72 63 28.5 136 246 231 613 217 396 79 45% 29.3 23% 23% 77 29.1 0.0097 77 - 53 0.0086 96% 21.7 84 100% 100% 36.3 14.7 3.8 57 24.2 59 100% 74 16 51 11,071 14,219 65/69 67 60 26.4 233 218 251 702 469 233 78 45% 29.0 23% 23% 76 28.4 0.0093 76 - 53 0.0086 96% 21.7 76 100% 100% 36.3 14.7 3.8 57 23.8 60 100% 98 46 51 23,931 10,846 60/64 62 56 23.8 276 194 234 704 428 276 78 44% 28.7 23% 23% 74 27.6 0.0088 74 - 53 0.0086 96% 21.7 67 100% 100% 36.3 14.7 3.8 57 23.3 61 100% 123 53 51 21,839 7,895 55/59 57 52 21.4 249 162 203 614 365 249 78 43% 28.4 23% 23% 73 26.8 0.0084 73 - 53 0.0086 98% 21.9 55 100% 100% 36.3 14.7 3.8 57 22.8 61 100% 148 54 51 18,624 4,869 50/54 52 47 18.7 226 152 174 552 326 226 78 42% 28.1 96% 96% 53 19.0 0.0058 53 - - 53 0.0086 68% 19.0 0 100% 100% 36.3 14.7 3.8 57 20.0 62 100% 172 56 51 16,634 0 45/49 47 43 16.7 188 140 150 478 290 188 77 42% 27.8 80% 80% 53 18.8 0.0056 53 - - 53 0.0086 66% 18.8 0 100% 100% 36.3 14.7 3.8 57 19.8 63 100% 197 57 51 14,798 0 40/44 42 38 14.3 175 155 157 487 312 175 77 41% 27.5 69% 69% 53 18.4 0.0052 53 - - 53 0.0086 62% 18.4 0 100% 100% 36.3 14.7 3.8 57 19.4 64 100% 221 69 51 15,920 0 35/39 37 34 12.6 193 172 187 552 359 193 77 40% 27.2 23% 23% 68 23.9 0.0069 68 - - 68 0.0147 48% 23.9 0 100% 100% 36.3 14.7 3.8 72 24.8 72 100% 4 1 51 18,318 (0) 30/34 32 30 11.0 223 203 227 653 430 223 77 39% 26.9 23% 23% 67 23.3 0.0067 67 - - 67 0.0141 48% 23.3 0 100% 100% 36.3 14.7 3.8 70 24.2 70 100% - - 51 21,941 0 25/29 27 25 9.0 217 183 191 591 374 217 77 38% 26.6 23% 23% 65 22.6 0.0063 65 - - 65 0.0134 48% 22.6 0 100% 100% 36.3 14.7 3.8 69 23.5 71 100% 64 24 51 19,084 - 20/24 22 21 7.5 176 145 154 475 299 176 76 38% 26.3 23% 23% 64 22.0 0.0061 64 - - 64 0.0128 48% 22.0 0 100% 100% 36.3 14.7 3.8 68 23.0 72 100% 129 39 51 15,257 - 15/19 17 16 5.8 136 115 128 379 243 136 76 37% 26.0 23% 23% 63 21.4 0.0059 63 - - 63 0.0122 48% 21.4 0 100% 100% 36.3 14.7 3.8 67 22.4 73 100% 195 47 51 12,399 - 10/14 12 11 4.2 122 88 103 313 191 122 76 36% 25.8 23% 23% 61 20.9 0.0056 61 - - 61 0.0116 49% 20.9 0 100% 100% 36.3 14.7 3.8 65 21.8 73 100% 260 50 51 9,746 -
5/9 7 6 2.6 94 72 76 242 148 94 76 35% 25.5 23% 23% 60 20.3 0.0054 60 - - 60 0.0111 49% 20.3 0 100% 100% 36.3 14.7 3.8 64 21.2 74 100% 326 48 51 7,552 - 0/4 2 1 1.2 76 56 58 190 114 76 75 35% 25.2 23% 23% 59 19.8 0.0052 60 40 5 60 0.0111 47% 20.1 0 100% 100% 36.3 14.7 3.8 64 21.0 75 100% 351 40 51 5,817 -
-5/-1 -3 -3 0.0 58 32 41 131 73 58 75 34% 24.9 23% 23% 57 19.3 0.0050 60 83 6 60 0.0111 46% 19.9 0 100% 100% 36.3 14.7 3.8 64 20.8 75 100% 374 27 51 3,725 - 10/-6 -8 -8 -1.4 40 18 23 81 41 40 75 33% 24.7 23% 23% 56 18.8 0.0049 60 125 5 60 0.0111 44% 19.7 0 100% 100% 36.3 14.7 3.8 64 20.6 76 100% 398 16 51 2,092 -
-15/-11 -13 -13 -2.7 25 9 11 45 20 25 75 32% 24.4 23% 23% 55 18.3 0.0047 60 168 3 60 0.0111 43% 19.5 0 100% 100% 36.3 14.7 3.8 64 20.4 77 100% 421 8 51 1,021 - -20/-16 -18 -18 -4.0 10 2 4 16 6 10 74 32% 24.2 23% 23% 54 17.8 0.0045 60 210 1 60 0.0111 41% 19.3 0 100% 100% 36.3 14.7 3.8 64 20.3 78 100% 444 3 51 306 - -25/-21 -23 -23 -5.3 4 0 2 6 2 4 74 31% 23.9 23% 23% 52 17.3 0.0044 60 253 1 60 0.0111 40% 19.2 0 100% 100% 36.3 14.7 3.8 64 20.1 78 100% 467 1 51 102 - -30/-26 -28 -28 -6.5 1 0 0 1 0 1 74 30% 23.6 23% 23% 51 16.8 0.0042 60 295 - 60 0.0111 38% 19.0 0 100% 100% 36.3 14.7 3.8 64 19.9 80 100% 513 - 51 - -
TOTALS: 8,746 5,157 3,589 21 134 669 51 263,158 76,293
Building: Centennial Student Union MSU Mankato 30,000 cfm (design) 30,000 cfm (estimated) Preheat coil - MBHUnit Tag: AHU-C 50 hp total motor 30 hp total motor Cooling coil tonsServes: 2nd Floor Offices, Bookstore 6.3 " SP (estimated) 2.5 " SP (estimated) Min outside air 17% at des.Type: VAV w/ HW Reheat and CO2 Control 65% Estimated fan efficiency 65% Estimated fan efficiency Econo lockout 55 °FSupply Fan Speeds Estimated from CHVAC AHU Load Profiles 94.0% Motor efficiency 92.0% Motor efficiency Mixed air setpoint 53 °F
46 bhp 18 bhp Dischrg air setpt 53 °F36.3 kW at design flow 14.7 kW at design flow Fraction fan heat 100% to air95% Drive Efficiency (VFD) 95% Drive Efficiency (VFD) Reheat coils Yes MBH
1.5 Power / flow exponent (VFD) 1.5 Power / flow exponent (VFD) BAS YesVAV WITH REHEAT AND CO2 CONTROL
BIN DB MCWB h Occ Unocc RAT RARH RAH Econo Actual MAT MAH MAW Leaving Heating Heating Leaving Sat lb Leaving h CHW Fan heat DAT h Leaving Flow Heating Heating CHW (°F) (°F) (°F) Btu/lb 01-08 09-16 17-24 Total Hrs Hrs °F % Btu/lb OA OA °F Btu/lb lbH20 °F MBH MMBTU DB °F H20/lb air % RH Btu/lb ton Supply Return Supply Return °F °F Btu/lb °F % MBH MMBTU kW kWh ton-hrs
100/104 102 78 41.3 0 0 0 - 0 0 80 50% 31.3 17% 17% 84 32.9 0.0117 84 - - 53 0.0086 96% 21.7 127 100% 100% 38.2 15.5 4.0 57 26.4 57 33% - - 54 - - 95/99 97 76 39.4 0 6 2 8 5 3 80 49% 30.9 17% 17% 83 32.3 0.0113 83 - - 53 0.0086 96% 21.7 120 100% 100% 38.2 15.5 4.0 57 26.0 57 33% - - 54 249 513 90/94 92 74 37.5 0 37 13 50 29 21 79 48% 30.5 17% 17% 81 31.7 0.0110 81 - - 53 0.0086 96% 21.7 113 100% 100% 38.2 15.5 4.0 57 25.7 57 33% - - 54 1,544 2,975 85/89 87 71 34.8 0 96 40 136 76 60 79 48% 30.1 17% 17% 80 30.9 0.0106 80 - - 53 0.0086 96% 21.7 104 100% 100% 38.2 15.5 4.0 57 25.2 57 33% - - 54 4,067 6,985 80/84 82 68 32.3 10 178 97 285 144 141 79 47% 29.8 18% 18% 79 30.2 0.0102 79 - - 53 0.0086 96% 21.7 91 95% 95% 35.4 14.3 3.9 57 24.7 57 33% - - 50 7,185 11,416 75/79 77 66 30.8 45 235 162 442 197 245 78 46% 29.4 19% 19% 78 29.6 0.0099 78 - - 53 0.0086 96% 21.7 81 90% 90% 32.6 13.2 3.8 57 24.4 57 33% - - 46 9,025 13,223 70/74 72 63 28.5 136 246 231 613 217 396 78 45% 29.0 20% 20% 77 28.9 0.0095 77 - - 53 0.0086 96% 21.7 70 85% 85% 29.9 12.1 3.7 57 24.0 57 33% - - 42 9,132 11,770 65/69 67 60 26.4 233 218 251 702 469 233 78 45% 28.7 21% 21% 76 28.2 0.0092 76 - - 53 0.0086 96% 21.7 59 80% 80% 27.3 11.1 3.6 57 23.6 57 33% - - 38 18,025 8,417 60/64 62 56 23.8 276 194 234 704 428 276 78 44% 28.3 22% 22% 74 27.3 0.0087 74 - - 53 0.0086 96% 21.7 48 75% 75% 24.8 10.1 3.5 56 23.0 56 33% - - 35 14,932 5,665 55/59 57 52 21.4 249 162 203 614 365 249 77 43% 28.0 24% 24% 72 26.4 0.0082 72 - - 53 0.0086 96% 21.7 37 70% 70% 22.4 9.1 3.4 56 22.5 56 33% - - 31 11,482 3,275 50/54 52 47 18.7 226 152 174 552 326 226 77 42% 27.6 96% 96% 53 19.0 0.0058 53 - - 53 0.0086 68% 19.0 0 65% 65% 20.0 8.1 3.2 56 19.8 56 33% - - 28 9,176 0 45/49 47 43 16.7 188 140 150 478 290 188 77 42% 27.3 80% 80% 53 18.8 0.0056 53 - - 53 0.0086 66% 18.8 0 60% 60% 17.8 7.2 3.1 56 19.6 56 33% - - 25 7,239 0 40/44 42 38 14.3 175 155 157 487 312 175 76 41% 27.0 68% 68% 53 18.4 0.0052 53 - - 53 0.0086 61% 18.4 0 55% 55% 15.6 6.3 3.0 56 19.1 56 33% - - 22 6,835 0 35/39 37 34 12.6 193 172 187 552 359 193 76 40% 26.6 33% 33% 63 21.9 0.0063 63 - - 53 0.0086 73% 19.5 14 50% 50% 13.5 5.5 2.8 56 20.2 65 33% 49 18 19 6,817 126 30/34 32 30 11.0 223 203 227 653 430 223 76 39% 26.3 37% 37% 59 20.6 0.0058 60 8 3 53 0.0086 68% 19.1 0 45% 45% 11.5 4.7 2.7 56 19.7 67 45% 75 32 16 6,972 - 25/29 27 25 9.0 217 183 191 591 374 217 75 38% 26.0 37% 37% 57 19.7 0.0054 60 38 14 60 0.0111 49% 20.3 0 45% 45% 11.5 4.7 2.7 63 21.0 69 45% 43 16 16 6,064 - 20/24 22 21 7.5 176 145 154 475 299 176 75 38% 25.7 38% 38% 55 18.8 0.0051 60 72 21 60 0.0111 47% 20.0 0 44% 44% 11.2 4.5 2.7 63 20.7 71 44% 55 17 16 4,714 - 15/19 17 16 5.8 136 115 128 379 243 136 75 37% 25.4 39% 39% 52 17.8 0.0048 60 106 26 60 0.0111 44% 19.6 0 43% 43% 10.9 4.4 2.7 63 20.3 74 43% 66 16 15 3,723 - 10/14 12 11 4.2 122 88 103 313 191 122 74 36% 25.1 39% 39% 50 16.8 0.0045 60 139 27 60 0.0111 41% 19.3 0 43% 43% 10.6 4.3 2.6 63 19.9 76 43% 77 15 15 2,842 -
5/9 7 6 2.6 94 72 76 242 148 94 74 35% 24.8 40% 40% 47 15.9 0.0042 60 173 26 60 0.0111 38% 19.0 0 42% 42% 10.3 4.2 2.6 63 19.6 78 42% 86 13 14 2,138 - 0/4 2 1 1.2 76 56 58 190 114 76 74 35% 24.5 41% 41% 44 14.9 0.0039 60 206 24 60 0.0111 36% 18.7 0 41% 41% 10.0 4.0 2.6 63 19.3 80 41% 94 11 14 1,598 -
-5/-1 -3 -3 0.0 58 32 41 131 73 58 74 34% 24.2 42% 42% 42 14.1 0.0038 60 239 17 60 0.0111 35% 18.5 0 40% 40% 9.7 3.9 2.5 63 19.2 82 40% 102 7 14 992 - 10/-6 -8 -8 -1.4 40 18 23 81 41 40 73 33% 23.9 43% 43% 39 13.1 0.0036 60 272 11 60 0.0111 32% 18.3 0 39% 39% 9.4 3.8 2.5 63 18.9 84 39% 108 4 13 540 -
-15/-11 -13 -13 -2.7 25 9 11 45 20 25 73 32% 23.6 44% 44% 35 12.1 0.0033 60 305 6 60 0.0111 31% 18.1 0 38% 38% 9.1 3.7 2.5 62 18.7 86 38% 114 2 13 255 - -20/-16 -18 -18 -4.0 10 2 4 16 6 10 73 32% 23.3 45% 45% 32 11.1 0.0032 60 338 2 60 0.0111 29% 17.9 0 38% 38% 8.8 3.6 2.5 62 18.5 89 38% 119 1 12 74 - -25/-21 -23 -23 -5.3 4 0 2 6 2 4 72 31% 23.0 46% 46% 29 10.1 0.0030 60 370 1 60 0.0111 27% 17.7 0 37% 37% 8.5 3.4 2.4 62 18.2 91 37% 123 0 12 24 - -30/-26 -28 -28 -6.5 1 0 0 1 0 1 72 30% 22.8 48% 48% 24 8.8 0.0027 60 406 - 60 0.0111 25% 17.4 0 35% 35% 7.9 3.2 2.4 62 18.0 95 35% 129 - 11 - -
TOTALS: 8,746 5,157 3,589 178 127 152 54 135,644 64,364
Utility UseReheat CoilsOBSRVD HOURS Fan speed (%) Fan power (kW) Electricity
Air Flow and Fan PowerPreheat Coils Discharge AirCooling Coil
Supply Fan Data Return Fan Data Coil and Control Data
Weather Data Operating Hrs Return Air Mixed Air
Supply Fan Data Return Fan Data Coil and Control Data
Weather Data Operating Hrs Return Air Mixed Air Preheat Coils Discharge AirCooling Coil Utility UseReheat CoilsAir Flow and Fan PowerOBSRVD HOURS Fan speed (%) Fan power (kW) Electricity
Building: Centennial Student Union MSU Mankato 6,500 cfm (design) 6,500 cfm (estimated) Preheat coil - MBHUnit Tag: AHU-D 15 hp total motor 0 hp total motor Cooling coil tonsServes: Auditorium 4.5 " SP (estimated) 0.0 " SP (estimated) Min outside air 17% at des.Type: Baseline CV w/ HW Reheat 65% Estimated fan efficiency 65% Estimated fan efficiency Econo lockout 55 °F
94.0% Motor efficiency 92.0% Motor efficiency Mixed air setpoint 53 °F7 bhp 0 bhp Dischrg air setpt 53 °F
5.6 kW at design flow 0.0 kW at design flow Fraction fan heat 100% to air100% Drive Efficiency (VFD) 100% Drive Efficiency (VFD) Reheat coils Yes MBH
1.5 Power / flow exponent (VFD) 1.5 Power / flow exponent (VFD) BAS YesBASELINE - CONSTANT VOLUME WITH REHEAT
BIN DB MCWB h Occ Unocc RAT RARH RAH Econo Actual MAT MAH MAW Leaving Heating Heating Leaving Sat lb Leaving h CHW Fan heat DAT h Leaving Flow Heating Heating CHW (°F) (°F) (°F) Btu/lb 01-08 09-16 17-24 Total Hrs Hrs °F % Btu/lb OA OA °F Btu/lb lbH20 °F MBH MMBTU DB °F H20/lb air % RH Btu/lb ton Supply Return Supply Return °F °F Btu/lb °F % MBH MMBTU kW kWh ton-hrs
100/104 102 78 41.3 0 0 0 - 0 0 78 50% 30.0 17% 17% 82 31.9 0.0111 82 - 53 0.0086 96% 21.7 25 100% 100% 5.6 - 2.7 56 25.5 56 100% - - 6 - - 95/99 97 76 39.4 0 6 2 8 0 8 78 49% 29.7 17% 17% 81 31.3 0.0108 81 - 53 0.0086 96% 21.7 24 100% 100% 5.6 - 2.7 56 25.1 56 100% - - 6 2 9 90/94 92 74 37.5 0 37 13 50 2 48 78 48% 29.4 17% 17% 80 30.7 0.0105 80 - 53 0.0086 96% 21.7 22 100% 100% 5.6 - 2.7 56 24.8 56 100% - - 6 14 55 85/89 87 71 34.8 0 96 40 136 8 128 77 48% 29.0 17% 17% 79 30.0 0.0101 79 - 53 0.0086 96% 21.7 20 100% 100% 5.6 - 2.7 56 24.3 56 100% - - 6 43 155 80/84 82 68 32.3 10 178 97 285 18 267 77 47% 28.7 17% 17% 78 29.3 0.0097 78 - 53 0.0086 96% 21.7 19 100% 100% 5.6 - 2.7 56 23.9 56 100% 5 0 6 104 343 75/79 77 66 30.8 45 235 162 442 31 411 77 46% 28.4 17% 17% 77 28.8 0.0095 77 - 53 0.0086 96% 21.7 17 100% 100% 5.6 - 2.7 56 23.7 57 100% 10 0 6 173 529 70/74 72 63 28.5 136 246 231 613 44 569 77 45% 28.1 17% 17% 76 28.2 0.0091 76 - 53 0.0086 96% 21.7 16 100% 100% 5.6 - 2.7 56 23.3 58 100% 16 1 6 247 687 65/69 67 60 26.4 233 218 251 702 48 654 76 45% 27.8 17% 17% 75 27.6 0.0088 75 - 53 0.0086 96% 21.7 14 100% 100% 5.6 - 2.7 56 22.9 59 100% 21 1 6 269 662 60/64 62 56 23.8 276 194 234 704 45 659 76 44% 27.5 17% 17% 74 26.9 0.0084 74 - 53 0.0086 98% 21.8 12 100% 100% 5.6 - 2.7 56 22.5 59 100% 26 1 6 250 503 55/59 57 52 21.4 249 162 203 614 39 575 76 43% 27.3 17% 17% 73 26.3 0.0080 73 - 53 0.0086 94% 21.5 12 100% 100% 5.6 - 2.7 56 22.1 60 100% 31 1 6 217 380 50/54 52 47 18.7 226 152 174 552 33 519 76 42% 27.0 96% 96% 53 19.0 0.0058 53 - - 53 0.0086 68% 19.0 0 100% 100% 5.6 - 2.7 56 19.7 61 100% 36 1 6 186 0 45/49 47 43 16.7 188 140 150 478 29 449 75 42% 26.7 79% 79% 53 18.8 0.0056 53 - - 53 0.0086 65% 18.8 0 100% 100% 5.6 - 2.7 56 19.4 62 100% 42 1 6 161 0 40/44 42 38 14.3 175 155 157 487 30 457 75 41% 26.4 67% 67% 53 18.3 0.0051 53 - - 53 0.0086 60% 18.3 0 100% 100% 5.6 - 2.7 56 19.0 62 100% 47 1 6 168 0 35/39 37 34 12.6 193 172 187 552 36 516 75 40% 26.1 17% 17% 69 23.8 0.0067 69 - - 53 0.0086 79% 20.0 9 100% 100% 5.6 - 2.7 56 20.7 63 100% 52 2 6 200 46 30/34 32 30 11.0 223 203 227 653 43 610 75 39% 25.8 17% 17% 68 23.3 0.0065 68 - - 53 0.0086 76% 19.8 9 100% 100% 5.6 - 2.7 56 20.5 64 100% 57 2 6 243 21 25/29 27 25 9.0 217 183 191 591 36 555 75 38% 25.6 17% 17% 66 22.8 0.0062 66 - - 66 0.0140 45% 22.8 0 100% 100% 5.6 - 2.7 69 23.4 71 100% 15 1 6 204 (0) 20/24 22 21 7.5 176 145 154 475 29 446 74 38% 25.3 17% 17% 65 22.3 0.0060 65 - - 65 0.0135 45% 22.3 0 100% 100% 5.6 - 2.7 68 23.0 72 100% 28 1 6 165 0 15/19 17 16 5.8 136 115 128 379 24 355 74 37% 25.0 17% 17% 64 21.8 0.0058 64 - - 64 0.0130 45% 21.8 0 100% 100% 5.6 - 2.7 67 22.4 73 100% 41 1 6 137 - 10/14 12 11 4.2 122 88 103 313 20 293 74 36% 24.8 17% 17% 63 21.3 0.0056 63 - - 63 0.0125 45% 21.3 0 100% 100% 5.6 - 2.7 66 22.0 74 100% 54 1 6 110 -
5/9 7 6 2.6 94 72 76 242 14 228 74 35% 24.5 17% 17% 62 20.8 0.0053 62 - - 62 0.0121 45% 20.8 0 100% 100% 5.6 - 2.7 65 21.5 75 100% 67 1 6 81 - 0/4 2 1 1.2 76 56 58 190 11 179 73 35% 24.3 17% 17% 61 20.4 0.0052 61 - - 61 0.0116 45% 20.4 0 100% 100% 5.6 - 2.7 64 21.0 76 100% 80 1 6 62 -
-5/-1 -3 -3 0.0 58 32 41 131 8 123 73 34% 24.0 17% 17% 60 19.9 0.0050 60 - - 60 0.0112 45% 19.9 0 100% 100% 5.6 - 2.7 63 20.6 76 100% 94 1 6 44 - 10/-6 -8 -8 -1.4 40 18 23 81 4 77 73 33% 23.8 17% 17% 59 19.5 0.0048 60 5 0 60 0.0111 44% 19.7 0 100% 100% 5.6 - 2.7 63 20.4 77 100% 101 0 6 25 -
-15/-11 -13 -13 -2.7 25 9 11 45 2 43 73 32% 23.5 17% 17% 58 19.1 0.0047 60 13 0 60 0.0111 43% 19.5 0 100% 100% 5.6 - 2.7 63 20.2 78 100% 107 0 6 12 - -20/-16 -18 -18 -4.0 10 2 4 16 1 15 72 32% 23.3 17% 17% 57 18.6 0.0045 60 20 0 60 0.0111 41% 19.3 0 100% 100% 5.6 - 2.7 63 20.0 79 100% 113 0 6 4 - -25/-21 -23 -23 -5.3 4 0 2 6 0 6 72 31% 23.0 17% 17% 56 18.2 0.0044 60 27 0 60 0.0111 40% 19.2 0 100% 100% 5.6 - 2.7 63 19.8 80 100% 119 0 6 2 - -30/-26 -28 -28 -6.5 1 0 0 1 0 1 72 30% 22.8 17% 17% 55 17.8 0.0042 60 35 - 60 0.0111 38% 19.0 0 100% 100% 5.6 - 2.7 63 19.7 80 100% 119 - 6 - -
TOTALS: 8,746 556 8,190 0.07596 25 19 6 3,124 3,390
Building: Centennial Student Union MSU Mankato 6,500 cfm (design) 6,500 cfm (estimated) Preheat coil - MBHUnit Tag: AHU-D 15 hp total motor 0 hp total motor Cooling coil tonsServes: Auditorium 4.5 " SP (estimated) 0.0 " SP (estimated) Min outside air 14% at des.Type: VAV w/ HW Reheat and CO2 Control 65% Estimated fan efficiency 65% Estimated fan efficiency Econo lockout 55 °FSupply Fan Speeds Estimated from CHVAC AHU Load Profiles 94.0% Motor efficiency 92.0% Motor efficiency Mixed air setpoint 53 °F
7 bhp 0 bhp Dischrg air setpt 53 °F5.6 kW at design flow 0.0 kW at design flow Fraction fan heat 100% to air
95% Drive Efficiency (VFD) 95% Drive Efficiency (VFD) Reheat coils Yes MBH1.5 Power / flow exponent (VFD) 1.5 Power / flow exponent (VFD) BAS Yes
VAV WITH REHEAT AND CO2 CONTROL
BIN DB MCWB h Occ Unocc RAT RARH RAH Econo Actual MAT MAH MAW Leaving Heating Heating Leaving Sat lb Leaving h CHW Fan heat DAT h Leaving Flow Heating Heating CHW (°F) (°F) (°F) Btu/lb 01-08 09-16 17-24 Total Hrs Hrs °F % Btu/lb OA OA °F Btu/lb lbH20 °F MBH MMBTU DB °F H20/lb air % RH Btu/lb ton Supply Return Supply Return °F °F Btu/lb °F % MBH MMBTU kW kWh ton-hrs
100/104 102 78 41.3 0 0 0 - 0 0 78 50% 30.0 14% 14% 81 31.6 0.0109 81 - - 53 0.0086 96% 21.7 24 100% 100% 5.9 - 2.9 56 25.3 56 33% - - 6 - - 95/99 97 76 39.4 0 6 2 8 0 8 78 49% 29.7 14% 14% 80 31.0 0.0106 80 - - 53 0.0086 96% 21.7 23 100% 100% 5.9 - 2.9 56 25.0 56 33% - - 6 2 9 90/94 92 74 37.5 0 37 13 50 2 48 78 48% 29.4 14% 14% 80 30.5 0.0104 80 - - 53 0.0086 96% 21.7 22 100% 100% 5.9 - 2.9 56 24.7 56 33% - - 6 15 53 85/89 87 71 34.8 0 96 40 136 8 128 77 48% 29.0 14% 14% 79 29.8 0.0100 79 - - 53 0.0086 96% 21.7 20 100% 100% 5.9 - 2.9 56 24.3 56 33% - - 6 45 152 80/84 82 68 32.3 10 178 97 285 18 267 77 47% 28.7 14% 14% 78 29.3 0.0096 78 - - 53 0.0086 96% 21.7 18 95% 95% 5.5 - 2.8 56 23.9 56 33% - - 6 102 323 75/79 77 66 30.8 45 235 162 442 31 411 77 46% 28.4 15% 15% 77 28.8 0.0094 77 - - 53 0.0086 96% 21.7 16 91% 91% 5.1 - 2.7 56 23.6 56 33% - - 5 158 479 70/74 72 63 28.5 136 246 231 613 44 569 77 45% 28.1 16% 16% 76 28.2 0.0091 76 - - 53 0.0086 96% 21.7 14 86% 86% 4.7 - 2.7 56 23.3 56 33% - - 5 209 593 65/69 67 60 26.4 233 218 251 702 48 654 76 45% 27.8 17% 17% 75 27.6 0.0088 75 - - 53 0.0086 96% 21.7 12 82% 82% 4.4 - 2.6 56 22.9 56 33% - - 4 209 542 60/64 62 56 23.8 276 194 234 704 45 659 76 44% 27.5 18% 18% 74 26.9 0.0084 74 - - 53 0.0086 98% 21.8 9 77% 77% 4.0 - 2.5 56 22.5 56 33% - - 4 179 387 55/59 57 52 21.4 249 162 203 614 39 575 76 43% 27.3 19% 19% 72 26.2 0.0080 72 - - 53 0.0086 94% 21.4 8 73% 73% 3.7 - 2.5 55 22.0 55 33% - - 4 142 271 50/54 52 47 18.7 226 152 174 552 33 519 76 42% 27.0 96% 96% 53 19.0 0.0058 53 - - 53 0.0086 68% 19.0 0 68% 68% 3.3 - 2.4 55 19.6 55 33% - - 3 110 0 45/49 47 43 16.7 188 140 150 478 29 449 75 42% 26.7 79% 79% 53 18.8 0.0056 53 - - 53 0.0086 65% 18.8 0 64% 64% 3.0 - 2.3 55 19.3 55 33% - - 3 86 0 40/44 42 38 14.3 175 155 157 487 30 457 75 41% 26.4 67% 67% 53 18.3 0.0051 53 - - 53 0.0086 60% 18.3 0 59% 59% 2.7 - 2.2 55 18.9 55 33% - - 3 80 0 35/39 37 34 12.6 193 172 187 552 36 516 75 40% 26.1 25% 25% 65 22.7 0.0064 65 - - 53 0.0086 75% 19.7 4 55% 55% 2.4 - 2.1 55 20.2 55 55% - - 2 85 20 30/34 32 30 11.0 223 203 227 653 43 610 75 39% 25.8 28% 28% 63 21.8 0.0061 63 - - 53 0.0086 71% 19.3 0 50% 50% 2.1 - 2.0 55 19.8 55 50% - - 2 90 - 25/29 27 25 9.0 217 183 191 591 36 555 75 38% 25.6 28% 28% 61 21.0 0.0057 61 - - 61 0.0117 50% 21.0 0 50% 50% 2.1 - 2.0 63 21.5 70 50% 11 0 2 76 - 20/24 22 21 7.5 176 145 154 475 29 446 74 38% 25.3 28% 28% 60 20.3 0.0055 60 2 0 60 0.0111 50% 20.4 0 49% 49% 2.0 - 2.0 62 20.9 73 49% 18 1 2 59 - 15/19 17 16 5.8 136 115 128 379 24 355 74 37% 25.0 29% 29% 58 19.5 0.0052 60 8 0 60 0.0111 47% 20.1 0 48% 48% 1.9 - 2.0 62 20.5 75 48% 21 1 2 47 - 10/14 12 11 4.2 122 88 103 313 20 293 74 36% 24.8 30% 30% 55 18.6 0.0049 60 15 0 60 0.0111 45% 19.7 0 46% 46% 1.9 - 2.0 62 20.2 78 46% 23 0 2 36 -
5/9 7 6 2.6 94 72 76 242 14 228 74 35% 24.5 31% 31% 53 17.8 0.0046 60 21 0 60 0.0111 42% 19.5 0 45% 45% 1.8 - 1.9 62 19.9 80 45% 26 0 2 26 - 0/4 2 1 1.2 76 56 58 190 11 179 73 35% 24.3 31% 31% 51 17.0 0.0044 60 28 0 60 0.0111 40% 19.2 0 44% 44% 1.7 - 1.9 62 19.7 83 44% 28 0 2 19 -
-5/-1 -3 -3 0.0 58 32 41 131 8 123 73 34% 24.0 32% 32% 48 16.2 0.0042 60 34 0 60 0.0111 39% 19.0 0 43% 43% 1.6 - 1.9 62 19.5 85 43% 29 0 2 13 - 10/-6 -8 -8 -1.4 40 18 23 81 4 77 73 33% 23.8 33% 33% 46 15.4 0.0040 60 41 0 60 0.0111 37% 18.8 0 41% 41% 1.6 - 1.8 62 19.2 88 41% 31 0 2 7 -
-15/-11 -13 -13 -2.7 25 9 11 45 2 43 73 32% 23.5 34% 34% 43 14.5 0.0038 60 47 0 60 0.0111 35% 18.5 0 40% 40% 1.5 - 1.8 62 19.0 90 40% 32 0 1 3 - -20/-16 -18 -18 -4.0 10 2 4 16 1 15 72 32% 23.3 36% 36% 40 13.6 0.0036 60 54 0 60 0.0111 33% 18.3 0 39% 39% 1.4 - 1.8 62 18.8 93 39% 32 0 1 1 - -25/-21 -23 -23 -5.3 4 0 2 6 0 6 72 31% 23.0 37% 37% 37 12.6 0.0034 60 60 0 60 0.0111 31% 18.1 0 38% 38% 1.4 - 1.8 62 18.5 95 38% 33 0 1 1 - -30/-26 -28 -28 -6.5 1 0 0 1 0 1 72 30% 22.8 39% 39% 33 11.2 0.0031 60 67 - 60 0.0111 29% 17.8 0 35% 35% 1.2 - 1.7 62 18.3 95 35% 29 - 1 - -
TOTALS: 8,746 556 8,190 1.765 24 3 6 1,801 2,827
Utility UseReheat CoilsOBSRVD HOURS Fan speed (%) Fan power (kW) Electricity
Air Flow and Fan PowerPreheat Coils Discharge AirCooling Coil
Supply Fan Data Return Fan Data Coil and Control Data
Weather Data Operating Hrs Return Air Mixed Air
Supply Fan Data Return Fan Data Coil and Control Data
Weather Data Operating Hrs Return Air Mixed Air Preheat Coils Discharge AirCooling Coil Utility UseReheat CoilsAir Flow and Fan PowerOBSRVD HOURS Fan speed (%) Fan power (kW) Electricity
Building: Centennial Student Union MSU Mankato 6,000 cfm (design) 6,000 cfm (estimated) Preheat coil - MBHUnit Tag: AHU-D 15 hp total motor 0 hp total motor Cooling coil tonsServes: Auditorium 4.5 " SP (estimated) 0.0 " SP (estimated) Min outside air 23% at des.Type: Baseline CV w/ HW Reheat 65% Estimated fan efficiency 65% Estimated fan efficiency Econo lockout 55 °F
94.0% Motor efficiency 92.0% Motor efficiency Mixed air setpoint 53 °F7 bhp 0 bhp Dischrg air setpt 53 °F
5.2 kW at design flow 0.0 kW at design flow Fraction fan heat 100% to air100% Drive Efficiency (VFD) 100% Drive Efficiency (VFD) Reheat coils Yes MBH
1.5 Power / flow exponent (VFD) 1.5 Power / flow exponent (VFD) BAS YesBASELINE - CONSTANT VOLUME WITH REHEAT
BIN DB MCWB h Occ Unocc RAT RARH RAH Econo Actual MAT MAH MAW Leaving Heating Heating Leaving Sat lb Leaving h CHW Fan heat DAT h Leaving Flow Heating Heating CHW (°F) (°F) (°F) Btu/lb 01-08 09-16 17-24 Total Hrs Hrs °F % Btu/lb OA OA °F Btu/lb lbH20 °F MBH MMBTU DB °F H20/lb air % RH Btu/lb ton Supply Return Supply Return °F °F Btu/lb °F % MBH MMBTU kW kWh ton-hrs
100/104 102 78 41.3 0 0 0 - 0 0 78 50% 30.0 23% 23% 84 32.6 0.0114 84 - 53 0.0086 96% 21.7 25 100% 100% 5.2 - 2.7 56 25.8 56 100% - - 5 - - 95/99 97 76 39.4 0 6 2 8 0 8 78 49% 29.7 23% 23% 82 31.9 0.0111 82 - 53 0.0086 96% 21.7 23 100% 100% 5.2 - 2.7 56 25.4 56 100% - - 5 2 9 90/94 92 74 37.5 0 37 13 50 2 48 78 48% 29.4 23% 23% 81 31.3 0.0108 81 - 53 0.0086 96% 21.7 22 100% 100% 5.2 - 2.7 56 25.1 56 100% - - 5 13 53 85/89 87 71 34.8 0 96 40 136 8 128 77 48% 29.0 23% 23% 80 30.4 0.0103 80 - 53 0.0086 96% 21.7 20 100% 100% 5.2 - 2.7 56 24.6 56 100% - - 5 40 150 80/84 82 68 32.3 10 178 97 285 18 267 77 47% 28.7 23% 23% 78 29.6 0.0098 78 - 53 0.0086 96% 21.7 18 100% 100% 5.2 - 2.7 56 24.1 56 100% 5 0 5 96 326 75/79 77 66 30.8 45 235 162 442 31 411 77 46% 28.4 23% 23% 77 29.0 0.0096 77 - 53 0.0086 96% 21.7 16 100% 100% 5.2 - 2.7 56 23.8 57 100% 10 0 5 160 499 70/74 72 63 28.5 136 246 231 613 44 569 77 45% 28.1 23% 23% 76 28.2 0.0092 76 - 53 0.0086 96% 21.7 15 100% 100% 5.2 - 2.7 56 23.4 58 100% 14 1 5 228 636 65/69 67 60 26.4 233 218 251 702 48 654 76 45% 27.8 23% 23% 74 27.5 0.0088 74 - 53 0.0086 96% 21.7 13 100% 100% 5.2 - 2.7 56 23.0 59 100% 19 1 5 248 602 60/64 62 56 23.8 276 194 234 704 45 659 76 44% 27.5 23% 23% 73 26.7 0.0084 73 - 53 0.0086 98% 21.8 11 100% 100% 5.2 - 2.7 56 22.5 59 100% 24 1 5 231 444 55/59 57 52 21.4 249 162 203 614 39 575 76 43% 27.3 23% 23% 72 25.9 0.0080 72 - 53 0.0086 93% 21.4 10 100% 100% 5.2 - 2.7 56 22.0 60 100% 29 1 5 201 329 50/54 52 47 18.7 226 152 174 552 33 519 76 42% 27.0 96% 96% 53 19.0 0.0058 53 - - 53 0.0086 68% 19.0 0 100% 100% 5.2 - 2.7 56 19.7 61 100% 34 1 5 172 0 45/49 47 43 16.7 188 140 150 478 29 449 75 42% 26.7 79% 79% 53 18.8 0.0056 53 - - 53 0.0086 65% 18.8 0 100% 100% 5.2 - 2.7 56 19.4 62 100% 38 1 5 148 0 40/44 42 38 14.3 175 155 157 487 30 457 75 41% 26.4 67% 67% 53 18.3 0.0051 53 - - 53 0.0086 60% 18.3 0 100% 100% 5.2 - 2.7 56 19.0 62 100% 43 1 5 155 0 35/39 37 34 12.6 193 172 187 552 36 516 75 40% 26.1 23% 23% 66 23.0 0.0065 66 - - 53 0.0086 76% 19.8 7 100% 100% 5.2 - 2.7 56 20.4 63 100% 48 2 5 185 36 30/34 32 30 11.0 223 203 227 653 43 610 75 39% 25.8 23% 23% 65 22.4 0.0062 65 - - 53 0.0086 73% 19.5 6 100% 100% 5.2 - 2.7 56 20.2 64 100% 53 2 5 224 16 25/29 27 25 9.0 217 183 191 591 36 555 75 38% 25.6 23% 23% 63 21.7 0.0059 63 - - 63 0.0125 48% 21.7 0 100% 100% 5.2 - 2.7 66 22.4 71 100% 33 1 5 189 0 20/24 22 21 7.5 176 145 154 475 29 446 74 38% 25.3 23% 23% 62 21.2 0.0057 62 - - 62 0.0120 48% 21.2 0 100% 100% 5.2 - 2.7 65 21.8 72 100% 48 1 5 152 (0) 15/19 17 16 5.8 136 115 128 379 24 355 74 37% 25.0 23% 23% 61 20.5 0.0055 61 - - 61 0.0114 48% 20.5 0 100% 100% 5.2 - 2.7 63 21.2 73 100% 62 2 5 126 - 10/14 12 11 4.2 122 88 103 313 20 293 74 36% 24.8 23% 23% 59 20.0 0.0052 60 4 0 60 0.0111 48% 20.1 0 100% 100% 5.2 - 2.7 63 20.8 74 100% 72 1 5 102 -
5/9 7 6 2.6 94 72 76 242 14 228 74 35% 24.5 23% 23% 58 19.4 0.0050 60 12 0 60 0.0111 46% 19.9 0 100% 100% 5.2 - 2.7 63 20.5 75 100% 77 1 5 75 - 0/4 2 1 1.2 76 56 58 190 11 179 73 35% 24.3 23% 23% 57 18.9 0.0048 60 21 0 60 0.0111 44% 19.7 0 100% 100% 5.2 - 2.7 63 20.3 76 100% 83 1 5 57 -
-5/-1 -3 -3 0.0 58 32 41 131 8 123 73 34% 24.0 23% 23% 55 18.4 0.0047 60 30 0 60 0.0111 43% 19.5 0 100% 100% 5.2 - 2.7 63 20.2 76 100% 88 1 5 41 - 10/-6 -8 -8 -1.4 40 18 23 81 4 77 73 33% 23.8 23% 23% 54 17.9 0.0045 60 39 0 60 0.0111 41% 19.3 0 100% 100% 5.2 - 2.7 63 20.0 77 100% 94 0 5 23 -
-15/-11 -13 -13 -2.7 25 9 11 45 2 43 73 32% 23.5 23% 23% 53 17.4 0.0044 60 47 0 60 0.0111 40% 19.2 0 100% 100% 5.2 - 2.7 63 19.8 78 100% 99 0 5 11 - -20/-16 -18 -18 -4.0 10 2 4 16 1 15 72 32% 23.3 23% 23% 51 16.9 0.0042 60 56 0 60 0.0111 38% 19.0 0 100% 100% 5.2 - 2.7 63 19.7 79 100% 104 0 5 4 - -25/-21 -23 -23 -5.3 4 0 2 6 0 6 72 31% 23.0 23% 23% 50 16.4 0.0040 60 65 0 60 0.0111 37% 18.8 0 100% 100% 5.2 - 2.7 63 19.5 80 100% 110 0 5 2 - -30/-26 -28 -28 -6.5 1 0 0 1 0 1 72 30% 22.8 23% 23% 49 15.9 0.0039 60 73 - 60 0.0111 36% 18.7 0 100% 100% 5.2 - 2.7 63 19.3 80 100% 110 - 5 - -
TOTALS: 8,746 556 8,190 1.05854 25 21 5 2,883 3,099
Building: Centennial Student Union MSU Mankato 6,000 cfm (design) 6,000 cfm (estimated) Preheat coil - MBHUnit Tag: AHU-D 15 hp total motor 0 hp total motor Cooling coil tonsServes: Auditorium 4.5 " SP (estimated) 0.0 " SP (estimated) Min outside air 15% at des.Type: VAV w/ HW Reheat and CO2 Control 65% Estimated fan efficiency 65% Estimated fan efficiency Econo lockout 55 °FSupply Fan Speeds Estimated from CHVAC AHU Load Profiles 94.0% Motor efficiency 92.0% Motor efficiency Mixed air setpoint 53 °F
7 bhp 0 bhp Dischrg air setpt 53 °F5.2 kW at design flow 0.0 kW at design flow Fraction fan heat 100% to air
95% Drive Efficiency (VFD) 95% Drive Efficiency (VFD) Reheat coils Yes MBH1.5 Power / flow exponent (VFD) 1.5 Power / flow exponent (VFD) BAS Yes
VAV WITH REHEAT AND CO2 CONTROL
BIN DB MCWB h Occ Unocc RAT RARH RAH Econo Actual MAT MAH MAW Leaving Heating Heating Leaving Sat lb Leaving h CHW Fan heat DAT h Leaving Flow Heating Heating CHW (°F) (°F) (°F) Btu/lb 01-08 09-16 17-24 Total Hrs Hrs °F % Btu/lb OA OA °F Btu/lb lbH20 °F MBH MMBTU DB °F H20/lb air % RH Btu/lb ton Supply Return Supply Return °F °F Btu/lb °F % MBH MMBTU kW kWh ton-hrs
100/104 102 78 41.3 0 0 0 - 0 0 78 50% 30.0 15% 15% 82 31.6 0.0110 82 - - 53 0.0086 96% 21.7 22 100% 100% 5.5 - 2.9 56 25.4 56 33% - - 5 - - 95/99 97 76 39.4 0 6 2 8 0 8 78 49% 29.7 15% 15% 81 31.1 0.0107 81 - - 53 0.0086 96% 21.7 21 100% 100% 5.5 - 2.9 56 25.0 56 33% - - 5 2 8 90/94 92 74 37.5 0 37 13 50 2 48 78 48% 29.4 15% 15% 80 30.5 0.0104 80 - - 53 0.0086 96% 21.7 20 100% 100% 5.5 - 2.9 56 24.7 56 33% - - 5 14 50 85/89 87 71 34.8 0 96 40 136 8 128 77 48% 29.0 15% 15% 79 29.9 0.0100 79 - - 53 0.0086 96% 21.7 19 100% 100% 5.5 - 2.9 56 24.3 56 33% - - 5 42 141 80/84 82 68 32.3 10 178 97 285 18 267 77 47% 28.7 15% 15% 78 29.3 0.0097 78 - - 53 0.0086 96% 21.7 16 95% 95% 5.1 - 2.8 56 23.9 56 33% - - 5 94 300 75/79 77 66 30.8 45 235 162 442 31 411 77 46% 28.4 16% 16% 77 28.8 0.0094 77 - - 53 0.0086 96% 21.7 15 91% 91% 4.7 - 2.7 56 23.6 56 33% - - 5 146 443 70/74 72 63 28.5 136 246 231 613 44 569 77 45% 28.1 17% 17% 76 28.2 0.0091 76 - - 53 0.0086 96% 21.7 13 86% 86% 4.4 - 2.7 56 23.3 56 33% - - 4 193 547 65/69 67 60 26.4 233 218 251 702 48 654 76 45% 27.8 18% 18% 75 27.6 0.0088 75 - - 53 0.0086 96% 21.7 11 82% 82% 4.0 - 2.6 56 22.9 56 33% - - 4 193 499 60/64 62 56 23.8 276 194 234 704 45 659 76 44% 27.5 19% 19% 73 26.8 0.0084 73 - - 53 0.0086 98% 21.8 9 77% 77% 3.7 - 2.5 56 22.5 56 33% - - 4 165 354 55/59 57 52 21.4 249 162 203 614 39 575 76 43% 27.3 20% 20% 72 26.1 0.0080 72 - - 53 0.0086 93% 21.4 8 73% 73% 3.4 - 2.5 55 22.0 55 33% - - 3 131 247 50/54 52 47 18.7 226 152 174 552 33 519 76 42% 27.0 96% 96% 53 19.0 0.0058 53 - - 53 0.0086 68% 19.0 0 68% 68% 3.1 - 2.4 55 19.6 55 33% - - 3 102 0 45/49 47 43 16.7 188 140 150 478 29 449 75 42% 26.7 79% 79% 53 18.8 0.0056 53 - - 53 0.0086 65% 18.8 0 64% 64% 2.8 - 2.3 55 19.3 55 33% - - 3 79 0 40/44 42 38 14.3 175 155 157 487 30 457 75 41% 26.4 67% 67% 53 18.3 0.0051 53 - - 53 0.0086 60% 18.3 0 59% 59% 2.5 - 2.2 55 18.9 55 33% - - 2 74 0 35/39 37 34 12.6 193 172 187 552 36 516 75 40% 26.1 27% 27% 65 22.5 0.0063 65 - - 53 0.0086 74% 19.6 4 55% 55% 2.2 - 2.1 55 20.1 55 55% - - 2 78 17 30/34 32 30 11.0 223 203 227 653 43 610 75 39% 25.8 29% 29% 62 21.5 0.0060 62 - - 53 0.0086 70% 19.3 0 50% 50% 1.9 - 2.0 55 19.7 55 50% - - 2 83 - 25/29 27 25 9.0 217 183 191 591 36 555 75 38% 25.6 29% 29% 61 20.7 0.0057 61 - - 61 0.0114 50% 20.7 0 50% 50% 1.9 - 2.0 63 21.2 70 50% 12 0 2 70 - 20/24 22 21 7.5 176 145 154 475 29 446 74 38% 25.3 30% 30% 59 20.0 0.0054 60 4 0 60 0.0111 49% 20.3 0 49% 49% 1.9 - 2.0 62 20.8 73 49% 16 0 2 55 - 15/19 17 16 5.8 136 115 128 379 24 355 74 37% 25.0 31% 31% 57 19.1 0.0051 60 11 0 60 0.0111 46% 20.0 0 48% 48% 1.8 - 2.0 62 20.4 75 48% 19 0 2 44 - 10/14 12 11 4.2 122 88 103 313 20 293 74 36% 24.8 32% 32% 54 18.3 0.0048 60 17 0 60 0.0111 44% 19.6 0 46% 46% 1.7 - 2.0 62 20.1 78 46% 22 0 2 34 -
5/9 7 6 2.6 94 72 76 242 14 228 74 35% 24.5 32% 32% 52 17.4 0.0045 60 23 0 60 0.0111 41% 19.4 0 45% 45% 1.6 - 1.9 62 19.8 80 45% 24 0 2 24 - 0/4 2 1 1.2 76 56 58 190 11 179 73 35% 24.3 33% 33% 50 16.6 0.0043 60 30 0 60 0.0111 39% 19.1 0 44% 44% 1.6 - 1.9 62 19.5 83 44% 26 0 2 17 -
-5/-1 -3 -3 0.0 58 32 41 131 8 123 73 34% 24.0 34% 34% 47 15.8 0.0041 60 36 0 60 0.0111 38% 18.9 0 43% 43% 1.5 - 1.9 62 19.4 85 43% 27 0 2 12 - 10/-6 -8 -8 -1.4 40 18 23 81 4 77 73 33% 23.8 35% 35% 44 14.9 0.0039 60 42 0 60 0.0111 36% 18.7 0 41% 41% 1.4 - 1.8 62 19.1 88 41% 28 0 1 6 -
-15/-11 -13 -13 -2.7 25 9 11 45 2 43 73 32% 23.5 36% 36% 41 13.9 0.0037 60 48 0 60 0.0111 34% 18.4 0 40% 40% 1.4 - 1.8 62 18.9 90 40% 29 0 1 3 - -20/-16 -18 -18 -4.0 10 2 4 16 1 15 72 32% 23.3 38% 38% 38 13.0 0.0035 60 54 0 60 0.0111 32% 18.2 0 39% 39% 1.3 - 1.8 62 18.7 93 39% 30 0 1 1 - -25/-21 -23 -23 -5.3 4 0 2 6 0 6 72 31% 23.0 39% 39% 35 12.0 0.0033 60 60 0 60 0.0111 30% 18.0 0 38% 38% 1.3 - 1.8 62 18.4 95 38% 30 0 1 0 - -30/-26 -28 -28 -6.5 1 0 0 1 0 1 72 30% 22.8 42% 42% 30 10.6 0.0030 60 67 - 60 0.0111 28% 17.7 0 35% 35% 1.1 - 1.7 62 18.1 95 35% 26 - 1 - -
TOTALS: 8,746 556 8,190 2.006 22 3 5 1,662 2,607
OBSRVD HOURS Fan speed (%) Fan power (kW) ElectricityDischarge AirCooling Coil Utility UseReheat CoilsAir Flow and Fan Power
Supply Fan Data Return Fan Data Coil and Control Data
Weather Data Operating Hrs Return Air Mixed Air Preheat Coils
Weather Data Operating Hrs Return Air Mixed Air Cooling Coil
Supply Fan Data Return Fan Data Coil and Control Data
Utility UseReheat CoilsOBSRVD HOURS Fan speed (%) Fan power (kW) Electricity
Air Flow and Fan PowerPreheat Coils Discharge Air
Building: Centennial Student Union MSU Mankato 10,000 cfm (design) 10,000 cfm (estimated) Preheat coil - MBHUnit Tag: AHU-F 15 hp total motor 10 hp total motor Cooling coil tonsServes: Billiards, Lounge 6.1 " SP (estimated) 2.5 " SP (estimated) Min outside air 17% at des.Type: Baseline CV w/ HW Reheat 65% Estimated fan efficiency 65% Estimated fan efficiency Econo lockout 55 °F
94.0% Motor efficiency 92.0% Motor efficiency Mixed air setpoint 53 °F15 bhp 6 bhp Dischrg air setpt 53 °F
11.7 kW at design flow 4.9 kW at design flow Fraction fan heat 100% to air100% Drive Efficiency (VFD) 100% Drive Efficiency (VFD) Reheat coils Yes MBH
1.5 Power / flow exponent (VFD) 1.5 Power / flow exponent (VFD) BAS YesBASELINE - CONSTANT VOLUME WITH REHEAT
BIN DB MCWB h Occ Unocc RAT RARH RAH Econo Actual MAT MAH MAW Leaving Heating Heating Leaving Sat lb Leaving h CHW Fan heat DAT h Leaving Flow Heating Heating CHW (°F) (°F) (°F) Btu/lb 01-08 09-16 17-24 Total Hrs Hrs °F % Btu/lb OA OA °F Btu/lb lbH20 °F MBH MMBTU DB °F H20/lb air % RH Btu/lb ton Supply Return Supply Return °F °F Btu/lb °F % MBH MMBTU kW kWh ton-hrs
100/104 102 78 41.3 0 0 0 - 0 0 80 50% 31.3 17% 17% 84 33.0 0.0117 84 - 53 0.0086 96% 21.7 42 100% 100% 11.7 4.9 3.7 57 26.3 57 100% - - 17 - - 95/99 97 76 39.4 0 6 2 8 5 3 80 49% 30.9 17% 17% 83 32.4 0.0114 83 - 53 0.0086 96% 21.7 40 100% 100% 11.7 4.9 3.7 57 26.0 57 100% - - 17 77 172 90/94 92 74 37.5 0 37 13 50 29 21 80 48% 30.6 17% 17% 82 31.8 0.0111 82 - 53 0.0086 96% 21.7 38 100% 100% 11.7 4.9 3.7 57 25.6 57 100% - - 17 478 1,002 85/89 87 71 34.8 0 96 40 136 76 60 79 48% 30.3 17% 17% 81 31.0 0.0106 81 - 53 0.0086 96% 21.7 35 100% 100% 11.7 4.9 3.7 57 25.2 57 100% - - 17 1,259 2,361 80/84 82 68 32.3 10 178 97 285 144 141 79 47% 29.9 17% 17% 80 30.3 0.0102 80 - 53 0.0086 96% 21.7 33 100% 100% 11.7 4.9 3.7 57 24.7 57 100% 7 1 17 2,402 4,071 75/79 77 66 30.8 45 235 162 442 197 245 79 46% 29.6 17% 17% 79 29.8 0.0100 79 - 53 0.0086 96% 21.7 31 100% 100% 11.7 4.9 3.7 57 24.5 58 100% 14 3 17 3,271 5,001 70/74 72 63 28.5 136 246 231 613 217 396 79 45% 29.3 17% 17% 77 29.2 0.0096 77 - 53 0.0086 96% 21.7 28 100% 100% 11.7 4.9 3.7 57 24.1 59 100% 20 4 17 3,607 4,767 65/69 67 60 26.4 233 218 251 702 469 233 78 45% 29.0 17% 17% 76 28.6 0.0093 76 - 53 0.0086 96% 21.7 26 100% 100% 11.7 4.9 3.7 57 23.7 59 100% 27 13 17 7,797 3,693 60/64 62 56 23.8 276 194 234 704 428 276 78 44% 28.7 17% 17% 75 27.9 0.0089 75 - 53 0.0086 96% 21.7 23 100% 100% 11.7 4.9 3.7 57 23.3 60 100% 34 15 17 7,115 2,754 55/59 57 52 21.4 249 162 203 614 365 249 78 43% 28.4 17% 17% 74 27.2 0.0085 74 - 53 0.0086 99% 22.0 20 100% 100% 11.7 4.9 3.7 57 22.9 60 100% 41 15 17 6,068 1,719 50/54 52 47 18.7 226 152 174 552 326 226 78 42% 28.1 96% 96% 53 19.0 0.0058 53 - - 53 0.0086 68% 19.0 0 100% 100% 11.7 4.9 3.7 57 19.9 61 100% 48 15 17 5,420 0 45/49 47 43 16.7 188 140 150 478 290 188 77 42% 27.8 80% 80% 53 18.8 0.0056 53 - - 53 0.0086 66% 18.8 0 100% 100% 11.7 4.9 3.7 57 19.7 62 100% 54 16 17 4,821 0 40/44 42 38 14.3 175 155 157 487 312 175 77 41% 27.5 69% 69% 53 18.4 0.0052 53 - - 53 0.0086 62% 18.4 0 100% 100% 11.7 4.9 3.7 57 19.3 64 100% 79 25 17 5,187 0 35/39 37 34 12.6 193 172 187 552 359 193 77 40% 27.2 17% 17% 70 24.7 0.0072 70 - - 70 0.0159 46% 24.7 0 100% 100% 11.7 4.9 3.7 74 25.6 73 100% - - 17 5,968 - 30/34 32 30 11.0 223 203 227 653 430 223 77 39% 26.9 17% 17% 69 24.2 0.0069 69 - - 69 0.0154 46% 24.2 0 100% 100% 11.7 4.9 3.7 73 25.1 72 100% - - 17 7,149 0 25/29 27 25 9.0 217 183 191 591 374 217 77 38% 26.6 17% 17% 68 23.6 0.0066 68 - - 68 0.0148 45% 23.6 0 100% 100% 11.7 4.9 3.7 72 24.5 71 100% - - 17 6,218 0 20/24 22 21 7.5 176 145 154 475 299 176 76 38% 26.3 17% 17% 67 23.1 0.0064 67 - - 67 0.0143 45% 23.1 0 100% 100% 11.7 4.9 3.7 71 24.0 72 100% 16 5 17 4,971 - 15/19 17 16 5.8 136 115 128 379 243 136 76 37% 26.0 17% 17% 66 22.6 0.0062 66 - - 66 0.0138 45% 22.6 0 100% 100% 11.7 4.9 3.7 70 23.5 73 100% 37 9 17 4,040 - 10/14 12 11 4.2 122 88 103 313 191 122 76 36% 25.8 17% 17% 65 22.1 0.0059 65 - - 65 0.0133 45% 22.1 0 100% 100% 11.7 4.9 3.7 69 23.0 74 100% 59 11 17 3,175 -
5/9 7 6 2.6 94 72 76 242 148 94 76 35% 25.5 17% 17% 64 21.6 0.0057 64 - - 64 0.0128 45% 21.6 0 100% 100% 11.7 4.9 3.7 68 22.5 75 100% 80 12 17 2,460 - 0/4 2 1 1.2 76 56 58 190 114 76 75 35% 25.2 17% 17% 63 21.1 0.0055 63 - - 63 0.0123 45% 21.1 0 100% 100% 11.7 4.9 3.7 67 22.0 76 100% 101 12 17 1,895 -
-5/-1 -3 -3 0.0 58 32 41 131 73 58 75 34% 24.9 17% 17% 62 20.7 0.0054 62 - - 62 0.0119 46% 20.7 0 100% 100% 11.7 4.9 3.7 66 21.6 77 100% 123 9 17 1,214 - 10/-6 -8 -8 -1.4 40 18 23 81 41 40 75 33% 24.7 17% 17% 61 20.2 0.0052 61 - - 61 0.0114 46% 20.2 0 100% 100% 11.7 4.9 3.7 65 21.1 78 100% 144 6 17 682 -
-15/-11 -13 -13 -2.7 25 9 11 45 20 25 75 32% 24.4 17% 17% 60 19.8 0.0050 60 2 0 60 0.0111 45% 19.9 0 100% 100% 11.7 4.9 3.7 64 20.8 79 100% 163 3 17 332 - -20/-16 -18 -18 -4.0 10 2 4 16 6 10 74 32% 24.2 17% 17% 59 19.4 0.0048 60 14 0 60 0.0111 44% 19.7 0 100% 100% 11.7 4.9 3.7 64 20.6 80 100% 173 1 17 100 - -25/-21 -23 -23 -5.3 4 0 2 6 2 4 74 31% 23.9 17% 17% 58 18.9 0.0047 60 25 0 60 0.0111 42% 19.5 0 100% 100% 11.7 4.9 3.7 64 20.4 81 100% 183 0 17 33 - -30/-26 -28 -28 -6.5 1 0 0 1 0 1 74 30% 23.6 17% 17% 57 18.5 0.0045 60 36 - 60 0.0111 41% 19.3 0 100% 100% 11.7 4.9 3.7 64 20.2 80 100% 172 - 17 - -
TOTALS: 8,746 5,157 3,589 0 42 174 17 85,738 25,540
Building: Centennial Student Union MSU Mankato 10,000 cfm (design) 10,000 cfm (estimated) Preheat coil - MBHUnit Tag: AHU-F 15 hp total motor 10 hp total motor Cooling coil tonsServes: Billiards, Lounge 6.1 " SP (estimated) 2.5 " SP (estimated) Min outside air 15% at des.Type: VAV w/ HW Reheat and CO2 Control 65% Estimated fan efficiency 65% Estimated fan efficiency Econo lockout 55 °FSupply Fan Speeds Estimated from CHVAC AHU Load Profiles 94.0% Motor efficiency 92.0% Motor efficiency Mixed air setpoint 53 °F
15 bhp 6 bhp Dischrg air setpt 53 °F11.7 kW at design flow 4.9 kW at design flow Fraction fan heat 100% to air95% Drive Efficiency (VFD) 95% Drive Efficiency (VFD) Reheat coils Yes MBH
1.5 Power / flow exponent (VFD) 1.5 Power / flow exponent (VFD) BAS YesVAV WITH REHEAT AND CO2 CONTROL
BIN DB MCWB h Occ Unocc RAT RARH RAH Econo Actual MAT MAH MAW Leaving Heating Heating Leaving Sat lb Leaving h CHW Fan heat DAT h Leaving Flow Heating Heating CHW (°F) (°F) (°F) Btu/lb 01-08 09-16 17-24 Total Hrs Hrs °F % Btu/lb OA OA °F Btu/lb lbH20 °F MBH MMBTU DB °F H20/lb air % RH Btu/lb ton Supply Return Supply Return °F °F Btu/lb °F % MBH MMBTU kW kWh ton-hrs
100/104 102 78 41.3 0 0 0 - 0 0 80 50% 31.3 15% 15% 83 32.7 0.0116 83 - - 53 0.0086 96% 21.7 42 100% 100% 12.3 5.2 3.9 57 26.3 57 33% - - 17 - - 95/99 97 76 39.4 0 6 2 8 5 3 80 49% 30.9 15% 15% 82 32.1 0.0113 82 - - 53 0.0086 96% 21.7 39 100% 100% 12.3 5.2 3.9 57 25.9 57 33% - - 17 81 168 90/94 92 74 37.5 0 37 13 50 29 21 79 48% 30.5 15% 15% 81 31.5 0.0109 81 - - 53 0.0086 96% 21.7 37 100% 100% 12.3 5.2 3.9 57 25.6 57 33% - - 17 503 978 85/89 87 71 34.8 0 96 40 136 76 60 79 48% 30.1 15% 15% 80 30.8 0.0105 80 - - 53 0.0086 96% 21.7 34 100% 100% 12.3 5.2 3.9 57 25.1 57 33% - - 17 1,325 2,305 80/84 82 68 32.3 10 178 97 285 144 141 79 47% 29.8 15% 15% 79 30.1 0.0101 79 - - 53 0.0086 96% 21.7 31 96% 96% 11.6 4.8 3.8 57 24.6 57 33% - - 16 2,374 3,816 75/79 77 66 30.8 45 235 162 442 197 245 78 46% 29.4 16% 16% 78 29.6 0.0099 78 - - 53 0.0086 96% 21.7 27 92% 92% 10.8 4.5 3.7 57 24.3 57 33% - - 15 3,028 4,476 70/74 72 63 28.5 136 246 231 613 217 396 78 45% 29.0 17% 17% 77 28.9 0.0095 77 - - 53 0.0086 96% 21.7 24 88% 88% 10.1 4.2 3.6 57 23.9 57 33% - - 14 3,117 4,054 65/69 67 60 26.4 233 218 251 702 469 233 78 45% 28.7 18% 18% 76 28.3 0.0092 76 - - 53 0.0086 96% 21.7 21 84% 84% 9.4 3.9 3.6 57 23.5 57 33% - - 13 6,269 2,963 60/64 62 56 23.8 276 194 234 704 428 276 78 44% 28.3 19% 19% 75 27.5 0.0087 75 - - 53 0.0086 96% 21.7 17 79% 79% 8.7 3.7 3.5 56 23.0 56 33% - - 12 5,305 2,059 55/59 57 52 21.4 249 162 203 614 365 249 77 43% 28.0 20% 20% 73 26.7 0.0083 73 - - 53 0.0086 97% 21.7 14 75% 75% 8.1 3.4 3.4 56 22.6 56 33% - - 11 4,177 1,228 50/54 52 47 18.7 226 152 174 552 326 226 77 42% 27.6 96% 96% 53 19.0 0.0058 53 - - 53 0.0086 68% 19.0 0 71% 71% 7.4 3.1 3.3 56 19.8 56 33% - - 11 3,430 0 45/49 47 43 16.7 188 140 150 478 290 188 77 42% 27.3 80% 80% 53 18.8 0.0056 53 - - 53 0.0086 66% 18.8 0 67% 67% 6.8 2.8 3.2 56 19.6 56 33% - - 10 2,791 0 40/44 42 38 14.3 175 155 157 487 312 175 76 41% 27.0 68% 68% 53 18.4 0.0052 53 - - 53 0.0086 61% 18.4 0 52% 52% 4.6 1.9 2.8 56 19.1 56 33% - - 7 2,047 0 35/39 37 34 12.6 193 172 187 552 359 193 76 40% 26.6 29% 29% 65 22.6 0.0064 65 - - 53 0.0086 75% 19.7 5 51% 51% 4.5 1.9 2.8 56 20.4 56 33% - - 6 2,267 50 30/34 32 30 11.0 223 203 227 653 430 223 76 39% 26.3 30% 30% 63 21.7 0.0061 63 - - 53 0.0086 72% 19.4 0 49% 49% 4.3 1.8 2.7 56 20.1 56 33% - - 6 2,611 - 25/29 27 25 9.0 217 183 191 591 374 217 75 38% 26.0 31% 31% 61 20.8 0.0057 61 - - 61 0.0113 51% 20.8 0 48% 48% 4.1 1.7 2.7 63 21.4 70 33% 12 4 6 2,182 - 20/24 22 21 7.5 176 145 154 475 299 176 75 38% 25.7 32% 32% 58 19.9 0.0055 60 9 3 60 0.0111 50% 20.4 0 47% 47% 3.9 1.7 2.7 63 21.0 73 33% 17 5 6 1,674 - 15/19 17 16 5.8 136 115 128 379 243 136 75 37% 25.4 33% 33% 56 19.0 0.0051 60 20 5 60 0.0111 47% 20.0 0 45% 45% 3.8 1.6 2.6 63 20.6 76 33% 21 5 5 1,303 - 10/14 12 11 4.2 122 88 103 313 191 122 74 36% 25.1 33% 33% 54 18.1 0.0048 60 31 6 60 0.0111 44% 19.6 0 44% 44% 3.6 1.5 2.6 63 20.3 78 33% 25 5 5 981 -
5/9 7 6 2.6 94 72 76 242 148 94 74 35% 24.8 34% 34% 51 17.1 0.0045 60 42 6 60 0.0111 41% 19.3 0 43% 43% 3.5 1.4 2.6 63 19.9 81 33% 28 4 5 726 - 0/4 2 1 1.2 76 56 58 190 114 76 74 35% 24.5 36% 36% 48 16.2 0.0042 60 53 6 60 0.0111 39% 19.0 0 42% 42% 3.3 1.4 2.5 63 19.6 84 33% 32 4 5 534 -
-5/-1 -3 -3 0.0 58 32 41 131 73 58 74 34% 24.2 37% 37% 45 15.3 0.0040 60 63 5 60 0.0111 37% 18.8 0 40% 40% 3.1 1.3 2.5 62 19.4 87 33% 35 3 4 326 - 10/-6 -8 -8 -1.4 40 18 23 81 41 40 73 33% 23.9 38% 38% 42 14.3 0.0038 60 74 3 60 0.0111 35% 18.6 0 39% 39% 3.0 1.3 2.4 62 19.2 90 33% 38 2 4 174 -
-15/-11 -13 -13 -2.7 25 9 11 45 20 25 73 32% 23.6 39% 39% 39 13.3 0.0036 60 85 2 60 0.0111 33% 18.3 0 38% 38% 2.8 1.2 2.4 62 18.9 92 33% 40 1 4 81 - -20/-16 -18 -18 -4.0 10 2 4 16 6 10 73 32% 23.3 41% 41% 36 12.2 0.0033 60 95 1 60 0.0111 31% 18.1 0 36% 36% 2.7 1.1 2.3 62 18.6 95 33% 43 0 4 23 - -25/-21 -23 -23 -5.3 4 0 2 6 2 4 72 31% 23.0 42% 42% 32 11.1 0.0031 60 106 0 60 0.0111 29% 17.8 0 35% 35% 2.6 1.1 2.3 62 18.4 98 33% 45 0 4 7 - -30/-26 -28 -28 -6.5 1 0 0 1 0 1 72 30% 22.8 42% 42% 30 10.4 0.0030 60 114 - 60 0.0111 27% 17.7 0 35% 35% 2.6 1.1 2.3 62 18.3 95 35% 43 - 4 - -
TOTALS: 8,746 5,157 3,589 35 42 32 17 47,338 22,097
Utility UseReheat CoilsOBSRVD HOURS Fan speed (%) Fan power (kW) Electricity
Air Flow and Fan PowerPreheat Coils Discharge AirCooling Coil
Supply Fan Data Return Fan Data Coil and Control Data
Weather Data Operating Hrs Return Air Mixed Air
Supply Fan Data Return Fan Data Coil and Control Data
Weather Data Operating Hrs Return Air Mixed Air Preheat Coils Discharge AirCooling Coil Utility UseReheat CoilsAir Flow and Fan PowerOBSRVD HOURS Fan speed (%) Fan power (kW) Electricity
Building: Centennial Student Union MSU Mankato 10,000 cfm (design) 10,000 cfm (estimated) Preheat coil - MBHUnit Tag: AHU-H 20 hp total motor 0 hp total motor Cooling coil tonsServes: Ballroom South 5.9 " SP (estimated) 0.0 " SP (estimated) Min outside air 26% at des.Type: Baseline CV w/ HW Reheat 65% Estimated fan efficiency 65% Estimated fan efficiency Econo lockout 55 °F
94.0% Motor efficiency 92.0% Motor efficiency Mixed air setpoint 53 °F14 bhp 0 bhp Dischrg air setpt 53 °F
11.3 kW at design flow 0.0 kW at design flow Fraction fan heat 100% to air100% Drive Efficiency (VFD) 100% Drive Efficiency (VFD) Reheat coils Yes MBH
1.5 Power / flow exponent (VFD) 1.5 Power / flow exponent (VFD) BAS YesBASELINE - CONSTANT VOLUME WITH REHEAT
BIN DB MCWB h Occ Unocc RAT RARH RAH Econo Actual MAT MAH MAW Leaving Heating Heating Leaving Sat lb Leaving h CHW Fan heat DAT h Leaving Flow Heating Heating CHW (°F) (°F) (°F) Btu/lb 01-08 09-16 17-24 Total Hrs Hrs °F % Btu/lb OA OA °F Btu/lb lbH20 °F MBH MMBTU DB °F H20/lb air % RH Btu/lb ton Supply Return Supply Return °F °F Btu/lb °F % MBH MMBTU kW kWh ton-hrs
100/104 102 78 41.3 0 0 0 - 0 0 78 50% 30.0 26% 26% 84 32.9 0.0116 84 - 53 0.0086 96% 21.7 42 100% 100% 11.3 - 3.6 57 26.1 57 100% - - 11 - - 95/99 97 76 39.4 0 6 2 8 3 6 78 49% 29.7 26% 26% 83 32.2 0.0112 83 - 53 0.0086 96% 21.7 40 100% 100% 11.3 - 3.6 57 25.8 57 100% - - 11 28 169 90/94 92 74 37.5 0 37 13 50 16 34 78 48% 29.4 26% 26% 81 31.5 0.0109 81 - 53 0.0086 96% 21.7 37 100% 100% 11.3 - 3.6 57 25.4 57 100% - - 11 176 973 85/89 87 71 34.8 0 96 40 136 41 95 77 48% 29.0 26% 26% 80 30.5 0.0104 80 - 53 0.0086 96% 21.7 33 100% 100% 11.3 - 3.6 57 24.9 57 100% - - 11 470 2,238 80/84 82 68 32.3 10 178 97 285 81 204 77 47% 28.7 26% 26% 78 29.7 0.0099 78 - 53 0.0086 96% 21.7 30 100% 100% 11.3 - 3.6 57 24.3 57 100% 8 1 11 917 3,756 75/79 77 66 30.8 45 235 162 442 113 329 77 46% 28.4 26% 26% 77 29.0 0.0096 77 - 53 0.0086 96% 21.7 28 100% 100% 11.3 - 3.6 57 24.1 58 100% 17 2 11 1,279 4,529 70/74 72 63 28.5 136 246 231 613 129 484 77 45% 28.1 26% 26% 75 28.2 0.0092 75 - 53 0.0086 96% 21.7 25 100% 100% 11.3 - 3.6 57 23.6 59 100% 25 3 11 1,463 4,177 65/69 67 60 26.4 233 218 251 702 172 530 76 45% 27.8 26% 26% 74 27.5 0.0089 74 - 53 0.0086 96% 21.7 22 100% 100% 11.3 - 3.6 57 23.2 60 100% 33 6 11 1,947 3,115 60/64 62 56 23.8 276 194 234 704 156 549 76 44% 27.5 26% 26% 72 26.6 0.0084 72 - 53 0.0086 98% 21.8 18 100% 100% 11.3 - 3.6 57 22.7 60 100% 42 6 11 1,762 2,114 55/59 57 52 21.4 249 162 203 614 132 482 76 43% 27.3 26% 26% 71 25.7 0.0079 71 - 53 0.0086 93% 21.3 16 100% 100% 11.3 - 3.6 57 22.2 61 100% 50 7 11 1,493 1,447 50/54 52 47 18.7 226 152 174 552 120 433 76 42% 27.0 96% 96% 53 19.0 0.0058 53 - - 53 0.0086 68% 19.0 0 100% 100% 11.3 - 3.6 57 19.9 62 100% 58 7 11 1,354 0 45/49 47 43 16.7 188 140 150 478 108 371 75 42% 26.7 79% 79% 53 18.8 0.0056 53 - - 53 0.0086 65% 18.8 0 100% 100% 11.3 - 3.6 57 19.6 63 100% 67 7 11 1,218 0 40/44 42 38 14.3 175 155 157 487 117 370 75 41% 26.4 67% 67% 53 18.3 0.0051 53 - - 53 0.0086 60% 18.3 0 100% 100% 11.3 - 3.6 57 19.2 64 100% 75 9 11 1,323 0 35/39 37 34 12.6 193 172 187 552 133 419 75 40% 26.1 26% 26% 65 22.6 0.0064 65 - - 65 0.0133 48% 22.6 0 100% 100% 11.3 - 3.6 69 23.5 70 100% 18 2 11 1,505 0 30/34 32 30 11.0 223 203 227 653 158 495 75 39% 25.8 26% 26% 64 22.0 0.0061 64 - - 64 0.0126 49% 22.0 0 100% 100% 11.3 - 3.6 67 22.9 70 100% 28 4 11 1,794 0 25/29 27 25 9.0 217 183 191 591 139 452 75 38% 25.6 26% 26% 62 21.3 0.0058 62 - - 62 0.0120 49% 21.3 0 100% 100% 11.3 - 3.6 66 22.1 71 100% 60 8 11 1,578 - 20/24 22 21 7.5 176 145 154 475 111 364 74 38% 25.3 26% 26% 61 20.7 0.0056 61 - - 61 0.0114 50% 20.7 0 100% 100% 11.3 - 3.6 64 21.5 72 100% 86 10 11 1,258 - 15/19 17 16 5.8 136 115 128 379 90 290 74 37% 25.0 26% 26% 59 20.0 0.0053 60 8 1 60 0.0111 48% 20.2 0 100% 100% 11.3 - 3.6 64 21.1 73 100% 104 9 11 1,014 - 10/14 12 11 4.2 122 88 103 313 70 243 74 36% 24.8 26% 26% 58 19.4 0.0051 60 24 2 60 0.0111 46% 20.0 0 100% 100% 11.3 - 3.6 64 20.8 74 100% 114 8 11 791 -
5/9 7 6 2.6 94 72 76 242 55 187 74 35% 24.5 26% 26% 56 18.8 0.0049 60 40 2 60 0.0111 44% 19.7 0 100% 100% 11.3 - 3.6 64 20.6 75 100% 124 7 11 623 - 0/4 2 1 1.2 76 56 58 190 43 148 73 35% 24.3 26% 26% 55 18.3 0.0047 60 56 2 60 0.0111 43% 19.5 0 100% 100% 11.3 - 3.6 64 20.4 76 100% 134 6 11 482 -
-5/-1 -3 -3 0.0 58 32 41 131 26 105 73 34% 24.0 26% 26% 53 17.8 0.0045 60 72 2 60 0.0111 41% 19.4 0 100% 100% 11.3 - 3.6 64 20.2 77 100% 144 4 11 298 - 10/-6 -8 -8 -1.4 40 18 23 81 15 66 73 33% 23.8 26% 26% 52 17.2 0.0044 60 88 1 60 0.0111 40% 19.2 0 100% 100% 11.3 - 3.6 64 20.1 78 100% 154 2 11 167 -
-15/-11 -13 -13 -2.7 25 9 11 45 7 38 73 32% 23.5 26% 26% 50 16.7 0.0042 60 104 1 60 0.0111 38% 19.0 0 100% 100% 11.3 - 3.6 64 19.9 79 100% 164 1 11 82 - -20/-16 -18 -18 -4.0 10 2 4 16 2 14 72 32% 23.3 26% 26% 49 16.2 0.0041 60 119 0 60 0.0111 37% 18.8 0 100% 100% 11.3 - 3.6 64 19.7 80 100% 174 0 11 23 - -25/-21 -23 -23 -5.3 4 0 2 6 1 6 72 31% 23.0 26% 26% 47 15.7 0.0039 60 135 0 60 0.0111 36% 18.7 0 100% 100% 11.3 - 3.6 64 19.6 81 100% 185 0 11 6 - -30/-26 -28 -28 -6.5 1 0 0 1 0 1 72 30% 22.8 26% 26% 46 15.1 0.0038 60 151 - 60 0.0111 34% 18.5 0 100% 100% 11.3 - 3.6 64 19.4 80 100% 174 - 11 - -
TOTALS: 8,746 2,034 6,712 11 42 110 11 23,050 22,518
Building: Centennial Student Union MSU Mankato 10,000 cfm (design) 10,000 cfm (estimated) Preheat coil - MBHUnit Tag: AHU-H 20 hp total motor 0 hp total motor Cooling coil tonsServes: Ballroom South 5.9 " SP (estimated) 0.0 " SP (estimated) Min outside air 23% at des.Type: VAV w/ HW Reheat and CO2 Control 65% Estimated fan efficiency 65% Estimated fan efficiency Econo lockout 55 °FSupply Fan Speeds Estimated from CHVAC AHU Load Profiles 94.0% Motor efficiency 92.0% Motor efficiency Mixed air setpoint 53 °F
14 bhp 0 bhp Dischrg air setpt 53 °F11.3 kW at design flow 0.0 kW at design flow Fraction fan heat 100% to air95% Drive Efficiency (VFD) 95% Drive Efficiency (VFD) Reheat coils Yes MBH
1.5 Power / flow exponent (VFD) 1.5 Power / flow exponent (VFD) BAS YesVAV WITH REHEAT AND CO2 CONTROL
BIN DB MCWB h Occ Unocc RAT RARH RAH Econo Actual MAT MAH MAW Leaving Heating Heating Leaving Sat lb Leaving h CHW Fan heat DAT h Leaving Flow Heating Heating CHW (°F) (°F) (°F) Btu/lb 01-08 09-16 17-24 Total Hrs Hrs °F % Btu/lb OA OA °F Btu/lb lbH20 °F MBH MMBTU DB °F H20/lb air % RH Btu/lb ton Supply Return Supply Return °F °F Btu/lb °F % MBH MMBTU kW kWh ton-hrs
100/104 102 78 41.3 0 0 0 - 0 0 78 50% 30.0 23% 23% 84 32.6 0.0114 84 - - 53 0.0086 96% 21.7 41 100% 100% 11.9 - 3.8 57 26.1 57 33% - - 12 - - 95/99 97 76 39.4 0 6 2 8 3 6 78 49% 29.7 23% 23% 82 31.9 0.0111 82 - - 53 0.0086 96% 21.7 39 100% 100% 11.9 - 3.8 57 25.7 57 33% - - 12 30 165 90/94 92 74 37.5 0 37 13 50 16 34 78 48% 29.4 23% 23% 81 31.3 0.0108 81 - - 53 0.0086 96% 21.7 36 100% 100% 11.9 - 3.8 57 25.3 57 33% - - 12 185 951 85/89 87 71 34.8 0 96 40 136 41 95 77 48% 29.0 23% 23% 80 30.4 0.0103 80 - - 53 0.0086 96% 21.7 33 100% 100% 11.9 - 3.8 57 24.8 57 33% - - 12 494 2,200 80/84 82 68 32.3 10 178 97 285 81 204 77 47% 28.7 25% 25% 78 29.6 0.0099 78 - - 53 0.0086 96% 21.7 28 95% 95% 11.0 - 3.7 57 24.3 57 33% - - 11 894 3,546 75/79 77 66 30.8 45 235 162 442 113 329 77 46% 28.4 26% 26% 77 29.0 0.0096 77 - - 53 0.0086 96% 21.7 25 90% 90% 10.2 - 3.6 57 24.1 57 33% - - 10 1,150 4,075 70/74 72 63 28.5 136 246 231 613 129 484 77 45% 28.1 27% 27% 75 28.2 0.0093 75 - - 53 0.0086 96% 21.7 21 85% 85% 9.3 - 3.5 56 23.6 56 33% - - 9 1,207 3,553 65/69 67 60 26.4 233 218 251 702 172 530 76 45% 27.8 29% 29% 74 27.4 0.0089 74 - - 53 0.0086 96% 21.7 17 80% 80% 8.5 - 3.4 56 23.2 56 33% - - 9 1,466 2,473 60/64 62 56 23.8 276 194 234 704 156 549 76 44% 27.5 31% 31% 72 26.4 0.0084 72 - - 53 0.0086 98% 21.8 13 75% 75% 7.7 - 3.3 56 22.6 56 33% - - 8 1,205 1,526 55/59 57 52 21.4 249 162 203 614 132 482 76 43% 27.3 33% 33% 70 25.3 0.0079 70 - - 53 0.0086 92% 21.3 11 70% 70% 7.0 - 3.2 56 22.0 56 33% - - 7 921 934 50/54 52 47 18.7 226 152 174 552 120 433 76 42% 27.0 96% 96% 53 19.0 0.0058 53 - - 53 0.0086 68% 19.0 0 65% 65% 6.3 - 3.0 56 19.8 56 33% - - 6 747 0 45/49 47 43 16.7 188 140 150 478 108 371 75 42% 26.7 79% 79% 53 18.8 0.0056 53 - - 53 0.0086 65% 18.8 0 60% 60% 5.5 - 2.9 56 19.5 56 33% - - 6 596 0 40/44 42 38 14.3 175 155 157 487 117 370 75 41% 26.4 67% 67% 53 18.3 0.0051 53 - - 53 0.0086 60% 18.3 0 55% 55% 4.9 - 2.8 56 19.0 56 33% - - 5 568 0 35/39 37 34 12.6 193 172 187 552 133 419 75 40% 26.1 47% 47% 57 19.8 0.0056 60 15 2 53 0.0086 65% 18.8 2 50% 50% 4.2 - 2.7 56 19.4 56 50% - - 4 560 18 30/34 32 30 11.0 223 203 227 653 158 495 75 39% 25.8 52% 52% 53 18.1 0.0051 60 36 6 53 0.0086 59% 18.2 0 45% 45% 3.6 - 2.5 56 18.9 56 45% - - 4 570 - 25/29 27 25 9.0 217 183 191 591 139 452 75 38% 25.6 52% 52% 50 17.0 0.0046 60 49 7 60 0.0111 42% 19.4 0 45% 45% 3.6 - 2.5 63 20.0 70 45% 16 2 4 501 - 20/24 22 21 7.5 176 145 154 475 111 364 74 38% 25.3 53% 53% 47 15.9 0.0043 60 64 7 60 0.0111 39% 19.1 0 44% 44% 3.5 - 2.5 63 19.7 73 44% 22 2 4 389 - 15/19 17 16 5.8 136 115 128 379 90 290 74 37% 25.0 54% 54% 43 14.7 0.0039 60 78 7 60 0.0111 36% 18.7 0 43% 43% 3.4 - 2.5 62 19.3 76 43% 27 2 3 305 - 10/14 12 11 4.2 122 88 103 313 70 243 74 36% 24.8 55% 55% 40 13.4 0.0036 60 92 6 60 0.0111 33% 18.3 0 43% 43% 3.3 - 2.5 62 18.9 78 43% 31 2 3 231 -
5/9 7 6 2.6 94 72 76 242 55 187 74 35% 24.5 56% 56% 36 12.2 0.0033 60 107 6 60 0.0111 30% 18.0 0 42% 42% 3.2 - 2.4 62 18.6 81 42% 35 2 3 176 - 0/4 2 1 1.2 76 56 58 190 43 148 73 35% 24.3 57% 57% 33 11.1 0.0030 60 121 5 60 0.0111 27% 17.7 0 41% 41% 3.1 - 2.4 62 18.3 84 41% 39 2 3 132 -
-5/-1 -3 -3 0.0 58 32 41 131 26 105 73 34% 24.0 58% 58% 29 10.0 0.0029 60 135 4 60 0.0111 26% 17.6 0 40% 40% 3.0 - 2.4 62 18.1 87 40% 42 1 3 79 - 10/-6 -8 -8 -1.4 40 18 23 81 15 66 73 33% 23.8 60% 60% 25 8.8 0.0026 60 149 2 60 0.0111 24% 17.3 0 39% 39% 2.9 - 2.4 62 17.9 90 39% 45 1 3 43 -
-15/-11 -13 -13 -2.7 25 9 11 45 7 38 73 32% 23.5 61% 61% 20 7.5 0.0024 60 164 1 60 0.0111 22% 17.1 0 38% 38% 2.8 - 2.3 62 17.6 92 38% 48 0 3 21 - -20/-16 -18 -18 -4.0 10 2 4 16 2 14 72 32% 23.3 62% 62% 16 6.3 0.0022 60 178 0 60 0.0111 21% 16.9 0 38% 38% 2.7 - 2.3 62 17.4 95 38% 50 0 3 5 - -25/-21 -23 -23 -5.3 4 0 2 6 1 6 72 31% 23.0 64% 64% 12 5.0 0.0021 60 192 0 60 0.0111 19% 16.7 0 37% 37% 2.6 - 2.3 62 17.2 98 37% 52 0 3 1 - -30/-26 -28 -28 -6.5 1 0 0 1 0 1 72 30% 22.8 67% 67% 5 3.2 0.0018 60 207 - 60 0.0111 17% 16.4 0 35% 35% 2.5 - 2.2 62 16.9 95 35% 43 - 2 - -
TOTALS: 8,746 2,034 6,712 53 41 15 12 12,476 19,442
OBSRVD HOURS Fan speed (%) Fan power (kW) ElectricityDischarge AirCooling Coil Utility UseReheat CoilsAir Flow and Fan Power
Supply Fan Data Return Fan Data Coil and Control Data
Weather Data Operating Hrs Return Air Mixed Air Preheat Coils
Weather Data Operating Hrs Return Air Mixed Air Cooling Coil
Supply Fan Data Return Fan Data Coil and Control Data
Utility UseReheat CoilsOBSRVD HOURS Fan speed (%) Fan power (kW) Electricity
Air Flow and Fan PowerPreheat Coils Discharge Air
Building: Centennial Student Union MSU Mankato 10,000 cfm (design) 10,000 cfm (estimated) Preheat coil - MBHUnit Tag: AHU-I 20 hp total motor 0 hp total motor Cooling coil tonsServes: Ballroom Central 5.9 " SP (estimated) 0.0 " SP (estimated) Min outside air 32% at des.Type: Baseline CV w/ HW Reheat 65% Estimated fan efficiency 65% Estimated fan efficiency Econo lockout 55 °F
94.0% Motor efficiency 92.0% Motor efficiency Mixed air setpoint 53 °F14 bhp 0 bhp Dischrg air setpt 53 °F
11.3 kW at design flow 0.0 kW at design flow Fraction fan heat 100% to air100% Drive Efficiency (VFD) 100% Drive Efficiency (VFD) Reheat coils Yes MBH
1.5 Power / flow exponent (VFD) 1.5 Power / flow exponent (VFD) BAS YesBASELINE - CONSTANT VOLUME WITH REHEAT
BIN DB MCWB h Occ Unocc RAT RARH RAH Econo Actual MAT MAH MAW Leaving Heating Heating Leaving Sat lb Leaving h CHW Fan heat DAT h Leaving Flow Heating Heating CHW (°F) (°F) (°F) Btu/lb 01-08 09-16 17-24 Total Hrs Hrs °F % Btu/lb OA OA °F Btu/lb lbH20 °F MBH MMBTU DB °F H20/lb air % RH Btu/lb ton Supply Return Supply Return °F °F Btu/lb °F % MBH MMBTU kW kWh ton-hrs
100/104 102 78 41.3 0 0 0 - 0 0 78 50% 30.0 32% 32% 86 33.6 0.0119 86 - 53 0.0086 96% 21.7 45 100% 100% 11.3 - 3.6 57 26.5 57 100% - - 11 - - 95/99 97 76 39.4 0 6 2 8 3 6 78 49% 29.7 32% 32% 84 32.8 0.0115 84 - 53 0.0086 96% 21.7 42 100% 100% 11.3 - 3.6 57 26.1 57 100% - - 11 28 179 90/94 92 74 37.5 0 37 13 50 16 34 78 48% 29.4 32% 32% 82 32.0 0.0111 82 - 53 0.0086 96% 21.7 39 100% 100% 11.3 - 3.6 57 25.7 57 100% - - 11 176 1,021 85/89 87 71 34.8 0 96 40 136 41 95 77 48% 29.0 32% 32% 80 30.9 0.0105 80 - 53 0.0086 96% 21.7 35 100% 100% 11.3 - 3.6 57 25.1 57 100% - - 11 470 2,326 80/84 82 68 32.3 10 178 97 285 81 204 77 47% 28.7 32% 32% 79 29.9 0.0100 79 - 53 0.0086 96% 21.7 31 100% 100% 11.3 - 3.6 57 24.5 57 100% 8 1 11 917 3,857 75/79 77 66 30.8 45 235 162 442 113 329 77 46% 28.4 32% 32% 77 29.2 0.0098 77 - 53 0.0086 96% 21.7 28 100% 100% 11.3 - 3.6 57 24.2 58 100% 17 2 11 1,279 4,614 70/74 72 63 28.5 136 246 231 613 129 484 77 45% 28.1 32% 32% 75 28.3 0.0093 75 - 53 0.0086 96% 21.7 25 100% 100% 11.3 - 3.6 57 23.7 59 100% 25 3 11 1,463 4,192 65/69 67 60 26.4 233 218 251 702 172 530 76 45% 27.8 32% 32% 73 27.4 0.0089 73 - 53 0.0086 96% 21.7 21 100% 100% 11.3 - 3.6 57 23.3 60 100% 33 6 11 1,947 3,070 60/64 62 56 23.8 276 194 234 704 156 549 76 44% 27.5 32% 32% 72 26.4 0.0084 72 - 53 0.0086 98% 21.8 17 100% 100% 11.3 - 3.6 57 22.7 60 100% 42 6 11 1,762 2,021 55/59 57 52 21.4 249 162 203 614 132 482 76 43% 27.3 32% 32% 70 25.4 0.0079 70 - 53 0.0086 92% 21.3 15 100% 100% 11.3 - 3.6 57 22.2 61 100% 50 7 11 1,493 1,355 50/54 52 47 18.7 226 152 174 552 120 433 76 42% 27.0 96% 96% 53 19.0 0.0058 53 - - 53 0.0086 68% 19.0 0 100% 100% 11.3 - 3.6 57 19.9 62 100% 58 7 11 1,354 0 45/49 47 43 16.7 188 140 150 478 108 371 75 42% 26.7 79% 79% 53 18.8 0.0056 53 - - 53 0.0086 65% 18.8 0 100% 100% 11.3 - 3.6 57 19.6 63 100% 67 7 11 1,218 0 40/44 42 38 14.3 175 155 157 487 117 370 75 41% 26.4 67% 67% 53 18.3 0.0051 53 - - 53 0.0086 60% 18.3 0 100% 100% 11.3 - 3.6 57 19.2 64 100% 75 9 11 1,323 0 35/39 37 34 12.6 193 172 187 552 133 419 75 40% 26.1 32% 32% 63 21.8 0.0061 63 - - 63 0.0123 51% 21.8 0 100% 100% 11.3 - 3.6 66 22.7 69 100% 30 4 11 1,505 (0) 30/34 32 30 11.0 223 203 227 653 158 495 75 39% 25.8 32% 32% 61 21.1 0.0059 61 - - 61 0.0115 52% 21.1 0 100% 100% 11.3 - 3.6 65 22.0 69 100% 44 7 11 1,794 0 25/29 27 25 9.0 217 183 191 591 139 452 75 38% 25.6 32% 32% 59 20.3 0.0055 60 7 1 60 0.0111 50% 20.4 -1 100% 100% 11.3 - 3.6 64 21.3 71 100% 84 12 11 1,578 (0) 20/24 22 21 7.5 176 145 154 475 111 364 74 38% 25.3 32% 32% 58 19.6 0.0053 60 26 3 60 0.0111 48% 20.2 -2 100% 100% 11.3 - 3.6 64 21.1 72 100% 94 10 11 1,258 - 15/19 17 16 5.8 136 115 128 379 90 290 74 37% 25.0 32% 32% 56 18.9 0.0050 60 45 4 60 0.0111 46% 19.9 0 100% 100% 11.3 - 3.6 64 20.8 73 100% 104 9 11 1,014 - 10/14 12 11 4.2 122 88 103 313 70 243 74 36% 24.8 32% 32% 54 18.2 0.0048 60 64 4 60 0.0111 44% 19.6 0 100% 100% 11.3 - 3.6 64 20.5 74 100% 114 8 11 791 -
5/9 7 6 2.6 94 72 76 242 55 187 74 35% 24.5 32% 32% 52 17.5 0.0046 60 83 5 60 0.0111 42% 19.4 0 100% 100% 11.3 - 3.6 64 20.2 75 100% 124 7 11 623 - 0/4 2 1 1.2 76 56 58 190 43 148 73 35% 24.3 32% 32% 51 16.9 0.0044 60 102 4 60 0.0111 40% 19.2 0 100% 100% 11.3 - 3.6 64 20.0 76 100% 134 6 11 482 -
-5/-1 -3 -3 0.0 58 32 41 131 26 105 73 34% 24.0 32% 32% 49 16.3 0.0042 60 121 3 60 0.0111 39% 19.0 0 100% 100% 11.3 - 3.6 64 19.9 77 100% 144 4 11 298 - 10/-6 -8 -8 -1.4 40 18 23 81 15 66 73 33% 23.8 32% 32% 47 15.7 0.0041 60 140 2 60 0.0111 37% 18.9 0 100% 100% 11.3 - 3.6 64 19.7 78 100% 154 2 11 167 -
-15/-11 -13 -13 -2.7 25 9 11 45 7 38 73 32% 23.5 32% 32% 45 15.1 0.0039 60 159 1 60 0.0111 36% 18.7 0 100% 100% 11.3 - 3.6 64 19.6 79 100% 164 1 11 82 - -20/-16 -18 -18 -4.0 10 2 4 16 2 14 72 32% 23.3 32% 32% 44 14.5 0.0038 60 178 0 60 0.0111 34% 18.5 0 100% 100% 11.3 - 3.6 64 19.4 80 100% 174 0 11 23 - -25/-21 -23 -23 -5.3 4 0 2 6 1 6 72 31% 23.0 32% 32% 42 14.0 0.0036 60 197 0 60 0.0111 33% 18.4 0 100% 100% 11.3 - 3.6 64 19.2 81 100% 185 0 11 6 - -30/-26 -28 -28 -6.5 1 0 0 1 0 1 72 30% 22.8 32% 32% 40 13.4 0.0035 60 216 - 60 0.0111 32% 18.2 0 100% 100% 11.3 - 3.6 64 19.1 80 100% 174 - 11 - -
TOTALS: 8,746 2,034 6,712 28 45 118 11 23,050 22,634
Building: Centennial Student Union MSU Mankato 10,000 cfm (design) 10,000 cfm (estimated) Preheat coil - MBHUnit Tag: AHU-I 20 hp total motor 0 hp total motor Cooling coil tonsServes: Ballroom Central 5.9 " SP (estimated) 0.0 " SP (estimated) Min outside air 28% at des.Type: VAV w/ HW Reheat and CO2 Control 65% Estimated fan efficiency 65% Estimated fan efficiency Econo lockout 55 °FSupply Fan Speeds Estimated from CHVAC AHU Load Profiles 94.0% Motor efficiency 92.0% Motor efficiency Mixed air setpoint 53 °F
14 bhp 0 bhp Dischrg air setpt 53 °F11.3 kW at design flow 0.0 kW at design flow Fraction fan heat 100% to air95% Drive Efficiency (VFD) 95% Drive Efficiency (VFD) Reheat coils Yes MBH
1.5 Power / flow exponent (VFD) 1.5 Power / flow exponent (VFD) BAS YesVAV WITH REHEAT AND CO2 CONTROL
BIN DB MCWB h Occ Unocc RAT RARH RAH Econo Actual MAT MAH MAW Leaving Heating Heating Leaving Sat lb Leaving h CHW Fan heat DAT h Leaving Flow Heating Heating CHW (°F) (°F) (°F) Btu/lb 01-08 09-16 17-24 Total Hrs Hrs °F % Btu/lb OA OA °F Btu/lb lbH20 °F MBH MMBTU DB °F H20/lb air % RH Btu/lb ton Supply Return Supply Return °F °F Btu/lb °F % MBH MMBTU kW kWh ton-hrs
100/104 102 78 41.3 0 0 0 - 0 0 78 50% 30.0 28% 28% 85 33.2 0.0117 85 - - 53 0.0086 96% 21.7 43 100% 100% 11.9 - 3.8 57 26.3 57 33% - - 12 - - 95/99 97 76 39.4 0 6 2 8 3 6 78 49% 29.7 28% 28% 83 32.4 0.0113 83 - - 53 0.0086 96% 21.7 40 100% 100% 11.9 - 3.8 57 25.9 57 33% - - 12 30 173 90/94 92 74 37.5 0 37 13 50 16 34 78 48% 29.4 28% 28% 82 31.7 0.0110 82 - - 53 0.0086 96% 21.7 38 100% 100% 11.9 - 3.8 57 25.6 57 33% - - 12 185 991 85/89 87 71 34.8 0 96 40 136 41 95 77 48% 29.0 28% 28% 80 30.7 0.0104 80 - - 53 0.0086 96% 21.7 34 100% 100% 11.9 - 3.8 57 25.0 57 33% - - 12 494 2,272 80/84 82 68 32.3 10 178 97 285 81 204 77 47% 28.7 30% 30% 79 29.8 0.0100 79 - - 53 0.0086 96% 21.7 29 95% 95% 11.0 - 3.7 57 24.5 57 33% - - 11 894 3,629 75/79 77 66 30.8 45 235 162 442 113 329 77 46% 28.4 31% 31% 77 29.2 0.0098 77 - - 53 0.0086 96% 21.7 25 90% 90% 10.2 - 3.6 57 24.2 57 33% - - 10 1,150 4,146 70/74 72 63 28.5 136 246 231 613 129 484 77 45% 28.1 33% 33% 75 28.3 0.0093 75 - - 53 0.0086 96% 21.7 21 85% 85% 9.3 - 3.5 56 23.7 56 33% - - 9 1,207 3,566 65/69 67 60 26.4 233 218 251 702 172 530 76 45% 27.8 35% 35% 73 27.3 0.0089 73 - - 53 0.0086 96% 21.7 17 80% 80% 8.5 - 3.4 56 23.3 56 33% - - 9 1,466 2,435 60/64 62 56 23.8 276 194 234 704 156 549 76 44% 27.5 38% 38% 71 26.1 0.0083 71 - - 53 0.0086 97% 21.8 12 75% 75% 7.7 - 3.3 56 22.6 56 33% - - 8 1,205 1,450 55/59 57 52 21.4 249 162 203 614 132 482 76 43% 27.3 40% 40% 68 24.9 0.0078 68 - - 53 0.0086 91% 21.2 10 70% 70% 7.0 - 3.2 56 21.9 56 33% - - 7 921 859 50/54 52 47 18.7 226 152 174 552 120 433 76 42% 27.0 96% 96% 53 19.0 0.0058 53 - - 53 0.0086 68% 19.0 0 65% 65% 6.3 - 3.0 56 19.8 56 33% - - 6 747 0 45/49 47 43 16.7 188 140 150 478 108 371 75 42% 26.7 79% 79% 53 18.8 0.0056 53 - - 53 0.0086 65% 18.8 0 60% 60% 5.5 - 2.9 56 19.5 56 33% - - 6 596 0 40/44 42 38 14.3 175 155 157 487 117 370 75 41% 26.4 67% 67% 53 18.3 0.0051 53 - - 53 0.0086 60% 18.3 0 55% 55% 4.9 - 2.8 56 19.0 56 33% - - 5 568 0 35/39 37 34 12.6 193 172 187 552 133 419 75 40% 26.1 57% 57% 53 18.5 0.0052 60 35 5 53 0.0086 61% 18.3 0 50% 50% 4.2 - 2.7 56 19.0 56 50% - - 4 560 2 30/34 32 30 11.0 223 203 227 653 158 495 75 39% 25.8 63% 63% 48 16.5 0.0046 60 59 9 53 0.0086 54% 17.7 0 45% 45% 3.6 - 2.5 56 18.4 56 45% - - 4 570 - 25/29 27 25 9.0 217 183 191 591 139 452 75 38% 25.6 63% 63% 45 15.2 0.0041 60 75 10 60 0.0111 37% 18.9 0 45% 45% 3.6 - 2.5 63 19.5 70 45% 16 2 4 501 - 20/24 22 21 7.5 176 145 154 475 111 364 74 38% 25.3 64% 64% 41 13.9 0.0038 60 92 10 60 0.0111 35% 18.5 0 44% 44% 3.5 - 2.5 63 19.2 73 44% 22 2 4 389 - 15/19 17 16 5.8 136 115 128 379 90 290 74 37% 25.0 65% 65% 37 12.5 0.0033 60 109 10 60 0.0111 31% 18.1 0 43% 43% 3.4 - 2.5 62 18.7 76 43% 27 2 3 305 - 10/14 12 11 4.2 122 88 103 313 70 243 74 36% 24.8 67% 67% 33 11.0 0.0030 60 125 9 60 0.0111 27% 17.7 0 43% 43% 3.3 - 2.5 62 18.2 78 43% 31 2 3 231 -
5/9 7 6 2.6 94 72 76 242 55 187 74 35% 24.5 68% 68% 28 9.6 0.0026 60 142 8 60 0.0111 24% 17.3 0 42% 42% 3.2 - 2.4 62 17.9 81 42% 35 2 3 176 - 0/4 2 1 1.2 76 56 58 190 43 148 73 35% 24.3 69% 69% 24 8.3 0.0023 60 159 7 60 0.0111 21% 17.0 0 41% 41% 3.1 - 2.4 62 17.5 84 41% 39 2 3 132 -
-5/-1 -3 -3 0.0 58 32 41 131 26 105 73 34% 24.0 71% 71% 19 7.0 0.0022 60 176 5 60 0.0111 20% 16.8 0 40% 40% 3.0 - 2.4 62 17.4 87 40% 42 1 3 79 - 10/-6 -8 -8 -1.4 40 18 23 81 15 66 73 33% 23.8 72% 72% 14 5.6 0.0020 60 193 3 60 0.0111 18% 16.6 0 39% 39% 2.9 - 2.4 62 17.2 90 39% 45 1 3 43 -
-15/-11 -13 -13 -2.7 25 9 11 45 7 38 73 32% 23.5 74% 74% 9 4.2 0.0018 60 209 2 60 0.0111 16% 16.3 0 38% 38% 2.8 - 2.3 62 16.9 92 38% 48 0 3 21 - -20/-16 -18 -18 -4.0 10 2 4 16 2 14 72 32% 23.3 75% 75% 4 2.7 0.0016 60 226 0 60 0.0111 14% 16.1 0 38% 38% 2.7 - 2.3 62 16.7 95 38% 50 0 3 5 - -25/-21 -23 -23 -5.3 4 0 2 6 1 6 72 31% 23.0 77% 77% (1) 1.2 0.0014 60 243 0 60 0.0111 13% 15.9 0 37% 37% 2.6 - 2.3 62 16.5 98 37% 52 0 3 1 - -30/-26 -28 -28 -6.5 1 0 0 1 0 1 72 30% 22.8 81% 81% (9) (0.9) 0.0004 60 260 - 60 0.0111 4% 14.9 0 35% 35% 2.5 - 2.2 62 15.4 95 35% 43 - 2 - -
TOTALS: 8,746 2,034 6,712 77 43 15 12 12,476 19,522
Utility UseReheat CoilsOBSRVD HOURS Fan speed (%) Fan power (kW) Electricity
Air Flow and Fan PowerPreheat Coils Discharge AirCooling Coil
Supply Fan Data Return Fan Data Coil and Control Data
Weather Data Operating Hrs Return Air Mixed Air
Supply Fan Data Return Fan Data Coil and Control Data
Weather Data Operating Hrs Return Air Mixed Air Preheat Coils Discharge AirCooling Coil Utility UseReheat CoilsAir Flow and Fan PowerOBSRVD HOURS Fan speed (%) Fan power (kW) Electricity
Building: Centennial Student Union MSU Mankato 7,500 cfm (design) 7,500 cfm (estimated) Preheat coil - MBHUnit Tag: AHU-J 15 hp total motor 10 hp total motor Cooling coil tonsServes: 2nd Floor North Offices 5.8 " SP (estimated) 2.5 " SP (estimated) Min outside air 13% at des.Type: Baseline CV w/ HW Reheat 65% Estimated fan efficiency 65% Estimated fan efficiency Econo lockout 55 °F
94.0% Motor efficiency 92.0% Motor efficiency Mixed air setpoint 53 °F10 bhp 5 bhp Dischrg air setpt 53 °F8.3 kW at design flow 3.7 kW at design flow Fraction fan heat 100% to air
100% Drive Efficiency (VFD) 100% Drive Efficiency (VFD) Reheat coils Yes MBH1.5 Power / flow exponent (VFD) 1.5 Power / flow exponent (VFD) BAS Yes
BASELINE - CONSTANT VOLUME WITH REHEAT
BIN DB MCWB h Occ Unocc RAT RARH RAH Econo Actual MAT MAH MAW Leaving Heating Heating Leaving Sat lb Leaving h CHW Fan heat DAT h Leaving Flow Heating Heating CHW (°F) (°F) (°F) Btu/lb 01-08 09-16 17-24 Total Hrs Hrs °F % Btu/lb OA OA °F Btu/lb lbH20 °F MBH MMBTU DB °F H20/lb air % RH Btu/lb ton Supply Return Supply Return °F °F Btu/lb °F % MBH MMBTU kW kWh ton-hrs
100/104 102 78 41.3 0 0 0 - 0 0 80 50% 31.3 13% 13% 83 32.6 0.0115 83 - 53 0.0086 96% 21.7 31 100% 100% 8.3 3.7 3.5 56 26.1 56 100% - - 12 - - 95/99 97 76 39.4 0 6 2 8 5 3 80 49% 30.9 13% 13% 82 32.0 0.0112 82 - 53 0.0086 96% 21.7 29 100% 100% 8.3 3.7 3.5 56 25.8 56 100% - - 12 56 125 90/94 92 74 37.5 0 37 13 50 29 21 80 48% 30.6 13% 13% 81 31.5 0.0109 81 - 53 0.0086 96% 21.7 28 100% 100% 8.3 3.7 3.5 56 25.5 56 100% - - 12 344 732 85/89 87 71 34.8 0 96 40 136 76 60 79 48% 30.3 13% 13% 80 30.9 0.0105 80 - 53 0.0086 96% 21.7 26 100% 100% 8.3 3.7 3.5 56 25.0 56 100% - - 12 906 1,740 80/84 82 68 32.3 10 178 97 285 144 141 79 47% 29.9 13% 13% 79 30.3 0.0102 79 - 53 0.0086 96% 21.7 24 100% 100% 8.3 3.7 3.5 56 24.6 57 100% 6 1 12 1,728 3,023 75/79 77 66 30.8 45 235 162 442 197 245 79 46% 29.6 13% 13% 79 29.8 0.0099 79 - 53 0.0086 96% 21.7 23 100% 100% 8.3 3.7 3.5 56 24.4 58 100% 13 2 12 2,354 3,732 70/74 72 63 28.5 136 246 231 613 217 396 79 45% 29.3 13% 13% 78 29.2 0.0096 78 - 53 0.0086 96% 21.7 21 100% 100% 8.3 3.7 3.5 56 24.0 59 100% 19 4 12 2,596 3,589 65/69 67 60 26.4 233 218 251 702 469 233 78 45% 29.0 13% 13% 77 28.6 0.0093 77 - 53 0.0086 96% 21.7 20 100% 100% 8.3 3.7 3.5 56 23.7 60 100% 25 12 12 5,611 2,807 60/64 62 56 23.8 276 194 234 704 428 276 78 44% 28.7 13% 13% 76 28.0 0.0089 76 - 53 0.0086 96% 21.7 18 100% 100% 8.3 3.7 3.5 56 23.3 60 100% 31 13 12 5,121 2,125 55/59 57 52 21.4 249 162 203 614 365 249 78 43% 28.4 13% 13% 75 27.4 0.0086 75 - 53 0.0086 96% 21.7 16 100% 100% 8.3 3.7 3.5 56 22.9 61 100% 38 14 12 4,367 1,429 50/54 52 47 18.7 226 152 174 552 326 226 78 42% 28.1 96% 96% 53 19.0 0.0058 53 - - 53 0.0086 68% 19.0 0 100% 100% 8.3 3.7 3.5 56 19.9 62 100% 44 14 12 3,900 0 45/49 47 43 16.7 188 140 150 478 290 188 77 42% 27.8 80% 80% 53 18.8 0.0056 53 - - 53 0.0086 66% 18.8 0 100% 100% 8.3 3.7 3.5 56 19.7 63 100% 50 15 12 3,470 0 40/44 42 38 14.3 175 155 157 487 312 175 77 41% 27.5 69% 69% 53 18.4 0.0052 53 - - 53 0.0086 62% 18.4 0 100% 100% 8.3 3.7 3.5 56 19.3 63 100% 57 18 12 3,733 0 35/39 37 34 12.6 193 172 187 552 359 193 77 40% 27.2 13% 13% 72 25.2 0.0073 72 - - 72 0.0168 44% 25.2 0 100% 100% 8.3 3.7 3.5 75 26.1 74 100% - - 12 4,295 0 30/34 32 30 11.0 223 203 227 653 430 223 77 39% 26.9 13% 13% 71 24.8 0.0071 71 - - 71 0.0163 44% 24.8 0 100% 100% 8.3 3.7 3.5 74 25.6 73 100% - - 12 5,145 0 25/29 27 25 9.0 217 183 191 591 374 217 77 38% 26.6 13% 13% 70 24.3 0.0068 70 - - 70 0.0158 44% 24.3 0 100% 100% 8.3 3.7 3.5 73 25.1 71 100% - - 12 4,475 0 20/24 22 21 7.5 176 145 154 475 299 176 76 38% 26.3 13% 13% 69 23.8 0.0066 69 - - 69 0.0153 44% 23.8 0 100% 100% 8.3 3.7 3.5 73 24.7 72 100% - - 12 3,577 - 15/19 17 16 5.8 136 115 128 379 243 136 76 37% 26.0 13% 13% 68 23.3 0.0064 68 - - 68 0.0149 43% 23.3 0 100% 100% 8.3 3.7 3.5 72 24.2 73 100% 12 3 12 2,907 - 10/14 12 11 4.2 122 88 103 313 191 122 76 36% 25.8 13% 13% 67 22.9 0.0061 67 - - 67 0.0144 43% 22.9 0 100% 100% 8.3 3.7 3.5 71 23.7 74 100% 27 5 12 2,285 -
5/9 7 6 2.6 94 72 76 242 148 94 76 35% 25.5 13% 13% 66 22.4 0.0059 66 - - 66 0.0140 43% 22.4 0 100% 100% 8.3 3.7 3.5 70 23.3 75 100% 41 6 12 1,771 - 0/4 2 1 1.2 76 56 58 190 114 76 75 35% 25.2 13% 13% 66 22.0 0.0057 66 - - 66 0.0136 43% 22.0 0 100% 100% 8.3 3.7 3.5 69 22.9 76 100% 56 6 12 1,364 -
-5/-1 -3 -3 0.0 58 32 41 131 73 58 75 34% 24.9 13% 13% 65 21.6 0.0056 65 - - 65 0.0131 43% 21.6 0 100% 100% 8.3 3.7 3.5 68 22.5 77 100% 71 5 12 873 - 10/-6 -8 -8 -1.4 40 18 23 81 41 40 75 33% 24.7 13% 13% 64 21.2 0.0054 64 - - 64 0.0127 43% 21.2 0 100% 100% 8.3 3.7 3.5 67 22.0 78 100% 85 3 12 491 -
-15/-11 -13 -13 -2.7 25 9 11 45 20 25 75 32% 24.4 13% 13% 63 20.8 0.0052 63 - - 63 0.0124 42% 20.8 0 100% 100% 8.3 3.7 3.5 66 21.6 79 100% 100 2 12 239 - -20/-16 -18 -18 -4.0 10 2 4 16 6 10 74 32% 24.2 13% 13% 62 20.4 0.0050 62 - - 62 0.0120 42% 20.4 0 100% 100% 8.3 3.7 3.5 66 21.2 80 100% 114 1 12 72 - -25/-21 -23 -23 -5.3 4 0 2 6 2 4 74 31% 23.9 13% 13% 61 20.0 0.0048 61 - - 61 0.0116 42% 20.0 0 100% 100% 8.3 3.7 3.5 65 20.9 81 100% 129 0 12 24 - -30/-26 -28 -28 -6.5 1 0 0 1 0 1 74 30% 23.6 13% 13% 60 19.6 0.0047 60 - - 60 0.0112 42% 19.6 0 100% 100% 8.3 3.7 3.5 64 20.5 80 100% 128 - 12 - -
TOTALS: 8,746 5,157 3,589 - 31 125 12 61,703 19,302
Building: Centennial Student Union MSU Mankato 7,500 cfm (design) 7,500 cfm (estimated) Preheat coil - MBHUnit Tag: AHU-J 15 hp total motor 10 hp total motor Cooling coil tonsServes: 2nd Floor North Offices 5.8 " SP (estimated) 2.5 " SP (estimated) Min outside air 12% at des.Type: VAV w/ HW Reheat and CO2 Control 65% Estimated fan efficiency 65% Estimated fan efficiency Econo lockout 55 °FSupply Fan Speeds Estimated from CHVAC AHU Load Profiles 94.0% Motor efficiency 92.0% Motor efficiency Mixed air setpoint 53 °F
10 bhp 5 bhp Dischrg air setpt 53 °F8.3 kW at design flow 3.7 kW at design flow Fraction fan heat 100% to air
95% Drive Efficiency (VFD) 95% Drive Efficiency (VFD) Reheat coils Yes MBH1.5 Power / flow exponent (VFD) 1.5 Power / flow exponent (VFD) BAS Yes
VAV WITH REHEAT AND CO2 CONTROL
BIN DB MCWB h Occ Unocc RAT RARH RAH Econo Actual MAT MAH MAW Leaving Heating Heating Leaving Sat lb Leaving h CHW Fan heat DAT h Leaving Flow Heating Heating CHW (°F) (°F) (°F) Btu/lb 01-08 09-16 17-24 Total Hrs Hrs °F % Btu/lb OA OA °F Btu/lb lbH20 °F MBH MMBTU DB °F H20/lb air % RH Btu/lb ton Supply Return Supply Return °F °F Btu/lb °F % MBH MMBTU kW kWh ton-hrs
100/104 102 78 41.3 0 0 0 - 0 0 80 50% 31.3 12% 12% 83 32.4 0.0115 83 - - 53 0.0086 96% 21.7 30 100% 100% 8.7 3.9 3.7 57 26.1 57 33% - - 13 - - 95/99 97 76 39.4 0 6 2 8 5 3 80 49% 30.9 12% 12% 82 31.9 0.0111 82 - - 53 0.0086 96% 21.7 29 100% 100% 8.7 3.9 3.7 57 25.7 57 33% - - 13 58 123 90/94 92 74 37.5 0 37 13 50 29 21 79 48% 30.5 12% 12% 81 31.3 0.0108 81 - - 53 0.0086 96% 21.7 27 100% 100% 8.7 3.9 3.7 57 25.4 57 33% - - 13 362 717 85/89 87 71 34.8 0 96 40 136 76 60 79 48% 30.1 12% 12% 80 30.7 0.0104 80 - - 53 0.0086 96% 21.7 25 100% 100% 8.7 3.9 3.7 57 25.0 57 33% - - 13 954 1,701 80/84 82 68 32.3 10 178 97 285 144 141 79 47% 29.8 12% 12% 79 30.1 0.0101 79 - - 53 0.0086 96% 21.7 22 95% 95% 8.1 3.6 3.6 57 24.5 57 33% - - 12 1,685 2,808 75/79 77 66 30.8 45 235 162 442 197 245 78 46% 29.4 13% 13% 78 29.6 0.0098 78 - - 53 0.0086 96% 21.7 20 90% 90% 7.4 3.3 3.5 56 24.2 56 33% - - 11 2,116 3,273 70/74 72 63 28.5 136 246 231 613 217 396 78 45% 29.0 14% 14% 77 29.0 0.0095 77 - - 53 0.0086 96% 21.7 17 85% 85% 6.8 3.0 3.4 56 23.8 56 33% - - 10 2,141 2,955 65/69 67 60 26.4 233 218 251 702 469 233 78 45% 28.7 15% 15% 76 28.3 0.0091 76 - - 53 0.0086 96% 21.7 15 80% 80% 6.2 2.8 3.3 56 23.5 56 33% - - 9 4,226 2,150 60/64 62 56 23.8 276 194 234 704 428 276 78 44% 28.3 15% 15% 75 27.6 0.0087 75 - - 53 0.0086 96% 21.7 13 75% 75% 5.7 2.5 3.2 56 23.0 56 33% - - 8 3,501 1,493 55/59 57 52 21.4 249 162 203 614 365 249 77 43% 28.0 17% 17% 74 26.9 0.0084 74 - - 53 0.0086 97% 21.8 10 70% 70% 5.1 2.3 3.1 56 22.5 56 33% - - 7 2,692 881 50/54 52 47 18.7 226 152 174 552 326 226 77 42% 27.6 96% 96% 53 19.0 0.0058 53 - - 53 0.0086 68% 19.0 0 65% 65% 4.6 2.0 3.0 56 19.8 56 33% - - 7 2,152 0 45/49 47 43 16.7 188 140 150 478 290 188 77 42% 27.3 80% 80% 53 18.8 0.0056 53 - - 53 0.0086 66% 18.8 0 60% 60% 4.1 1.8 2.8 56 19.5 56 33% - - 6 1,697 0 40/44 42 38 14.3 175 155 157 487 312 175 76 41% 27.0 68% 68% 53 18.4 0.0052 53 - - 53 0.0086 61% 18.4 0 55% 55% 3.6 1.6 2.7 56 19.0 56 33% - - 5 1,603 0 35/39 37 34 12.6 193 172 187 552 359 193 76 40% 26.6 23% 23% 67 23.4 0.0067 67 - - 53 0.0086 78% 20.0 5 50% 50% 3.1 1.4 2.6 56 20.6 56 50% - - 4 1,598 44 30/34 32 30 11.0 223 203 227 653 430 223 76 39% 26.3 26% 26% 64 22.4 0.0063 64 - - 53 0.0086 74% 19.6 0 45% 45% 2.6 1.2 2.5 55 20.2 55 45% - - 4 1,635 - 25/29 27 25 9.0 217 183 191 591 374 217 75 38% 26.0 26% 26% 63 21.6 0.0060 63 - - 63 0.0123 49% 21.6 0 45% 45% 2.6 1.2 2.5 65 22.2 70 45% 8 3 4 1,422 - 20/24 22 21 7.5 176 145 154 475 299 176 75 38% 25.7 26% 26% 61 20.9 0.0057 61 - - 61 0.0115 50% 20.9 0 44% 44% 2.6 1.1 2.4 64 21.5 73 44% 15 4 4 1,105 - 15/19 17 16 5.8 136 115 128 379 243 136 75 37% 25.4 27% 27% 59 20.1 0.0054 60 2 1 60 0.0111 49% 20.3 0 43% 43% 2.5 1.1 2.4 62 20.9 76 43% 20 5 4 873 - 10/14 12 11 4.2 122 88 103 313 191 122 74 36% 25.1 27% 27% 57 19.4 0.0051 60 9 2 60 0.0111 47% 20.0 0 43% 43% 2.4 1.1 2.4 62 20.6 78 43% 23 4 3 666 -
5/9 7 6 2.6 94 72 76 242 148 94 74 35% 24.8 28% 28% 55 18.6 0.0049 60 15 2 60 0.0111 44% 19.7 0 42% 42% 2.3 1.0 2.4 62 20.3 81 42% 27 4 3 501 - 0/4 2 1 1.2 76 56 58 190 114 76 74 35% 24.5 28% 28% 53 17.9 0.0046 60 22 2 60 0.0111 42% 19.4 0 41% 41% 2.3 1.0 2.3 62 20.0 84 41% 29 3 3 375 -
-5/-1 -3 -3 0.0 58 32 41 131 73 58 74 34% 24.2 29% 29% 51 17.2 0.0045 60 28 2 60 0.0111 41% 19.3 0 40% 40% 2.2 1.0 2.3 62 19.8 87 40% 32 2 3 233 - 10/-6 -8 -8 -1.4 40 18 23 81 41 40 73 33% 23.9 30% 30% 49 16.4 0.0042 60 34 1 60 0.0111 39% 19.0 0 39% 39% 2.1 0.9 2.3 62 19.6 90 39% 34 1 3 127 -
-15/-11 -13 -13 -2.7 25 9 11 45 20 25 73 32% 23.6 30% 30% 47 15.6 0.0040 60 41 1 60 0.0111 37% 18.8 0 38% 38% 2.1 0.9 2.3 62 19.4 92 38% 36 1 3 60 - -20/-16 -18 -18 -4.0 10 2 4 16 6 10 73 32% 23.3 31% 31% 45 14.9 0.0038 60 47 0 60 0.0111 35% 18.6 0 38% 38% 2.0 0.9 2.3 62 19.1 95 38% 38 0 3 17 - -25/-21 -23 -23 -5.3 4 0 2 6 2 4 72 31% 23.0 32% 32% 42 14.1 0.0037 60 53 0 60 0.0111 33% 18.4 0 37% 37% 1.9 0.9 2.2 62 18.9 98 37% 39 0 3 6 - -30/-26 -28 -28 -6.5 1 0 0 1 0 1 72 30% 22.8 33% 33% 39 13.1 0.0034 60 60 - 60 0.0111 31% 18.2 0 35% 35% 1.8 0.8 2.2 62 18.7 95 35% 33 - 3 - -
TOTALS: 8,746 5,157 3,589 12 30 29 13 31,805 16,146
Utility UseReheat CoilsOBSRVD HOURS Fan speed (%) Fan power (kW) Electricity
Air Flow and Fan PowerPreheat Coils Discharge AirCooling Coil
Supply Fan Data Return Fan Data Coil and Control Data
Weather Data Operating Hrs Return Air Mixed Air
Supply Fan Data Return Fan Data Coil and Control Data
Weather Data Operating Hrs Return Air Mixed Air Preheat Coils Discharge AirCooling Coil Utility UseReheat CoilsAir Flow and Fan PowerOBSRVD HOURS Fan speed (%) Fan power (kW) Electricity
Building: Centennial Student Union MSU Mankato 10,000 cfm (design) 10,000 cfm (estimated) Preheat coil - MBHUnit Tag: AHU-K 20 hp total motor 0 hp total motor Cooling coil tonsServes: Ballroom North 5.9 " SP (estimated) 0.0 " SP (estimated) Min outside air 27% at des.Type: Baseline CV w/ HW Reheat 65% Estimated fan efficiency 65% Estimated fan efficiency Econo lockout 55 °F
94.0% Motor efficiency 92.0% Motor efficiency Mixed air setpoint 53 °F14 bhp 0 bhp Dischrg air setpt 53 °F
11.3 kW at design flow 0.0 kW at design flow Fraction fan heat 100% to air100% Drive Efficiency (VFD) 100% Drive Efficiency (VFD) Reheat coils Yes MBH
1.5 Power / flow exponent (VFD) 1.5 Power / flow exponent (VFD) BAS YesBASELINE - CONSTANT VOLUME WITH REHEAT
BIN DB MCWB h Occ Unocc RAT RARH RAH Econo Actual MAT MAH MAW Leaving Heating Heating Leaving Sat lb Leaving h CHW Fan heat DAT h Leaving Flow Heating Heating CHW (°F) (°F) (°F) Btu/lb 01-08 09-16 17-24 Total Hrs Hrs °F % Btu/lb OA OA °F Btu/lb lbH20 °F MBH MMBTU DB °F H20/lb air % RH Btu/lb ton Supply Return Supply Return °F °F Btu/lb °F % MBH MMBTU kW kWh ton-hrs
100/104 102 78 41.3 0 0 0 - 0 0 78 50% 30.0 27% 27% 84 33.1 0.0116 84 - 53 0.0086 96% 21.7 43 100% 100% 11.3 - 3.6 57 26.2 57 100% - - 11 - - 95/99 97 76 39.4 0 6 2 8 3 6 78 49% 29.7 27% 27% 83 32.3 0.0112 83 - 53 0.0086 96% 21.7 40 100% 100% 11.3 - 3.6 57 25.8 57 100% - - 11 28 171 90/94 92 74 37.5 0 37 13 50 16 34 78 48% 29.4 27% 27% 81 31.6 0.0109 81 - 53 0.0086 96% 21.7 37 100% 100% 11.3 - 3.6 57 25.5 57 100% - - 11 176 981 85/89 87 71 34.8 0 96 40 136 41 95 77 48% 29.0 27% 27% 80 30.6 0.0104 80 - 53 0.0086 96% 21.7 34 100% 100% 11.3 - 3.6 57 24.9 57 100% - - 11 470 2,253 80/84 82 68 32.3 10 178 97 285 81 204 77 47% 28.7 27% 27% 78 29.7 0.0099 78 - 53 0.0086 96% 21.7 30 100% 100% 11.3 - 3.6 57 24.4 57 100% 8 1 11 917 3,773 75/79 77 66 30.8 45 235 162 442 113 329 77 46% 28.4 27% 27% 77 29.1 0.0097 77 - 53 0.0086 96% 21.7 28 100% 100% 11.3 - 3.6 57 24.1 58 100% 17 2 11 1,279 4,543 70/74 72 63 28.5 136 246 231 613 129 484 77 45% 28.1 27% 27% 75 28.2 0.0093 75 - 53 0.0086 96% 21.7 25 100% 100% 11.3 - 3.6 57 23.6 59 100% 25 3 11 1,463 4,179 65/69 67 60 26.4 233 218 251 702 172 530 76 45% 27.8 27% 27% 74 27.5 0.0089 74 - 53 0.0086 96% 21.7 22 100% 100% 11.3 - 3.6 57 23.2 60 100% 33 6 11 1,947 3,108 60/64 62 56 23.8 276 194 234 704 156 549 76 44% 27.5 27% 27% 72 26.5 0.0084 72 - 53 0.0086 98% 21.8 18 100% 100% 11.3 - 3.6 57 22.7 60 100% 42 6 11 1,762 2,098 55/59 57 52 21.4 249 162 203 614 132 482 76 43% 27.3 27% 27% 71 25.7 0.0079 71 - 53 0.0086 93% 21.3 16 100% 100% 11.3 - 3.6 57 22.2 61 100% 50 7 11 1,493 1,431 50/54 52 47 18.7 226 152 174 552 120 433 76 42% 27.0 96% 96% 53 19.0 0.0058 53 - - 53 0.0086 68% 19.0 0 100% 100% 11.3 - 3.6 57 19.9 62 100% 58 7 11 1,354 0 45/49 47 43 16.7 188 140 150 478 108 371 75 42% 26.7 79% 79% 53 18.8 0.0056 53 - - 53 0.0086 65% 18.8 0 100% 100% 11.3 - 3.6 57 19.6 63 100% 67 7 11 1,218 0 40/44 42 38 14.3 175 155 157 487 117 370 75 41% 26.4 67% 67% 53 18.3 0.0051 53 - - 53 0.0086 60% 18.3 0 100% 100% 11.3 - 3.6 57 19.2 64 100% 75 9 11 1,323 0 35/39 37 34 12.6 193 172 187 552 133 419 75 40% 26.1 27% 27% 65 22.5 0.0063 65 - - 65 0.0131 49% 22.5 0 100% 100% 11.3 - 3.6 68 23.3 70 100% 20 3 11 1,505 0 30/34 32 30 11.0 223 203 227 653 158 495 75 39% 25.8 27% 27% 63 21.8 0.0061 63 - - 63 0.0124 49% 21.8 0 100% 100% 11.3 - 3.6 67 22.7 70 100% 31 5 11 1,794 0 25/29 27 25 9.0 217 183 191 591 139 452 75 38% 25.6 27% 27% 62 21.1 0.0058 62 - - 62 0.0118 49% 21.1 0 100% 100% 11.3 - 3.6 65 22.0 71 100% 65 9 11 1,578 0 20/24 22 21 7.5 176 145 154 475 111 364 74 38% 25.3 27% 27% 60 20.5 0.0055 60 - - 60 0.0112 50% 20.5 0 100% 100% 11.3 - 3.6 64 21.4 72 100% 92 10 11 1,258 - 15/19 17 16 5.8 136 115 128 379 90 290 74 37% 25.0 27% 27% 59 19.8 0.0053 60 14 1 60 0.0111 48% 20.2 0 100% 100% 11.3 - 3.6 64 21.0 73 100% 104 9 11 1,014 - 10/14 12 11 4.2 122 88 103 313 70 243 74 36% 24.8 27% 27% 57 19.2 0.0050 60 31 2 60 0.0111 46% 19.9 0 100% 100% 11.3 - 3.6 64 20.8 74 100% 114 8 11 791 -
5/9 7 6 2.6 94 72 76 242 55 187 74 35% 24.5 27% 27% 56 18.6 0.0048 60 47 3 60 0.0111 44% 19.7 0 100% 100% 11.3 - 3.6 64 20.5 75 100% 124 7 11 623 - 0/4 2 1 1.2 76 56 58 190 43 148 73 35% 24.3 27% 27% 54 18.0 0.0046 60 64 3 60 0.0111 42% 19.5 0 100% 100% 11.3 - 3.6 64 20.3 76 100% 134 6 11 482 -
-5/-1 -3 -3 0.0 58 32 41 131 26 105 73 34% 24.0 27% 27% 53 17.5 0.0045 60 80 2 60 0.0111 41% 19.3 0 100% 100% 11.3 - 3.6 64 20.2 77 100% 144 4 11 298 - 10/-6 -8 -8 -1.4 40 18 23 81 15 66 73 33% 23.8 27% 27% 51 17.0 0.0043 60 96 1 60 0.0111 39% 19.1 0 100% 100% 11.3 - 3.6 64 20.0 78 100% 154 2 11 167 -
-15/-11 -13 -13 -2.7 25 9 11 45 7 38 73 32% 23.5 27% 27% 50 16.4 0.0042 60 113 1 60 0.0111 38% 19.0 0 100% 100% 11.3 - 3.6 64 19.8 79 100% 164 1 11 82 - -20/-16 -18 -18 -4.0 10 2 4 16 2 14 72 32% 23.3 27% 27% 48 15.9 0.0040 60 129 0 60 0.0111 37% 18.8 0 100% 100% 11.3 - 3.6 64 19.7 80 100% 174 0 11 23 - -25/-21 -23 -23 -5.3 4 0 2 6 1 6 72 31% 23.0 27% 27% 47 15.4 0.0039 60 146 0 60 0.0111 35% 18.6 0 100% 100% 11.3 - 3.6 64 19.5 81 100% 185 0 11 6 - -30/-26 -28 -28 -6.5 1 0 0 1 0 1 72 30% 22.8 27% 27% 45 14.9 0.0037 60 162 - 60 0.0111 34% 18.5 0 100% 100% 11.3 - 3.6 64 19.4 80 100% 174 - 11 - -
TOTALS: 8,746 2,034 6,712 13 43 112 11 23,050 22,537
Building: Centennial Student Union MSU Mankato 10,000 cfm (design) 10,000 cfm (estimated) Preheat coil - MBHUnit Tag: AHU-K 20 hp total motor 0 hp total motor Cooling coil #REF! tonsServes: Ballroom North 5.9 " SP (estimated) 0.0 " SP (estimated) Min outside air 24% at des.Type: VAV w/ HW Reheat and CO2 Control 65% Estimated fan efficiency 65% Estimated fan efficiency Econo lockout 55 °FSupply Fan Speeds Estimated from CHVAC AHU Load Profiles 94.0% Motor efficiency 92.0% Motor efficiency Mixed air setpoint 53 °F
14 bhp 0 bhp Dischrg air setpt 53 °F11.3 kW at design flow 0.0 kW at design flow Fraction fan heat 100% to air95% Drive Efficiency (VFD) 95% Drive Efficiency (VFD) Reheat coils Yes MBH
1.5 Power / flow exponent (VFD) 1.5 Power / flow exponent (VFD) BAS YesVAV WITH REHEAT AND CO2 CONTROL
BIN DB MCWB h Occ Unocc RAT RARH RAH Econo Actual MAT MAH MAW Leaving Heating Heating Leaving Sat lb Leaving h CHW Fan heat DAT h Leaving Flow Heating Heating CHW (°F) (°F) (°F) Btu/lb 01-08 09-16 17-24 Total Hrs Hrs °F % Btu/lb OA OA °F Btu/lb lbH20 °F MBH MMBTU DB °F H20/lb air % RH Btu/lb ton Supply Return Supply Return °F °F Btu/lb °F % MBH MMBTU kW kWh ton-hrs
100/104 102 78 41.3 0 0 0 - 0 0 78 50% 30.0 24% 24% 84 32.7 0.0114 84 - - 53 0.0086 96% 21.7 41 100% 100% 11.9 - 3.8 57 26.1 57 33% - - 12 - - 95/99 97 76 39.4 0 6 2 8 3 6 78 49% 29.7 24% 24% 82 32.0 0.0111 82 - - 53 0.0086 96% 21.7 39 100% 100% 11.9 - 3.8 57 25.7 57 33% - - 12 30 166 90/94 92 74 37.5 0 37 13 50 16 34 78 48% 29.4 24% 24% 81 31.3 0.0108 81 - - 53 0.0086 96% 21.7 36 100% 100% 11.9 - 3.8 57 25.4 57 33% - - 12 185 954 85/89 87 71 34.8 0 96 40 136 41 95 77 48% 29.0 24% 24% 80 30.4 0.0103 80 - - 53 0.0086 96% 21.7 33 100% 100% 11.9 - 3.8 57 24.8 57 33% - - 12 494 2,204 80/84 82 68 32.3 10 178 97 285 81 204 77 47% 28.7 25% 25% 78 29.6 0.0099 78 - - 53 0.0086 96% 21.7 28 95% 95% 11.0 - 3.7 57 24.3 57 33% - - 11 894 3,551 75/79 77 66 30.8 45 235 162 442 113 329 77 46% 28.4 26% 26% 77 29.0 0.0096 77 - - 53 0.0086 96% 21.7 25 90% 90% 10.2 - 3.6 57 24.1 57 33% - - 10 1,150 4,079 70/74 72 63 28.5 136 246 231 613 129 484 77 45% 28.1 28% 28% 75 28.2 0.0093 75 - - 53 0.0086 96% 21.7 21 85% 85% 9.3 - 3.5 56 23.6 56 33% - - 9 1,207 3,554 65/69 67 60 26.4 233 218 251 702 172 530 76 45% 27.8 30% 30% 74 27.4 0.0089 74 - - 53 0.0086 96% 21.7 17 80% 80% 8.5 - 3.4 56 23.2 56 33% - - 9 1,466 2,471 60/64 62 56 23.8 276 194 234 704 156 549 76 44% 27.5 32% 32% 72 26.4 0.0084 72 - - 53 0.0086 98% 21.8 13 75% 75% 7.7 - 3.3 56 22.6 56 33% - - 8 1,205 1,521 55/59 57 52 21.4 249 162 203 614 132 482 76 43% 27.3 34% 34% 70 25.3 0.0079 70 - - 53 0.0086 92% 21.3 11 70% 70% 7.0 - 3.2 56 22.0 56 33% - - 7 921 930 50/54 52 47 18.7 226 152 174 552 120 433 76 42% 27.0 96% 96% 53 19.0 0.0058 53 - - 53 0.0086 68% 19.0 0 65% 65% 6.3 - 3.0 56 19.8 56 33% - - 6 747 0 45/49 47 43 16.7 188 140 150 478 108 371 75 42% 26.7 79% 79% 53 18.8 0.0056 53 - - 53 0.0086 65% 18.8 0 60% 60% 5.5 - 2.9 56 19.5 56 33% - - 6 596 0 40/44 42 38 14.3 175 155 157 487 117 370 75 41% 26.4 67% 67% 53 18.3 0.0051 53 - - 53 0.0086 60% 18.3 0 55% 55% 4.9 - 2.8 56 19.0 56 33% - - 5 568 0 35/39 37 34 12.6 193 172 187 552 133 419 75 40% 26.1 47% 47% 57 19.7 0.0055 60 16 2 53 0.0086 65% 18.7 2 50% 50% 4.2 - 2.7 56 19.4 56 50% - - 4 560 17 30/34 32 30 11.0 223 203 227 653 158 495 75 39% 25.8 53% 53% 52 18.0 0.0050 60 37 6 53 0.0086 59% 18.2 0 45% 45% 3.6 - 2.5 56 18.8 56 45% - - 4 570 - 25/29 27 25 9.0 217 183 191 591 139 452 75 38% 25.6 53% 53% 50 16.9 0.0046 60 51 7 60 0.0111 42% 19.4 0 45% 45% 3.6 - 2.5 63 20.0 70 45% 16 2 4 501 - 20/24 22 21 7.5 176 145 154 475 111 364 74 38% 25.3 54% 54% 46 15.8 0.0043 60 65 7 60 0.0111 39% 19.1 0 44% 44% 3.5 - 2.5 63 19.7 73 44% 22 2 4 389 - 15/19 17 16 5.8 136 115 128 379 90 290 74 37% 25.0 55% 55% 43 14.5 0.0039 60 80 7 60 0.0111 36% 18.7 0 43% 43% 3.4 - 2.5 62 19.3 76 43% 27 2 3 305 - 10/14 12 11 4.2 122 88 103 313 70 243 74 36% 24.8 56% 56% 39 13.3 0.0035 60 94 7 60 0.0111 32% 18.3 0 43% 43% 3.3 - 2.5 62 18.9 78 43% 31 2 3 231 -
5/9 7 6 2.6 94 72 76 242 55 187 74 35% 24.5 57% 57% 36 12.1 0.0032 60 109 6 60 0.0111 30% 17.9 0 42% 42% 3.2 - 2.4 62 18.5 81 42% 35 2 3 176 - 0/4 2 1 1.2 76 56 58 190 43 148 73 35% 24.3 58% 58% 32 10.9 0.0030 60 123 5 60 0.0111 27% 17.6 0 41% 41% 3.1 - 2.4 62 18.2 84 41% 39 2 3 132 -
-5/-1 -3 -3 0.0 58 32 41 131 26 105 73 34% 24.0 59% 59% 28 9.8 0.0028 60 138 4 60 0.0111 26% 17.5 0 40% 40% 3.0 - 2.4 62 18.1 87 40% 42 1 3 79 - 10/-6 -8 -8 -1.4 40 18 23 81 15 66 73 33% 23.8 60% 60% 24 8.6 0.0026 60 152 2 60 0.0111 24% 17.3 0 39% 39% 2.9 - 2.4 62 17.8 90 39% 45 1 3 43 -
-15/-11 -13 -13 -2.7 25 9 11 45 7 38 73 32% 23.5 62% 62% 20 7.3 0.0024 60 166 1 60 0.0111 22% 17.0 0 38% 38% 2.8 - 2.3 62 17.6 92 38% 48 0 3 21 - -20/-16 -18 -18 -4.0 10 2 4 16 2 14 72 32% 23.3 63% 63% 15 6.1 0.0022 60 181 0 60 0.0111 20% 16.8 0 38% 38% 2.7 - 2.3 62 17.4 95 38% 50 0 3 5 - -25/-21 -23 -23 -5.3 4 0 2 6 1 6 72 31% 23.0 65% 65% 11 4.8 0.0020 60 195 0 60 0.0111 19% 16.6 0 37% 37% 2.6 - 2.3 62 17.2 98 37% 52 0 3 1 - -30/-26 -28 -28 -6.5 1 0 0 1 0 1 72 30% 22.8 68% 68% 4 3.0 0.0018 60 210 - 60 0.0111 16% 16.4 0 35% 35% 2.5 - 2.2 62 16.9 95 35% 43 - 2 - -
TOTALS: 8,746 2,034 6,712 55 41 15 12 12,476 19,447
OBSRVD HOURS Fan speed (%) Fan power (kW) ElectricityDischarge AirCooling Coil Utility UseReheat CoilsAir Flow and Fan Power
Supply Fan Data Return Fan Data Coil and Control Data
Weather Data Operating Hrs Return Air Mixed Air Preheat Coils
Weather Data Operating Hrs Return Air Mixed Air Cooling Coil
Supply Fan Data Return Fan Data Coil and Control Data
Utility UseReheat CoilsOBSRVD HOURS Fan speed (%) Fan power (kW) Electricity
Air Flow and Fan PowerPreheat Coils Discharge Air
Building: Centennial Student Union MSU Mankato 7,500 cfm (design) 7,500 cfm (estimated) Preheat coil - MBHUnit Tag: AHU-1-5 15 hp total motor 0 hp total motor Cooling coil tonsServes: 2nd Floor South, Ballroom Lobby 5.3 " SP (estimated) 0.0 " SP (estimated) Min outside air 40% at des.Type: Baseline VAV w/ HW Reheat 65% Estimated fan efficiency 65% Estimated fan efficiency Econo lockout 55 °F
94.0% Motor efficiency 92.0% Motor efficiency Mixed air setpoint 53 °F10 bhp 0 bhp Dischrg air setpt 53 °F7.6 kW at design flow 0.0 kW at design flow Fraction fan heat 100% to air
95% Drive Efficiency (VFD) 95% Drive Efficiency (VFD) Reheat coils Yes MBH1.5 Power / flow exponent (VFD) 1.5 Power / flow exponent (VFD) BAS Yes
BASELINE - VAV WITH NO CO2 CONTROL
BIN DB MCWB h Occ Unocc RAT RARH RAH Econo Actual MAT MAH MAW Leaving Heating Heating Leaving Sat lb Leaving h CHW Fan heat DAT h Leaving Flow Heating Heating CHW (°F) (°F) (°F) Btu/lb 01-08 09-16 17-24 Total Hrs Hrs °F % Btu/lb OA OA °F Btu/lb lbH20 °F MBH MMBTU DB °F H20/lb air % RH Btu/lb ton Supply Return Supply Return °F °F Btu/lb °F % MBH MMBTU kW kWh ton-hrs
100/104 102 78 41.3 0 0 0 - 0 0 78 50% 30.0 40% 40% 88 34.5 0.0122 88 - 53 0.0086 96% 21.7 36 100% 100% 8.0 - 3.4 56 26.8 56 33% - - 8 - - 95/99 97 76 39.4 0 6 2 8 5 3 78 49% 29.7 40% 40% 85 33.6 0.0118 85 - 53 0.0086 96% 21.7 33 100% 100% 8.0 - 3.4 56 26.4 56 33% - - 8 37 143 90/94 92 74 37.5 0 37 13 50 29 21 78 48% 29.4 40% 40% 83 32.6 0.0115 83 - 53 0.0086 96% 21.7 31 100% 100% 8.0 - 3.4 56 26.0 56 33% - - 8 229 814 85/89 87 71 34.8 0 96 40 136 76 60 77 48% 29.0 40% 40% 81 31.4 0.0108 81 - 53 0.0086 96% 21.7 27 100% 100% 8.0 - 3.4 56 25.3 56 33% - - 8 603 1,831 80/84 82 68 32.3 10 178 97 285 144 141 77 47% 28.7 42% 42% 79 30.2 0.0102 79 - 53 0.0086 96% 21.7 23 95% 95% 7.4 - 3.3 56 24.6 56 33% - - 7 1,065 2,869 75/79 77 66 30.8 45 235 162 442 197 245 77 46% 28.4 44% 44% 77 29.5 0.0100 77 - 53 0.0086 96% 21.7 20 90% 90% 6.8 - 3.2 56 24.4 56 33% - - 7 1,338 3,234 70/74 72 63 28.5 136 246 231 613 217 396 77 45% 28.1 47% 47% 74 28.3 0.0095 74 - 53 0.0086 96% 21.7 16 85% 85% 6.2 - 3.1 56 23.8 56 33% - - 6 1,354 2,696 65/69 67 60 26.4 233 218 251 702 469 233 76 45% 27.8 50% 50% 72 27.1 0.0091 72 - 53 0.0086 96% 21.7 12 80% 80% 5.7 - 3.0 56 23.3 56 33% - - 6 2,672 1,760 60/64 62 56 23.8 276 194 234 704 428 276 76 44% 27.5 53% 53% 69 25.6 0.0083 69 - 53 0.0086 97% 21.8 8 75% 75% 5.2 - 2.9 56 22.5 56 33% - - 5 2,213 953 55/59 57 52 21.4 249 162 203 614 365 249 76 43% 27.3 57% 57% 65 23.9 0.0076 65 - 53 0.0086 89% 21.0 6 70% 70% 4.7 - 2.8 56 21.7 56 33% - - 5 1,702 511 50/54 52 47 18.7 226 152 174 552 326 226 76 42% 27.0 96% 96% 53 19.0 0.0058 53 - - 53 0.0086 68% 19.0 0 65% 65% 4.2 - 2.7 56 19.7 56 33% - - 4 1,360 0 45/49 47 43 16.7 188 140 150 478 290 188 75 42% 26.7 79% 79% 53 18.8 0.0056 53 - - 53 0.0086 65% 18.8 0 60% 60% 3.7 - 2.6 56 19.4 56 33% - - 4 1,073 0 40/44 42 38 14.3 175 155 157 487 312 175 75 41% 26.4 67% 67% 53 18.3 0.0051 53 - - 53 0.0086 60% 18.3 0 55% 55% 3.2 - 2.5 55 18.9 55 33% - - 3 1,013 0 35/39 37 34 12.6 193 172 187 552 359 193 75 40% 26.1 80% 80% 45 15.3 0.0042 60 49 18 53 0.0086 50% 17.3 0 50% 50% 2.8 - 2.4 55 17.9 55 50% - - 3 1,011 - 30/34 32 30 11.0 223 203 227 653 430 223 75 39% 25.8 89% 89% 37 12.6 0.0035 60 62 27 53 0.0086 41% 16.6 0 45% 45% 2.4 - 2.3 55 17.1 55 45% - - 2 1,033 - 25/29 27 25 9.0 217 183 191 591 374 217 75 38% 25.6 89% 89% 32 10.8 0.0029 60 74 28 60 0.0111 26% 17.5 0 45% 45% 2.4 - 2.3 62 18.1 70 45% 13 5 2 899 - 20/24 22 21 7.5 176 145 154 475 299 176 74 38% 25.3 90% 90% 27 9.3 0.0026 60 87 26 60 0.0111 23% 17.2 0 45% 45% 2.4 - 2.2 62 17.7 72 45% 16 5 2 709 - 15/19 17 16 5.8 136 115 128 379 243 136 74 37% 25.0 91% 91% 22 7.6 0.0021 60 101 24 60 0.0111 19% 16.7 0 44% 44% 2.3 - 2.2 62 17.2 75 44% 19 5 2 568 - 10/14 12 11 4.2 122 88 103 313 191 122 74 36% 24.8 91% 91% 17 5.9 0.0016 60 114 22 60 0.0111 15% 16.2 0 44% 44% 2.3 - 2.2 62 16.8 77 44% 23 4 2 440 -
5/9 7 6 2.6 94 72 76 242 148 94 74 35% 24.5 92% 92% 12 4.3 0.0013 60 128 19 60 0.0111 12% 15.8 0 43% 43% 2.3 - 2.2 62 16.4 79 43% 26 4 2 336 - 0/4 2 1 1.2 76 56 58 190 114 76 73 35% 24.3 93% 93% 7 2.7 0.0010 60 142 16 60 0.0111 9% 15.5 0 43% 43% 2.2 - 2.2 62 16.1 81 43% 29 3 2 255 -
-5/-1 -3 -3 0.0 58 32 41 131 73 58 73 34% 24.0 94% 94% 1 1.4 0.0010 60 156 11 60 0.0111 9% 15.5 0 43% 43% 2.2 - 2.2 62 16.0 84 43% 31 2 2 161 - 10/-6 -8 -8 -1.4 40 18 23 81 41 40 73 33% 23.8 95% 95% (4) (0.1) 0.0008 60 171 7 60 0.0111 7% 15.3 0 42% 42% 2.2 - 2.2 62 15.8 86 42% 34 1 2 89 -
-15/-11 -13 -13 -2.7 25 9 11 45 20 25 73 32% 23.5 96% 96% (10) (1.6) 0.0006 60 186 4 60 0.0111 6% 15.1 0 42% 42% 2.1 - 2.2 62 15.6 88 42% 37 1 2 43 - -20/-16 -18 -18 -4.0 10 2 4 16 6 10 72 32% 23.3 97% 97% (15) (3.2) 0.0005 60 201 1 60 0.0111 4% 14.9 0 41% 41% 2.1 - 2.2 62 15.4 90 41% 39 0 2 13 - -25/-21 -23 -23 -5.3 4 0 2 6 2 4 72 31% 23.0 98% 98% (21) (4.7) 0.0003 60 217 0 60 0.0111 3% 14.8 0 41% 41% 2.1 - 2.1 62 15.3 93 41% 41 0 2 4 - -30/-26 -28 -28 -6.5 1 0 0 1 0 1 72 30% 22.8 100% 100% (28) (6.5) 0.0002 60 235 - 60 0.0111 2% 14.6 0 40% 40% 2.0 - 2.1 62 15.1 95 40% 43 - 2 - -
TOTALS: 8,746 5,157 3,589 203 36 30 8 20,219 14,811
Building: Centennial Student Union MSU Mankato 7,500 cfm (design) 7,500 cfm (estimated) Preheat coil - MBHUnit Tag: AHU-1-5 15 hp total motor 0 hp total motor Cooling coil tonsServes: 2nd Floor South, Ballroom Lobby 5.3 " SP (estimated) 0.0 " SP (estimated) Min outside air 28% at des.Type: VAV w/ HW Reheat and CO2 Control 65% Estimated fan efficiency 65% Estimated fan efficiency Econo lockout 55 °FSupply Fan Speeds Estimated from CHVAC AHU Load Profiles 94.0% Motor efficiency 92.0% Motor efficiency Mixed air setpoint 53 °F
10 bhp 0 bhp Dischrg air setpt 53 °F7.6 kW at design flow 0.0 kW at design flow Fraction fan heat 100% to air
95% Drive Efficiency (VFD) 95% Drive Efficiency (VFD) Reheat coils Yes MBH1.5 Power / flow exponent (VFD) 1.5 Power / flow exponent (VFD) BAS Yes
VAV WITH CO2 CONTROL
BIN DB MCWB h Occ Unocc RAT RARH RAH Econo Actual MAT MAH MAW Leaving Heating Heating Leaving Sat lb Leaving h CHW Fan heat DAT h Leaving Flow Heating Heating CHW (°F) (°F) (°F) Btu/lb 01-08 09-16 17-24 Total Hrs Hrs °F % Btu/lb OA OA °F Btu/lb lbH20 °F MBH MMBTU DB °F H20/lb air % RH Btu/lb ton Supply Return Supply Return °F °F Btu/lb °F % MBH MMBTU kW kWh ton-hrs
100/104 102 78 41.3 0 0 0 - 0 0 78 50% 30.0 28% 28% 85 33.1 0.0116 85 - - 53 0.0086 96% 21.7 32 100% 100% 8.0 - 3.4 56 26.2 56 33% - - 8 - - 95/99 97 76 39.4 0 6 2 8 5 3 78 49% 29.7 28% 28% 83 32.3 0.0113 83 - - 53 0.0086 96% 21.7 30 100% 100% 8.0 - 3.4 56 25.8 56 33% - - 8 37 129 90/94 92 74 37.5 0 37 13 50 29 21 78 48% 29.4 28% 28% 82 31.6 0.0109 82 - - 53 0.0086 96% 21.7 28 100% 100% 8.0 - 3.4 56 25.4 56 33% - - 8 229 739 85/89 87 71 34.8 0 96 40 136 76 60 77 48% 29.0 28% 28% 80 30.6 0.0104 80 - - 53 0.0086 96% 21.7 25 100% 100% 8.0 - 3.4 56 24.8 56 33% - - 8 603 1,695 80/84 82 68 32.3 10 178 97 285 144 141 77 47% 28.7 29% 29% 79 29.8 0.0100 79 - - 53 0.0086 96% 21.7 21 94% 94% 7.2 - 3.3 56 24.3 56 33% - - 7 1,047 2,684 75/79 77 66 30.8 45 235 162 442 197 245 77 46% 28.4 31% 31% 77 29.2 0.0098 77 - - 53 0.0086 96% 21.7 19 88% 88% 6.6 - 3.1 56 24.1 56 33% - - 7 1,289 3,033 70/74 72 63 28.5 136 246 231 613 217 396 77 45% 28.1 34% 34% 75 28.3 0.0093 75 - - 53 0.0086 96% 21.7 15 82% 82% 5.9 - 3.0 56 23.6 56 33% - - 6 1,276 2,572 65/69 67 60 26.4 233 218 251 702 469 233 76 45% 27.8 36% 36% 73 27.3 0.0090 73 - - 53 0.0086 96% 21.7 12 76% 76% 5.2 - 2.9 56 23.2 56 33% - - 5 2,456 1,723 60/64 62 56 23.8 276 194 234 704 428 276 76 44% 27.5 40% 40% 71 26.1 0.0083 71 - - 53 0.0086 97% 21.8 8 70% 70% 4.6 - 2.8 56 22.5 56 33% - - 5 1,976 994 55/59 57 52 21.4 249 162 203 614 365 249 76 43% 27.3 43% 43% 68 24.7 0.0077 68 - - 53 0.0086 90% 21.1 6 63% 63% 4.0 - 2.7 56 21.8 56 33% - - 4 1,469 563 50/54 52 47 18.7 226 152 174 552 326 226 76 42% 27.0 96% 96% 53 19.0 0.0058 53 - - 53 0.0086 68% 19.0 0 57% 57% 3.5 - 2.5 56 19.6 56 33% - - 3 1,128 0 45/49 47 43 16.7 188 140 150 478 290 188 75 42% 26.7 79% 79% 53 18.8 0.0056 53 - - 53 0.0086 65% 18.8 0 51% 51% 2.9 - 2.4 55 19.4 55 33% - - 3 848 0 40/44 42 38 14.3 175 155 157 487 312 175 75 41% 26.4 67% 67% 53 18.3 0.0051 53 - - 53 0.0086 60% 18.3 0 45% 45% 2.4 - 2.3 55 18.9 55 33% - - 2 754 0 35/39 37 34 12.6 193 172 187 552 359 193 75 40% 26.1 70% 70% 48 16.6 0.0046 60 37 13 53 0.0086 54% 17.8 0 39% 39% 1.9 - 2.1 55 18.3 55 39% - - 2 699 - 30/34 32 30 11.0 223 203 227 653 430 223 75 39% 25.8 83% 83% 39 13.5 0.0038 60 56 24 53 0.0086 44% 16.8 0 33% 33% 1.5 - 1.9 55 17.3 55 33% - - 2 649 - 25/29 27 25 9.0 217 183 191 591 374 217 75 38% 25.6 83% 83% 35 11.8 0.0031 60 67 25 60 0.0111 29% 17.8 0 33% 33% 1.5 - 1.9 62 18.3 70 33% 7 3 2 564 - 20/24 22 21 7.5 176 145 154 475 299 176 74 38% 25.3 83% 83% 31 10.5 0.0029 60 78 23 60 0.0111 26% 17.5 0 33% 33% 1.5 - 1.9 62 18.0 72 33% 9 3 2 451 - 15/19 17 16 5.8 136 115 128 379 243 136 74 37% 25.0 83% 83% 27 9.0 0.0024 60 90 22 60 0.0111 22% 17.1 0 33% 33% 1.5 - 1.9 62 17.5 75 33% 11 3 2 367 - 10/14 12 11 4.2 122 88 103 313 191 122 74 36% 24.8 83% 83% 22 7.6 0.0021 60 101 19 60 0.0111 19% 16.7 0 33% 33% 1.5 - 1.9 62 17.2 77 33% 13 3 2 288 -
5/9 7 6 2.6 94 72 76 242 148 94 74 35% 24.5 83% 83% 18 6.3 0.0018 60 112 17 60 0.0111 16% 16.4 0 33% 33% 1.5 - 1.9 62 16.8 79 33% 15 2 2 223 - 0/4 2 1 1.2 76 56 58 190 114 76 73 35% 24.3 83% 83% 14 5.0 0.0016 60 123 14 60 0.0111 14% 16.1 0 33% 33% 1.5 - 1.9 62 16.6 81 33% 17 2 2 172 -
-5/-1 -3 -3 0.0 58 32 41 131 73 58 73 34% 24.0 83% 83% 10 4.0 0.0016 60 134 10 60 0.0111 14% 16.1 0 33% 33% 1.5 - 1.9 62 16.6 84 33% 19 1 2 110 - 10/-6 -8 -8 -1.4 40 18 23 81 41 40 73 33% 23.8 83% 83% 5 2.8 0.0014 60 146 6 60 0.0111 13% 16.0 0 33% 33% 1.5 - 1.9 62 16.4 86 33% 21 1 2 62 -
-15/-11 -13 -13 -2.7 25 9 11 45 20 25 73 32% 23.5 83% 83% 1 1.7 0.0013 60 157 3 60 0.0111 12% 15.8 0 33% 33% 1.5 - 1.9 62 16.3 88 33% 23 0 2 30 - -20/-16 -18 -18 -4.0 10 2 4 16 6 10 72 32% 23.3 83% 83% (3) 0.5 0.0012 60 168 1 60 0.0111 11% 15.7 0 33% 33% 1.5 - 1.9 62 16.2 90 33% 25 0 2 9 - -25/-21 -23 -23 -5.3 4 0 2 6 2 4 72 31% 23.0 83% 83% (7) (0.6) 0.0011 60 179 0 60 0.0111 10% 15.6 0 33% 33% 1.5 - 1.9 62 16.1 93 33% 27 0 2 3 - -30/-26 -28 -28 -6.5 1 0 0 1 0 1 72 30% 22.8 83% 83% (11) (1.7) 0.0010 60 191 - 60 0.0111 9% 15.5 0 33% 33% 1.5 - 1.9 62 16.0 95 33% 29 - 2 - -
TOTALS: 8,746 5,157 3,589 178 32 18 8 16,741 14,131
Utility UseReheat CoilsOBSRVD HOURS Fan speed (%) Fan power (kW) Electricity
Air Flow and Fan PowerPreheat Coils Discharge AirCooling Coil
Supply Fan Data Return Fan Data Coil and Control Data
Weather Data Operating Hrs Return Air Mixed Air
Supply Fan Data Return Fan Data Coil and Control Data
Weather Data Operating Hrs Return Air Mixed Air Preheat Coils Discharge AirCooling Coil Utility UseReheat CoilsAir Flow and Fan PowerOBSRVD HOURS Fan speed (%) Fan power (kW) Electricity
Building: Centennial Student Union MSU Mankato 34,500 cfm (design) 34,500 cfm (estimated) Preheat coil - MBHUnit Tag: AHU-40 50 hp total motor 15 hp total motor Cooling coil #REF! tonsServes: 2nd Floor South, Ballroom Lobby 5.3 " SP (estimated) 1.4 " SP (estimated) Min outside air 44% at des.Type: Baseline VAV w/ HW Reheat 65% Estimated fan efficiency 65% Estimated fan efficiency Econo lockout 55 °F
94.0% Motor efficiency 92.0% Motor efficiency Mixed air setpoint 53 °F41 bhp 12 bhp Dischrg air setpt 53 °F
32.5 kW at design flow 9.5 kW at design flow Fraction fan heat 100% to air95% Drive Efficiency (VFD) 95% Drive Efficiency (VFD) Reheat coils Yes MBH
1.7 Power / flow exponent (VFD) 1.7 Power / flow exponent (VFD) BAS YesBASELINE - VAV
BIN DB MCWB h Occ Unocc RAT RARH RAH Econo Actual MAT MAH MAW Leaving Heating Heating Leaving Sat lb Leaving h CHW Fan heat DAT h Leaving Flow Heating Heating CHW (°F) (°F) (°F) Btu/lb 01-08 09-16 17-24 Total Hrs Hrs °F % Btu/lb OA OA °F Btu/lb lbH20 °F MBH MMBTU DB °F H20/lb air % RH Btu/lb ton Supply Return Supply Return °F °F Btu/lb °F % MBH MMBTU kW kWh ton-hrs
100/104 102 78 41.3 0 0 0 - 0 0 80 50% 31.3 44% 44% 90 35.7 0.0128 90 - 53 0.0086 96% 21.7 182 100% 100% 34.3 10.0 3.1 56 27.4 56 33% - - 44 - - 95/99 97 76 39.4 0 6 2 8 5 3 80 49% 30.9 44% 44% 87 34.6 0.0124 87 - 53 0.0086 96% 21.7 168 100% 100% 34.3 10.0 3.1 56 26.9 56 33% - - 44 205 718 90/94 92 74 37.5 0 37 13 50 29 21 79 48% 30.5 44% 44% 85 33.6 0.0120 85 - 53 0.0086 96% 21.7 154 100% 100% 34.3 10.0 3.1 56 26.5 56 33% - - 44 1,272 4,075 85/89 87 71 34.8 0 96 40 136 76 60 79 48% 30.1 44% 44% 83 32.2 0.0112 83 - 53 0.0086 96% 21.7 136 100% 100% 34.3 10.0 3.1 56 25.7 56 33% - - 44 3,349 9,146 80/84 82 68 32.3 10 178 97 285 144 141 79 47% 29.8 46% 46% 80 30.9 0.0106 80 - 53 0.0086 96% 21.7 114 95% 95% 31.4 9.1 3.0 56 25.0 56 33% - - 41 5,856 14,262 75/79 77 66 30.8 45 235 162 442 197 245 78 46% 29.4 49% 49% 78 30.1 0.0104 78 - 53 0.0086 96% 21.7 98 90% 90% 28.6 8.3 2.9 56 24.7 56 33% - - 37 7,276 15,999 70/74 72 63 28.5 136 246 231 613 217 396 78 45% 29.0 52% 52% 75 28.8 0.0098 75 - 53 0.0086 96% 21.7 78 85% 85% 26.0 7.6 2.8 56 24.1 56 33% - - 34 7,280 13,235 65/69 67 60 26.4 233 218 251 702 469 233 78 45% 28.7 55% 55% 72 27.4 0.0093 72 - 53 0.0086 96% 21.7 60 80% 80% 23.4 6.8 2.7 56 23.5 56 33% - - 30 14,195 8,548 60/64 62 56 23.8 276 194 234 704 428 276 78 44% 28.3 59% 59% 68 25.7 0.0085 68 - 53 0.0086 99% 21.9 37 75% 75% 21.0 6.1 2.6 56 22.5 56 33% - - 27 11,608 4,332 55/59 57 52 21.4 249 162 203 614 365 249 77 43% 28.0 63% 63% 65 23.9 0.0077 65 - 53 0.0086 90% 21.1 25 70% 70% 18.7 5.4 2.4 55 21.7 55 33% - - 24 8,804 2,233 50/54 52 47 18.7 226 152 174 552 326 226 77 42% 27.6 96% 96% 53 19.0 0.0058 53 - - 53 0.0086 68% 19.0 0 65% 65% 16.5 4.8 2.3 55 19.6 55 33% - - 21 6,932 0 45/49 47 43 16.7 188 140 150 478 290 188 77 42% 27.3 80% 80% 53 18.8 0.0056 53 - - 53 0.0086 66% 18.8 0 60% 60% 14.4 4.2 2.2 55 19.3 55 33% - - 19 5,382 0 40/44 42 38 14.3 175 155 157 487 312 175 76 41% 27.0 68% 68% 53 18.4 0.0052 53 - - 53 0.0086 61% 18.4 0 55% 55% 12.4 3.6 2.1 55 18.9 55 33% - - 16 4,994 0 35/39 37 34 12.6 193 172 187 552 359 193 76 40% 26.6 88% 88% 42 14.3 0.0039 60 341 123 53 0.0086 46% 17.0 0 50% 50% 10.5 3.1 1.9 55 17.5 55 50% - - 14 4,887 - 30/34 32 30 11.0 223 203 227 653 430 223 76 39% 26.3 98% 98% 33 11.3 0.0032 60 453 195 53 0.0086 37% 16.2 0 45% 45% 8.8 2.6 1.8 55 16.6 55 45% - - 11 4,894 - 25/29 27 25 9.0 217 183 191 591 374 217 75 38% 26.0 98% 98% 28 9.4 0.0024 60 535 200 60 0.0111 22% 17.1 0 45% 45% 8.8 2.6 1.8 62 17.5 70 45% 62 23 11 4,256 - 20/24 22 21 7.5 176 145 154 475 299 176 75 38% 25.7 98% 98% 23 7.9 0.0022 60 618 185 60 0.0111 20% 16.8 0 45% 45% 8.8 2.6 1.8 62 17.2 72 45% 79 24 11 3,392 - 15/19 17 16 5.8 136 115 128 379 243 136 75 37% 25.4 98% 98% 18 6.1 0.0017 60 700 170 60 0.0111 15% 16.2 0 45% 45% 8.8 2.6 1.8 62 16.7 75 45% 96 23 11 2,748 - 10/14 12 11 4.2 122 88 103 313 191 122 74 36% 25.1 98% 98% 13 4.5 0.0013 60 783 150 60 0.0111 12% 15.8 0 45% 45% 8.7 2.5 1.8 62 16.2 77 45% 112 21 11 2,153 -
5/9 7 6 2.6 94 72 76 242 148 94 74 35% 24.8 99% 99% 8 3.0 0.0010 60 865 128 60 0.0111 9% 15.5 0 45% 45% 8.7 2.5 1.8 62 15.9 79 45% 129 19 11 1,663 - 0/4 2 1 1.2 76 56 58 190 114 76 74 35% 24.5 99% 99% 3 1.5 0.0007 60 948 108 60 0.0111 6% 15.2 0 45% 45% 8.7 2.5 1.8 62 15.6 81 45% 145 17 11 1,277 -
-5/-1 -3 -3 0.0 58 32 41 131 73 58 74 34% 24.2 99% 99% (2) 0.3 0.0007 60 1,030 75 60 0.0111 7% 15.2 0 45% 45% 8.6 2.5 1.8 62 15.7 84 45% 161 12 11 815 - 10/-6 -8 -8 -1.4 40 18 23 81 41 40 73 33% 23.9 99% 99% (7) (1.1) 0.0006 60 1,113 46 60 0.0111 5% 15.0 0 44% 44% 8.6 2.5 1.8 62 15.5 86 44% 177 7 11 456 -
-15/-11 -13 -13 -2.7 25 9 11 45 20 25 73 32% 23.6 99% 99% (12) (2.5) 0.0004 60 1,195 24 60 0.0111 4% 14.9 0 44% 44% 8.6 2.5 1.8 62 15.3 88 44% 193 4 11 222 - -20/-16 -18 -18 -4.0 10 2 4 16 6 10 73 32% 23.3 99% 99% (17) (3.8) 0.0003 60 1,278 8 60 0.0111 3% 14.8 0 44% 44% 8.6 2.5 1.8 62 15.2 90 44% 209 1 11 66 - -25/-21 -23 -23 -5.3 4 0 2 6 2 4 72 31% 23.0 100% 100% (23) (5.2) 0.0002 60 1,360 3 60 0.0111 2% 14.7 0 44% 44% 8.5 2.5 1.8 62 15.1 93 44% 225 0 11 22 - -30/-26 -28 -28 -6.5 1 0 0 1 0 1 72 30% 22.8 100% 100% (28) (6.5) 0.0002 60 1,443 - 60 0.0111 2% 14.6 0 44% 44% 8.5 2.5 1.8 62 15.0 95 44% 240 - 11 - -
TOTALS: 8,746 5,157 3,589 1,413 182 152 44 104,007 72,547
329113 ton-hours Total Cooling, other AHU0.1806 AHU-40 Fraction of Building Cooling
114830 Total Actual Cooling, other AHU20740 ton-hours Adjusted Total Cooling, AHU-4094090 ton-hours Adjusted Total Actual Cooling, other AHU
OBSRVD HOURS Fan speed (%) Fan power (kW) ElectricityDischarge AirCooling Coil Utility UseReheat CoilsAir Flow and Fan Power
Supply Fan Data Return Fan Data Coil and Control Data
Weather Data Operating Hrs Return Air Mixed Air Preheat Coils
CONVERT REHEAT PUMPS TO VFDExisiting Proposed Existing Proposed Savings
BIN DB MCWB h Occ Unocc% Full Load kW kW kWh kWh kWh
(°F) (°F) (°F) Btu/lb 01-08 09-16 17-24 Total Hrs Hrs100/104 102 78 41.3 0 0 0 - 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0% 0.0 0.0 -
95/99 97 76 39.4 0 6 2 8 5 3 0 0 0 0 0 0 0 0 0 0 0 0 0% 0.0 0.0 - 90/94 92 74 37.5 0 37 13 50 29 21 0 0 0 0 0 0 0 0 0 0 0 0 0% 0.0 0.0 - 85/89 87 71 34.8 0 96 40 136 76 60 0 0 0 0 0 0 0 0 0 0 0 0 0% 0.0 0.0 - 80/84 82 68 32.3 10 178 97 285 144 141 24 8 25 5 5 7 8 8 6 8 0 105 5% 5.7 3.0 818.0 430.5 387 75/79 77 66 30.8 45 235 162 442 197 245 48 15 49 10 10 14 17 17 13 17 0 209 10% 5.7 3.0 1114.3 586.5 528 70/74 72 63 28.5 136 246 231 613 217 396 72 23 74 16 16 20 25 25 19 25 0 314 15% 5.7 3.0 1228.5 646.6 582 65/69 67 60 26.4 233 218 251 702 469 233 96 30 98 21 21 27 33 33 25 33 0 418 20% 5.7 3.0 2655.7 1397.7 1,258 60/64 62 56 23.8 276 194 234 704 428 276 120 38 123 26 26 34 42 42 31 42 0 523 25% 5.7 3.0 2423.5 1275.5 1,148 55/59 57 52 21.4 249 162 203 614 365 249 144 45 148 31 31 41 50 50 38 50 0 627 29% 5.7 3.0 2066.8 1087.8 979 50/54 52 47 18.7 226 152 174 552 326 226 168 53 172 36 36 48 58 58 44 58 0 732 34% 5.7 3.0 1845.9 971.6 874 45/49 47 43 16.7 188 140 150 478 290 188 192 60 197 42 42 54 67 67 50 67 0 837 39% 5.7 3.0 1642.1 864.3 778 40/44 42 38 14.3 175 155 157 487 312 175 497 132 221 47 47 79 75 75 57 75 0 1,304 61% 5.7 3.6 1766.7 1137.6 629 35/39 37 34 12.6 193 172 187 552 359 193 116 -34 4 52 52 0 18 30 0 20 0 257 12% 5.7 3.0 2032.8 1069.9 963 30/34 32 30 11.0 223 203 227 653 430 223 211 -14 0 57 57 0 28 44 0 31 0 414 19% 5.7 3.0 2434.8 1281.5 1,153 25/29 27 25 9.0 217 183 191 591 374 217 306 7 64 15 15 0 60 84 0 65 13 629 29% 5.7 3.0 2117.7 1114.6 1,003 20/24 22 21 7.5 176 145 154 475 299 176 340 28 129 28 28 16 86 94 0 92 16 858 40% 5.7 3.0 1693.1 891.1 802 15/19 17 16 5.8 136 115 128 379 243 136 367 49 195 41 41 37 104 104 12 104 19 1,074 50% 5.7 3.0 1376.0 729.9 646 10/14 12 11 4.2 122 88 103 313 191 122 394 70 260 54 54 59 114 114 27 114 23 1,283 60% 5.7 3.6 1081.5 685.5 396
5/9 7 6 2.6 94 72 76 242 148 94 421 91 326 67 67 80 124 124 41 124 26 1,492 70% 5.7 4.2 838.0 617.6 220 0/4 2 1 1.2 76 56 58 190 114 76 448 112 351 80 80 101 134 134 56 134 29 1,661 78% 5.7 4.6 645.5 529.4 116
-5/-1 -3 -3 0.0 58 32 41 131 73 58 475 133 374 94 94 123 144 144 71 144 31 1,827 86% 5.7 5.1 413.4 373.0 40 10/-6 -8 -8 -1.4 40 18 23 81 41 40 502 154 398 101 101 144 154 154 85 154 34 1,982 93% 5.7 5.5 232.2 227.3 5
-15/-11 -13 -13 -2.7 25 9 11 45 20 25 529 174 421 107 107 163 164 164 100 164 37 2,131 100% 5.7 6.0 113.2 119.2 (6) -20/-16 -18 -18 -4.0 10 2 4 16 6 10 556 193 444 113 113 173 174 174 114 174 39 2,131 100% 5.7 6.0 34.0 35.8 (2) -25/-21 -23 -23 -5.3 4 0 2 6 2 4 583 201 467 119 119 183 185 185 129 185 41 2,131 100% 5.7 6.0 11.3 11.9 (1) -30/-26 -28 -28 -6.5 1 0 0 1 0 1 610 209 513 119 119 172 174 174 128 174 43 2,131 100% 5.7 6.0 0.0 0.0 - TOTALS: 8,746 5,157 3,375 27,781 15,318 12,463
1
TotalAHU-1-5
Reheat Btu/hWeather Data Operating Hrs
AHU-I AHU-J AHU-K
Pump Law Power Exponent
AHU-HAHU-E AHU-FAHU-DOBSRVD HOURS
AHU-A AHU-B AHU-C
ECM Description
Assumed Operating
HoursNew VAV
Boxes
High Efficiency Motor HP VFD HP
New VAV Boxes
High Efficiency Motor HP VFD HP
Rebate Total
1 AHU-A 5,157 21 105 105 $4,200 $420 $3,150 $7,770 $36,730 3.12 AHU-C w/CO2 Control 5,157 26 80 80 $5,200 $320 $2,400 $7,920 $62,580 4.93 AHU-J w/CO2 Control 5,157 15 25 25 $3,000 $100 $750 $3,850 $16,650 5.54 AHU-B w/CO2 Control 5,157 4 40 40 $800 $160 $1,200 $2,160 $12,140 2.85 AHU F w/CO2 Control 5,157 6 25 25 $1,200 $100 $750 $2,050 $19,650 4.86 AHU D w/CO2 Control 556 3 15 15 $600 $60 - $660 $4,790 16.87 AHU E w/CO2 Control 556 1 15 15 $200 $60 - $260 $5,190 17.08 AHU-H w/CO2 Control 2,034 - 20 20 - $80 - $80 $4,420 3.29 AHU-I w/CO2 Control 2,034 - 20 20 - $80 - $80 $4,420 3.110 AHU-K w/CO2 Control 2,034 - 20 20 - $80 - $80 $4,420 3.111 AHU-1-5 CO2 Control 5,157 1 - - $200 - - $200 $800 1.112 Reheat Pump VFD 5,157 - 8 8 - $32 $240 $272 $5,228 6.8
TOTAL 77 373 373 $15,400 $1,492 $8,490 $25,382 $177,018 4.2
Xcel Energy Prescriptive Rebates
$200 / VAV Box Rebate$4 /hp Motor Rebate
$30 /hp VFD Rebate
Note: AHUs with annual runtimes less than 4,000 hours not eligible for VFD rebates
ECO Costs Less
Rebates
Simple Payback
with Rebates
(yrs)
Xcel Energy RebateXcel Energy Rebate
V 7.03
Customer Information Date Approved Date
Company name Prepared by (Engineering Firm)
Complete service address
Customer contact name
Customer contact phone
Customer e-mail*
Electric account number
Check if Xcel Energy Electric
Natural gas account number
Check if Xcel Energy Gas Recommissioning Verification
* By providing an e-mail address, you are giving us permission to send e-mail regarding this and other programs and services. Complete this section after implementing
Summer Peak
Annual
Energy Gas Energy
Estimated
Annual Estimated Estimated Gross Cost Simple Estimated Estimated
Check if Custom
Efficiency
Verification of Recommissioning
Implementation
Customer signature required
when complete - see Rules and Actual Cost Of
303482079
Brad Heilman
507-389-2722
Xcel Energy Account Manager
Xcel Energy Recommissioning/Engineering Assistance StudySummary of Energy Conservation Measures
Instructions: Complete this form to determine applicable rebate amounts. Before using this spreadsheet, in Excel, go to Tools/Macro/Security. Make sure that the Security Level is set to Medium or Low. If Security had been set on High, you will
need to exit and then relaunch Excel in order for the setting to take effect. If Security is set on Medium, you will need to select the "Enable Macros" button in order for the Recommissioning Tool to function correctly. Customer must sign/date form
upon completion of recommissioning measures and return a copy of this form and all related equipment/labor invoices to the customer's Xcel Energy Account Manager.
Sebesta Blomberg
Douglas A. Lucht, PE
December 8, 2008
651-634-7328Phone
Engineering Firm Information
Minnesota State University, Mankato
236 Wigley Administration Center, Mankato, MN 56001 Contact Name
E-mail*
Version 1
ECO
# Energy Conservation Opportunity
Summer Peak
Demand
Savings (kW)
Energy
Savings
(kWh)
Gas Energy
Savings
(MMBTU)
Annual
Electric Cost
Savings
Estimated
Annual Gas
Cost Savings
Estimated
Other Cost
Savings
Gross Cost
of
Opportunity
Simple
Payback
(years)
Estimated
Prescriptive
Rebate
Estimated
Recommissioning
Conservation Rebate
Efficiency
Application
Required
when complete - see Rules and
Requirements section before
signing)
Actual Cost Of
Recommissioning
Opportunity Date
1 AHU-A VFD Unit 132,629 $8,223 $3,664 $44,500 3.09 $7,770
2 AHU-C VFD Unit with CO2 Ctrl. 130,419 $8,086 $4,769 $70,500 4.87 $7,920
3 AHU-J VFD Unit with CO2 Ctrl. 30,677 $1,902 $1,126 $20,500 5.50 $3,850
4 AHU-B VFD Unit with CO2 Ctrl. 41,661 $2,583 $1,811 $14,300 2.76 $2,160
5 AHU-F VFD Unit with CO2 Ctrl. 42,677 $2,646 $1,412 $21,700 4.84 $2,050
6 AHU-D VFD Unit with CO2 Ctrl. 1,452 $90 $194 $5,450 16.86 $660
7 AHU-E VFD Unit with CO2 Ctrl. 1,323 $82 $222 $5,450 17.05 $260
8 AHU-H VFD Unit with CO2 Ctrl. 11,339 $703 $694 $4,500 3.16 $80
9 AHU-I VFD Unit with CO2 Ctrl. 11,339 $703 $713 $4,500 3.12 $80
10 AHU-K VFD Unit with CO2 Ctrl. 11,339 $703 $731 $4,500 3.08 $80
11 AHU-1-5 CO2 Ctrl. 3,645 $226 $505 $1,000 1.25 $83
12 Reheat Pump VFD 12,468 $773 $5,500 6.76 $272
Version 1
Version 1
Other Savings Opportunities (Non-Rebatable energy savings, rate savings, load management, water savings, etc.)
TOTALS
Recommissioning 3,645 $226 $505 $1,000 1.25 $83
Prescriptive 427,323 $26,494 $15,339 $201,400 4.81 $25,182
Custom
Other
RULES & REQUIREMENTS
Customer should sign all implemented recommissioning lines and submit to Xcel Energy Account Manager, along with invoices, upon completion to determine final rebate amount.
Xcel Energy's conservation rebate programs are subject to 60 days' notice of cancellation. The customer is responsible for checking with the Business Solution Center at 1-800-481-4700 to ask whether or not the program is still
in effect and to verify program parameters.
Customers must apply for rebates within one year of the purchase date shown on equipment invoice for a given measure.
By signing this form, customer does hereby certify that 1. All recommissioning work is complete and operational prior to submitting rebate; and 2. All rules of this Xcel Energy program have been followed. Further, the customer
acknowledges that participation in the rebate program shall impose no liability on Xcel Energy. In particular, Xcel Energy shall not be liable for the work performed by the customer's engineer, contractor, or vendor. Energy
savings are estimates only. Actual savings may vary.
Actual rebate amounts subject to review by Xcel Energy. Measures implemented after December 31, 2008 will be reviewed.
Rebates are available for Xcel Energy business customers in Minnesota only.
Customer is responsible for providing actual costs for each recommissioning measure implemented.
If a measure is marked as Custom Efficiency, customer is responsible for applying for preapproval before purchasing equipment in order to qualify for a rebate.
Version 1
Customer Name Minnesota State University, MankatoCustomer Address 236 Wigley Administration Center, Mankato, MN 56001
Customer contact name Brad HeilmanElectric account number 303482079
Natural gas account number
ECO
# Energy Conservation Opportunity
Summer Peak
Demand
Savings (kW)
Annual
Energy
Savings
(kWh)
Gas Energy
Savings
(MMBTU)
Check if You
Plan On
Implementing or
Probability of
implementing
Time frame of
Implementation
(Month/Year) Next Steps / Barriers
1 AHU-A VFD Unit 132,629 x July-10
2 AHU-C VFD Unit with CO2 Ctrl. 130,419 x December-09
3 AHU-J VFD Unit with CO2 Ctrl. 30,677 x August-09
4 AHU-B VFD Unit with CO2 Ctrl. 41,661 x May-10
5 AHU-F VFD Unit with CO2 Ctrl. 42,677 x March-10
6 AHU-D VFD Unit with CO2 Ctrl. 1,452 x May-09
7 AHU-E VFD Unit with CO2 Ctrl. 1,323 x May-09
8 AHU-H VFD Unit with CO2 Ctrl. 11,339 x August-09
9 AHU-I VFD Unit with CO2 Ctrl. 11,339 x August-09
10 AHU-K VFD Unit with CO2 Ctrl. 11,339 x August-09
11 AHU-1-5 CO2 Ctrl. 3,645 x August-09
12 Reheat Pump VFD 12,468 x May-10
Additional Comments
Customer Implementation Plan
Appendix I
Minnesota State University 2/20/2009 Centennial Student Union Pre-Design Study Appendix I-1 Sebesta Blomberg Project No. 250802.00
Xcel Energy Disclaimer The estimated costs shown for each opportunity are based on previous experience with comparable cost reduction plans in other facilities. While the energy conservation and load management measures contained in this report have been reviewed for technical accuracy, Xcel Energy and Sebesta Blomberg do not guarantee the cost savings or reduction in total energy requirements presented in the recommendations. Xcel Energy and Sebesta Blomberg shall, in no event, be liable to Minnesota State University, Mankato in the event that the potential energy savings are not achieved.
The recommendations are based on an analysis of conditions observed at the time of the survey, information provided by Xcel Energy and costs based upon Sebesta Blomberg experience on similar projects. Estimated savings are computed on the basis of research by government agencies product literature, and engineering associations. Actual savings will depend on many factors including: conservation measures implemented, seasonal weather variations, fuel price increases and specific energy use practices of the facility’s occupants and workers. Performance guidelines provided in the report are for informational purposes only and are not to be construed as a design document. This report is written for energy saving purposes only and should not be used for bid specifications.
Xcel Energy will not benefit in any way from your decision to select a particular contractor or vendor to supply or install the products and measures recommended by Sebesta Blomberg. You are encouraged to ask for the option of contractors or suppliers you have worked with in the past for further information on the suggested measures.
Disturbance, removal or replacement of building material, insulation system, high intensity discharge and fluorescent lamps, lamp ballasts, power factor correction capacitors, starting and running capacitors of motors and other potentially hazardous components that contain asbestos, mercury or PCB’s will require proper handling and disposal in accordance with applicable federal and state laws and regulations. It is the customer’s responsibility to ensure that the contractor follows such guidelines in implementing the recommendations of this report.
Xcel Energy advises that customers check with their Xcel Energy sales representative to determine the estimated value of their rebate and to verify that the equipment qualifies for Xcel Energy programs prior to implementing any conservation measure. Some measures identified in this report may qualify for an Xcel Energy Custom Efficiency rebate. Custom Efficiency projects require pre-approval prior to purchase and installation. The customer is responsible for submitting project information to their Xcel Energy sales representative to obtain pre-approval for Custom Efficiency projects and to determine the eligible custom rebate amount.
END OF DOCUMENT