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FACULTY OF ENGINEERING TECHNOLOGY
DEPARTMENT OF CONSTRUCTION MANAGEMENT AND ENGINEERING
Digital Facility Data Transfer Approach from
BIM Model to Maintenance Management
Software for Existing Building
Case Study Facility Management University of Twente
Msc. Thesis Report
Aulia Rahman Setyadi
Digital Facility Data Transfer Approach from
BIM Model to Maintenance Management
Software for Existing Building
Case Study Facility Management University of Twente
Msc. Thesis Report
Author:
Aulia Rahman Setyadi
s1790242
Supervision Committee:
Dr. Andreas Hartmann (Chair)
Dr. Farid Vahdatikhaki (Supervisor)
Dr. Ir. Léon olde Scholtenhuis (Supervisor)
Department of Construction Management and Engineering
Faculty of Engineering Technology
University of Twente
i
ABSTRACT
As a building construction project phase is completed, as-built building data are then submitted to the
owner or the Facility Management (FM) service. The FM will utilize this data for building Operation
and Maintenance (O&M) purpose. Currently, the facility data transfer process, i.e., the mechanism for
transferring facilities data from the digital construction software to the O&M systems, is mostly paper-
based, which makes it time-consuming and error-prone. Building Information Modeling (BIM) can
contribute to the building O&M phases by providing an integrated building data storage and
transferring information timely and accurately through the integration between BIM model with the
maintenance system. Technical issues become barriers for facility managers in integrating BIM with
their FM system. Previous studies mostly discuss how to solve the facility digital data transfer process
for a new construction. Few studies however addressed the transfer of digital representation of
existing buildings. This study develops a BIM based data transfer approach for existing digital buildings
representation to existing FM maintenance management software. The digital facility data transfer
approach proposed in this study consist of a process of collecting and restructuring building data from
BIM model and then transfer it to the maintenance management software. The proposed approach
was implemented during a case study of the High Pressure Laboratory building at University of
Twente. The result of this study demonstrates how the process of facility digital data are processed
and transferred from BIM model to a maintenance management software. The potential benefit,
obstacle and the actions to be considered are also discussed in order to improve the BIM based data
transfer process from BIM model to maintenance management software.
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ACKNOWLEDGEMENT
First and foremost, I would like to thank God Almighty for giving me the strength, knowledge, ability
and opportunity to undertake this research study and to persevere and complete. Without his
blessings, this achievement would not have been possible.
I would like to thank the thesis advisor, Dr. Farid Vahdatikhaki, Dr. Ir. Léon olde Scholtenhuis and the
chair of research committee Dr. Andreas Hartmann for their understanding, patient guidance,
encouragement, and useful critiques of this research project. They always opened their door
whenever I ran into a trouble spot or had a question about my research or writing. A special
acknowledgement to Lembaga Pengelola Dana Pendidikan (LPDP) who provides financial support for
my study in University of Twente.
I would also like to thank the Maintenance Manager of Facilitair Bedrijf University of Twente, Mr. Ray
Klumpert for his generosity to provide essential information and for his support to this research. I
would also like to acknowledge Mr. Arjen Koster from Prognotice B.V who has kindly shared his
knowledge about the Prognotice.
Last but not the least, I would also like to thank my parents, family, and all of my friends for the never-
ending support during my study.
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Table of Contents
ABSTRACT .............................................................................................................................................. i
ACKNOWLEDGEMENT ........................................................................................................................... ii
Table of Figures ..................................................................................................................................... v
Table of Tables ...................................................................................................................................... vi
1. Introduction .................................................................................................................................. 7
1.1. Problem Statement ............................................................................................................... 8
1.2. Problem at Facility Management of University of Twente .................................................. 11
1.3. Research Objective and Questions ...................................................................................... 11
2. Literature Study .......................................................................................................................... 13
2.2. Conventional Building Data Transfer Method ..................................................................... 14
2.3. Operations and Maintenance Phase Data ........................................................................... 14
2.4. BIM Data Transfer ............................................................................................................... 15
2.5. Facility Digital Data Transfer Method .................................................................................. 16
3. Research Methodology ............................................................................................................... 20
4. Digital Facility Data Analysis ........................................................................................................ 23
4.1. FM UT Maintenance Data Management ............................................................................. 23
4.2. Revit Model and Prognotice Data Analysis.......................................................................... 24
4.3. Identify Required Information for Building Operational & Maintenance ............................ 32
4.4. Identify Data Format ........................................................................................................... 33
4.5. Summary ............................................................................................................................. 33
5. Facility Digital Data Transfer Workflow ....................................................................................... 35
6. Case Study and Implementation ................................................................................................. 38
6.1. Collect Building Component Data from Revit Model .......................................................... 38
6.2. Restructure Database.......................................................................................................... 41
6.3. Import Data to Prognotice .................................................................................................. 45
6.4. Building Component Data Import Result ............................................................................ 46
6.5. Result Validation ................................................................................................................. 47
7. Discussion and Conclusion .......................................................................................................... 49
7.1. Discussion ........................................................................................................................... 49
7.2. Conclusion ........................................................................................................................... 52
References .......................................................................................................................................... 53
APPENDIX A ........................................................................................................................................ 55
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APPENDIX B......................................................................................................................................... 57
APPENDIX C ......................................................................................................................................... 61
APPENDIX D ........................................................................................................................................ 64
APPENDIX E ......................................................................................................................................... 96
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Table of Figures Figure 1-1 Graphics and attribute data changes over the facility lifecycle............................................ 9
Figure 2-1 Major facility lifecycle phases ............................................................................................ 14
Figure 4-1 BIM authoring software and maintenance management software used by FM UT .......... 24
Figure 4-2 Prognotice data hierarchy .................................................................................................. 25
Figure 4-3 Component data relationship ............................................................................................ 26
Figure 4-4 Object hierarchy in Revit model ......................................................................................... 27
Figure 4-5 Data inheritance in Revit model......................................................................................... 28
Figure 4-6 Relationship type between component in Revit model and Prognotice ............................ 29
Figure 4-7 Relationship type between component in Revit model and Prognotice (2) ....................... 30
Figure 4-8 Data mapping possibility between Revit model and Prognotice ........................................ 31
Figure 5-1 Proposed BIM Based building data transfer workflow. ...................................................... 35
Figure 6-1 Tools or software used in the case study ........................................................................... 38
Figure 6-2 Element filtering ................................................................................................................ 40
Figure 6-3 Get elements parameter value nodes ................................................................................ 40
Figure 6-4 List management and export nodes................................................................................... 41
Figure 6-5 Dynamo algorithm for NLSFB code restructuring .............................................................. 42
Figure 6-6 Key element, element, and sub-element code in Prognotice ............................................ 43
Figure 6-7 Dynamo algorithm to generate key element and element code ....................................... 43
Figure 6-8 Element grouping and quantity counting in Dynamo ........................................................ 44
Figure 6-9 Prognotice data import ...................................................................................................... 45
Figure 6-10 Building data transfer result in Prognotice ...................................................................... 46
Figure 6-11 Component attributes data in Prognotice ....................................................................... 47
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Table of Tables Table 2-2 Digital Facility Data Transfer Approaches............................................................................ 16
Table 4-1 Building Component Classification List ............................................................................... 32
Table 4-2 Component Property in Prognotice .................................................................................... 33
Table 6-1 Element Properties to be Exported ..................................................................................... 39
Table 6-2 NLSFB Code Naming Before and After Restructured ........................................................... 42
Table 6-3 Structured Building Component Data ................................................................................. 44
Table 6-4 Building Component Data Extracted from Prognotice ........................................................ 48
Table 7-1 Conventional vs BIM based building data transfer method ................................................ 49
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1. Introduction
The Operation and Maintenance (O&M) phase constitutes the greatest part of a building lifecycle. The
costs involved in this phase could take up to 60% of the total project costs (Teicholz & Fellow, 2004).
Based on this, improving the efficiency during the O&M phase could reduce overall building lifecycle
costs. One important element of the operation and maintenance stage is the availability and access
to the building data. Currently, the facility data transfer process, i.e., the mechanism for transferring
facilities data from the construction phase to the O&M phase, is mostly paper-based, which makes it
time-consuming and error-prone.
The emergence of Building Information Modeling (BIM) in the construction industry potentially brings
benefits not merely to the design and construction phases, but also to the O&M phases. BIM can be
defined as both a process and technical tool that can support the entire lifecycle of project by enabling
better communication and management of projects’ data for all the involved stakeholders. Although
BIM models are currently developed mainly for design and construction phases, they can also provide
useful support for facilities managers during O&M stages. BIM models can provide digital descriptions
of facilities objects (such as walls, ceilings, services, doors etc.), their relations and properties. Such an
extended application of BIM, can contribute to the building operation and maintenance phases by
enabling efficient query of key information, transferring information timely and accurately, and
updating data conveniently through the integration with the Facility Management (FM) system (Lu et
al. 2018).
Despite mentioned benefits of using the information model for requesting, exchanging, and updating
building operation data, current practices show that the potential of BIM in O&M stage is not well
exploited yet by facility managers. Both process and technical issue are barriers for facility managers
in integrating BIM with their maintenance management system. The implementation of BIM for FM
still focusses on new building project rather than on existing building (Volk et.al, 2014). Hence,
organizations that already utilize specific maintenance management system to manage their facility
for a long period are facing problems to use digital building data from BIM model for the building
maintenance purposes.
The needs to develop a specific digital facility data transfer approach for existing building will be the
main focus of this research. The emphasized of the research is to develop a digital facility data transfer
approach from BIM model to maintenance management software for the organizations that have
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been using specific maintenance management system to manage existing buildings with specific
condition and maintenance management software.
This report starts with the introduction section in chapter 1 which also discuss the problem raised and
the research objective to solve it. In the Chapter 2, the literature study within this topic is discussed
continued with the research methodology performed in this study which can be found in Chapter 3.
Chapter 4 explains the data analysis in developing the BIM based building data transfer approach. The
proposed workflow is then discussed in Chapter 5. This proposed workflow or approach was then
implemented in a case study which is discussed in Chapter 6. This report is closed by the discussion
and conclusion in Chapter 7.
1.1. Problem Statement
O&M phase is the phase after the facility has been completed and is ready for use. The start of this
phase is initiated by the handover process of all building data from construction phase to the owner.
The facility manager is responsible for activities taking place during the O&M phase. According to IFMA
(2013), Facility Management (FM) is a profession that encompasses multiple disciplines to ensure
functionality of the built environment by integrating people, place, process and technology.
Facility manager uses asset data – such as the condition of various objects in a building- to plan and
execute maintenance tasks. Those documents are transferred as the project progresses from the
construction to the O&M phase. Such documents can be in distinct formats. In many cases, the
documentation of the buildings comprises paper files or drawings (Teicholz, 2013). However, the use
of paper-based document in building data transfer processes are considered to be inefficient. Paper
documents are normally handed over months after the construction is finished, and even after the
building is already in use (Teicholz, 2013). Therefore facility managers are searching for a new
technology and process to face the challenge of collecting, categorizing, visualizing and updating the
information for operation and maintenance purpose (Ibrahim et al., 2016)
On the other hand, BIM has emerged as a new concept that combines technology and process for the
generation and management of digital images of physical and functional characteristics of a building.
This concept has been well developed in the Architecture Engineering and Construction (AEC) industry.
BIM can provide a visually and dimensionally accurate three-dimensional digital representation of a
building (Teicholz, 2013). It provides a shared knowledge resource for information about a facility
forming a reliable basis for decisions during its life-cycle (NIBMS-US, 2018).
BIM consists of certain amount of both graphics and nongraphic/attribute data of a facility. Graphic
data are visual and dimensional representative of the building while the attribute data describe the
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detailed profile of building components. As the construction project progress from the
design/construction phase to O&M phase, the need of graphical and nongraphic or attribute data is
changing. The amount of attribute data is growing as the project proceed to the next phase as shown
in the Figure 1-1. Greater amount of attribute data are utilized in the O&M phase than in the earlier
phase.
Figure 1-1 Graphics and attribute data changes over the facility lifecycle. source: (Teicholz P. , 2013)
Once the design phase is completed, facility attributes data from BIM model can be applied for the
multifaceted facility management applications such as maintenance planning activities, space
management, asset tracking, design information for future projects, performance tracking and other
operation and maintenance tasks (DSF, 2011).
An effective way to benefit from BIM data would be to digitally transfer data from the construction to
O&M phase, and thus replace the conventional data transfer approach. In conventional approach
normally building data are populated manually to the maintenance management software (Teicholz,
2013). The key benefit of integrating BIM with maintenance management system is thus that data no
longer needs to be modelled twice (i.e. in BIM software andm maintenance management software).
BIM adoption in the construction industry is currently accelerating rapidly. However, the focus is still
very strongly on the design and construction processes (Kiviniemi & Codinhoto, 2014). Consequently,
there is a technological gap between design/construction and O&M phases because of which
interoperability problems arise. Consequently, although each object in the BIM model can be linked
to maintenance management systems (Beatty et.al 2013), connection is not that simple to achieve in
practice. Facility Managers are still experiencing problem in adopting building digital data transfer
approach. BIM authoring software and maintenance management software are technically different
systems, hence building data is not easy to be transferred directly from BIM authoring software to
maintenance management software.
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Prior studies also show that the main barriers that might be faced include interoperability issues
(Naghshbandi, 2016). In order to build better connection between BIM model and FM system, there
is a need of interoperability between systems (Teicholz, 2013). Efforts to overcome the
interoperability and data exchange problem have been done by numerous institutions that developed
several building data transfer approaches. Teicholz (2013) identified four common approaches for
data transfer from the construction phase systems to FM systems:
1. Using a manually developed spreadsheet to capture facility data needed for FM and importing
it to FM systems;
2. Using open standard file formats to capture facility data from BIM model and then importing
it to FM systems;
3. Using middleware to capture facility data from BIM model and importing this to FM systems;
4. Directly integrating BIM models and FM system.
However, from the developed building data transfer approaches, there is no consensus on which
approach suits what maintenance management systems. case studies compiled by Teicholz (2013)
shows that different maintenance management systems require different data transfer approaches
depending on the condition of the organizations and their maintenance management system settings.
Furthermore, Dias and Ergan (2016) identify the need for customized facility information in the BIM
model for each operator. Each operator requires a specific set of data to complete their maintenance
tasks. It is difficult to make a standard dataset that would be usable for all the facility management.
Moreover, according to Teicholz (2013), each organization requires different building information to
be integrated to their maintenance management system.
Recent studies have started to find the possible integration method of BIM and maintenance
management software, but the main focus is still on new project instead of for existing building
(Ravetz, 2008). Case studies that was performed for instance, mostly discussed the digital facility data
transfer from BIM model to maintenance management software for new projects. Even tough, there
are more existing buildings where building data are managed in conventional ways and the data are
often incomplete or obsolete (Carbonari et.al, 2015). Hence, organizations that already utilize specific
maintenance management system to manage their existing building for a long period are facing
problems to integrate their maintenance management software with BIM authoring software.
It can be concluded that problem in digital facility data transfer from BIM model to maintenance
management softare is still experienced by facility managers. The problem arises due to different
maintenance management systems used by different FM which require specific building data set and
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digital building data transfer approach. There is still a lack of research that discuss digital data transfer
method from BIM to maintenance management software for existing buildings.
The needs to develop a BIM based data transfer approach for existing building will be the main focus
of this research. The emphasized of the research is to develop a BIM based data transfer approach for
the organizations that have been using specific maintenance management system to manage existing
buildings for a certain period with specific condition and maintenance management system setting.
1.2. Problem at Facility Management of University of Twente
Facility Management of University of Twente (FM UT) is a department in the university which has a
responsibility to manage facilities owned by University of Twente. One of their responsibility is to
manage the maintenance plan of buildings within the university area. Therefore, they are also
responsible to transfer building data to their maintenance management system. At the moment,
building information are stored in different formats such as paper documents, 2D drawings, dwg files,
and pdf files which is actually received from a conventional building data handover process. However,
FM UT is trying to reduce the dependency on paper-based documents and has a plan to replace them
with BIM model.
More importantly, FM UT is experiencing a difficulty to find the best approach to connect BIM model
and the maintenance management software to transfer data between the two system. In this study,
the researcher, therefore, investigated a proper approach to transfer digital facility data from BIM-
model to maintenance management software which fit the organization’s workflow and maintenance
management system.
1.3. Research Objective and Questions
A research is necessary in order to clarify some practical challenges of BIM based data transfer
approach for the existing building. A specific building digital data transfer approach then needs to be
developed. Therefore, the main objective of this research is to develop a digital facility data transfer
approach from BIM model to maintenance management software, which emphasized to the practice
for the organization which has been managed existing building with their maintenance management
software.
Building data transfer processes from BIM model to maintenance management software of the Facility
Management at University of Twente will be taken as a case study for this research. In order to support
the research objectives in collecting and analyzing the information, the following research questions
are specified:
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i. What types of information are used in the current FM practices/systems at UT?
a. How does the current workflow input data from as-built information to maintenance
management system?
b. What are the maintenance management tools used at Facility Managment of the
University of Twente?
c. What are the necessary building information and data for the maintenance of facility?
d. What are data formats to be imported to maintenance management software?
ii. How can the required maintenance information be generated from the BIM model?
a. Which facility information is provided in the BIM model?
b. Which data formats can BIM authoring software export?
iii. How to connect BIM model and UT FM system for the building digital data transfer purpose?
a. What are the available digital data transfer methodologies?
b. How can the building data transfer methodologies be applied to the existing maintenance
management software?
c. What are the required workflows for building data transfer methods?
d. What are the technical requirements to conduct the building data transfer process?
e. What adjustments need to be made both to the BIM model and to the maintenance
management system to streamline the integration?
These main questions then will be answered by observing some information from Facility
Management of the University of Twente as well as practical implementation of BIM based data
transfer method to a case study.
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2. Literature Study
2.1. Facility Information for Facility Management
The most essential element in running the facility management is the access to the facility information.
In order to make a decision about what action should be conducted to the facility, the facility manager
needs to have quick access to the real time facility condition or performance. Therefore, he ought to
deeply understand about the facility he is managing including all the system working in it, the
components which are installed, the location where they are mounted, their specification, etc. This
information can be endless and very large in quantity especially for a complex building. Therefore, as
a facility manager, he has to understand which information has to be included in the database and
which has to be excluded.
Decision to include certain facility information is equally important as the decision to exclude
unnecessary facility information. A clear definition and analysis of what kind of information should be
captured during the design and construction phase and selecting which one to be included in
operation and maintenance phase become essential. Deciding which information has to be captured
during the design and construction phase will avoid the facility management from missing the
important facility information. Facility information generated in design-construction phase might
contain information for instance regarding the construction phase which is not to be involved in
operation and maintenance phase, this kind of information which has to be excepted from the facility
management system.
In order to effectively perform his task, facility manager has to get access to obtain the facility
information in time. Having the right information at the right time enables facility manager to make
decision quickly. However, in operating one or more buildings, vast amount of data in different form
has to be managed appropriately. Accordingly, a software that is able to assist facility manager
especially in managing massive maintenance data is required such as computerize maintenance
management software (CMMS).
According to Sapp (2016) CMMS is a software that is used to schedule and record operation and
preventive maintenance activities associated with facility equipment. CMMS is also used to maintain
information about organization assets including facilities with all of the components. As it appears on
its name, CMMS is mainly used for maintenance purpose. CMMS keeps track of maintenance plan or
activity, for example it manages the information about how often a component has to undergo a
repair or checkup, which component has to be replaced, etc.
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2.2. Conventional Building Data Transfer Method
During the building or facility lifecycle, the facility data are being transferred through a handover
mechanism multiple time. The Capital Facilities Information Handover Guide (CFIHG) describes six
major phases in the building life cycle; Planning and Programming, Design, Construction,
Commissioning, Operations and Maintenance, and Disposal. In a traditional contract, these phases are
seen as a sequential process with a defined facility data handover points between each phase (Figure
2-1) The smaller arrows in the Figure 2-1 show the information flow from or to different phases.
Figure 2-1 Major facility lifecycle phases (source CFIHG part1)
Traditionally, these phases have been seen as sequential, with defined handover points between
phases and additional information flows (smaller arrows in Figure 2-1)
The information about completed facility utilized by the FM are mostly obtained from the
design/construction phase trough a handover mechanism. The facility data are not collected at once,
large portion of facility data to support FM are created throughout the design and construction
processes (Thabet & Lucas, 2017), information creation begins at the commencement of a project and
continues throughout the facility lifecycle (DSF, 2011).
2.3. Operations and Maintenance Phase Data
The operation and maintenance phase generates its own information base, which can be used to
improve facility performance and informs decisions about expanding or disposing of the facility. This
information includes production or occupancy levels, service requests, maintenance schedules,
inspection reports, work orders, equipment downtime, operating costs and maintenance costs.
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Aforementioned information is submitted in the form of documents in different format, for instance
digital files or paper documents. The digital files are usually visual or graphic representation of the
building which are delivered in 2D drawing for instance in CAD files format. The digital drawings
however only contain building graphic information. In order to complement graphic data, other
information regarding facility component’s attribute data are provided in paper documents or
scanned paper documents. As the result, most of the documents handed over to facilities managers
by contractors are still paper based (Rebekka Volk & Schultmann, 2013) especially for documents used
by the operator of existing building (Teicholz, 2013).
Conventional paper-based data transfer method potentially results in poorly organized facility data
(DSF, 2011). Consequently, paper documents are often lost, cannot be easily updated, and require a
large amount of space to store (East, 2010). Moreover, for the FM it requires a lot of man-hours to
recreate incomplete and inaccurate information (Carbonari et al. 2015) and then manually populate
them into maintenance management system. Therefore, facility managers need a new technology and
process to face the challenge of collecting, categorizing, visualizing and updating the facility
information for operation and maintenance purpose (Ibrahim et al. 2016). Facility managers have to
improve their approach in managing the facility information to increase the efficiency of building data
handover process (Fallon & Palmer, 2007).
2.4. BIM Data Transfer
BIM is emerging as a methodology for generating, exchanging and managing a constructed facility’s
data throughout its life cycle (Ibrahim et al. 2016). BIM is claimed to be able to provide the integration
of data systems during the building’s life cycle (Carbonari et al. 2015). Thus, there is an opportunity
for facilities managers to improve the current FM practice by extending the BIM model utilization into
the operation period. BIM models can be used to support FM in O&M phase (McArthur, 2015). There
are several potential benefits of using BIM during operations and maintenance that confirm the
importance of extending BIM to facilities management practice (Carbonari et al. 2015).
2.4.1. The BIM Model
One product of BIM implementation in AEC industry is computer generated building model or is
commonly called BIM model. BIM model can have different meanings, different users have their own
description of what a BIM model is. According to Teicholz (2013) a BIM model is not merely a 3D
representation of a building, it is also structured information base of non-graphic data that provide
detail information about building components. Moreover, BIM model has been referred to n-
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dimensional computer-generated model which can be used to simulate the planning, design
construction, and operation of a building.
In contrast with the generation of 2D drawing where each drawing is independent of other drawings,
in a BIM model every single view is connected to other views. In 2D drawing for instance, a change to
one drawing might cause revisions to other drawings which needs to be done separately. In a BIM
model change only needs to be done once and it will influence all data linked to that part.
Furthermore, in a BIM model, all components of the model or drawings can be enriched with their
detail data for example capacity, size, and even their supplier etc.
2.4.2. BIM for Digital Facility Data Transfer to Maintenance Management System
A BIM model contains facility data that can be used through the building lifecycle including the O&M
phase. BIM has a critical role to perform as a contributor to FM system; by supplying 3D geometry and
attribute data in a digital format that can streamline operations and maintenance over the long term
(Kensek, 2015; Teicholz, 2013). The BIM model describe the three-dimensional geometry, objects, and
attribute of the facility in a digital format (Teicholz, 2013).
Utilizing the building digital data instead of a paper-based documents will potentially provide many
benefits for FM especially for the data handover process. Building digital data from the
design/construction phase contained in BIM model can be transferred without having to re-enter it
manually to the FM system (Aziz et al. 2016). The building component data can be exported from BIM
model and then linked to the FM system (Kensek, 2015). BIM utilization in building data transfer
process differs from the conventional methods (Naghshbandi, 2016) which are mostly done manually
(Carbonari et al. 2015).
2.5. Digital Facility Data Transfer Method
In recent years, researchers have developed several digital data transfer approaches to overcome the
interoperability problem. Teicholz (2013) identified four common approaches for facility data transfer
from the construction phase to FM systems which is summarize in the Table 2-1.
Table 2-1 Digital Facility Data Transfer Approaches
Approach Method Advantages Drawbacks
Manual The building data from handover
documents are manually
transferred to FM system by
developing spreadsheet to
Some FM are already
familiar with this approach
Easy for small project
Time consuming, high cost
High error rate likelihood
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Approach Method Advantages Drawbacks
capture building data for FM and
then import it to FM system
Open standard Building data is transferred to FM
system by exporting them from
the BIM model into open data
format. This building data then is
imported into FM system
Exported data from BIM
model can be adjusted with
Maintenance management
software.
Better interoperability
Data might include redundant
data for FM.
Heavy weight file
Middleware Building data are transferred to
FM system by capturing them
from BIM model and export them
into FM system via middleware
Can be a bi-directional
integration,
Integrate the BIM data into
existing workflows without
the need to transfer large
amounts of existing data to
a new system
Complex process and the
implementation is fixed
during programing in
proprietary middleware
approach
Direct
Integration
Building data are directly
translated from BIM model to FM
system
A bi-directional integration,
FM manager able to
consistently update
information in both
systems.
At the moment, still limited
to specific Maintenance
management software.
Require time and money to
develop this method
Might require new FM
systems adoption
Manual data transfer is applied by entering the building information manually to Maintenance
management software or costumed spreadsheets by the facility manager. This practice is
implemented by FM which still depends on paper-based documents.
BIM-FM data transfer is also possible to be conducted by utilizing open standard format, for instance
Industry Foundation Classes (IFC) or Construction Operation Building Information Exchange (COBie).
The facility data is exported from BIM model into an open standard format and then imported to the
FM system. IFC is an open, vendor-neutral format for hosting the semantic information of building
objects, including geometry, associated properties, and relationships to facilitate cross-discipline
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coordination of building information models, including architecture, structural, and building services,
data sharing and exchange across IFC-compliant applications. IFC is an object-oriented database of
information that enables data sharing via ifcXML and aecXML. COBie is a non-proprietary data format
for the publication of a subset of BIM focused on delivering asset data as distinct from geometric
information (Hamil, 2017). COBie can also be defined as information exchange to deliver information
required at O&M phase.
The data transfer from BIM model to the FM system can also be done by utilizing a proprietary
middleware for data integration. Proprietary middleware is a computer software that is designed by
a certain company which provides services to software applications beyond those available from the
operating systems (Ibrahim, 2016). Model and data are captured from BIM model by the middleware
and then exported to the FM system after review and modifications in the middleware’s user interface
Direct proprietary exchange standards are based on direct translation from the internal data structure
from BIM model into the internal data structure of Maintenance management software. One method
for this direct link would be to develop a customized plug-in by using the program’s Application
Programming Interface (API). An API allows for a user to program specific interactions with the model’s
data that are not developed as out of the box functions for the program. The other method for a direct
link would be to utilize a Maintenance management software platform that has already developed the
link (Thabet & Lucas, 2017).
Aforementioned building data transfer approaches are compiled from several case studies. Different
data transfer method is developed to accommodate distinct organizational condition and settings. The
case studies are also a prove that there is no single digital facility data transfer approach that is fit with
all the maintenance management system. Although several study cases have been conducted, most
of them investigate digital data handover approach from BIM model to maintenance management
system for new construction projects. There are still few researches that study the BIM-based
handover approach for existing building and maintenance management system (Carbonari et al.
2015). Whereas, most FM that operate and manage existing buildings have already their own existing
guidelines and maintenance management system to handle the facilities information (Ibrahim et al.
2016).
Prior to determine which facility digital data transfer to be implemented, Thabet & Lucas (2017)
proposed three steps to be completed. These steps consist of deterimining the objective, conduct data
analysis, and define data format. The objective that has to be determined refer to the organization’s
rationale and goal in implementing digital facility data transfer from BIM model to maintenance
19
management software. This step is then followed by analyzing the facility data to be transferred
includes its naming and other standards. The third step is to define the data format which the facility
data to be delivered and then transferred to maintenance management software.
Utilizing digital instead of paper-based facility data for operation and maintenance purpose potentially
give numerous benefits for FM to perform the operation and maintenance task. The digital facility
data for maintenance purposes can be collected from BIM model which has capability to provide the
digital reprentatives of a building. However, most of the BIM authoring software are not compatible
with the existing maintenance management software. This technical issue impedes the
implementation of digital facility data transfer from BIM model to maintenance management
software. Therefore, the work to be done by facility managers is to find a right approach to connect
BIM model to their maintenance management software so that digital facility data in BIM model can
be automatically transferred to the maintenance management software. Several case studies within
this topic have been conducted but the results are yet to solve all the problems. More practical
research that study the digital facility data transfer approach for organizations that already operate
buildings with their FM system is thus a necessity to answer the technical gap and the lack of the
practical guidelines or case study for this topic. The study should be able to develop the digital facility
data transfer method which fit with the FM‘s existing condition and maintenance software, which is
the main objective of this research.
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3. Research Methodology
3.1. Research Design
The study is started by a literature review, aimed at understanding the current gap and problems and
the theory or framework about BIM based handover approaches. The theoretical framework was also
generated from literature study such as research papers, books, and other documents sourced from
internet. The keywords used include BIM, facility management, facility data transfer and operation
and maintenance. The information obtained from this stage is used as a basis for rest of the research.
The required information to perform the research was then collected by first conducting interview
with the maintenance manager of FM UT to gather information about the way they manage their
maintenance task and how the current practice of building data transfer method in FM UT and also to
discuss about the problem faced and expectation in implementing BIM based data transfer method.
The second interview was held with one of the program developers in Prognotice B.V, a company
which develop a maintenance management software used by FM UT. An unstructured interview was
conducted to discuss the technical aspect of Prognotice. On the other hands, the BIM model and other
building and maintenance data are obtained from FM UT. The access to maintenance management
software used by FM UT is also received in order to learn how the software works.
The collected data was then analyzed. First, to identify FM UT organization’s condition and goal in
implementing digital facility data transfer from BIM model to their maintenance management
software. The objective of this stage is to obtain information about FM UT current practice and
expectation of digital facility data transfer implementation. Current state of FM UT practice including
organizational conditions for collection and registering the facility data and existing maintenance
management software are observed in this step. The existing issues and challenges with the current
data handover practices are also analyzed. To obtain this information, interview is arranged with the
Facility Manager of FM UT.
The output of this step was used as a basis for the development of the BIM-FM data handover
approach at the next stage. The organizational expectation of BIM-based data handover was used to
formulate the method for the BIM-FM data handover process.
Furthermore, the analysis on the technical aspect was also performed. How the building component
data are stored in both BIM model and mainteanance management software were analyzed and
compared. The goal is to find the appropriate approach to connect the data in BIM authoring softwarel
to maintenance management software. Moreover, the building data to be transferred from BIM
21
model to maintenance management software were also identified. During this stage, the data sets
which are important for maintenance purposes are identified. It includes the parameter that should
be included in the BIM model. Transferring all of the data contained in BIM model will cause too much
redundant data in maintenance management software.
The analysis was proceeded by identifying data format. Data format refers to the maintenance
management software used by FM UT to store and manage facility information. Furthermore, data
standards, structure, and naming conventions of existing maintenance data owned by FM UT are also
analyzed. What data format and how data structure which compatible with maintenance
management system determines on which digital facility data transfer method must be applied.
The result of data analysis was used to develop the facility data transfer approach from BIM model to
maintenance management software. This is the stage to develop the digital facility data transfer
approach which is compatible with the provided BIM model and maintenance management software.
Multiple tools or program were used to process building data in BIM model and transfer them to
maintenance management software. The output of this stage is the hypothetical workflow to
implement digital facility data transfer from BIM model to the existing maintenance management
software.
In order to test the effectiveness of the digital facility data transfer workflow developed in this study,
this proposed workflow was implemented to a case study. By implementing the proposed digital
facility data transfer approach to a case study, the challenge and benefit experienced in the building
data transfer process can be identified. Moreover, the result of the process was evaluated for future
improvement. The result and finding of this process is then evaluated and analyzed which is also the
output of the study.
3.2. Research Boundaries and Limitations
There are several boundaries and limits set for this research:
a. The research only covers the development of building data transfer method from BIM model to
maintenance management software. The process of how the BIM model is generated is not
included in this study.
b. A single case study performed in this research makes the generalization of the conclusions of this
research difficult. The result of this study might be valid only for the BIM authoring software and
maintenance management software used by FM UT. However, the result can be used as
reference for other research or implementation conducted in similar circumstances.
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c. The building component data collected and transferred from BIM model to maintenance
management software might not contain the real data that is required by FM UT. The document
that govern which component data to be collected is still under discussion by the FM UT when
the research was conducted. The criteria of component data to be collected might influence the
way the building component data are collected and extracted from BIM model and also the final
result on what building component are finally transferred to maintenance management software.
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4. Digital Facility Data Analysis
As an initial step of the digital facility data transfer approach development, the current practice of FM
UT in managing the facility and maintenance data was analyzed. It includes the current facility data
transfer practice, the maintenance management software they are using and the current digital facility
data transfer practice. This information was obtained from interview with the Maintenance Manager
of FM UT. The question asked during the interview session can be found in APPENDIX A.
The next step, facility data in Revit model and Prognortice are analyzed and compared so that the
possible connection can be determined. Data in a BIM model and maintenance management software
that are going to be connected can vary in format, structure and content. It is important to make sure
that data sourced from different databases have been appropriately cleaned and standardized. This
step was then followed by identifying required information to be transferred from BIM model to
maintenance management software. The data format to be transferred was also identified
accordingly.
4.1. FM UT Maintenance Data Management
Building data are obtained from a contractor once the building project has been completed.
Technically, building data from design and construction phase is submitted by a contractor to facility
management in DVD and a paper. The data comprise the building design drawings and information
about all components of the building. Aside from paper documents, the building data is also received
in form of digital data. The documents stored in digital form consists of building drawings in CAD
format and building component attributes data documents in Ms. Word or PDF format. All the digital
building data are stored on a storage disk while paper documents are secured in a special
documentation storage room
In performing the building maintenance task, FM UT is leveraging a long-term maintenance
management software, Prognotice. Prognotice incorporates data about all building components that
require maintenance or periodical replacement. Prognotice is used to assist facility manager in
creating a long-term maintenance plan for each component in a building accordingly. Beside storing
building component data, this software also creates a maintenance task schedule and calculate
maintenance cost. At the moment about 38000 building components are recorded by FM UT in
Prognotice.
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Furthermore, at the moment, Facility Management University of Twente is still in development period
for the implementation of digital facility data transfer to their maintenance management software.
They are trying to fully leverage digital facility data stored in BIM model for the operational and
maintenance purposes. A BIM model has been generated from one of the existing building managed
by FM UT. BIM model was created using Autodesk Revit as BIM authoring software. The next step to
be taken by the facility managers is to connect the Revit model with Prognotice and then transfer
digital facility data from Revit model to Prognotice as illustrated by Figure 4-1 .
Figure 4-1 BIM authoring software and maintenance management software used by FM UT
Referring to the Maintenance Manager of UT, the main expectation in connecting both softwares and
then applying automatic digital facility data transfer process is to increase the precision and decrease
the human error prone. Utilizing digital facility data will increase the automatization in managing
building component and maintenance data, hence hopefully the work efficiency will increase
accordingly.
4.2. Revit Model and Prognotice Data Analysis
4.2.1. Building Component data in Prognotice
The information regarding the technical aspect of Prognotice was obtained both through an interview
with one of the program developers in Prognotice B.V and a self analysis through direct application of
the software.
4.2.1.1. Object Hierarchy
The object hierarchy structure in Prognotice is presented by Figure 4-2.
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Figure 4-2 Prognotice data hierarchy
Highest object in a Project stored in Prognitce is a building group which can consist of several buildings.
Under the building are the space within a building. Space consists of the building component located
in it. The building components are classified based on classification system used by the user, in this
case NLSFB code is used as building component classification system. The building classification
method used by FM UT is based on the Swedish Sfb. The “NL” in NLSFB refers to Netherlands version
of SFB building classification method. The classification code in Prognotice can be found in their
element code. Maintenance task is then assigned to each component.
4.2.1.2. Object and Database
Detailed information of an object is captured in their properties. This object property reflects specific
information of an object type. This object property can be assigned to building group, building, space,
and component. The object properties are basically user defined. The value of the object properties
can be chosed from the data owned by user or from the data provided by Prognotice.
The object property value that provided by Prognotice for instance the building component code and
maintenance tasks that can be chosen from the list in Prognotice. The relation between object and
properties in Prognotice database is presented in the Figure 4-3.
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Figure 4-3 Component data relationship
The relationship of component of data or entity stored in database is shown by the class diagram. The
diagram illustrates the logical structure of databases. From the diagram above it can be seen that the
relationship between Group Building and Building, Building and Space, Space and Component,
Component are one to many composition relationships. It means one entity or object is related to
multiple entity and vice versa.
For instance, the relation between Space and Component. A component must have information about
where the component is located in a building. So, a component has to be connected with one space
data. On the other hand, in a single space there might be multiple building components, hence single
data in space might be connected to multiple component data. One component can only have one
space data while one space data can be used by multiple component.
It can be seen from the diagram that several data are connected to each other, however most of the
data are also independent. In other words, the independent data are captured or sourced from
outside the system and is not used by other entity. This independent data what is also called user
defined data.
4.2.2. Building Component data in Revit Model
4.2.2.1. Object Hierarchy
Everything that is part of a BIM model is an object. It includes everything in 3D elements, 2D elements,
views and sheets. All objects in Revit are governed by the same logic, by the same hierarchy of
elements as shown in the Figure 4-4.
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Figure 4-4 Object hierarchy in Revit model
A Revit model object hierarchy can be divided into 4-part:
Category
1. Category is a predefined list of classifications under which all elements within Revit fall. Every
element in Revit must belong to a category. Revit has fix list of categories, this list cannot be
deleted or created by user.
Family
2. Families are classes of elements in a category. A family groups elements with a common set of
parameters (properties), identical use, and similar graphical representation. Family is a class of
element belonging to a particular category and representing a particular physical item or
organization concept within a project.
Family Type
3. Under the family, there is family type which is a variation of a Family. Family types within same
family are usually distinguished based upon sizes, capacity, or other commonly recognized
characteristics.
Family Instance
4. The lowest object in Revit object hierarchy is family instance. Family instance is an actual
physical element within the model or project. It refers to a single object in the model. Instances
are the actual items (individual elements) that are placed in the project and have specific
locations in the building (model instances) or on a drawing sheet (annotation instances).
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4.2.2.2. Revit Model Object and Database
A model, as used in the context of Building Information Model, is basically an object model. It utilizes
theory developed in computer science for object-oriented programming. This section will discuss
about the object and the data attached to it (properties).
Object Inheritance
In a Revit model, objects are called as Families and their properties as Parameters which is semantics.
The significance of inheritance object data is that it explains how a parameter behaves in terms of its
position in the inheritance tree.
Figure 4-5 Data inheritance in Revit model (source: Guttman, 2013)
As the building elements go to lower level from family to the family Types and finally to the family
Instances, more detailed information can be identified. As illustrated in Figure 4-5 for instance, in
Furniture category, there are several families with different model, for instance, table, chair, etc. From
table family, there are other tables types with different size. Derived from this table size, there are
other tables with certain material. The lowest family instance inherits parameters from its parent.
Parameter Inherit Levels
A single object might have several data which are its own data or data which are inherited from the
object’s parent. There are three objects inherit levels defined:
Built-In
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1. Built in parameter consists of basic values that cannot be freely configured by user. They are
editable only within the Family Editor in “Family Parameters”.
Type
2. This parameter is applied to a class of an object for instance family or family type. Properties that
included in to this inherit level for instance a particular model or size of a family object.
Instance
3. This parameter is applied to a single instance. This parameter may include detail of an object that
is not defined in the object types, or the parameter which is not related to the object type. It
enables user to modify the parameter value separately for every instance.
4.2.3. Revit model and Prognotice Data Relationship Type
The component in Prognotice might consist of multiple building elements or instances. There is no
lower object level in the Prognotice hierarchy that represent a single building element. Meanwhile in
Revit, the lowest object in the hierarchy which is family instance, represents a single building element
or an instance. Hence the relation between component in Prognotice and family Instance in Revit
which is located at the same space is a one to many relations. One component in Prognotice
represents multiple family instance in Revit model. This relation is illustrated in the Figure 4-6.
Figure 4-6 Relationship type between component in Revit model and Prognotice
As an example, if there are three windows type A and two windows type B placed in the same space
or room. In Revit model every single window is regarded as an object as an instance, while in
30
Prognotice these windows will be grouped based on their type or other identical properties as one
component. This relation is illustrated in the Figure 4-7.
Figure 4-7 Relationship type between component in Revit model and Prognotice (2)
4.2.4. Revit model and Prognotice Data Mapping Possibility
The next step is to pair the attributes data between the Family instance in Revit model and component
in Prognotice. To do so, the two systems must have object properties that represent the same building
component attributes. Therefore, the destination field in Prognotice in which family instance
attributes data in Revit model will be transferred to can be identified. Based on the object data
relation in both Revit model and Prognotice, it has been recognized that there are at least four
attributes that represent the same building component attribute. The relation of those attributes and
are illustrated in the Figure 4-8.
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Figure 4-8 Data mapping possibility between Revit model and Prognotice
a. Space
First similarity identified from both Revit model and Prognotice is the relation between building
components with the space they are located. Each component in Prognotice refers to a space where
the component is installed. While each family instance in Revit model belongs to a specific location or
space. So basically, the space data of both Revit model and Prognotice can be identified
b. Sub Element Code
Beside by their Space, the components in Prognotice is also categorized based on their sub-element
code which refers to NLSFB building categorization code. One component must have one sub-element
NLSFB code.
In Revit model, the user can choose which classification that is going to be used. The classification can
be imported to Revit. It is possible to use NLSFB as the component classification code. NLSFB code can
be loaded as the assembly code of the family type.
c. Component Type
Another similar attributes between the two system is the component type. This field is available both
in Revit model and Prognotice. The object type in Revit model can be obtained from family type
properties which actually come from the Revit Library. However, unlike in the Revit the field
component type in Prognotice is a user defined.
d. Additional Properties
The additional properties in this case is actually the other attributes regarding component details data.
In Revit model, user can add more attributes to the family instance. The field of this property is called
instance parameter. As explained in previous section, it enables user to modify the parameter value
Revit model Prognotice
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separately for every instance. The value of the parameter may be customized since it is defined by
user.
4.3. Identify Required Information for Building Operational & Maintenance
During this stage, the facility data that need to be transferred from Revit model to Prognotice were
identified. It includes the list of building component and its attributes data. Ideally the criteria of which
facility data to be transferred from BIM model should refer to FM UT. However, since this document
is not available therefore the building component to be transferred are identified from the building
component list in the FM UT maintenance plan document. The data refers to building component list
in long-term maintenance plans of several building managed by FM UT which are generated by
Prognotice. The building components are classified based on NL-SFB classification code. The list of
required building component group to be transferred to Prognotice is shown on the Table 4-1.
Table 4-1 Building Component Classification List
Code Description Code Description
10 General Facilities 53 Water
21 External Walls 54 Gasses
22 Internal Walls 55 Cooling Source and Distribution
23 Floors 56 Heat Distribution
24 Stairs and Ramps 57 Air Conditioning
27 Roofs 58 Climate and Sanitary Control
28 Main Load Bearing Construction 61 Central Electrical Service
31 Openings in External Walls 62 Electrical Power
32 Openings in Internal Walls 63 Lighting
33 Opening in Floors 64 Communication
34 Balustrades and Handrails 65 Protection
37 Opening in Roofs 66 Transport
41 External Wall Finishes 67 Building Management System
42 Internal Walls Finishes 71 Fixed Traffic Equipment
43 Floor Finishes 72 Fixed User Equipment
44 Stair and Ramp Finishes 73 Fixed Kitchen Equipment
45 Ceiling Finishes 74 Fixed Sanitary Equipment
47 Roof Finishes 75 Fixed Maintenance Equipment
51 Heat Source 90 Site
52 Removal
The building component attributes data to be transferred refered to the standard component
property set by Prognotice. The list of component property data set by Prognotice are as shown in the
Table 4-2.
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Table 4-2 Component Property in Prognotice
No. Component Property No. Component Property
1 Building Code 23 Component Owner
2 Building Description 24 Component Features
3 Space Code 25 Component Year of constructed/Installed
4 Space Description 26 Component Theoretical service Life
5 Main element Code 27 Component Current Condition
6 Main element Description 28 Component Required Condition
7 Element Code 29 Task Maintenance type
8 Element Description 30 Job description
9 Subelement Code 31 Task Cost category
10 Subelement Description 32 Task Number
11 Component Description 33 Task Unit
12 Component Quantity 34 Task Unit Price
13 Component Unit 35 Task Start year
14 Component Manufacturer 36 Task Cycle
15 Type 37 Project_ID
16 Component Reference 38 Administrator_ID
17 Component Comments 39 Building_ID
18 Component Executive 40 Space_ID
19 Component Location 41 Comp_ID
20 Component Quantity 42 Task_ID
21 Component size 43 Visit_ID
22 Component size unit
4.4. Identify Data Format
Prior to start formulating the data transfer mechanism, the data format that is compatible with both
Revit model and Prognotice was identified. The format that is compatible with Maintenance
management software determines on which data transfer approach can be implemented.
Technically, beside the manual data input, building component data can be imported to Prognotice
from spreadsheet Ms. Excel format (.xls). Since spreadsheet file in Ms. Excel format (.xls) is data format
which can be exported from Revit model, therefore, this file format is chosen by researcher as an
exchange data format between both Revit model and Prognotice.
4.5. Summary
It has been identified in this chapter that Prognotice is used by FM UT to create the long term
maintenance plan. All the facility data needed for the maintenance purpose are populated to this
software. On the other hand, BIM model of one of the building they manage has been generated using
34
Autodesk Revit, a BIM authoring software. Therefore, a connection between Revit and Prognotice has
to be established to transfer digital facility data.
Furthermore, the data analysis performed in this chapter was able to give information about the
comparison between data in Revit model and Prognotice so that the possible connection between the
two softwares could be determined. The data or object structure stored in both Revit model and
Prognotice also has been identified, followed by required information that has to be transferred from
BIM model to maintenance management software. Finally, the file exchange format which compatible
with both Revit and Prognotice is defined. This information was then used as a basis in formulating
the dgital facility data transfer approach from BIM model to maintenance management software
which is discussed in the following chapter.
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5. Facility Digital Data Transfer Workflow
The proposed workflow is divided into four main steps; Collect, Restructure, and Transfer. It is started
by collecting the required building component data from BIM model. The extracted building data
however might have a different structure with the required data structure by the maintenance
management software, hence restructuring the building data has to be performed accordingly. Once
the well-structured database has been created, the building data are ready to be transferred to
maintenance management software. In order to effectively perform all these processes, technical tool
which have ability to collect, restructure and transfer the data is required. The aforementioned
process is illustrated by the flowchart in Figure 5-1.
Figure 5-1 Proposed BIM Based building data transfer workflow.
Facility Management Revit model Middleware Prognotice
Yes
Yes
No
No
Preparation Stage
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The process of the BIM based building data transfer is technically started with the creation of the BIM
model which as indicated by the dashed-line box. However, how the preparation and the BIM should
be generated is not part of this study. Hence, the workflow that will be implemented in this study is
started after the creation of the BIM model until all the building components data for maintenance
purpose are transferred to the maintenance management software. There are three main actions to
be performed in this workflow to transfer digital building data from BIM model to maintenance
management software:
1. Collect
Assuming that all the important building data for maintenance purpose has been included in to the
BIM model, the next step is to collect the necessary building data from BIM model. As explained before
that everything modeled in Revit is an object, so it is important to know which object that is going to
be collected at the first place. In this case, the object from Revit model that is going to be collected is
the building components.
Furthermore, extracting all the building elements and their attributes data contained in BIM model
for the maintenance purpose will only produce a lot of redundant data. It is important to only query
and collect the necessary building information for the maintenance purpose. In Revit model, a building
component can be recognized or distinguished by several criteria. For instance, by the component
category, type, or even their detail attributes such as size, capacity, identification number, material,
etc. The collected building components then has to be filtered based on the criteria set. The output of
this process is the list of building component and their attributes data which is considered by Facility
Managers needs to be transferred to the maintenance management software.
2. Restructure
The building component data collected from BIM model may contain data that is structurally different
and incompatible with what is required by maintenance management software. To be read accurately,
maintenance management software might require a specific data format and structure. This data
structure includes data value naming convention and data file format. Therefore, data processing is
required in order to generate a data to be correctly read by the maintenance management software.
The process might include data sorting, translating and editing thousands of data.
The information about how data structure in the maintenance management software therefore
becomes essential. The building component data structure extracted from BIM model then compared
with the required data structure in maintenance management software. The building component data
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structure from BIM model is adjusted accordingly. Next, the well-structured building component data
is exported to a file format which is compatible with the maintenance management software in this
case the data is exported to excel spreadsheet file. The building component data restructuring process
involves repetition process of large amounts of data. Therefore, the process has to be performed using
a tool or middleware that capable to complete all the actions accurately.
3. Transfer
The next step is to transfer the well-structured building component database to the maintenance
management software. However, prior to perform this action, the final structure of the database has
to be checked to ensure its compatibility with the maintenance management software. Once the
building component database has been arranged in a proper structure then structured building
component database is then ready to be imported to the maintenance management software.
The building component data import process is conducted iniside Prognotice. There is one option in
Prognotice to import the building component data from excel spreadsheet file. The first step is by
opening the excel spreadsheet file which already contain building component data to be transferred.
This step is followed by selecting the destination data field in Prognotice to be populated with data
from spreadsheet file. After all set, the import process can be started which automatically performed
by Prognotice.
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6. Case Study and Implementation
The proposed approaches described above are implemented for a building digital data transfer of High
Pressure Laboratory building at University of Twente, Enschede, Netherlands. The building which has
been renovated and re-opened in 2016 is the first building managed by FM UT that utilize BIM model
as the building data repository platform.
A case study is performed in order to see the practical effectiveness of the proposed workflow. The
proposed digital building data transfer method is implemented to transfer data from BIM model
generated after the building renovation and the existing maintenance management software used by
FM UT.
Figure 6-1 Tools or software used in the case study
Figure 6-1Figure 6-1 Tools or software used in the case studyFigure 6-1). Dynamo is a visual
programming tool that facilitate both non-programmers and programmers to develop algorithm or a
step by step set of actions that follow a basic logic of input, processing, and output (Autodesk, 2016).
An algorithm is formulated to execute the actions explained in the previous chapter, so that all the
actions can be done automatically. This algorithm is used to automatically collect, filter, and
restructure the building component data from BIM model and then export them to spreadsheet file.
6.1. Collect Building Component Data from Revit Model
The first step of this process is to collect building component data for the maintenance purpose. Not
all the building component will be collected. Only the building component data that is by FM UT
considered to be the component which need maintenance and thus have to be populated to the
Prognotice, that will be collected. However, when this research was performed, what components to
be included in the Prognotice is still under discussion by FM UT. The final component list has not
finished yet. Hence, for this study the building components those are regarded as building component
39
that need to be maintained are the building component with NLSFB code assigned to the element
properties.
Beside the building component list, the building data has to be complemented by the attributes of the
component. Which attributes to be selected is based on the building information needed by
Prognotice (Table 4-2) and component attributes data available in Revit model. The space data where
the building component are located is a required data to be transferred to Prognotice. However, due
to the limitation of the Revit to assign space information of all component automatically, hence the
space data of components are assigned manually to the Revit model. The limitation is occurred due to
nature of Revit model that defined the space/room boundary based on the outermost line of the wall.
Hence, the location or space of the building component that is installed one the wall for instance
windows couldn’t be automatically defined. Moreover, for multiple element categories such as ducts
and pipes the space attributes can’t be generated automatically.
The building component data attributes to be selected from Revit model hence as follows:
Table 6-1 Element Properties to be Exported
No Revit Element Properties Prognotice Component Data
1 Element ID -
2 Space Code Space Code
3 Space Description Space Description
4 Assembly Code Sub-element Code
5 System Type Sub-element Code
6 Category Component Description
7 Type Type
The table above shows the building element attribute data collected from Revit model and the relation
to the building component data in Prognotice. The Revit element properties in the left column then
will be populated to the Prognotice component data field in the right column.
As a tool to execute this operation, Dynamo is used. Dynamo is a visual programming tool that
facilitate both non-programmers and programmers to develop algorithm or a step by step set of
actions that follow a basic logic of input, processing, and output (Autodesk, 2016). Dynamo was
originally created for use with Revit. Dynamo for Revit extends building information modeling with
the data and logic environment of a graphical algorithm editor.
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The first action to be taken is to collect all the elements in Revit model. From all this elements, only
element that assigned by Assembly Code in their attributes which will be select. Hence, the elements
is filtered by this criteria. The elements those have value for the Assembly Code parameter are
separated with those who don’t have value. Only elements those have value that will be put into the
list and proceeded to the next step. The node to perform this action is shown in the Figure 6-2.
Figure 6-2 Element filtering
After all the elements with Assembly Code has been included in to the list, the next action in the
Dynamo algorithm is to call the parameter value of each element to be included to the list (Figure 6-3).
Figure 6-3 Get elements parameter value nodes
Up to this point, the list of elements and their parameter have been obtained. The next step is to
compile and arrange them in a good list order. So, the list is compiled using “List.Create” node to
combine the elements and their parameters in one list. The “List.Transpose” node is used to swap the
row to columns to make the list in the spreadsheet to be in a good order.
41
The last action of this process is to export the list to the spreadsheet file. This action can be performed
by utilizing the “Excel.WriteToFile” node. This node required six inputs comprising the file path where
the list will be exported, the sheet name, the start row and column where the list will be written, and
the option whether to overwrite the file each time the algorithm is performed. The nodes to execute
this action is shown by te Figure 6-4.
Figure 6-4 List management and export nodes
The full algorithm for this process can be found in APPENDIX C.
6.2. Restructure Database
To get how the database structure should be, the exported building component data is compared with
the structured of the maintenance data exported from Prognotice. The building component data
exported from Revit model is then restructured accordingly. The sample of maintenance data
structure is taken from the maintenance planning data of buildings in University of Twente area which
is managed by FM UT. After comparing both data structure, several data adjustments were made:
a. Adjust the data value naming
The naming of NLSFB code in Revit model found to be different with in the Prognotice. In Prognotice
NLSFB code which is described in the element codes consists of six digits number. Meanwhile in Revit
model, NLSFB code can be found in multiple naming standard. Dynamo algorithm was created to
perform the value change automatically. The algorithm first collects the NLSFB code value from Revit
model and then eliminate the unnecessary character such as non-numerical character. All the NLSFB
code must contain exactly six digits to fill the Sub-element code in Prognotice. Additional character (0)
was added to the code that have less than six digits. However, NLSFB code can be identified for the
42
element which have at least two digits code. For the elements which have only one digit code, the
NLSFB code result will become “0” that means NLSFB code could not be identified. The dynamo
algorithm to execute these actions is presented in Figure 6-5.
Figure 6-5 Dynamo algorithm for NLSFB code restructuring
The example of the NLSB code name restructuring is showed by Table 6-2.
Table 6-2 NLSFB Code Naming Before and After Restructured
Revit model NLSFB Code Restructured NLSFB Code
2 0
2C 0
2B(28.11.21) 281121
2E(32.31) 323100
(28.d) 280000
(54.11) gassen, brandstof, aardgas
541100
b. Filling the empty required fields
Building data to fill in multiple Prognotice required fields are not directly available in the building
component attributes data from Revit model. Those fields such as building code, building description,
key element code, and element code. The building code and description is filled in manually the
spreadsheet file. The value is the same for the all the components. For this study, the building code is
filled in with random number “99”, while the building description is filled in with “High Pressure
Laboratory”.
43
On the other hand, key element code and element code are extracted from the six digits sub-element
code which is NLSFB classification code. Key element code and element code are the first 2 and 4 digits
of the sub-element code respectively. How those codes are extracted is illustrated in the Figure 6-6 .
Figure 6-6 Key element, element, and sub-element code in Prognotice
Dynamo algorithm is created to extract the key element and element code from sub-element code
automatically. The algorithm or node of Dynamo is shown by Figure 6-7.
Figure 6-7 Dynamo algorithm to generate key element and element code
In this step, any other empty fields that considered to be important but not available in the BIM model
can be filled in. Due to unavailability of data, in this study there is no additional data added.
c. Group the component with identical attributes data.
Due to “one to many” relationship between Prognotice and Revit model which means one component
ID in Prognotice represents multiple building element in Revit model with identical criteria placed in
323121 Key Element
Code
Element Code
Sub-Element
Code
44
the same space as explained in chapter 4.1.3. Therefore, building element are grouped based on their
attributes data. The quantity of of identical component located in the same space is then calculated.
In Prognotice, one of the most important component field to be filled in is a quantity of the
component. It is useful to calculate the total maintenance task cost for the long-term maintenance
plan. The building component quantity is defined by calculating the number of building component
with the same criteria located in the same space. In Prognotice, the component quantity can be
calculated based on several units, for instance STK (piece), m, m2, m3, etc. However, in this study, the
quantity of the component extracted from Revit model is calculated in STK (piece). The Dynamo
algorithm to execut these actions is shown by Figure 6-8
Figure 6-8 Element grouping and quantity counting in Dynamo
The sample of the structured data is presented in Table 6-3. The full structured data can be found in
APPENDIX
Table 6-3 Structured Building Component Data
Bu
ildin
g C
od
e
Bu
ildin
g D
escr
ipti
on
Spac
e C
od
e
Spac
e D
escr
ipti
on
Key
Ele
men
t C
od
e
Elem
ent
Co
de
Sub
-Ele
men
t C
od
e
Sub
-Ele
men
t
Des
crip
tio
n
Qu
anti
ty
Un
it
Typ
e
99 High Pressure Lab
INMA01 Interior Mounting Area
28 2800 280000 Walls 9 STK Type : 300_28_betonsteen_210mm
99 High Pressure Lab
INCA01 Interior Common Area
28 2800 280000 Walls 40 STK Type : 300_28_betonsteen_210mm
99 High Pressure Lab
INPH01 Interior Process Hall
28 2800 280000 Walls 8 STK Type : 300_28_betonsteen_210mm
45
Bu
ildin
g C
od
e
Bu
ildin
g D
escr
ipti
on
Spac
e C
od
e
Spac
e D
escr
ipti
on
Key
Ele
men
t C
od
e
Elem
ent
Co
de
Sub
-Ele
men
t C
od
e
Sub
-Ele
men
t
Des
crip
tio
n
Qu
anti
ty
Un
it
Typ
e
99 High Pressure Lab
EXEF01 Exterior Façade 21 2111 211111 Walls 52 STK Type : 300_21_metselwerk_100
99 High Pressure Lab
INMA01 Interior Mounting Area
28 2800 280000 Walls 1 STK Type : 300_28_betonsteen_320mm
99 High Pressure Lab
INCA01 Interior Common Area
21 2111 211111 Walls 5 STK Type : 300_21_metselwerk_210 bruin
99 High Pressure Lab
INCA01 Interior Common Area
21 2111 211111 Walls 3 STK Type : 300_21_metselwerk_100 bruin
99 High Pressure Lab
INCA01 Interior Common Area
28 2800 280000 Walls 1 STK Type : 300_28_betonsteen_320mm
99 High Pressure Lab
INCA01 Interior Common Area
28 2800 280000 Walls 20 STK Type : 300_28_betonsteen_100mm
99 High Pressure Lab
INCA01 Interior Common Area
28 2800 280000 Walls 5 STK Type : 300_23_schoorsteen_bekleding
6.3. Import Data to Prognotice
The structured building component data is then imported to the Prognotice through the Prognotice
import feature as show in Figure 6-9.
Figure 6-9 Prognotice data import
46
The top part as shown in the Figure 6-9 is the building component data from excel file exported from
Revit model. At the bottom part, are the list of the building component data field in long term
maintenance plan Prognotice. To import the building data from excel file, the Prognotice fields column
to be filled is checked and link it to the column from the excel table in which the data will be imported.
6.4. Building Component Data Import Result
It took more or less a day to complete all the process from collecting data from Revit model until
importing them to the Prognotice. The result of this process can be checked in Prognotice as shown
by Figure 6-10.
Figure 6-10 Building data transfer result in Prognotice
Figure 6-10 shows that the building data component list from Excel spreadsheet file has been
successfully transferred to the Prognotice. On the left part, it shows the list of building component
while in the right side, it shows the list of the defined space within the building. The component
properties can be seen by clicking one of the sub-element/components. It will then display new
window as shown in the Figure 6-11.
47
Figure 6-11 Component attributes data in Prognotice
The component details window shows that component attributes data has been transferred and read
by Prognotice. In this window it can be seen that the key element code, element code, sub-element
code, component description, quantity, and type data are already inside the Prognotice system.
From the result can be seen that there are multiple columns automatically generated by Prognotice.
Those columns are key element description, element description, and subelement description. These
columns or fields are generated based on the the NLSFB code in the imported data and the NLSFB
database in Prognotice.
6.5. Result Validation
The overall result is checked by exporting the maintenance plan data from Prognotice to Ms Excel
spreadsheet file. This data is then compared with the building component data which was imported
to Prognotice to see if all the data are successfully imported or transferred to Prognotice. The result
shows that 5072 of 5072 elements from Revit model which includes the building component list and
their attributes are imported to Prognotice. However, there are empty fields found on sub-element
code filed for several component. This field is supposed to be automatically field by Prognotice,
however, the NLSFB code extracted from BIM model for these components are not available in NLSFB
code data used in Prognotice. As the result, those subelement code could not be recognize by the
system. The sample of the result is presented in Table 6-4. The full result can be seen in APPENDIX E.
48
Table 6-4 Building Component Data Extracted from Prognotice G
eb
ou
w C
od
e
Ge
bo
uw
Om
sc
hri
jvin
g
Ru
imte
Co
de
Ru
imte
Om
sc
hri
jvin
g
Ho
ofd
ele
me
nt
Co
de
Ho
ofd
ele
me
nt
Om
sc
hri
jvin
g
Ele
me
nt
Co
de
Ele
me
nt
Om
sc
hri
jvin
g
Su
be
lem
en
t C
od
e
Su
be
lem
en
t
Om
sc
hri
jvin
g
Co
mp
on
en
t O
ms
ch
rijv
ing
Ty
pe
Co
mp
on
en
t A
an
tal
Co
mp
on
en
t E
en
he
id
Pro
jec
t_ID
Be
he
erd
er_
ID
Ge
bo
uw
_ID
Ru
imte
_ID
Co
mp
_ID
99 High Pressure Laboratory
EXEF01
Exterior Façade
Floors Type : 200_23_dak_fietsenberging 1 STK 230 263 319 10929 111043
99 High Pressure Laboratory
EXEF01
Exterior Façade
21 Buitenwanden
2111 Niet constructief, massieve wanden
211111 Walls Type : 300_21_metselwerk_100 52 STK 230 263 319 10929 110833
99 High Pressure Laboratory
EXEF01
Exterior Façade
22 Binnenwanden
2221 Constructief, massieve wanden
222141 Walls Type : 300_22_ihw beton_100 4 STK 230 263 319 10929 110859
99 High Pressure Laboratory
EXEF01
Exterior Façade
22 Binnenwanden
2221 Constructief, massieve wanden
222141 Walls Type : 300_22_ihw beton_210 40 STK 230 263 319 10929 110864
99 High Pressure Laboratory
EXEF01
Exterior Façade
23 Vloeren 2300 Vloeren algemeen 230000 Vloeren, algemeen Floors Type : betonklinkers 2 STK 230 263 319 10929 111014
99 High Pressure Laboratory
EXEF01
Exterior Façade
28 Hoofddraagconstructies
2800 Hoofddraagconstructie algemeen
280000 Hoofddraagconstructie algemeen
Walls Type : 300_28_betonsteen_210mm 11 STK 230 263 319 10929 110855
99 High Pressure Laboratory
EXEF01
Exterior Façade
28 Hoofddraagconstructies
2800 Hoofddraagconstructie algemeen
280000 Hoofddraagconstructie algemeen
Walls Type : 300_28_beton_ihwg_400mm 3 STK 230 263 319 10929 110863
99 High Pressure Laboratory
EXEF01
Exterior Façade
28 Hoofddraagconstructies
2800 Hoofddraagconstructie algemeen
280000 Hoofddraagconstructie algemeen
Walls Type : 300_21_HSB_wand 12-76-12 2 STK 230 263 319 10929 110914
99 High Pressure Laboratory
EXEF01
Exterior Façade
31 Buitenwandopeningen
3141 Gevuld met puien, gesloten puien
314100 Gevuld met puien, gesloten puien, Algemeen
Windows Type : 31_paneel ver 1 STK 230 263 319 10929 111045
99 High Pressure Laboratory
EXEF01
Exterior Façade
31 Buitenwandopeningen
3141 Gevuld met puien, gesloten puien
314100 Gevuld met puien, gesloten puien, Algemeen
Windows Type : paneel ver 2 STK 230 263 319 10929 111046
99 High Pressure Laboratory
EXEF01
Exterior Façade
41 Buitenwandafwerkingen
4112 Buitenwandafwerkingen, bekledingen
411200 Buitenwandafwerkingen, bekledingen, Algemeen
Walls Type : 300_41_glasvezel_beton 7 STK 230 263 319 10929 110895
99 High Pressure Laboratory
EXEF01
Exterior Façade
41 Buitenwandafwerkingen
4112 Buitenwandafwerkingen, bekledingen
411200 Buitenwandafwerkingen, bekledingen, Algemeen
Walls Type : 300_41_glasvezel_beton boven Rodeca wand
2 STK 230 263 319 10929 110897
99 High Pressure Laboratory
EXEF01
Exterior Façade
41 Buitenwandafwerkingen
4112 Buitenwandafwerkingen, bekledingen
411200 Buitenwandafwerkingen, bekledingen, Algemeen
Walls Type : 300_41_glasvezel_beton achter 3 STK 230 263 319 10929 110898
99 High Pressure Laboratory
EXEF01
Exterior Façade
41 Buitenwandafwerkingen
4112 Buitenwandafwerkingen, bekledingen
411200 Buitenwandafwerkingen, bekledingen, Algemeen
Walls Type : 300_41_beplating_techniek ruimtes 1200
11 STK 230 263 319 10929 111012
49
7. Discussion and Conclusion
7.1. Discussion
The result confirms that the application of Collect, Restructure, and Transfer to implement digital
facility data transfer from BIM model to maintenance management software has successfully transfer
building component data from Revit model as a BIM authoring software to Prognotice as maintenance
management software. The case study has proved that the use of BIM model enables the automatic
building component data input to maintenance management software so that the manual building
data input can be significantly reduced. Moreover, the case study has demonstrated how the
proposed approach is implemented to the existing condition. From
Furthermore, the BIM model building component data collecting process has been proven to eliminate
the redundant building data contains in BIM model. The problem of oversized and unnecessary data
in BIM model as claimed by Zadeh et.al (2015) to be common obstacle in BIM-FM integration can be
solved. However, the criteria on what information to be transferred from BIM model to maintenance
management software ideally defined by the facility management. It has to be adjusted with their
need (Teicholz, 2013). However, this document is not available during this research which made it one
limitation of this study. Ideal result is expected to be achieved if the study used the real building data
selection criteria prepared by FM.
The data restructuring process on the other hand has answered the interoperability challenge that
was claimed by Nagshbandi (2016) to be one of the main barriers that might be faced in the building
digital data transfer process. The data restructure process implemented in case study has translated
the facility data in BIM model so that it can be read and then transferred to maintenance management
software. The building data restructuring process performed in this study has proved that a
modification of the building database exported from BIM model has to be done to create a structured
data which can be correctly read by maintenance management software.
Practical differences between conventional building data transfer method by FM UT and digital facility
data transfer method proposed in this study can be identified. The comparison between both practices
are presented in Table 7-1.
50
Table 7-1 Conventional vs Digital Facility Data Transfer Method
No. Criteria Conventional Method Digital Data Transfer Method
1 Building data source format
Paper-based and 2D CAD drawings Digital data in BIM model
2 Data storage Hard drive and document storage room
Hard drive or server
3 Duration at least 2 weeks 1 day
4 Tools Computer program for manual data input
Middleware or other tools for automatic data processing
5 Collecting building component data
Manual Automatic
6 Processing building component data
Manual Automatic
7 Importing building component data
Manual Automatic
From the Table 7-1, significant improvement can be seen in the building data transfer process. The
conventional method relied on the manual process while digital facility data transfer method could
enable the automatic building data transfer process. As the result, FM can benefit from the duration
needed to complete the process which can be shortened. Significantly reduced manual practice is
regarded to be the main aspect that influence the duration of the building data transfer process.
Another benefit that FM can obtain from the automatic facility data processing and transferring is its
precision which can potentially reduce error prone. Other improvement can be seen in the data
storage system, a dedicated room to store paper documents might no longer required since the
building data source switched from paper documents to digital building data in BIM model.
Despite the result that 100% building component data has been transferred to Prognotice, however
the building data imported from Revit model only filled in 13 columns out of more than 100 provided
by Prognotice. Moreover, the fields those are potentially useful for maintenance purpose and
maintenance plan such as component manufacturer, component installation year, component
construction year, component theoretical life, component current condition, component required
condition are not found in Revit model.
Therefore, the concern of the result lies on the quality of the data transferred to the maintenance
management software. The finding by Aziz et al (2016) which said building data in BIM model can be
transferred without having to re-enter it manually to the maintenance management system has to be
considered carefully. This benefit is only applicable with a condition that BIM model has provided all
the information needed for maintenance purpose. If this condition is not adequately fulfilled as found
in the case study of this research, consequently, missing data have to be re-entered to the
maintenance management software.
51
The case studies performed by Teicholz (2013) show that the facility managers involvement in
determining what information to be included in BIM model is essential for the effective BIM
implementation for the FM. However, this is something that might not optimally applied by FM UT
prior to the BIM model of High-Pressure Laboratory building was created. Due to many unavailable
maintenance information, as the consequences, additional data related to maintenance purpose has
to be populated and manual data input might be required for this process. The FM UT in this case,
should consider to also include the maintenance data in their delivery information standard used as
reference for the BIM model creation.
Therefore, the technical issues such as interoperability problem that is claimed as the main barriers
for the BIM-FM integration by previous researches (Naghshbandi, 2016) (Teicholz, 2012) apparently is
not the first and only thing to be solved by the FM. Incomplete building data for maintenance purpose
contained BIM model as found in this case study shows that facility managers should first create their
BIM information delivery standard and establish a collaboration with the BIM model creator prior the
BIM model creation and facility data transfer process. The result of this research shows that, in order
to perform an effective BIM based building data transfer to maintenance management software, it is
not only the digital building data transfer approach which is essential but also the method how the
BIM model was created.
On the other hand, a slight technical adjustment can be made to the current FM UT building data
transfer process includes the procurement of the middleware or tools which capable to perform all
the actions mentioned in this research. A development of proprietary program can be considered as
another option. Process adjustment has to be made especially for the BIM model preparation and
creation process. In order to optimally implementing digital facility data transfer, FM should also
consider the appropriate method in generating the BIM model which has been studied in several
previous researches. For example, Thabet & Lucas (2017) who proposed steps to be considered and
prepared in implementing BIM-FM integration or McArthur (2015) and Carbonari et.al (2015) which
proposed an iterative process as a framework to generate BIM model for existing building. The digital
facility data transfer approach formulated in this study then can be tailored with the most suitable
BIM model creation method and compile them as a BIM implementation plan for FM.
Eventually, there are a lot of space for improvements and expansions towards other topics related to
BIM based building data transfer for FM. More case studies are needed in order to demonstrate the
implementation of the BIM based building digital data transfer approach for another building or
maintenance management software. More findings to the implementation will give a positive input
52
for the improvement of the developed approach. A generalized framework then can be potentially
developed accordingly.
Moreover, the use of more integrated tools to process the data for the digital building data transfer
operation might result to a seamless process and potentially can reduce error prone. Nevertheless,
the used of Dynamo for instance, to collect, restructure and export building component data from
BIM model has provided accurate result. The logic and workflow presented in this study has
demonstrated the actions should be taken in order to execute a building digital data transfer from
BIM model to maintenance management software. This workflow hence can be potentially adopted
not only to execute another case with similar condition but also to develop the tools or program to
perform the digital facility data transfer process for the future research.
The overall process of BIM-FM integration however is not limited until the digital building data has
been transferred to maintenance management software. It is actually the beginning stage of the
overall BIM and FM integration. However, with the successful implementation of the digital building
data transfer process, it opens huge opportunity to conduct a study in more extended topic related to
BIM – FM integration.
7.2. Conclusion
The digital facility data transfer from BIM model to existing maintenance management system
formulated in this study has proposed main actions to be taken to perform effective building digital
data transfer from BIM model to existing maintenance management software. The case study
performed has demonstrated more detailed actions to be taken in order to effectively transfer
building component data from BIM Model to maintenance management software. It also confirms the
potential challenge experienced and benefit received by the FM. The result of the case study shows
that the proposed workflow has successfully transferred building digital data to maintenance
management software.
Admiteddly, several limitations can be found in this study. More case studies need to be conduct and
the use of more varied facility data and tools to execute the facility data transfer can also be applied
to optimize the overall facility data transfer process. The limitation of the result and process however
provides a lot of opportunities for the future research both to improve the overall process as well as
to extend the study for the proceeding process.
53
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Thabet, W., & Lucas, J. D. (2017). A 6-Step Systematic Process For Model-Based Facility Data Delivery. Journal of Information Technology in Construction, 104-131.
U.S GSA. (2011). BIM Guide for Facility Management. Washington, DC: General Service Administration.
Volk, R., Stengel, J., & Schultmann, F. (2014). Building Information Modeling (BIM) for existing buildings — Literature review and future needs. Automation in Construction, 109-127.
Watson, J. R., & Watson, R. (2016, December 9). Computer Aided Facility Management. Retrieved from Whole Building Design Guide: https://www.wbdg.org/facilities-operations-maintenance/computer-aided-facilities-management-cafm
Williams, R., Shayesteh, H., & Marjanovic-Halburd, L. (2014). Utilising Building Information Modeling For Facilities Management. International Journal of Facility Management.
Zadeh, A., P., Staub-French, S., & Pottinger, R. (2015). Review of BIM quality assessment approaches for facility management.
55
APPENDIX A
INTERVIEW QUESTIONS
56
1. General Information about the interviewee.
i. What is your current position in Facility Department of University of Twente? And
what is your responsibility?
2. The current handover workflow.
ii. How the facility data was collected and transferred to the facility management
system?
iii. What are the format of the building information documents that you received from
contractor?
iv. Where are all building data information stored?
v. Do you still input the facility data to the facility management system manually? If so,
what are the facility data that still manually transferred to the FM software and how
is it done?
vi. How long approximately does the current facility data transfer process take?
vii. How many personnel do you need to complete the facility data transfer process?
viii. What facility management software do you use?
ix. What practical standards and codes for implementation of the facility data transfer
process do you use?
3. Problem faced during the current handover process. (mention the technical)
x. What are the technical problems faced during the current facility data transfer
process?
xi. What are the critical problems that need to be fixed?
4. The goal of organization in using BIM model for digital data handover process.
xii. What is the organization’s main expectation in implementing digital facility data
transfer process?
57
APPENDIX B
HIGH PRESSURE LABORATORY BUILDING BIM MODEL PREVIEW
58
3D VIEW
59
North Section (Front)
South Section (Back)
West Section (Right side)
60
East Section
Ground Floor Floorplan
61
APPENDIX C
DYNAMO ALGORITHM
62
Part 1
63
Part 2
64
APPENDIX D
EXPORTED BUILDING COMPONENT DATA RESULT
65
B
uild
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Des
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Typ
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Qu
anti
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Un
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99 High Pressure Laboratory
INMA01 Interior Mounting Area
28 2800 280000 Walls Type : 300_28_betonsteen_210mm 9 STK
99 High Pressure Laboratory
INCA01 Interior Common Area
28 2800 280000 Walls Type : 300_28_betonsteen_210mm 40 STK
99 High Pressure Laboratory
INPH01 Interior Process Hall
28 2800 280000 Walls Type : 300_28_betonsteen_210mm 8 STK
99 High Pressure Laboratory
EXEF01 Exterior Façade
21 2111 211111 Walls Type : 300_21_metselwerk_100 52 STK
99 High Pressure Laboratory
INMA01 Interior Mounting Area
28 2800 280000 Walls Type : 300_28_betonsteen_320mm 1 STK
99 High Pressure Laboratory
INCA01 Interior Common Area
21 2111 211111 Walls Type : 300_21_metselwerk_210 bruin 5 STK
99 High Pressure Laboratory
INCA01 Interior Common Area
21 2111 211111 Walls Type : 300_21_metselwerk_100 bruin 3 STK
99 High Pressure Laboratory
INCA01 Interior Common Area
28 2800 280000 Walls Type : 300_28_betonsteen_320mm 1 STK
99 High Pressure Laboratory
INCA01 Interior Common Area
28 2800 280000 Walls Type : 300_28_betonsteen_100mm 20 STK
99 High Pressure Laboratory
INCA01 Interior Common Area
28 2800 280000 Walls Type : 300_23_schoorsteen_bekleding 5 STK
99 High Pressure Laboratory
INBL01 Interior Box Laboratory
28 2800 280000 Walls Type : 300_28_beton_ihwg_400mm 53 STK
99 High Pressure Laboratory
INBL01 Interior Box Laboratory
28 2800 280000 Walls Type : 300_28_betonsteen_100mm 8 STK
99 High Pressure Laboratory
INBL01 Interior Box Laboratory
28 2800 280000 Walls Type : 300_22_drijfsteen_100mm 60 STK
99 High Pressure Laboratory
INBL01 Interior Box Laboratory
23 2321 232142 Floors Type : 300_23_betonvloer_200 8 STK
99 High Pressure Laboratory
INBL01 Interior Box Laboratory
47 4710 471000 Floors Type : 300_43_heraklith_50mm 8 STK
99 High Pressure Laboratory
INBL01 Interior Box Laboratory
32 3231 323100 Doors Type : dagmaat 0850x2000 10 STK
99 High Pressure Laboratory
INBL01 Interior Box Laboratory
32 3230 323000 Doors Type : rozet 20 STK
99 High Pressure Laboratory
INBL01 Interior Box Laboratory
28 2800 280000 Walls Type : 300_28_beton_ihwg_280mm 8 STK
99 High Pressure Laboratory
INBL01 Interior Box Laboratory
0 0 0 Floors Type : 200_23_basisvloer_200mm 1 STK
66
Bu
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Des
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Typ
e
Qu
anti
ty
Un
it
99 High Pressure Laboratory
INMA01 Interior Mounting Area
28 2800 280000 Walls Type : 300_28_betonsteen_100mm 9 STK
99 High Pressure Laboratory
INMA01 Interior Mounting Area
28 2800 280000 Walls Type : 300_32_rooster_boven_kozijn 5 STK
99 High Pressure Laboratory
INCA01 Interior Common Area
32 3231 323100 Doors Type : merk c-865 1 STK
99 High Pressure Laboratory
INCA01 Interior Common Area
32 3230 323000 Doors Type : rozet 2 STK
99 High Pressure Laboratory
INCA01 Interior Common Area
32 3231 323100 Doors Type : merk e 1 STK
99 High Pressure Laboratory
INPH01 Interior Process Hall
0 0 0 Floors Type : 200_23_basisvloer_200mm 1 STK
99 High Pressure Laboratory
EXEF01 Exterior Façade
28 2800 280000 Walls Type : 300_28_betonsteen_210mm 11 STK
99 High Pressure Laboratory
EXER01 Exterior Roof
0 0 0 Floors Type : 200_23_basisvloer_200mm 3 STK
99 High Pressure Laboratory
EXER01 Exterior Roof
0 0 0 Floors Type : 200_23_basisvloer_150mm 1 STK
99 High Pressure Laboratory
EXER01 Exterior Roof
0 0 0 Walls Type : 200_23_ventilatieopbouw_dak 7 STK
99 High Pressure Laboratory
EXEF01 Exterior Façade
22 2221 222141 Walls Type : 300_22_ihw beton_100 4 STK
99 High Pressure Laboratory
INCA01 Interior Common Area
22 2221 222141 Walls Type : 300_22_ihw beton_100 1 STK
99 High Pressure Laboratory
EXER01 Exterior Roof
0 0 0 Floors Type : 200_23_basisvloer_80mm 2 STK
99 High Pressure Laboratory
INCA01 Interior Common Area
0 0 0 Floors Type : 200_23_basisvloer_150mm 1 STK
99 High Pressure Laboratory
EXEF01 Exterior Façade
28 2800 280000 Walls Type : 300_28_beton_ihwg_400mm 3 STK
99 High Pressure Laboratory
EXEF01 Exterior Façade
22 2221 222141 Walls Type : 300_22_ihw beton_210 40 STK
99 High Pressure Laboratory
ING01 Interior General
0 0 0 Floors Type : 200_23_basisvloer_300mm 3 STK
99 High Pressure Laboratory
INCA01 Interior Common Area
0 0 0 Floors Type : 200_23_basisvloer_100mm 1 STK
99 High Pressure Laboratory
EXET01 Exterior Terrain
90 9010 901000 Floors Type : 200_99_terrein 1 STK
99 High Pressure Laboratory
INCA01 Interior Common Area
32 3231 323100 Doors Type : merk 120 1 STK
67
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Des
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Typ
e
Qu
anti
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Un
it
99 High Pressure Laboratory
INBL01 Interior Box Laboratory
43 4300 430000 Floors Type : 200_43_afwerkvloer_150 9 STK
99 High Pressure Laboratory
EXER01 Exterior Roof
28 2800 280000 Walls Type : 300_28_betonsteen_210mm 2 STK
99 High Pressure Laboratory
INMA01 Interior Mounting Area
83 8310 831000 Furniture Type : HDL_opstelplaatsen 43 STK
99 High Pressure Laboratory
INMA01 Interior Mounting Area
83 8310 831000 Generic Models
Type : opstelplaats wasbak 1 STK
99 High Pressure Laboratory
INMA01 Interior Mounting Area
32 3231 323121 Doors Type : H02 4 STK
99 High Pressure Laboratory
INMA01 Interior Mounting Area
31 3131 313100 Curtain Panels
Type : deur 2 STK
99 High Pressure Laboratory
INCA01 Interior Common Area
41 4112 411200 Walls Type : 300_41_tegelwerk 30 STK
99 High Pressure Laboratory
INCA01 Interior Common Area
43 4322 432231 Floors Type : 300_43_tegelvloer_300x300_20 2 STK
99 High Pressure Laboratory
INCA01 Interior Common Area
74 7411 741100 Plumbing Fixtures
Type : 63_ISR_inbouwreservoir_toilet 1 STK
99 High Pressure Laboratory
INCA01 Interior Common Area
74 7411 741100 Plumbing Fixtures
Type : 450 (d) x 500 (b) 2 STK
99 High Pressure Laboratory
INCA01 Interior Common Area
74 7411 741100 Generic Models
Type : douche 980 x 980 1 STK
99 High Pressure Laboratory
INCA01 Interior Common Area
74 7411 741100 Plumbing Fixtures
Type : Duschsitz 1 STK
99 High Pressure Laboratory
INCA01 Interior Common Area
32 3231 323121 Doors Type : H03 4 STK
99 High Pressure Laboratory
INCA01 Interior Common Area
32 3231 323121 Doors Type : H04 2 STK
99 High Pressure Laboratory
INCA01 Interior Common Area
32 3231 323121 Doors Type : H05 2 STK
99 High Pressure Laboratory
INCA01 Interior Common Area
83 8310 831000 Furniture Type : HDL_opstelplaatsen 11 STK
99 High Pressure Laboratory
INCA01 Interior Common Area
31 3120 312000 Windows Type : H06 2 STK
99 High Pressure Laboratory
INPH01 Interior Process Hall
31 3131 313121 Doors Type : glasdeur 2 STK
99 High Pressure Laboratory
INPH01 Interior Process Hall
83 8310 831000 Furniture Type : HDL_opstelplaatsen 7 STK
99 High Pressure Laboratory
INBL01 Interior Box Laboratory
83 8310 831000 Furniture Type : HDL_opstelplaatsen 25 STK
68
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Typ
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Qu
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Un
it
99 High Pressure Laboratory
INPH01 Interior Process Hall
31 3131 313100 Curtain Panels
Type : deur 1 STK
99 High Pressure Laboratory
INCA01 Interior Common Area
28 2811 281121 Structural Columns
Type : HEA120 17 STK
99 High Pressure Laboratory
EXER01 Exterior Roof
28 2811 281121 Structural Framing
Type : HEA120 13 STK
99 High Pressure Laboratory
INMA01 Interior Mounting Area
28 2811 281121 Structural Columns
Type : HEA120 6 STK
99 High Pressure Laboratory
EXER01 Exterior Roof
28 2811 281121 Structural Framing
Type : HEA140 6 STK
99 High Pressure Laboratory
EXER01 Exterior Roof
27 2721 272112 Floors Type : 300_27_staal_106R 1 STK
99 High Pressure Laboratory
EXEF01 Exterior Façade
41 4112 411200 Walls Type : 300_41_glasvezel_beton 7 STK
99 High Pressure Laboratory
INPH01 Interior Process Hall
31 3111 311100 Generic Models
Type : glas 2 6 STK
99 High Pressure Laboratory
EXEF01 Exterior Façade
41 4112 411200 Walls Type : 300_41_glasvezel_beton boven Rodeca wand
2 STK
99 High Pressure Laboratory
EXEF01 Exterior Façade
41 4112 411200 Walls Type : 300_41_glasvezel_beton achter 3 STK
99 High Pressure Laboratory
INPH01 Interior Process Hall
28 2800 280000 Walls Type : 300_21_HSB_wand 12-90-12 iso 8 STK
99 High Pressure Laboratory
INPH01 Interior Process Hall
47 4721 472100 Floors Type : 300_23_isolatie_150mm afschot 1 STK
99 High Pressure Laboratory
INPH01 Interior Process Hall
43 4321 432111 Floors Type : 300_43_cementdekvloer_30 1 STK
99 High Pressure Laboratory
INPH01 Interior Process Hall
41 4112 411251 Ceilings Type : 300_45_glasvezel_beton 1 STK
99 High Pressure Laboratory
INPH01 Interior Process Hall
21 2110 211000 Walls Type : 300_21_isolatie_90 2 STK
99 High Pressure Laboratory
INPH01 Interior Process Hall
31 3130 313000 Doors Type : redeca 1 STK
99 High Pressure Laboratory
ING01 Interior General
43 4300 430000 Floors Type : 200_43_afwerkvloer_60 3 STK
99 High Pressure Laboratory
INPH01 Interior Process Hall
41 4110 411000 Generic Models
Type : std 1v 2 STK
99 High Pressure Laboratory
EXER01 Exterior Roof
28 2800 280000 Walls Type : 300_21_HSB_wand 12-106-12 2 STK
99 High Pressure Laboratory
EXER01 Exterior Roof
28 2800 280000 Walls Type : 300_21_HSB_wand 12-76-12 2 STK
69
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Des
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Typ
e
Qu
anti
ty
Un
it
99 High Pressure Laboratory
EXER01 Exterior Roof
0 0 0 Roofs Type : 200_27 isolatie 1 STK
99 High Pressure Laboratory
EXER01 Exterior Roof
0 0 0 Roofs Type : 200_27 isolatie tech ruimte 1 STK
99 High Pressure Laboratory
INCA01 Interior Common Area
28 2800 280000 Walls Type : 300_32_rooster_boven_kozijn 2 STK
99 High Pressure Laboratory
INPH01 Interior Process Hall
21 2110 211000 Walls Type : 300_21_kantplank 3 STK
99 High Pressure Laboratory
ING01 Interior General
0 0 0 Walls Type : 200_20_basis_100 1 STK
99 High Pressure Laboratory
EXEF01 Exterior Façade
28 2800 280000 Walls Type : 300_21_HSB_wand 12-76-12 2 STK
99 High Pressure Laboratory
INCA01 Interior Common Area
28 2811 281121 Structural Columns
Type : 20x70 1 STK
99 High Pressure Laboratory
INCA01 Interior Common Area
32 3231 323121 Doors Type : lakdeur_stomp 9 STK
99 High Pressure Laboratory
EXER01 Exterior Roof
45 4510 451000 Ceilings Type : 300_44_sauswerk_antraciet 1 STK
99 High Pressure Laboratory
INCA01 Interior Common Area
45 4510 451000 Ceilings Type : 300_44_sauswerk_antraciet 1 STK
99 High Pressure Laboratory
INMA01 Interior Mounting Area
45 4510 451000 Ceilings Type : 300_44_sauswerk_antraciet 3 STK
99 High Pressure Laboratory
INCA01 Interior Common Area
45 4510 451000 Ceilings Type : 300_44_isolatie+Heraklith 3 STK
99 High Pressure Laboratory
INBL01 Interior Box Laboratory
45 4510 451000 Ceilings Type : 300_44_sauswerk_antraciet 1 STK
99 High Pressure Laboratory
INPH01 Interior Process Hall
45 4510 451000 Ceilings Type : 300_44_sauswerk_antraciet 1 STK
99 High Pressure Laboratory
INBL01 Interior Box Laboratory
45 4510 451000 Ceilings Type : 300_44_beplating+sauswerk_antraciet 4 STK
99 High Pressure Laboratory
INBL01 Interior Box Laboratory
45 4510 451000 Ceilings Type : 300_44_isolatie+Heraklith 1 STK
99 High Pressure Laboratory
EXER01 Exterior Roof
0 0 0 Floors Type : 200_23_dak_isolatie_nieuw 2 STK
99 High Pressure Laboratory
INCA01 Interior Common Area
73 7311 731100 Furniture Systems
Type : met koken 1 STK
99 High Pressure Laboratory
INBL01 Interior Box Laboratory
47 4721 472100 Floors Type : 300_23_isolatie_100mm kouddak 1 STK
99 High Pressure Laboratory
INCA01 Interior Common Area
47 4721 472100 Floors Type : 300_23_isolatie_100mm kouddak 1 STK
70
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Des
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Typ
e
Qu
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Un
it
99 High Pressure Laboratory
INCA01 Interior Common Area
21 2110 211000 Walls Type : 300_21_kantplank 2 STK
99 High Pressure Laboratory
INCA01 Interior Common Area
45 4510 451000 Ceilings Type : 300_44_pir_Rc2,5 2 STK
99 High Pressure Laboratory
INCA01 Interior Common Area
31 3131 313121 Doors Type : glasdeur 2 STK
99 High Pressure Laboratory
INCA01 Interior Common Area
45 4510 451000 Ceilings Type : 300_44_akoestisch_1200x1200 2 STK
99 High Pressure Laboratory
INPH01 Interior Process Hall
43 4322 432236 Floors Type : 300_43_staptegels_300x300 2 STK
99 High Pressure Laboratory
EXER01 Exterior Roof
43 4322 432236 Floors Type : 300_43_staptegels_300x300 10 STK
99 High Pressure Laboratory
ING01 Interior General
31 3131 313100 Curtain Panels
Type : deur 1 STK
99 High Pressure Laboratory
ING01 Interior General
31 3111 311100 Generic Models
Type : glas 2 2 STK
99 High Pressure Laboratory
ING01 Interior General
31 3130 313000 Doors Type : redeca 1 STK
99 High Pressure Laboratory
INPH01 Interior Process Hall
41 4113 411300 Walls Type : 300_21_HSB wand proceshal 2 STK
99 High Pressure Laboratory
INBL01 Interior Box Laboratory
0 0 0 Floors Type : 200_23_basisvloer_350mm 1 STK
99 High Pressure Laboratory
INBL01 Interior Box Laboratory
0 0 0 Floors Type : 300_23_tussen_vloer_kantoor 1 STK
99 High Pressure Laboratory
INMA01 Interior Mounting Area
32 3231 323121 Doors Type : H07 2 STK
99 High Pressure Laboratory
INCA01 Interior Common Area
28 2800 280000 Walls Type : 300_21_HSB_wand 12-76-12 1 STK
99 High Pressure Laboratory
INCA01 Interior Common Area
32 3231 323121 Doors Type : H08 3 STK
99 High Pressure Laboratory
INCA01 Interior Common Area
21 2111 211111 Walls Type : 300_21_metselwerk_100 1 STK
99 High Pressure Laboratory
EXER01 Exterior Roof
28 2800 280000 Walls Type : 300_21_HSB_wand 12-135-12 iso 1 STK
99 High Pressure Laboratory
INBL01 Interior Box Laboratory
0 0 0 Floors Type : 200_23_dak_isolatie_nieuw hoge druk 1 STK
99 High Pressure Laboratory
INBL01 Interior Box Laboratory
0 0 0 Floors Type : 200_23_dak_isolatie_afschot 1 STK
99 High Pressure Laboratory
EXER01 Exterior Roof
0 0 0 Floors Type : 200_23_dak_isolatie_nieuw hoge druk 1 STK
71
Bu
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Des
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Qu
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ty
Un
it
99 High Pressure Laboratory
EXER01 Exterior Roof
0 0 0 Floors Type : 200_23_dak_isolatie_afschot 1 STK
99 High Pressure Laboratory
INBL01 Interior Box Laboratory
28 2800 280000 Walls Type : 300_21_HSB_wand 12-135-12 iso 1 STK
99 High Pressure Laboratory
EXER01 Exterior Roof
0 0 0 Floors Type : 200_23_isolatie_stalen_balk 1 STK
99 High Pressure Laboratory
INBL01 Interior Box Laboratory
21 2110 211000 Walls Type : 300_21_isolatie_90 3 STK
99 High Pressure Laboratory
INPH01 Interior Process Hall
41 4113 411300 Walls Type : 300_21_HSB wand proceshal kop 1 STK
99 High Pressure Laboratory
INCA01 Interior Common Area
41 4112 411200 Walls Type : 300_41_beplating_12 2 STK
99 High Pressure Laboratory
INCA01 Interior Common Area
41 4112 411200 Walls Type : 300_41_saus-oranje 1 STK
99 High Pressure Laboratory
INMA01 Interior Mounting Area
32 3231 323100 Doors Type : H09 1 STK
99 High Pressure Laboratory
INPH01 Interior Process Hall
32 3231 323100 Doors Type : H09 1 STK
99 High Pressure Laboratory
INBL01 Interior Box Laboratory
32 3231 323121 Doors Type : deur met glas 4 STK
99 High Pressure Laboratory
INPH01 Interior Process Hall
43 4321 432100 Floors Type : 300_43_vloercoating_oranje 1 STK
99 High Pressure Laboratory
INBL01 Interior Box Laboratory
74 7411 741100 Plumbing Fixtures
Type : 74_ISR_urinoir 1 STK
99 High Pressure Laboratory
INPH01 Interior Process Hall
28 2811 281121 Structural Columns
Type : 20x70 20 STK
99 High Pressure Laboratory
INBL01 Interior Box Laboratory
28 2811 281121 Structural Framing
Type : HEA160 2 STK
99 High Pressure Laboratory
INPH01 Interior Process Hall
0 0 0 Structural Framing
Type : Bout M20x250 8.8 DIN931 7 STK
99 High Pressure Laboratory
INPH01 Interior Process Hall
0 0 0 Structural Framing
Type : Tapbout M12x120 8.8 DIN933 2 STK
99 High Pressure Laboratory
INPH01 Interior Process Hall
0 0 0 Structural Framing
Type : Tapbout M12x120 8.8 DIN933 40 1 STK
99 High Pressure Laboratory
INBL01 Interior Box Laboratory
75 7510 751000 Plumbing Fixtures
Type : Mop_Sink_1577 1 STK
99 High Pressure Laboratory
INBL01 Interior Box Laboratory
28 2811 281121 Structural Columns
Type : K80x80x3 1 STK
99 High Pressure Laboratory
INBL01 Interior Box Laboratory
28 2811 281121 Structural Framing
Type : UNP140 4 STK
72
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Qu
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Un
it
99 High Pressure Laboratory
INBL01 Interior Box Laboratory
28 2811 281121 Structural Framing
Type : HEA100 14 STK
99 High Pressure Laboratory
INBL01 Interior Box Laboratory
0 0 0 Floors Type : 200_23_Dejo Rooster compressor ruimte
1 STK
99 High Pressure Laboratory
INBL01 Interior Box Laboratory
28 2811 281121 Structural Columns
Type : HEA200 4 STK
99 High Pressure Laboratory
INCA01 Interior Common Area
28 2800 280000 Walls Type : 300_21_HSB_wand 12-90-12 iso 1 STK
99 High Pressure Laboratory
INCA01 Interior Common Area
28 2800 280000 Walls Type : 300_21_Heraklith WBDBO60min 1 STK
99 High Pressure Laboratory
INPH01 Interior Process Hall
22 2213 221300 Walls Type : 300_22_tussenwand_inloopbox 10 STK
99 High Pressure Laboratory
INPH01 Interior Process Hall
41 4112 411200 Walls Type : 300_41_beplating_6 4 STK
99 High Pressure Laboratory
INPH01 Interior Process Hall
41 4112 411200 Walls Type : 300_41_beplating_12 2 STK
99 High Pressure Laboratory
INCA01 Interior Common Area
21 2110 211000 Walls Type : 300_21_isolatie hard_60 2 STK
99 High Pressure Laboratory
ING01 Interior General
45 4500 450000 Ceilings Type : 300_44_gipsvinyl_600x600 3 STK
99 High Pressure Laboratory
INMA01 Interior Mounting Area
28 2811 281121 Structural Framing
Type : IPE160 1 STK
99 High Pressure Laboratory
INMA01 Interior Mounting Area
28 2811 281121 Structural Framing
Type : HEA140 2 STK
99 High Pressure Laboratory
ING01 Interior General
23 2300 230000 Structural Beam Systems
Type : 300_28_balklaag 1 STK
99 High Pressure Laboratory
INMA01 Interior Mounting Area
28 2811 281111 Structural Framing
Type : 71x246 11 STK
99 High Pressure Laboratory
INMA01 Interior Mounting Area
21 2111 211111 Walls Type : 300_21_metselwerk_100 1 STK
99 High Pressure Laboratory
INCA01 Interior Common Area
43 4322 432236 Floors Type : 300_43_staptegels_300x300 1 STK
99 High Pressure Laboratory
EXER01 Exterior Roof
32 3231 323121 Doors Type : dubbele deur met glas 2 STK
99 High Pressure Laboratory
INPH01 Interior Process Hall
32 3231 323121 Doors Type : deur met glas antraciet 12 STK
99 High Pressure Laboratory
INPH01 Interior Process Hall
32 3231 323121 Doors Type : dubbele deur met glas 3 STK
99 High Pressure Laboratory
INPH01 Interior Process Hall
21 2123 212318 Walls Type : 300_21_HSB_38x38 8 STK
73
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de
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Co
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Des
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n
Typ
e
Qu
anti
ty
Un
it
99 High Pressure Laboratory
INPH01 Interior Process Hall
45 4500 450000 Ceilings Type : 300_44_gipsvinyl_600x600 1 STK
99 High Pressure Laboratory
ING01 Interior General
32 3231 323121 Doors Type : dubbele deur met glas 1 STK
99 High Pressure Laboratory
INBL01 Interior Box Laboratory
43 4322 432236 Floors Type : 300_43_staptegels_300x300 1 STK
99 High Pressure Laboratory
INBL01 Interior Box Laboratory
21 2111 211111 Walls Type : 300_21_metselwerk_100 1 STK
99 High Pressure Laboratory
INPH01 Interior Process Hall
28 2811 281121 Structural Framing
Type : HEA140 1 STK
99 High Pressure Laboratory
EXER01 Exterior Roof
90 9010 901000 Floors Type : gras 1 STK
99 High Pressure Laboratory
EXET01 Exterior Terrain
90 9010 901000 Floors Type : gras 3 STK
99 High Pressure Laboratory
EXET01 Exterior Terrain
23 2300 230000 Floors Type : klinkers antraciet 1 STK
99 High Pressure Laboratory
EXET01 Exterior Terrain
21 2100 210000 Walls Type : _hedera_afscheiding 3 12 STK
99 High Pressure Laboratory
EXET01 Exterior Terrain
23 2300 230000 Floors Type : Sokkel compressor 800 x 1200 x 300 1 STK
99 High Pressure Laboratory
EXET01 Exterior Terrain
23 2300 230000 Floors Type : betonklinkers 8 STK
99 High Pressure Laboratory
INBL01 Interior Box Laboratory
23 2300 230000 Floors Type : stelcon plaat 11 STK
99 High Pressure Laboratory
EXET01 Exterior Terrain
23 2300 230000 Floors Type : stelcon plaat 3 STK
99 High Pressure Laboratory
SISB01 Side Building
23 2300 230000 Floors Type : stelcon plaat 1 STK
99 High Pressure Laboratory
INCA01 Interior Common Area
23 2300 230000 Floors Type : stelcon plaat 2 STK
99 High Pressure Laboratory
INCA01 Interior Common Area
23 2300 230000 Floors Type : betonklinkers 2 STK
99 High Pressure Laboratory
EXET01 Exterior Terrain
43 4322 432236 Floors Type : 300_43_staptegels_300x300 1 STK
99 High Pressure Laboratory
INBL01 Interior Box Laboratory
90 9000 900000 Planting Type : 5500_Golden Chain 1 STK
99 High Pressure Laboratory
EXET01 Exterior Terrain
90 9000 900000 Planting Type : 5500_Golden Chain 5 STK
99 High Pressure Laboratory
INBL01 Interior Box Laboratory
23 2300 230000 Floors Type : betonklinkers 3 STK
74
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Co
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Co
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ent
Des
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n
Typ
e
Qu
anti
ty
Un
it
99 High Pressure Laboratory
INBL01 Interior Box Laboratory
23 2300 230000 Floors Type : grind 8 STK
99 High Pressure Laboratory
INBL01 Interior Box Laboratory
23 2300 230000 Floors Type : betonplaat 1 STK
99 High Pressure Laboratory
EXET01 Exterior Terrain
41 4112 411200 Walls Type : 300_41_beplating_techniek ruimtes 1200
1 STK
99 High Pressure Laboratory
EXEF01 Exterior Façade
41 4112 411200 Walls Type : 300_41_beplating_techniek ruimtes 1200
11 STK
99 High Pressure Laboratory
EXEF01 Exterior Façade
41 4112 411200 Walls Type : 300_41_beplating_techniek ruimtes voor
3 STK
99 High Pressure Laboratory
EXEF01 Exterior Façade
23 2300 230000 Floors Type : betonklinkers 2 STK
99 High Pressure Laboratory
EXET01 Exterior Terrain
41 4112 411200 Walls Type : 300_99_beton_keerband 3 STK
99 High Pressure Laboratory
INPH01 Interior Process Hall
41 4112 411200 Walls Type : 300_99_beton_keerband 6 STK
99 High Pressure Laboratory
EXET01 Exterior Terrain
23 2300 230000 Floors Type : grind 4 STK
99 High Pressure Laboratory
INCA01 Interior Common Area
41 4112 411200 Walls Type : 300_99_beton_keerband 2 STK
99 High Pressure Laboratory
INMA01 Interior Mounting Area
23 2300 230000 Floors Type : stelcon plaat 1 STK
99 High Pressure Laboratory
INPH01 Interior Process Hall
23 2300 230000 Floors Type : grind 1 STK
99 High Pressure Laboratory
INMA01 Interior Mounting Area
41 4112 411200 Walls Type : 300_99_beton_keerband 2 STK
99 High Pressure Laboratory
INMA01 Interior Mounting Area
23 2300 230000 Floors Type : grind 1 STK
99 High Pressure Laboratory
INMA01 Interior Mounting Area
43 4322 432236 Floors Type : 300_43_staptegels_300x300 1 STK
99 High Pressure Laboratory
EXER01 Exterior Roof
45 4500 450000 Ceilings Type : 300_44_Rockfon Krios_600x600 1 STK
99 High Pressure Laboratory
ING01 Interior General
45 4500 450000 Ceilings Type : 300_44_Rockfon Krios_600x600 1 STK
99 High Pressure Laboratory
ING01 Interior General
45 4510 451000 Ceilings Type : 300_44_sauswerk_antraciet 1 STK
99 High Pressure Laboratory
ING01 Interior General
28 2800 280000 Walls Type : 300_28_betonsteen_210mm 1 STK
99 High Pressure Laboratory
SISB01 Side Building
28 2800 280000 Walls Type : 300_28_betonsteen_210mm 15 STK
75
Bu
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Co
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Co
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ent
Des
crip
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n
Typ
e
Qu
anti
ty
Un
it
99 High Pressure Laboratory
SISB01 Side Building
23 2300 230000 Floors Type : betonklinkers 1 STK
99 High Pressure Laboratory
SISB01 Side Building
0 0 0 Floors Type : 200_23_basisvloer_100mm 1 STK
99 High Pressure Laboratory
SISB01 Side Building
31 3130 313000 Doors Type : 5std 4 STK
99 High Pressure Laboratory
SISB01 Side Building
31 3111 311100 Windows Type : glas 2 4 STK
99 High Pressure Laboratory
SISB01 Side Building
31 3141 314100 Windows Type : 31_paneel ver 6 STK
99 High Pressure Laboratory
SISB01 Side Building
0 0 0 Floors Type : 200_23_basisvloer_150mm 3 STK
99 High Pressure Laboratory
SISB01 Side Building
28 2811 281141 Structural Framing
Type : 150x300 4 STK
99 High Pressure Laboratory
SISB01 Side Building
41 4112 411200 Walls Type : 300_41_beplating_12 1 STK
99 High Pressure Laboratory
SISB01 Side Building
0 0 0 Roofs Type : 200_multiplex met bitumen 1 STK
99 High Pressure Laboratory
SISB01 Side Building
31 3141 314100 Windows Type : paneel ver 5 STK
99 High Pressure Laboratory
SISB01 Side Building
0 0 0 Floors Type : 200_23_hellingbaan 2 STK
99 High Pressure Laboratory
SISB01 Side Building
28 2811 281121 Structural Columns
Type : K60x60x3 7 STK
99 High Pressure Laboratory
SISB01 Side Building
41 4112 411200 Walls Type : 300_41_beplating_fietsenhok 1 STK
99 High Pressure Laboratory
EXEF01 Exterior Façade
41 4112 411200 Walls Type : 300_41_beplating_fietsenhok 2 STK
99 High Pressure Laboratory
EXEF01 Exterior Façade
0 0 0 Floors Type : 200_23_dak_fietsenberging 1 STK
99 High Pressure Laboratory
EXEF01 Exterior Façade
41 4112 411200 Walls Type : 300_41_staalplaat_vertikaal 14 STK
99 High Pressure Laboratory
EXEF01 Exterior Façade
31 3141 314100 Windows Type : 31_paneel ver 1 STK
99 High Pressure Laboratory
EXEF01 Exterior Façade
31 3141 314100 Windows Type : paneel ver 2 STK
99 High Pressure Laboratory
EXET01 Exterior Terrain
23 2300 230000 Floors Type : betonplaat 4 STK
99 High Pressure Laboratory
EXET01 Exterior Terrain
0 0 0 Structural Framing
Type : Bout M20x250 8.8 DIN931 1 STK
76
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Des
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n
Typ
e
Qu
anti
ty
Un
it
99 High Pressure Laboratory
INPH01 Interior Process Hall
31 3111 311100 Windows Type : glas 2 2 STK
99 High Pressure Laboratory
INBL01 Interior Box Laboratory
28 2811 281121 Structural Columns
Type : HEA140 16 STK
99 High Pressure Laboratory
INBL01 Interior Box Laboratory
28 2811 281121 Structural Framing
Type : HEA140 4 STK
99 High Pressure Laboratory
INBL01 Interior Box Laboratory
54 5411 541100 Pipes Type : Steel pipe Fe-35 539 STK
99 High Pressure Laboratory
INPH01 Interior Process Hall
54 5411 541100 Pipes Type : Steel pipe Fe-35 542 STK
99 High Pressure Laboratory
INCA01 Interior Common Area
54 5411 541100 Pipes Type : Steel pipe Fe-35 124 STK
99 High Pressure Laboratory
INMA01 Interior Mounting Area
54 5411 541100 Pipes Type : Steel pipe Fe-35 134 STK
99 High Pressure Laboratory
INBL01 Interior Box Laboratory
54 5411 541100 Pipes Type : Copper pipe 3 STK
99 High Pressure Laboratory
EXER01 Exterior Roof
57 5740 574000 Ducts Type : Ronde kanalen - T-stuk 86 STK
99 High Pressure Laboratory
EXER01 Exterior Roof
57 5740 574000 Duct Fittings
Type : 1 D 43 STK
99 High Pressure Laboratory
EXER01 Exterior Roof
57 5740 574000 Ducts Type : Ronde kanalen - Zadelstuk 39 STK
99 High Pressure Laboratory
INBL01 Interior Box Laboratory
57 5720 572000 Ducts Type : Ronde kanalen - T-stuk 122 STK
99 High Pressure Laboratory
EXER01 Exterior Roof
57 5740 574000 Ducts Type : Rechte kanalen 7 STK
99 High Pressure Laboratory
INBL01 Interior Box Laboratory
57 5740 574000 Ducts Type : Rechte kanalen 27 STK
99 High Pressure Laboratory
INBL01 Interior Box Laboratory
57 5720 572000 Ducts Type : Rechte kanalen 5 STK
99 High Pressure Laboratory
EXER01 Exterior Roof
57 5720 572000 Ducts Type : Ronde kanalen - T-stuk 61 STK
99 High Pressure Laboratory
EXER01 Exterior Roof
57 5750 575000 Ducts Type : Ronde kanalen - T-stuk 4 STK
99 High Pressure Laboratory
INCA01 Interior Common Area
57 5750 575000 Ducts Type : Rechte kanalen 7 STK
99 High Pressure Laboratory
INCA01 Interior Common Area
57 5730 573000 Ducts Type : Rechte kanalen 4 STK
99 High Pressure Laboratory
EXER01 Exterior Roof
57 5720 572000 Duct Fittings
Type : 30 gr 28 STK
77
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Co
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ent
Des
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n
Typ
e
Qu
anti
ty
Un
it
99 High Pressure Laboratory
EXER01 Exterior Roof
57 5730 573000 Duct Fittings
Type : 30 gr 2 STK
99 High Pressure Laboratory
INCA01 Interior Common Area
57 5730 573000 Air Terminals
Type : URH/A-125 2 STK
99 High Pressure Laboratory
INCA01 Interior Common Area
57 5730 573000 Air Terminals
Type : URH/A-100 5 STK
99 High Pressure Laboratory
INCA01 Interior Common Area
57 5730 573000 Ducts Type : Ronde kanalen - T-stuk 39 STK
99 High Pressure Laboratory
INCA01 Interior Common Area
57 5730 573000 Ducts Type : Ronde kanalen - Zadelstuk 33 STK
99 High Pressure Laboratory
INCA01 Interior Common Area
57 5730 573000 Duct Fittings
Type : 1 D 31 STK
99 High Pressure Laboratory
INMA01 Interior Mounting Area
57 5720 572000 Ducts Type : Ronde kanalen - T-stuk 7 STK
99 High Pressure Laboratory
INCA01 Interior Common Area
57 5750 575000 Ducts Type : Ronde kanalen - T-stuk 23 STK
99 High Pressure Laboratory
INMA01 Interior Mounting Area
57 5750 575000 Ducts Type : Rechte kanalen 7 STK
99 High Pressure Laboratory
INMA01 Interior Mounting Area
57 5730 573000 Air Terminals
Type : URH/A-160 5 STK
99 High Pressure Laboratory
INMA01 Interior Mounting Area
57 5720 572000 Air Terminals
Type : URH/A-160 1 STK
99 High Pressure Laboratory
INMA01 Interior Mounting Area
57 5720 572000 Air Terminals
Type : circ-grille-315 1 STK
99 High Pressure Laboratory
INMA01 Interior Mounting Area
57 5750 575000 Ducts Type : Ronde kanalen - T-stuk 13 STK
99 High Pressure Laboratory
INMA01 Interior Mounting Area
57 5720 572000 Duct Fittings
Type : 30 gr 2 STK
99 High Pressure Laboratory
INMA01 Interior Mounting Area
57 5720 572000 Duct Fittings
Type : 1 D 7 STK
99 High Pressure Laboratory
INMA01 Interior Mounting Area
57 5730 573000 Air Terminals
Type : URH/A-125 4 STK
99 High Pressure Laboratory
INCA01 Interior Common Area
57 5730 573000 Air Terminals
Type : circ-grille-315 4 STK
99 High Pressure Laboratory
INPH01 Interior Process Hall
57 5730 573000 Air Terminals
Type : circ-grille-250 3 STK
99 High Pressure Laboratory
INCA01 Interior Common Area
57 5730 573000 Duct Fittings
Type : standaard 19 STK
99 High Pressure Laboratory
INMA01 Interior Mounting Area
57 5730 573000 Ducts Type : Ronde kanalen - T-stuk 43 STK
78
Bu
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Spac
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Elem
ent
Co
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Co
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ent
Des
crip
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n
Typ
e
Qu
anti
ty
Un
it
99 High Pressure Laboratory
INMA01 Interior Mounting Area
57 5730 573000 Duct Fittings
Type : 1 D 20 STK
99 High Pressure Laboratory
INMA01 Interior Mounting Area
57 5730 573000 Duct Fittings
Type : standaard 18 STK
99 High Pressure Laboratory
INMA01 Interior Mounting Area
57 5730 573000 Duct Fittings
Type : 30 gr 7 STK
99 High Pressure Laboratory
INMA01 Interior Mounting Area
57 5730 573000 Air Terminals
Type : circ-grille-315 2 STK
99 High Pressure Laboratory
INMA01 Interior Mounting Area
57 5730 573000 Air Terminals
Type : KSO 200 1 STK
99 High Pressure Laboratory
INMA01 Interior Mounting Area
57 5750 575000 Duct Fittings
Type : 1 D 7 STK
99 High Pressure Laboratory
INPH01 Interior Process Hall
57 5750 575000 Ducts Type : Rechte kanalen 12 STK
99 High Pressure Laboratory
INPH01 Interior Process Hall
57 5720 572000 Air Terminals
Type : URH/A-100 3 STK
99 High Pressure Laboratory
INCA01 Interior Common Area
57 5720 572000 Air Terminals
Type : URH/A-100 2 STK
99 High Pressure Laboratory
INCA01 Interior Common Area
57 5720 572000 Ducts Type : Ronde kanalen - T-stuk 12 STK
99 High Pressure Laboratory
INPH01 Interior Process Hall
57 5720 572000 Ducts Type : Ronde kanalen - T-stuk 20 STK
99 High Pressure Laboratory
INPH01 Interior Process Hall
57 5750 575000 Duct Fittings
Type : standaard 12 STK
99 High Pressure Laboratory
INPH01 Interior Process Hall
57 5750 575000 Ducts Type : Ronde kanalen - T-stuk 13 STK
99 High Pressure Laboratory
INBL01 Interior Box Laboratory
57 5720 572000 Air Terminals
Type : URH/A-100 3 STK
99 High Pressure Laboratory
INBL01 Interior Box Laboratory
57 5720 572000 Duct Fittings
Type : standaard 28 STK
99 High Pressure Laboratory
INPH01 Interior Process Hall
57 5730 573000 Air Terminals
Type : circ-grille-315 11 STK
99 High Pressure Laboratory
INPH01 Interior Process Hall
57 5730 573000 Air Terminals
Type : URH/A-160 6 STK
99 High Pressure Laboratory
INPH01 Interior Process Hall
57 5730 573000 Ducts Type : Ronde kanalen - T-stuk 48 STK
99 High Pressure Laboratory
INPH01 Interior Process Hall
57 5730 573000 Duct Fittings
Type : standaard 42 STK
99 High Pressure Laboratory
INPH01 Interior Process Hall
57 5730 573000 Duct Fittings
Type : 1 D 25 STK
79
Bu
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Elem
ent
Co
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Co
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ent
Des
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n
Typ
e
Qu
anti
ty
Un
it
99 High Pressure Laboratory
EXER01 Exterior Roof
57 5740 574000 Duct Fittings
Type : magirect_plug1_001 2 STK
99 High Pressure Laboratory
INBL01 Interior Box Laboratory
57 5720 572000 Ducts Type : Ronde kanalen - Zadelstuk 7 STK
99 High Pressure Laboratory
EXER01 Exterior Roof
57 5750 575000 Duct Fittings
Type : magicirc_plug_001 2 STK
99 High Pressure Laboratory
INBL01 Interior Box Laboratory
57 5720 572000 Air Terminals
Type : circ-grille-250 6 STK
99 High Pressure Laboratory
EXER01 Exterior Roof
57 5720 572000 Ducts Type : Rechte kanalen 1 STK
99 High Pressure Laboratory
EXER01 Exterior Roof
57 5720 572000 Duct Fittings
Type : 1 D 21 STK
99 High Pressure Laboratory
EXER01 Exterior Roof
57 5720 572000 Ducts Type : Ronde kanalen - Zadelstuk 4 STK
99 High Pressure Laboratory
EXER01 Exterior Roof
57 5740 574000 Duct Fittings
Type : standaard 69 STK
99 High Pressure Laboratory
EXER01 Exterior Roof
57 5750 575000 Duct Fittings
Type : standaard 11 STK
99 High Pressure Laboratory
EXER01 Exterior Roof
57 5750 575000 Duct Fittings
Type : 1 D 4 STK
99 High Pressure Laboratory
INCA01 Interior Common Area
57 5730 573000 Air Terminals
Type : URH/A-160 1 STK
99 High Pressure Laboratory
INCA01 Interior Common Area
57 5720 572000 Duct Fittings
Type : standaard 6 STK
99 High Pressure Laboratory
INMA01 Interior Mounting Area
57 5750 575000 Ducts Type : Ronde kanalen - Zadelstuk 10 STK
99 High Pressure Laboratory
INMA01 Interior Mounting Area
57 5750 575000 Duct Fittings
Type : standaard 15 STK
99 High Pressure Laboratory
INBL01 Interior Box Laboratory
57 5720 572000 Duct Fittings
Type : 1 D 41 STK
99 High Pressure Laboratory
INBL01 Interior Box Laboratory
57 5740 574000 Ducts Type : Ronde kanalen - T-stuk 65 STK
99 High Pressure Laboratory
INCA01 Interior Common Area
57 5750 575000 Duct Fittings
Type : standaard 11 STK
99 High Pressure Laboratory
INCA01 Interior Common Area
57 5750 575000 Duct Fittings
Type : 1 D 11 STK
99 High Pressure Laboratory
INCA01 Interior Common Area
57 5750 575000 Duct Fittings
Type : 30 gr 10 STK
99 High Pressure Laboratory
INCA01 Interior Common Area
57 5730 573000 Duct Fittings
Type : 30 gr 26 STK
80
Bu
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Des
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Typ
e
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ty
Un
it
99 High Pressure Laboratory
INCA01 Interior Common Area
57 5740 574000 Ducts Type : Rechte kanalen 7 STK
99 High Pressure Laboratory
INCA01 Interior Common Area
57 5740 574000 Duct Fittings
Type : standaard 1 STK
99 High Pressure Laboratory
INPH01 Interior Process Hall
57 5730 573000 Ducts Type : Rechte kanalen 22 STK
99 High Pressure Laboratory
INPH01 Interior Process Hall
57 5730 573000 Ducts Type : Ronde kanalen - Zadelstuk 33 STK
99 High Pressure Laboratory
INBL01 Interior Box Laboratory
57 5740 574000 Duct Fittings
Type : 1 D 41 STK
99 High Pressure Laboratory
INCA01 Interior Common Area
57 5720 572000 Duct Fittings
Type : 1 D 5 STK
99 High Pressure Laboratory
INCA01 Interior Common Area
57 5760 576000 Ducts Type : Ronde kanalen - T-stuk 1 STK
99 High Pressure Laboratory
EXER01 Exterior Roof
57 5720 572000 Duct Fittings
Type : standaard 15 STK
99 High Pressure Laboratory
INBL01 Interior Box Laboratory
57 5740 574000 Duct Fittings
Type : 30 gr 25 STK
99 High Pressure Laboratory
EXER01 Exterior Roof
57 5740 574000 Duct Fittings
Type : 30 gr 19 STK
99 High Pressure Laboratory
EXER01 Exterior Roof
57 5740 574000 Air Terminals
Type : Terugslagklep 400x345 8 STK
99 High Pressure Laboratory
INBL01 Interior Box Laboratory
57 5740 574000 Duct Insulations
Type : Isolatie mineralewol 100mm 64 STK
99 High Pressure Laboratory
EXER01 Exterior Roof
57 5740 574000 Duct Insulations
Type : Isolatie mineralewol 100mm 87 STK
99 High Pressure Laboratory
EXER01 Exterior Roof
57 5740 574000 Duct Accessories
Type : S4R - Barcol Air, Demper isol 50 mm - met kern, L=500, 400-400
8 STK
99 High Pressure Laboratory
EXER01 Exterior Roof
57 5740 574000 Duct Accessories
Type : S4R - Barcol Air, Demper isol 100 mm - met kern, L=500, 630-630
1 STK
99 High Pressure Laboratory
EXER01 Exterior Roof
57 5740 574000 Duct Accessories
Type : S4R - Barcol Air, Demper isol 100 mm - met kern, L=500, 560-560
1 STK
99 High Pressure Laboratory
EXER01 Exterior Roof
57 5740 574000 Ducts Type : S4Rx_Generic_Rectangular 4 STK
99 High Pressure Laboratory
EXER01 Exterior Roof
57 5720 572000 Ducts Type : S4Rx_Generic_Rectangular 2 STK
99 High Pressure Laboratory
EXER01 Exterior Roof
57 5740 574000 Duct Fittings
Type : 45 Graden 12 STK
99 High Pressure Laboratory
EXER01 Exterior Roof
57 5740 574000 Duct Accessories
Type : S4R - LUKA, Demper, L=1000, 800x800-800x800
1 STK
81
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Des
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Un
it
99 High Pressure Laboratory
EXER01 Exterior Roof
57 5740 574000 Duct Fittings
Type : With Flange 1 STK
99 High Pressure Laboratory
EXER01 Exterior Roof
57 5740 574000 Duct Fittings
Type : LUKA, 90°, 600x600-800x600 1 STK
99 High Pressure Laboratory
EXER01 Exterior Roof
57 5750 575000 Ducts Type : S4Rx_Generic_Rectangular 1 STK
99 High Pressure Laboratory
INPH01 Interior Process Hall
57 5750 575000 Ducts Type : S4Rx_Generic_Rectangular 1 STK
99 High Pressure Laboratory
INPH01 Interior Process Hall
57 5750 575000 Duct Insulations
Type : Isolatie mineralewol 100mm 11 STK
99 High Pressure Laboratory
INMA01 Interior Mounting Area
57 5730 573000 Ducts Type : S4R_Bergschenhoek_Spiro zaaglengte 3 STK
99 High Pressure Laboratory
INMA01 Interior Mounting Area
57 5730 573000 Duct Fittings
Type : S4R_Bend_Round_AI_Generic 1 STK
99 High Pressure Laboratory
INMA01 Interior Mounting Area
57 5730 573000 Air Terminals
Type : N/A, 100 2 STK
99 High Pressure Laboratory
INMA01 Interior Mounting Area
57 5730 573000 Flex Ducts Type : S4Rx_Generic_Round 3 STK
99 High Pressure Laboratory
INMA01 Interior Mounting Area
57 5730 573000 Ducts Type : S4R_LUKA_Verzinkt 3m 1 STK
99 High Pressure Laboratory
INMA01 Interior Mounting Area
57 5730 573000 Duct Accessories
Type : S4R - LUKA, Regelklep, 160-160 5 STK
99 High Pressure Laboratory
INMA01 Interior Mounting Area
57 5730 573000 Duct Accessories
Type : S4R - LUKA, Regelklep, 125-125 4 STK
99 High Pressure Laboratory
INCA01 Interior Common Area
57 5750 575000 Ducts Type : S4R_LUKA_Verzinkt 3m 3 STK
99 High Pressure Laboratory
INPH01 Interior Process Hall
57 5750 575000 Duct Accessories
Type : S4R - Trox Air, Brandklep FKR-EU, 355-355
1 STK
99 High Pressure Laboratory
INPH01 Interior Process Hall
57 5720 572000 Duct Accessories
Type : S4R - LUKA, Regelklep, 100-100 3 STK
99 High Pressure Laboratory
INCA01 Interior Common Area
57 5720 572000 Duct Accessories
Type : S4R - LUKA, Regelklep, 100-100 3 STK
99 High Pressure Laboratory
INCA01 Interior Common Area
57 5740 574000 Air Terminals
Type : Muurrooster, 1 STK
99 High Pressure Laboratory
INCA01 Interior Common Area
0 0 0 Air Terminals
Type : N/A, 1 STK
99 High Pressure Laboratory
INMA01 Interior Mounting Area
0 0 0 Air Terminals
Type : N/A, 3 STK
99 High Pressure Laboratory
EXER01 Exterior Roof
57 5730 573000 Ducts Type : Ronde kanalen - T-stuk 17 STK
82
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it
99 High Pressure Laboratory
INCA01 Interior Common Area
57 5730 573000 Duct Fittings
Type : S4R_Bend_Round_AI_Generic 1 STK
99 High Pressure Laboratory
INMA01 Interior Mounting Area
57 5730 573000 Ducts Type : Ronde kanalen - Zadelstuk 19 STK
99 High Pressure Laboratory
INMA01 Interior Mounting Area
57 5740 574000 Duct Fittings
Type : 1 D 2 STK
99 High Pressure Laboratory
INPH01 Interior Process Hall
57 5750 575000 Duct Fittings
Type : 1 D 8 STK
99 High Pressure Laboratory
INMA01 Interior Mounting Area
57 5730 573000 Ducts Type : Rechte kanalen 6 STK
99 High Pressure Laboratory
INPH01 Interior Process Hall
57 5730 573000 Ducts Type : Wandgoot 1 STK
99 High Pressure Laboratory
INPH01 Interior Process Hall
57 5730 573000 Duct Fittings
Type : magirect_plug1_001 2 STK
99 High Pressure Laboratory
INBL01 Interior Box Laboratory
57 5750 575000 Ducts Type : Rechte kanalen 5 STK
99 High Pressure Laboratory
INBL01 Interior Box Laboratory
57 5720 572000 Duct Accessories
Type : S4R - LUKA, Regelklep, 100-100 4 STK
99 High Pressure Laboratory
INCA01 Interior Common Area
57 5730 573000 Ducts Type : S4Rx_Generic_Round 1 STK
99 High Pressure Laboratory
INCA01 Interior Common Area
57 5740 574000 Duct Accessories
Type : S4R - LUKA, Regelklep, 250-250 1 STK
99 High Pressure Laboratory
INBL01 Interior Box Laboratory
57 5740 574000 Duct Accessories
Type : S4R - LUKA, Regelklep, 250-250 3 STK
99 High Pressure Laboratory
INBL01 Interior Box Laboratory
57 5740 574000 Ducts Type : Ronde kanalen - Zadelstuk 3 STK
99 High Pressure Laboratory
INBL01 Interior Box Laboratory
57 5740 574000 Duct Accessories
Type : S4R - LUKA, Regelklep, 400-400 1 STK
99 High Pressure Laboratory
INBL01 Interior Box Laboratory
57 5730 573000 Ducts Type : Ronde kanalen - Zadelstuk 2 STK
99 High Pressure Laboratory
EXER01 Exterior Roof
57 5730 573000 Duct Insulations
Type : Isolatie mineralewol 100mm 4 STK
99 High Pressure Laboratory
INCA01 Interior Common Area
57 5750 575000 Duct Insulations
Type : Isolatie mineralewol 100mm 16 STK
99 High Pressure Laboratory
INCA01 Interior Common Area
57 5730 573000 Duct Insulations
Type : Isolatie mineralewol 100mm 3 STK
99 High Pressure Laboratory
INCA01 Interior Common Area
57 5740 574000 Duct Fittings
Type : 1 D 1 STK
99 High Pressure Laboratory
INBL01 Interior Box Laboratory
57 5740 574000 Duct Fittings
Type : magicirc_plug_001 13 STK
83
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it
99 High Pressure Laboratory
EXER01 Exterior Roof
57 5730 573000 Duct Fittings
Type : standaard 8 STK
99 High Pressure Laboratory
INMA01 Interior Mounting Area
57 5750 575000 Duct Fittings
Type : With Flange 1 STK
99 High Pressure Laboratory
INCA01 Interior Common Area
57 5750 575000 Duct Fittings
Type : S4R_Saddle_Rectangular 1 STK
99 High Pressure Laboratory
INCA01 Interior Common Area
57 5750 575000 Duct Fittings
Type : With Flange 1 STK
99 High Pressure Laboratory
INMA01 Interior Mounting Area
57 5750 575000 Duct Insulations
Type : Isolatie mineralewol 100mm 4 STK
99 High Pressure Laboratory
INCA01 Interior Common Area
57 5730 573000 Ducts Type : S4R_LUKA_Verzinkt 3m 1 STK
99 High Pressure Laboratory
EXER01 Exterior Roof
57 5730 573000 Duct Fittings
Type : 1 D 8 STK
99 High Pressure Laboratory
EXER01 Exterior Roof
57 5730 573000 Duct Accessories
Type : S4R - LUKA, Regelklep, 160-160 1 STK
99 High Pressure Laboratory
INPH01 Interior Process Hall
57 5730 573000 Duct Accessories
Type : S4R - LUKA, Regelklep, 160-160 5 STK
99 High Pressure Laboratory
INPH01 Interior Process Hall
57 5730 573000 Duct Accessories
Type : S4R - LUKA, Regelklep, 315-315 11 STK
99 High Pressure Laboratory
INPH01 Interior Process Hall
57 5740 574000 Ducts Type : Ronde kanalen - T-stuk 16 STK
99 High Pressure Laboratory
EXER01 Exterior Roof
57 5730 573000 Ducts Type : Rechte kanalen 8 STK
99 High Pressure Laboratory
INPH01 Interior Process Hall
57 5740 574000 Duct Insulations
Type : Isolatie mineralewol 100mm 5 STK
99 High Pressure Laboratory
INBL01 Interior Box Laboratory
57 5740 574000 Duct Fittings
Type : standaard 19 STK
99 High Pressure Laboratory
INBL01 Interior Box Laboratory
57 5750 575000 Duct Fittings
Type : 45 Graden 1 STK
99 High Pressure Laboratory
INBL01 Interior Box Laboratory
57 5750 575000 Duct Insulations
Type : Isolatie mineralewol 100mm 4 STK
99 High Pressure Laboratory
INPH01 Interior Process Hall
57 5720 572000 Duct Insulations
Type : Isolatie mineralewol 100mm 1 STK
99 High Pressure Laboratory
INPH01 Interior Process Hall
57 5720 572000 Ducts Type : Rechte kanalen 1 STK
99 High Pressure Laboratory
INPH01 Interior Process Hall
57 5720 572000 Duct Fittings
Type : standaard 8 STK
99 High Pressure Laboratory
EXER01 Exterior Roof
57 5720 572000 Duct Insulations
Type : Isolatie mineralewol 100mm 1 STK
84
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it
99 High Pressure Laboratory
EXER01 Exterior Roof
57 5720 572000 Air Terminals
Type : circ-grille-200 1 STK
99 High Pressure Laboratory
INBL01 Interior Box Laboratory
57 5740 574000 Air Terminals
Type : Terugslagklep 600x675 1 STK
99 High Pressure Laboratory
EXER01 Exterior Roof
57 5720 572000 Duct Accessories
Type : S4R - LUKA, Regelklep, 400-400 16 STK
99 High Pressure Laboratory
INBL01 Interior Box Laboratory
57 5720 572000 Duct Accessories
Type : S4R - LUKA, Regelklep, 400-400 1 STK
99 High Pressure Laboratory
INBL01 Interior Box Laboratory
57 5750 575000 Ducts Type : Ronde kanalen - T-stuk 7 STK
99 High Pressure Laboratory
INMA01 Interior Mounting Area
0 0 0 Duct Fittings
Type : LUKA, Recht zadel 90° 800, 2030x450-2030x450_e90e9e1b-1fbc-46d3-a176-da34db898d26
1 STK
99 High Pressure Laboratory
EXER01 Exterior Roof
57 5750 575000 Ducts Type : Rechte kanalen 5 STK
99 High Pressure Laboratory
EXER01 Exterior Roof
0 0 0 Duct Fittings
Type : LUKA, Recht zadel 90° 800, 2030x450-2030x450_e90e9e1b-1fbc-46d3-a176-da34db898d26
3 STK
99 High Pressure Laboratory
INCA01 Interior Common Area
57 5750 575000 Duct Fittings
Type : S4R_Connection_Rectangular_AI_Generic
1 STK
99 High Pressure Laboratory
EXER01 Exterior Roof
57 5750 575000 Duct Fittings
Type : S4R_Connection_Rectangular_AI_Generic
1 STK
99 High Pressure Laboratory
INCA01 Interior Common Area
57 5740 574000 Duct Insulations
Type : Isolatie mineralewol 100mm 2 STK
99 High Pressure Laboratory
INMA01 Interior Mounting Area
57 5730 573000 Ducts Type : S4Rx_Generic_Rectangular 1 STK
99 High Pressure Laboratory
INMA01 Interior Mounting Area
57 5730 573000 Duct Fittings
Type : With Flange 1 STK
99 High Pressure Laboratory
INMA01 Interior Mounting Area
57 5730 573000 Duct Fittings
Type : LUKA, 90°, 520x600-800x600_44a9a3aa-7a68-45c3-b438-278707bacb89
1 STK
99 High Pressure Laboratory
INMA01 Interior Mounting Area
57 5730 573000 Duct Insulations
Type : Isolatie mineralewol 100mm 1 STK
99 High Pressure Laboratory
EXER01 Exterior Roof
57 5750 575000 Duct Insulations
Type : Isolatie mineralewol 100mm 2 STK
99 High Pressure Laboratory
EXER01 Exterior Roof
0 0 0 Duct Accessories
Type : Filter_592x592x534 9 STK
99 High Pressure Laboratory
EXER01 Exterior Roof
0 0 0 Duct Accessories
Type : Filter_287x592x534 2 STK
99 High Pressure Laboratory
INCA01 Interior Common Area
0 0 0 Duct Accessories
Type : Filter_592x592x534 4 STK
99 High Pressure Laboratory
INCA01 Interior Common Area
0 0 0 Duct Accessories
Type : Filter_287x592x534 2 STK
85
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it
99 High Pressure Laboratory
INCA01 Interior Common Area
0 0 0 Duct Accessories
Type : Atex Filter_292x592x535 LBK2 2 STK
99 High Pressure Laboratory
INCA01 Interior Common Area
0 0 0 Duct Accessories
Type : Atex Filter_490x592x535 LBK2 1 STK
99 High Pressure Laboratory
INPH01 Interior Process Hall
0 0 0 Duct Accessories
Type : Atex Filter_292x592x535 LBK2 1 STK
99 High Pressure Laboratory
INPH01 Interior Process Hall
0 0 0 Duct Accessories
Type : Filter_592x592x534 2 STK
99 High Pressure Laboratory
INPH01 Interior Process Hall
0 0 0 Duct Accessories
Type : Filter_287x592x534 3 STK
99 High Pressure Laboratory
INPH01 Interior Process Hall
0 0 0 Duct Accessories
Type : Filter_592x287x534 1 STK
99 High Pressure Laboratory
EXER01 Exterior Roof
0 0 0 Duct Accessories
Type : Filter_287x287x534 1 STK
99 High Pressure Laboratory
EXER01 Exterior Roof
0 0 0 Duct Accessories
Type : Filter_592x490x534 8 STK
99 High Pressure Laboratory
INBL01 Interior Box Laboratory
0 0 0 Duct Accessories
Type : Filter_892x490x534 1 STK
99 High Pressure Laboratory
INBL01 Interior Box Laboratory
0 0 0 Duct Accessories
Type : Ventilator LBK9 2 STK
99 High Pressure Laboratory
INBL01 Interior Box Laboratory
0 0 0 Duct Accessories
Type : Ventilator LBK8 1 STK
99 High Pressure Laboratory
INBL01 Interior Box Laboratory
0 0 0 Duct Accessories
Type : Ventilator LBK7 8 STK
99 High Pressure Laboratory
INBL01 Interior Box Laboratory
0 0 0 Duct Accessories
Type : Ventilator LBK6 1 STK
99 High Pressure Laboratory
INBL01 Interior Box Laboratory
0 0 0 Duct Accessories
Type : Ventilator LBK5 1 STK
99 High Pressure Laboratory
INBL01 Interior Box Laboratory
0 0 0 Duct Accessories
Type : Ventilator LBK4 2 STK
99 High Pressure Laboratory
INBL01 Interior Box Laboratory
0 0 0 Duct Accessories
Type : Ventilator LBK2 2 STK
99 High Pressure Laboratory
INBL01 Interior Box Laboratory
0 0 0 Duct Accessories
Type : Ventilator LBK1 2 STK
99 High Pressure Laboratory
INBL01 Interior Box Laboratory
57 5730 573000 Ducts Type : Rechte kanalen 4 STK
99 High Pressure Laboratory
INBL01 Interior Box Laboratory
57 5730 573000 Ducts Type : S4R_LUKA_Verzinkt 3m 1 STK
99 High Pressure Laboratory
INBL01 Interior Box Laboratory
57 5730 573000 Duct Insulations
Type : Isolatie mineralewol 100mm 2 STK
86
Bu
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Un
it
99 High Pressure Laboratory
INBL01 Interior Box Laboratory
57 5730 573000 Duct Fittings
Type : With Flange 1 STK
99 High Pressure Laboratory
INBL01 Interior Box Laboratory
57 5730 573000 Duct Fittings
Type : standaard 6 STK
99 High Pressure Laboratory
INPH01 Interior Process Hall
57 5730 573000 Duct Fittings
Type : With Flange 2 STK
99 High Pressure Laboratory
INPH01 Interior Process Hall
57 5730 573000 Duct Insulations
Type : Isolatie mineralewol 100mm 11 STK
99 High Pressure Laboratory
INPH01 Interior Process Hall
57 5750 575000 Duct Fittings
Type : S4R - LUKA, 90° scherp, 1220x800-750x800
2 STK
99 High Pressure Laboratory
INPH01 Interior Process Hall
57 5750 575000 Duct Fittings
Type : 45 Graden 1 STK
99 High Pressure Laboratory
INPH01 Interior Process Hall
57 5750 575000 Duct Fittings
Type : With Flange 1 STK
99 High Pressure Laboratory
INPH01 Interior Process Hall
57 5740 574000 Ducts Type : Rechte kanalen 8 STK
99 High Pressure Laboratory
INPH01 Interior Process Hall
57 5740 574000 Duct Fittings
Type : standaard 6 STK
99 High Pressure Laboratory
INPH01 Interior Process Hall
57 5720 572000 Ducts Type : Ronde kanalen - Zadelstuk 8 STK
99 High Pressure Laboratory
INPH01 Interior Process Hall
57 5740 574000 Duct Fittings
Type : 1 D 2 STK
99 High Pressure Laboratory
INPH01 Interior Process Hall
57 5730 573000 Duct Accessories
Type : S4R - Trox Air, Afsluitkleppen AK electrische servomotor, 315-315
5 STK
99 High Pressure Laboratory
INBL01 Interior Box Laboratory
57 5730 573000 Air Terminals
Type : circ-grille-315 2 STK
99 High Pressure Laboratory
EXER01 Exterior Roof
57 5730 573000 Duct Accessories
Type : S4R - Trox Air, Afsluitkleppen AK electrische servomotor, 315-315
1 STK
99 High Pressure Laboratory
INMA01 Interior Mounting Area
57 5730 573000 Duct Accessories
Type : S4R - LUKA, Regelklep, 315-315 2 STK
99 High Pressure Laboratory
INMA01 Interior Mounting Area
57 5730 573000 Duct Accessories
Type : S4R - Trox Air, Afsluitkleppen AK electrische servomotor, 315-315
1 STK
99 High Pressure Laboratory
INCA01 Interior Common Area
57 5730 573000 Duct Accessories
Type : S4R - LUKA, Regelklep, 315-315 3 STK
99 High Pressure Laboratory
INCA01 Interior Common Area
57 5730 573000 Duct Accessories
Type : S4R - Trox Air, Afsluitkleppen AK electrische servomotor, 315-315
4 STK
99 High Pressure Laboratory
INMA01 Interior Mounting Area
57 5720 572000 Ducts Type : Rechte kanalen 2 STK
99 High Pressure Laboratory
INCA01 Interior Common Area
57 5730 573000 Duct Accessories
Type : S4R - Trox Air, Afsluitkleppen AK electrische servomotor, 250-250
1 STK
87
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it
99 High Pressure Laboratory
INCA01 Interior Common Area
57 5750 575000 Duct Accessories
Type : S4R - Trox Air, Constantvolumeklep RN Standaard, 160-160
2 STK
99 High Pressure Laboratory
INCA01 Interior Common Area
57 5730 573000 Duct Accessories
Type : S4R - Trox Air, Constantvolumeklep RN Standaard, 160-160
3 STK
99 High Pressure Laboratory
INCA01 Interior Common Area
57 5750 575000 Ducts Type : Ronde kanalen - Zadelstuk 3 STK
99 High Pressure Laboratory
INPH01 Interior Process Hall
57 5750 575000 Duct Fittings
Type : 30 gr 9 STK
99 High Pressure Laboratory
INMA01 Interior Mounting Area
57 5750 575000 Duct Accessories
Type : S4R - Trox Air, CA100, L=500, 250-250_4d0dda9b-4f74-47d6-9de4-41f39c10c1fb
1 STK
99 High Pressure Laboratory
INCA01 Interior Common Area
57 5730 573000 Duct Accessories
Type : S4R - Trox Air, CA100, L=500, 200-200_61a15fa6-babd-4bc3-975c-cf43baf875fc
2 STK
99 High Pressure Laboratory
INPH01 Interior Process Hall
57 5750 575000 Duct Accessories
Type : S4R - Trox Air, CA100, L=500, 250-250_9c5e0bfa-2637-46b1-86e2-f500476c25a5
1 STK
99 High Pressure Laboratory
INCA01 Interior Common Area
57 5750 575000 Duct Fittings
Type : Bergschenhoek, Verbinding hulpstuk, 250-250_83af97c1-56f1-4dd9-8c83-a9dcdb78a9bb
3 STK
99 High Pressure Laboratory
INCA01 Interior Common Area
57 5750 575000 Duct Accessories
Type : S4R - Trox Air, CA100, L=500, 250-250_9c5e0bfa-2637-46b1-86e2-f500476c25a5
2 STK
99 High Pressure Laboratory
INPH01 Interior Process Hall
57 5750 575000 Ducts Type : Ronde kanalen - Zadelstuk 4 STK
99 High Pressure Laboratory
INPH01 Interior Process Hall
57 5730 573000 Duct Accessories
Type : S4R - Trox Air, RECT, 300x200-300x200 TVJ
1 STK
99 High Pressure Laboratory
INPH01 Interior Process Hall
57 5750 575000 Duct Accessories
Type : S4R - Trox Air, Constantvolumeklep RN Standaard, 200-200
2 STK
99 High Pressure Laboratory
INPH01 Interior Process Hall
57 5750 575000 Air Terminals
Type : Adapter, 248 2 STK
99 High Pressure Laboratory
INPH01 Interior Process Hall
57 5750 575000 Air Terminals
Type : Kanaalrooster standaard, 2 STK
99 High Pressure Laboratory
INBL01 Interior Box Laboratory
57 5750 575000 Duct Fittings
Type : standaard 4 STK
99 High Pressure Laboratory
INBL01 Interior Box Laboratory
57 5750 575000 Air Terminals
Type : Kanaalrooster standaard, 5 STK
99 High Pressure Laboratory
INBL01 Interior Box Laboratory
57 5730 573000 Air Terminals
Type : Kanaalrooster standaard, 1 STK
99 High Pressure Laboratory
INBL01 Interior Box Laboratory
57 5750 575000 Air Terminals
Type : Adapter, 248 3 STK
99 High Pressure Laboratory
INBL01 Interior Box Laboratory
57 5750 575000 Ducts Type : Ronde kanalen - Zadelstuk 3 STK
99 High Pressure Laboratory
INBL01 Interior Box Laboratory
57 5750 575000 Duct Fittings
Type : 30 gr 6 STK
88
Bu
ildin
g C
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Bu
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Des
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Un
it
99 High Pressure Laboratory
INBL01 Interior Box Laboratory
57 5750 575000 Duct Accessories
Type : S4R - Trox Air, Constantvolumeklep RN Standaard, 200-200
1 STK
99 High Pressure Laboratory
INBL01 Interior Box Laboratory
57 5750 575000 Duct Fittings
Type : 1 D 2 STK
99 High Pressure Laboratory
INBL01 Interior Box Laboratory
57 5750 575000 Duct Accessories
Type : S4R - Trox Air, Constantvolumeklep RN Standaard, 315-315
1 STK
99 High Pressure Laboratory
INBL01 Interior Box Laboratory
57 5730 573000 Duct Accessories
Type : S4R - Trox Air, Constantvolumeklep RND Standaard, 200-200
1 STK
99 High Pressure Laboratory
INBL01 Interior Box Laboratory
57 5750 575000 Air Terminals
Type : Muurrooster, 2 STK
99 High Pressure Laboratory
INBL01 Interior Box Laboratory
57 5730 573000 Duct Accessories
Type : S4R - Trox Air, Afsluitkleppen AK electrische servomotor, 315-315
6 STK
99 High Pressure Laboratory
INBL01 Interior Box Laboratory
57 5730 573000 Ducts Type : Ronde kanalen - T-stuk 15 STK
99 High Pressure Laboratory
INBL01 Interior Box Laboratory
57 5730 573000 Duct Fittings
Type : 1 D 11 STK
99 High Pressure Laboratory
INBL01 Interior Box Laboratory
57 5740 574000 Air Terminals
Type : Kanaalrooster standaard, 22 STK
99 High Pressure Laboratory
INCA01 Interior Common Area
57 5740 574000 Ducts Type : Ronde kanalen - T-stuk 3 STK
99 High Pressure Laboratory
INCA01 Interior Common Area
57 5740 574000 Air Terminals
Type : Kanaalrooster standaard, 5 STK
99 High Pressure Laboratory
INCA01 Interior Common Area
57 5740 574000 Duct Fittings
Type : magicirc_plug_001 2 STK
99 High Pressure Laboratory
INPH01 Interior Process Hall
57 5740 574000 Duct Fittings
Type : magicirc_plug_001 2 STK
99 High Pressure Laboratory
EXER01 Exterior Roof
57 5740 574000 Air Terminals
Type : Kanaalrooster standaard, 1 STK
99 High Pressure Laboratory
EXER01 Exterior Roof
57 5740 574000 Duct Fittings
Type : magicirc_plug_001 1 STK
99 High Pressure Laboratory
INPH01 Interior Process Hall
57 5740 574000 Air Terminals
Type : Kanaalrooster standaard, 4 STK
99 High Pressure Laboratory
INPH01 Interior Process Hall
57 5740 574000 Air Terminals
Type : Standaard, 315 3 STK
99 High Pressure Laboratory
INCA01 Interior Common Area
57 5740 574000 Air Terminals
Type : Standaard, 315 2 STK
99 High Pressure Laboratory
INCA01 Interior Common Area
57 5740 574000 Air Terminals
Type : Adapter, 250 1 STK
99 High Pressure Laboratory
INPH01 Interior Process Hall
57 5740 574000 Air Terminals
Type : Adapter, 250 1 STK
89
Bu
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Co
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Des
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Un
it
99 High Pressure Laboratory
INCA01 Interior Common Area
57 5740 574000 Ducts Type : S4R_LUKA_Verzinkt 3m 1 STK
99 High Pressure Laboratory
INCA01 Interior Common Area
57 5730 573000 Duct Accessories
Type : S4R - Trox Air, Brandklep FKR-EU, 355-355
2 STK
99 High Pressure Laboratory
EXER01 Exterior Roof
57 5750 575000 Duct Accessories
Type : S4R - Trox Air, Brandklep FKR-EU, 355-355
1 STK
99 High Pressure Laboratory
EXER01 Exterior Roof
57 5750 575000 Ducts Type : Ronde kanalen - Zadelstuk 4 STK
99 High Pressure Laboratory
INMA01 Interior Mounting Area
57 5740 574000 Air Terminals
Type : Adapter, 250 2 STK
99 High Pressure Laboratory
INMA01 Interior Mounting Area
57 5740 574000 Ducts Type : Ronde kanalen - T-stuk 7 STK
99 High Pressure Laboratory
INCA01 Interior Common Area
57 5740 574000 Air Terminals
Type : Plenumbox, 398-398-398-398 2 STK
99 High Pressure Laboratory
INCA01 Interior Common Area
57 5720 572000 Air Terminals
Type : Kanaalrooster deflector, 4 STK
99 High Pressure Laboratory
INCA01 Interior Common Area
57 5730 573000 Duct Accessories
Type : S4R - Trox Air, MSA 100, L=1000, 800x900-800x900_225060a9-1187-4e77-adb8-f0a87ccf79ea
1 STK
99 High Pressure Laboratory
INCA01 Interior Common Area
57 5730 573000 Duct Fittings
Type : LUKA, 90°, 900x900-800x900_969b0726-70d7-4bdb-8798-796d66ca733e
1 STK
99 High Pressure Laboratory
INCA01 Interior Common Area
57 5750 575000 Duct Accessories
Type : S4R - Trox Air, MSA 200, L=500, 1600x800-1600x800_97464c76-7b4a-4678-8cca-7c59f1454f9d
1 STK
99 High Pressure Laboratory
INCA01 Interior Common Area
57 5720 572000 Duct Accessories
Type : S4R - Trox Air, CA100, L=1000, 315-315 1 STK
99 High Pressure Laboratory
INCA01 Interior Common Area
57 5720 572000 Duct Fittings
Type : 30 gr 7 STK
99 High Pressure Laboratory
EXER01 Exterior Roof
57 5720 572000 Duct Accessories
Type : S4R - Trox Air, CA100, L=1000, 400-400 1 STK
99 High Pressure Laboratory
INBL01 Interior Box Laboratory
57 5730 573000 Duct Fittings
Type : 30 gr 3 STK
99 High Pressure Laboratory
INBL01 Interior Box Laboratory
57 5730 573000 Air Terminals
Type : circ-grille-200 1 STK
99 High Pressure Laboratory
INBL01 Interior Box Laboratory
57 5730 573000 Air Terminals
Type : circ-grille-250 1 STK
99 High Pressure Laboratory
INBL01 Interior Box Laboratory
57 5750 575000 Duct Accessories
Type : S4R - Trox Air, CA100, L=500, 250-250_9c5e0bfa-2637-46b1-86e2-f500476c25a5
2 STK
99 High Pressure Laboratory
INBL01 Interior Box Laboratory
57 5720 572000 Duct Fittings
Type : LUKA, Centrisch, 580x1220-600x600_2c91db91-f9a9-43ca-9ba4-22e975320ef9
1 STK
99 High Pressure Laboratory
INBL01 Interior Box Laboratory
57 5750 575000 Flex Ducts Type : S4Rx_Generic_Round 1 STK
90
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e
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anti
ty
Un
it
99 High Pressure Laboratory
INBL01 Interior Box Laboratory
57 5750 575000 Ducts Type : S4Rx_Generic_Rectangular 1 STK
99 High Pressure Laboratory
INPH01 Interior Process Hall
57 5720 572000 Duct Fittings
Type : 1 D 6 STK
99 High Pressure Laboratory
INCA01 Interior Common Area
57 5720 572000 Ducts Type : Ronde kanalen - Zadelstuk 4 STK
99 High Pressure Laboratory
INPH01 Interior Process Hall
57 5720 572000 Duct Accessories
Type : S4R - LUKA, Regelklep, 125-125 3 STK
99 High Pressure Laboratory
INPH01 Interior Process Hall
57 5720 572000 Duct Fittings
Type : 30 gr 3 STK
99 High Pressure Laboratory
EXER01 Exterior Roof
57 5740 574000 Duct Accessories
Type : S4R - LUKA, Regelklep, 400-400 1 STK
99 High Pressure Laboratory
INCA01 Interior Common Area
57 5740 574000 Ducts Type : Ronde kanalen - Zadelstuk 1 STK
99 High Pressure Laboratory
EXER01 Exterior Roof
57 5740 574000 Duct Accessories
Type : S4R - Barcol Air, Demper isol 100 mm - met kern, L=500, 400-400_419449e0-3ab1-4d99-91be-f089dbb08b56
2 STK
99 High Pressure Laboratory
EXER01 Exterior Roof
57 5720 572000 Duct Accessories
Type : S4R - Trox Air, Brandklep FKRS-EU, 250-250
2 STK
99 High Pressure Laboratory
EXER01 Exterior Roof
57 5720 572000 Duct Accessories
Type : S4R - Trox Air, CA050, L=1000, 250-250_833693a7-a50e-4325-b431-c64ea1d76390
2 STK
99 High Pressure Laboratory
EXER01 Exterior Roof
57 5730 573000 Ducts Type : Ronde kanalen - Zadelstuk 1 STK
99 High Pressure Laboratory
EXER01 Exterior Roof
0 0 0 Air Terminals
Type : Standaard, 250 1 STK
99 High Pressure Laboratory
EXER01 Exterior Roof
57 5750 575000 Duct Accessories
Type : S4R - Trox Air, Constantvolumeklep RN Standaard, 160-160
1 STK
99 High Pressure Laboratory
EXER01 Exterior Roof
57 5720 572000 Duct Accessories
Type : S4R - Trox Air, Brandklep FKR-06-TB L= 370, 400-400_2010d30f-06e9-4114-8ef3-673b4cceceff
1 STK
99 High Pressure Laboratory
EXER01 Exterior Roof
0 0 0 Air Terminals
Type : S4R_Terminal_Wall_IN 5 STK
99 High Pressure Laboratory
EXER01 Exterior Roof
57 5730 573000 Ducts Type : S4Rx_Generic_Rectangular 2 STK
99 High Pressure Laboratory
EXER01 Exterior Roof
57 5730 573000 Duct Fittings
Type : With Flange 1 STK
99 High Pressure Laboratory
INCA01 Interior Common Area
57 5730 573000 Ducts Type : S4Rx_Generic_Rectangular 1 STK
99 High Pressure Laboratory
INPH01 Interior Process Hall
57 5720 572000 Air Terminals
Type : circ-grille-315 2 STK
99 High Pressure Laboratory
INBL01 Interior Box Laboratory
57 5720 572000 Air Terminals
Type : circ-grille-315 14 STK
91
Bu
ildin
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Des
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n
Typ
e
Qu
anti
ty
Un
it
99 High Pressure Laboratory
INCA01 Interior Common Area
0 0 0 Air Terminals
Type : PRIMO Model 550 1 STK
99 High Pressure Laboratory
INPH01 Interior Process Hall
57 5730 573000 Air Terminals
Type : N/A, 100 1 STK
99 High Pressure Laboratory
INBL01 Interior Box Laboratory
57 5730 573000 Air Terminals
Type : N/A, 100 1 STK
99 High Pressure Laboratory
INBL01 Interior Box Laboratory
57 5720 572000 Duct Accessories
Type : S4R - LUKA, Regelklep, 125-125 1 STK
99 High Pressure Laboratory
INMA01 Interior Mounting Area
57 5740 574000 Duct Fittings
Type : standaard 1 STK
99 High Pressure Laboratory
INPH01 Interior Process Hall
57 5730 573000 Duct Accessories
Type : S4R - Trox Air, TVR Compact, 200-200 TVR Compact
4 STK
99 High Pressure Laboratory
INPH01 Interior Process Hall
57 5730 573000 Duct Fittings
Type : 30 gr 7 STK
99 High Pressure Laboratory
INBL01 Interior Box Laboratory
57 5720 572000 Air Terminals
Type : N/A, 100 5 STK
99 High Pressure Laboratory
INPH01 Interior Process Hall
57 5750 575000 Duct Accessories
Type : S4R - Trox Air, TVR Compact, 200-200 TVR
2 STK
99 High Pressure Laboratory
INCA01 Interior Common Area
57 5730 573000 Duct Accessories
Type : S4R - Trox Air, TVR Compact, 200-200 TVR
1 STK
99 High Pressure Laboratory
INCA01 Interior Common Area
57 5720 572000 Air Terminals
Type : N/A, 100 1 STK
99 High Pressure Laboratory
INCA01 Interior Common Area
57 5730 573000 Air Terminals
Type : N/A, 100 1 STK
99 High Pressure Laboratory
INCA01 Interior Common Area
57 5730 573000 Duct Accessories
Type : S4R - Trox Air, Constantvolumeklep RN Standaard, 80-80
1 STK
99 High Pressure Laboratory
EXER01 Exterior Roof
57 5750 575000 Duct Fittings
Type : 30 gr 2 STK
99 High Pressure Laboratory
EXER01 Exterior Roof
0 0 0 Ducts Type : Rechte kanalen 5 STK
99 High Pressure Laboratory
INPH01 Interior Process Hall
57 5740 574000 Ducts Type : Ronde kanalen - Zadelstuk 1 STK
99 High Pressure Laboratory
EXER01 Exterior Roof
57 5720 572000 Duct Accessories
Type : S4R - LUKA, Vlinderklep, 250-250 1 STK
99 High Pressure Laboratory
INPH01 Interior Process Hall
57 5720 572000 Duct Accessories
Type : S4R - LUKA, Regelklep, 250-250 5 STK
99 High Pressure Laboratory
INPH01 Interior Process Hall
0 0 0 Pipe Fittings
Type : S4R - Keaser, Keaser-SM-12T__2dcecc4424fe_42f5_5bee_7d352dcecc44
1 STK
99 High Pressure Laboratory
INPH01 Interior Process Hall
57 5730 573000 Duct Fittings
Type : LUKA, Recht zadel 90°, 1000x500-1000x500
1 STK
92
Bu
ildin
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ent
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Co
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ent
Des
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n
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e
Qu
anti
ty
Un
it
99 High Pressure Laboratory
EXER01 Exterior Roof
57 5730 573000 Duct Fittings
Type : LUKA, Recht zadel 90°, 1000x500-1000x500
1 STK
99 High Pressure Laboratory
INBL01 Interior Box Laboratory
57 5730 573000 Ducts Type : S4Rx_Generic_Rectangular 1 STK
99 High Pressure Laboratory
INBL01 Interior Box Laboratory
57 5720 572000 Duct Fittings
Type : 30 gr 9 STK
99 High Pressure Laboratory
INBL01 Interior Box Laboratory
0 0 0 Air Terminals
Type : URH/A-100 1 STK
99 High Pressure Laboratory
INBL01 Interior Box Laboratory
57 5740 574000 Duct Accessories
Type : S4R - LUKA, Regelklep, 315-315 6 STK
99 High Pressure Laboratory
INBL01 Interior Box Laboratory
0 0 0 Air Terminals
Type : Adapter, 125_a518c2a8-a608-454f-b48e-fe17e2e5d6ad
1 STK
99 High Pressure Laboratory
INBL01 Interior Box Laboratory
0 0 0 Air Terminals
Type : S4R_Terminal_Wall_IN 2 STK
99 High Pressure Laboratory
INBL01 Interior Box Laboratory
57 5740 574000 Air Terminals
Type : Standaard, 315_c70003b8-1316-4c1d-9b3c-6cf4626b161d
1 STK
99 High Pressure Laboratory
INMA01 Interior Mounting Area
57 5740 574000 Duct Fittings
Type : 30 gr 5 STK
99 High Pressure Laboratory
INCA01 Interior Common Area
57 5750 575000 Duct Accessories
Type : S4R - LUKA, Regelklep, 250-250 2 STK
99 High Pressure Laboratory
INMA01 Interior Mounting Area
57 5750 575000 Duct Accessories
Type : S4R - Trox Air, Constantvolumeklep RN Standaard, 200-200
1 STK
99 High Pressure Laboratory
INMA01 Interior Mounting Area
57 5750 575000 Duct Fittings
Type : 30 gr 2 STK
99 High Pressure Laboratory
INCA01 Interior Common Area
0 0 0 Air Terminals
Type : Adapter, 125_a518c2a8-a608-454f-b48e-fe17e2e5d6ad
2 STK
99 High Pressure Laboratory
INPH01 Interior Process Hall
0 0 0 Air Terminals
Type : N/A, 200 1 STK
99 High Pressure Laboratory
INPH01 Interior Process Hall
0 0 0 Air Terminals
Type : S4R_Terminal_Wall_IN 2 STK
99 High Pressure Laboratory
INPH01 Interior Process Hall
57 5730 573000 Duct Accessories
Type : S4R - Trox Air, Afsluitkleppen AK, 200-200
2 STK
99 High Pressure Laboratory
INPH01 Interior Process Hall
57 5750 575000 Duct Accessories
Type : S4R - Trox Air, Afsluitkleppen AK, 160-160
2 STK
99 High Pressure Laboratory
INPH01 Interior Process Hall
57 5750 575000 Duct Accessories
Type : S4R - Trox Air, Afsluitkleppen AK, 315-315
1 STK
99 High Pressure Laboratory
INPH01 Interior Process Hall
57 5750 575000 Air Terminals
Type : Plenumbox, 315-315-315-315 2 STK
99 High Pressure Laboratory
INPH01 Interior Process Hall
57 5750 575000 Flex Ducts Type : S4Rx_Generic_Round 2 STK
93
Bu
ildin
g C
od
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Bu
ildin
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escr
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ent
Co
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Co
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on
ent
Des
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tio
n
Typ
e
Qu
anti
ty
Un
it
99 High Pressure Laboratory
INCA01 Interior Common Area
57 5750 575000 Duct Accessories
Type : S4R - Trox Air, Afsluitkleppen AK, 315-315
3 STK
99 High Pressure Laboratory
INCA01 Interior Common Area
57 5750 575000 Air Terminals
Type : Plenumbox, 315-315-315-315 2 STK
99 High Pressure Laboratory
INCA01 Interior Common Area
57 5750 575000 Flex Ducts Type : S4Rx_Generic_Round 2 STK
99 High Pressure Laboratory
INPH01 Interior Process Hall
57 5730 573000 Duct Accessories
Type : S4R - Trox Air, Constantvolumeklep RN Standaard, 160-160
1 STK
99 High Pressure Laboratory
INPH01 Interior Process Hall
57 5730 573000 Duct Accessories
Type : S4R - Trox Air, Afsluitkleppen AK, 125-125
1 STK
99 High Pressure Laboratory
INCA01 Interior Common Area
57 5730 573000 Duct Accessories
Type : S4R - Trox Air, Afsluitkleppen AK, 125-125
1 STK
99 High Pressure Laboratory
INCA01 Interior Common Area
0 0 0 Air Terminals
Type : S4R_Terminal_Wall_IN 2 STK
99 High Pressure Laboratory
INPH01 Interior Process Hall
57 5720 572000 Duct Accessories
Type : S4R - Trox Air, Brandklep FKRS-EU, 250-250
1 STK
99 High Pressure Laboratory
INCA01 Interior Common Area
57 5720 572000 Duct Accessories
Type : S4R - Trox Air, CA050, L=1000, 250-250_833693a7-a50e-4325-b431-c64ea1d76390
1 STK
99 High Pressure Laboratory
INMA01 Interior Mounting Area
0 0 0 Air Terminals
Type : Standaard, 4 STK
99 High Pressure Laboratory
INMA01 Interior Mounting Area
57 5750 575000 Air Terminals
Type : Standaard, 200 1 STK
99 High Pressure Laboratory
INCA01 Interior Common Area
57 5750 575000 Ducts Type : S4Rx_Generic_Round 3 STK
99 High Pressure Laboratory
INCA01 Interior Common Area
57 5750 575000 Duct Fittings
Type : S4R_Reducer_Round_AI_Generic 1 STK
99 High Pressure Laboratory
INCA01 Interior Common Area
57 5750 575000 Duct Fittings
Type : S4R_Bend_Round_AI_Generic 1 STK
99 High Pressure Laboratory
INCA01 Interior Common Area
57 5750 575000 Air Terminals
Type : Standaard, 200 1 STK
99 High Pressure Laboratory
EXER01 Exterior Roof
57 5750 575000 Ducts Type : S4Rx_Generic_Round 3 STK
99 High Pressure Laboratory
EXER01 Exterior Roof
57 5750 575000 Duct Fittings
Type : S4R_Reducer_Round_AI_Generic 1 STK
99 High Pressure Laboratory
EXER01 Exterior Roof
57 5750 575000 Duct Fittings
Type : S4R_Bend_Round_AI_Generic 1 STK
99 High Pressure Laboratory
EXER01 Exterior Roof
57 5750 575000 Duct Accessories
Type : S4R - Trox Air, RECT, 400x200-400x200 TVJ
1 STK
99 High Pressure Laboratory
INPH01 Interior Process Hall
57 5730 573000 Duct Accessories
Type : S4R - Trox Air, TVR Compact, 250-250 TVR Compact1
1 STK
94
Bu
ildin
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Spac
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ent
Co
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od
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Co
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on
ent
Des
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tio
n
Typ
e
Qu
anti
ty
Un
it
99 High Pressure Laboratory
INCA01 Interior Common Area
57 5730 573000 Duct Accessories
Type : S4R - Trox Air, TVR Compact, 200-200 TVR Compact
2 STK
99 High Pressure Laboratory
INCA01 Interior Common Area
57 5720 572000 Duct Accessories
Type : S4R - Trox Air, MSA 100, L=500, 600x600-600x600_e62c6a59-e7a3-416e-8807-3ef279c3baef
1 STK
99 High Pressure Laboratory
INCA01 Interior Common Area
57 5720 572000 Ducts Type : Rechte kanalen 2 STK
99 High Pressure Laboratory
INMA01 Interior Mounting Area
57 5720 572000 Duct Fittings
Type : standaard 1 STK
99 High Pressure Laboratory
INCA01 Interior Common Area
57 5720 572000 Duct Insulations
Type : Isolatie mineralewol 100mm 3 STK
99 High Pressure Laboratory
EXER01 Exterior Roof
57 5740 574000 Ducts Type : S4R_LUKA_Verzinkt 3m 10 STK
99 High Pressure Laboratory
INBL01 Interior Box Laboratory
0 0 0 Duct Accessories
Type : Atex Filter_292x592x535 1 STK
99 High Pressure Laboratory
INBL01 Interior Box Laboratory
0 0 0 Duct Accessories
Type : Atex Filter_490x592x535 2 STK
99 High Pressure Laboratory
INBL01 Interior Box Laboratory
0 0 0 Duct Accessories
Type : Atex Filter_490x592x535 LBK2 7 STK
99 High Pressure Laboratory
INBL01 Interior Box Laboratory
0 0 0 Duct Accessories
Type : Atex Filter_292x592x535 LBK2 1 STK
99 High Pressure Laboratory
EXER01 Exterior Roof
57 5720 572000 Ducts Type : S4R_Burgerhout_Afvoerpijp l=250 55 STK
99 High Pressure Laboratory
EXER01 Exterior Roof
57 5720 572000 Duct Accessories
Type : S4R - Trox Air, AKK, 160-160 1 STK
99 High Pressure Laboratory
EXER01 Exterior Roof
57 5720 572000 Duct Accessories
Type : S4R - Trox Air, Afsluitkleppen AK, 100-100
1 STK
99 High Pressure Laboratory
INCA01 Interior Common Area
57 5720 572000 Duct Accessories
Type : S4R - Trox Air, Afsluitkleppen AK, 100-100
1 STK
99 High Pressure Laboratory
INMA01 Interior Mounting Area
0 0 0 Air Terminals
Type : Overdruk Jalouziklep 1 STK
99 High Pressure Laboratory
EXER01 Exterior Roof
0 0 0 Air Terminals
Type : Overdruk Jalouziklep 3 STK
99 High Pressure Laboratory
EXER01 Exterior Roof
0 0 0 Air Terminals
Type : SPR 2030x450x275 4 STK
99 High Pressure Laboratory
EXER01 Exterior Roof
57 5720 572000 Duct Accessories
Type : S4R - LUKA, Regelklep, 315-315 3 STK
99 High Pressure Laboratory
INMA01 Interior Mounting Area
57 5720 572000 Ducts Type : S4R_Burgerhout_Afvoerpijp l=250 1 STK
99 High Pressure Laboratory
INCA01 Interior Common Area
57 5720 572000 Duct Fittings
Type : 30 Graden 1 STK
95
Bu
ildin
g C
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Bu
ildin
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escr
ipti
on
Spac
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Spac
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on
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de
Elem
ent
Co
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Sub
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od
e
Co
mp
on
ent
Des
crip
tio
n
Typ
e
Qu
anti
ty
Un
it
99 High Pressure Laboratory
EXER01 Exterior Roof
57 5720 572000 Duct Fittings
Type : 30 Graden 14 STK
99 High Pressure Laboratory
EXER01 Exterior Roof
57 5720 572000 Duct Fittings
Type : S4R_Bend_Round_AI_Generic 10 STK
99 High Pressure Laboratory
EXER01 Exterior Roof
57 5720 572000 Duct Fittings
Type : S4R_Tee_Round_AI_Generic 8 STK
99 High Pressure Laboratory
INPH01 Interior Process Hall
57 5720 572000 Ducts Type : S4R_Burgerhout_Afvoerpijp l=250 3 STK
99 High Pressure Laboratory
INPH01 Interior Process Hall
57 5720 572000 Duct Fittings
Type : S4R_Bend_Round_AI_Generic 1 STK
99 High Pressure Laboratory
INPH01 Interior Process Hall
57 5720 572000 Duct Fittings
Type : 30 Graden 1 STK
99 High Pressure Laboratory
INPH01 Interior Process Hall
57 5720 572000 Duct Accessories
Type : S4R - LUKA, Regelklep, 400-400 1 STK
99 High Pressure Laboratory
INCA01 Interior Common Area
57 5720 572000 Ducts Type : S4R_Burgerhout_Afvoerpijp l=250 1 STK
99 High Pressure Laboratory
INBL01 Interior Box Laboratory
57 5720 572000 Air Terminals
Type : circ-grille-200 7 STK
99 High Pressure Laboratory
INBL01 Interior Box Laboratory
57 5720 572000 Duct Accessories
Type : S4R - LUKA, Regelklep, 315-315 21 STK
99 High Pressure Laboratory
INBL01 Interior Box Laboratory
57 5720 572000 Ducts Type : S4R_Burgerhout_Afvoerpijp l=250 6 STK
99 High Pressure Laboratory
INBL01 Interior Box Laboratory
57 5720 572000 Duct Fittings
Type : S4R_Bend_Round_AI_Generic 1 STK
99 High Pressure Laboratory
INBL01 Interior Box Laboratory
57 5740 574000 Ducts Type : S4R_Burgerhout_Afvoerpijp l=250 1 STK
99 High Pressure Laboratory
EXER01 Exterior Roof
0 0 0 Duct Accessories
Type : S4R - Barcol Air, Demper coul.100 L=1000, L=1000, 600x1000-600x1000
1 STK
99 High Pressure Laboratory
EXER01 Exterior Roof
57 5720 572000 Duct Accessories
Type : S4R - Trox Air, MSA 100, L=500, 500x1000-500x1000_a8ae5a6c-d983-4898-ab0d-e589edf2c9b2
1 STK
96
APPENDIX E
TRANSFERRED BUILDING DATA COMPONENT RESULT
97
Ge
bo
uw
Co
de
Ge
bo
uw
Om
sc
hri
jvin
g
Ru
imte
Co
de
Ru
imte
Om
sc
hri
jvin
g
Ho
ofd
ele
me
nt
Co
de
Ho
ofd
ele
me
nt
Om
sc
hri
jvin
g
Ele
me
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Co
de
Ele
me
nt
Om
sc
hri
jvin
g
Su
be
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en
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be
lem
en
t
Om
sc
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on
en
t O
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ch
rijv
ing
Ty
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Co
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on
en
t A
an
tal
Co
mp
on
en
t E
en
he
id
Pro
jec
t_ID
Be
he
erd
er_
ID
Ge
bo
uw
_ID
Ru
imte
_ID
Co
mp
_ID
99 High Pressure Laboratory
EXEF01
Exterior Façade
Floors Type : 200_23_dak_fietsenberging 1 STK 230 263 319 10929 111043
99 High Pressure Laboratory
EXEF01
Exterior Façade
21 Buitenwanden
2111 Niet constructief, massieve wanden
211111 Walls Type : 300_21_metselwerk_100 52 STK 230 263 319 10929 110833
99 High Pressure Laboratory
EXEF01
Exterior Façade
22 Binnenwanden
2221 Constructief, massieve wanden
222141 Walls Type : 300_22_ihw beton_100 4 STK 230 263 319 10929 110859
99 High Pressure Laboratory
EXEF01
Exterior Façade
22 Binnenwanden
2221 Constructief, massieve wanden
222141 Walls Type : 300_22_ihw beton_210 40 STK 230 263 319 10929 110864
99 High Pressure Laboratory
EXEF01
Exterior Façade
23 Vloeren 2300 Vloeren algemeen 230000 Vloeren, algemeen Floors Type : betonklinkers 2 STK 230 263 319 10929 111014
99 High Pressure Laboratory
EXEF01
Exterior Façade
28 Hoofddraagconstructies
2800 Hoofddraagconstructie algemeen
280000 Hoofddraagconstructie algemeen
Walls Type : 300_28_betonsteen_210mm 11 STK 230 263 319 10929 110855
99 High Pressure Laboratory
EXEF01
Exterior Façade
28 Hoofddraagconstructies
2800 Hoofddraagconstructie algemeen
280000 Hoofddraagconstructie algemeen
Walls Type : 300_28_beton_ihwg_400mm 3 STK 230 263 319 10929 110863
99 High Pressure Laboratory
EXEF01
Exterior Façade
28 Hoofddraagconstructies
2800 Hoofddraagconstructie algemeen
280000 Hoofddraagconstructie algemeen
Walls Type : 300_21_HSB_wand 12-76-12 2 STK 230 263 319 10929 110914
99 High Pressure Laboratory
EXEF01
Exterior Façade
31 Buitenwandopeningen
3141 Gevuld met puien, gesloten puien
314100 Gevuld met puien, gesloten puien, Algemeen
Windows Type : 31_paneel ver 1 STK 230 263 319 10929 111045
99 High Pressure Laboratory
EXEF01
Exterior Façade
31 Buitenwandopeningen
3141 Gevuld met puien, gesloten puien
314100 Gevuld met puien, gesloten puien, Algemeen
Windows Type : paneel ver 2 STK 230 263 319 10929 111046
99 High Pressure Laboratory
EXEF01
Exterior Façade
41 Buitenwandafwerkingen
4112 Buitenwandafwerkingen, bekledingen
411200 Buitenwandafwerkingen, bekledingen, Algemeen
Walls Type : 300_41_glasvezel_beton 7 STK 230 263 319 10929 110895
99 High Pressure Laboratory
EXEF01
Exterior Façade
41 Buitenwandafwerkingen
4112 Buitenwandafwerkingen, bekledingen
411200 Buitenwandafwerkingen, bekledingen, Algemeen
Walls Type : 300_41_glasvezel_beton boven Rodeca wand
2 STK 230 263 319 10929 110897
99 High Pressure Laboratory
EXEF01
Exterior Façade
41 Buitenwandafwerkingen
4112 Buitenwandafwerkingen, bekledingen
411200 Buitenwandafwerkingen, bekledingen, Algemeen
Walls Type : 300_41_glasvezel_beton achter 3 STK 230 263 319 10929 110898
99 High Pressure Laboratory
EXEF01
Exterior Façade
41 Buitenwandafwerkingen
4112 Buitenwandafwerkingen, bekledingen
411200 Buitenwandafwerkingen, bekledingen, Algemeen
Walls Type : 300_41_beplating_techniek ruimtes 1200
11 STK 230 263 319 10929 111012
99 High Pressure Laboratory
EXEF01
Exterior Façade
41 Buitenwandafwerkingen
4112 Buitenwandafwerkingen, bekledingen
411200 Buitenwandafwerkingen, bekledingen, Algemeen
Walls Type : 300_41_beplating_techniek ruimtes voor
3 STK 230 263 319 10929 111013
99 High Pressure Laboratory
EXEF01
Exterior Façade
41 Buitenwandafwerkingen
4112 Buitenwandafwerkingen, bekledingen
411200 Buitenwandafwerkingen, bekledingen, Algemeen
Walls Type : 300_41_beplating_fietsenhok 2 STK 230 263 319 10929 111042
99 High Pressure Laboratory
EXEF01
Exterior Façade
41 Buitenwandafwerkingen
4112 Buitenwandafwerkingen, bekledingen
411200 Buitenwandafwerkingen, bekledingen, Algemeen
Walls Type : 300_41_staalplaat_vertikaal 14 STK 230 263 319 10929 111044
98
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99 High Pressure Laboratory
EXER01
Exterior Roof
Floors Type : 200_23_basisvloer_200mm 3 STK 230 263 319 10931 110856
99 High Pressure Laboratory
EXER01
Exterior Roof
Floors Type : 200_23_basisvloer_150mm 1 STK 230 263 319 10931 110857
99 High Pressure Laboratory
EXER01
Exterior Roof
Walls Type : 200_23_ventilatieopbouw_dak 7 STK 230 263 319 10931 110858
99 High Pressure Laboratory
EXER01
Exterior Roof
Floors Type : 200_23_basisvloer_80mm 2 STK 230 263 319 10931 110861
99 High Pressure Laboratory
EXER01
Exterior Roof
Roofs Type : 200_27 isolatie 1 STK 230 263 319 10931 110909
99 High Pressure Laboratory
EXER01
Exterior Roof
Roofs Type : 200_27 isolatie tech ruimte 1 STK 230 263 319 10931 110910
99 High Pressure Laboratory
EXER01
Exterior Roof
Floors Type : 200_23_dak_isolatie_nieuw 2 STK 230 263 319 10931 110925
99 High Pressure Laboratory
EXER01
Exterior Roof
Floors Type : 200_23_dak_isolatie_nieuw hoge druk
1 STK 230 263 319 10931 110948
99 High Pressure Laboratory
EXER01
Exterior Roof
Floors Type : 200_23_dak_isolatie_afschot 1 STK 230 263 319 10931 110949
99 High Pressure Laboratory
EXER01
Exterior Roof
Floors Type : 200_23_isolatie_stalen_balk 1 STK 230 263 319 10931 110951
99 High Pressure Laboratory
EXER01
Exterior Roof
Duct Fittings
Type : LUKA, Recht zadel 90° 800, 2030x450-2030x450_e90e9e1b-1fbc-46d3-a176-da34db898d26
3 STK 230 263 319 10931 111216
99 High Pressure Laboratory
EXER01
Exterior Roof
Duct Accessories
Type : Filter_592x592x534 9 STK 230 263 319 10931 111225
99 High Pressure Laboratory
EXER01
Exterior Roof
Duct Accessories
Type : Filter_287x592x534 2 STK 230 263 319 10931 111226
99 High Pressure Laboratory
EXER01
Exterior Roof
Duct Accessories
Type : Filter_287x287x534 1 STK 230 263 319 10931 111235
99 High Pressure Laboratory
EXER01
Exterior Roof
Duct Accessories
Type : Filter_592x490x534 8 STK 230 263 319 10931 111236
99 High Pressure Laboratory
EXER01
Exterior Roof
Air Terminals
Type : Standaard, 250 1 STK 230 263 319 10931 111340
99 High Pressure Laboratory
EXER01
Exterior Roof
Air Terminals
Type : S4R_Terminal_Wall_IN 5 STK 230 263 319 10931 111343
99
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_ID
99 High Pressure Laboratory
EXER01
Exterior Roof
Ducts Type : Rechte kanalen 5 STK 230 263 319 10931 111363
99 High Pressure Laboratory
EXER01
Exterior Roof
Air Terminals
Type : Overdruk Jalouziklep 3 STK 230 263 319 10931 111424
99 High Pressure Laboratory
EXER01
Exterior Roof
Air Terminals
Type : SPR 2030x450x275 4 STK 230 263 319 10931 111425
99 High Pressure Laboratory
EXER01
Exterior Roof
Duct Accessories
Type : S4R - Barcol Air, Demper coul.100 L=1000, L=1000, 600x1000-600x1000
1 STK 230 263 319 10931 111442
99 High Pressure Laboratory
EXER01
Exterior Roof
27 Daken 2721 constructief, vlakke daken
272112 Floors Type : 300_27_staal_106R 1 STK 230 263 319 10931 110894
99 High Pressure Laboratory
EXER01
Exterior Roof
28 Hoofddraagconstructies
2800 Hoofddraagconstructie algemeen
280000 Hoofddraagconstructie algemeen
Walls Type : 300_28_betonsteen_210mm 2 STK 230 263 319 10931 110870
99 High Pressure Laboratory
EXER01
Exterior Roof
28 Hoofddraagconstructies
2800 Hoofddraagconstructie algemeen
280000 Hoofddraagconstructie algemeen
Walls Type : 300_21_HSB_wand 12-106-12 2 STK 230 263 319 10931 110907
99 High Pressure Laboratory
EXER01
Exterior Roof
28 Hoofddraagconstructies
2800 Hoofddraagconstructie algemeen
280000 Hoofddraagconstructie algemeen
Walls Type : 300_21_HSB_wand 12-76-12 2 STK 230 263 319 10931 110908
99 High Pressure Laboratory
EXER01
Exterior Roof
28 Hoofddraagconstructies
2800 Hoofddraagconstructie algemeen
280000 Hoofddraagconstructie algemeen
Walls Type : 300_21_HSB_wand 12-135-12 iso
1 STK 230 263 319 10931 110945
99 High Pressure Laboratory
EXER01
Exterior Roof
28 Hoofddraagconstructies
2811 Kolommen en liggers, kolom-/liggerconstructies
281121 Structural Framing
Type : HEA120 13 STK 230 263 319 10931 110891
99 High Pressure Laboratory
EXER01
Exterior Roof
28 Hoofddraagconstructies
2811 Kolommen en liggers, kolom-/liggerconstructies
281121 Structural Framing
Type : HEA140 6 STK 230 263 319 10931 110893
99 High Pressure Laboratory
EXER01
Exterior Roof
32 Binnenwandopeningen
3231 Gevuld met deuren, draaideuren
323121 Doors Type : dubbele deur met glas 2 STK 230 263 319 10931 110985
99 High Pressure Laboratory
EXER01
Exterior Roof
43 Vloerafwerkingen
4322 Verhoogde vloer 432236 Floors Type : 300_43_staptegels_300x300 10 STK 230 263 319 10931 110934
99 High Pressure Laboratory
EXER01
Exterior Roof
45 Plafondafwerkingen
4500 Plafondafwerkingen algemeen
450000 Plafondafwerkingen, algemeen
Ceilings Type : 300_44_Rockfon Krios_600x600
1 STK 230 263 319 10931 111024
99 High Pressure Laboratory
EXER01
Exterior Roof
45 Plafondafwerkingen
4510 Verlaagd, algemeen 451000 Verlaagd, algemeen, Algemeen
Ceilings Type : 300_44_sauswerk_antraciet 1 STK 230 263 319 10931 110917
99 High Pressure Laboratory
EXER01
Exterior Roof
57 Luchtbehandeling
5720 Lokale mechanische afzuiging, algemeen (verzamelniveau)
572000
Lokale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Ducts Type : Ronde kanalen - T-stuk 61 STK 230 263 319 10931 111064
100
Ge
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_ID
99 High Pressure Laboratory
EXER01
Exterior Roof
57 Luchtbehandeling
5720 Lokale mechanische afzuiging, algemeen (verzamelniveau)
572000
Lokale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Duct Fittings
Type : 30 gr 28 STK 230 263 319 10931 111068
99 High Pressure Laboratory
EXER01
Exterior Roof
57 Luchtbehandeling
5720 Lokale mechanische afzuiging, algemeen (verzamelniveau)
572000
Lokale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Ducts Type : Rechte kanalen 1 STK 230 263 319 10931 111113
99 High Pressure Laboratory
EXER01
Exterior Roof
57 Luchtbehandeling
5720 Lokale mechanische afzuiging, algemeen (verzamelniveau)
572000
Lokale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Duct Fittings
Type : 1 D 21 STK 230 263 319 10931 111114
99 High Pressure Laboratory
EXER01
Exterior Roof
57 Luchtbehandeling
5720 Lokale mechanische afzuiging, algemeen (verzamelniveau)
572000
Lokale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Ducts Type : Ronde kanalen - Zadelstuk 4 STK 230 263 319 10931 111115
99 High Pressure Laboratory
EXER01
Exterior Roof
57 Luchtbehandeling
5720 Lokale mechanische afzuiging, algemeen (verzamelniveau)
572000
Lokale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Duct Fittings
Type : standaard 15 STK 230 263 319 10931 111136
99 High Pressure Laboratory
EXER01
Exterior Roof
57 Luchtbehandeling
5720 Lokale mechanische afzuiging, algemeen (verzamelniveau)
572000
Lokale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Ducts Type : S4Rx_Generic_Rectangular 2 STK 230 263 319 10931 111146
99 High Pressure Laboratory
EXER01
Exterior Roof
57 Luchtbehandeling
5720 Lokale mechanische afzuiging, algemeen (verzamelniveau)
572000
Lokale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Duct Insulations
Type : Isolatie mineralewol 100mm 1 STK 230 263 319 10931 111208
99 High Pressure Laboratory
EXER01
Exterior Roof
57 Luchtbehandeling
5720 Lokale mechanische afzuiging, algemeen (verzamelniveau)
572000
Lokale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Air Terminals
Type : circ-grille-200 1 STK 230 263 319 10931 111209
99 High Pressure Laboratory
EXER01
Exterior Roof
57 Luchtbehandeling
5720 Lokale mechanische afzuiging, algemeen (verzamelniveau)
572000
Lokale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Duct Accessories
Type : S4R - LUKA, Regelklep, 400-400
16 STK 230 263 319 10931 111211
99 High Pressure Laboratory
EXER01
Exterior Roof
57 Luchtbehandeling
5720 Lokale mechanische afzuiging, algemeen (verzamelniveau)
572000
Lokale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Duct Accessories
Type : S4R - Trox Air, CA100, L=1000, 400-400
1 STK 230 263 319 10931 111322
99 High Pressure Laboratory
EXER01
Exterior Roof
57 Luchtbehandeling
5720 Lokale mechanische afzuiging, algemeen (verzamelniveau)
572000
Lokale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Duct Accessories
Type : S4R - Trox Air, Brandklep FKRS-EU, 250-250
2 STK 230 263 319 10931 111337
99 High Pressure Laboratory
EXER01
Exterior Roof
57 Luchtbehandeling
5720 Lokale mechanische afzuiging, algemeen (verzamelniveau)
572000
Lokale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Duct Accessories
Type : S4R - Trox Air, CA050, L=1000, 250-250_833693a7-a50e-4325-b431-c64ea1d76390
2 STK 230 263 319 10931 111338
99 High Pressure Laboratory
EXER01
Exterior Roof
57 Luchtbehandeling
5720 Lokale mechanische afzuiging, algemeen (verzamelniveau)
572000
Lokale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Duct Accessories
Type : S4R - Trox Air, Brandklep FKR-06-TB L= 370, 400-400_2010d30f-06e9-4114-8ef3-673b4cceceff
1 STK 230 263 319 10931 111342
101
Ge
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_ID
99 High Pressure Laboratory
EXER01
Exterior Roof
57 Luchtbehandeling
5720 Lokale mechanische afzuiging, algemeen (verzamelniveau)
572000
Lokale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Duct Accessories
Type : S4R - LUKA, Vlinderklep, 250-250
1 STK 230 263 319 10931 111365
99 High Pressure Laboratory
EXER01
Exterior Roof
57 Luchtbehandeling
5720 Lokale mechanische afzuiging, algemeen (verzamelniveau)
572000
Lokale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Ducts Type : S4R_Burgerhout_Afvoerpijp l=250
55 STK 230 263 319 10931 111419
99 High Pressure Laboratory
EXER01
Exterior Roof
57 Luchtbehandeling
5720 Lokale mechanische afzuiging, algemeen (verzamelniveau)
572000
Lokale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Duct Accessories
Type : S4R - Trox Air, AKK, 160-160 1 STK 230 263 319 10931 111420
99 High Pressure Laboratory
EXER01
Exterior Roof
57 Luchtbehandeling
5720 Lokale mechanische afzuiging, algemeen (verzamelniveau)
572000
Lokale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Duct Accessories
Type : S4R - Trox Air, Afsluitkleppen AK, 100-100
1 STK 230 263 319 10931 111421
99 High Pressure Laboratory
EXER01
Exterior Roof
57 Luchtbehandeling
5720 Lokale mechanische afzuiging, algemeen (verzamelniveau)
572000
Lokale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Duct Accessories
Type : S4R - LUKA, Regelklep, 315-315
3 STK 230 263 319 10931 111426
99 High Pressure Laboratory
EXER01
Exterior Roof
57 Luchtbehandeling
5720 Lokale mechanische afzuiging, algemeen (verzamelniveau)
572000
Lokale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Duct Fittings
Type : 30 Graden 14 STK 230 263 319 10931 111429
99 High Pressure Laboratory
EXER01
Exterior Roof
57 Luchtbehandeling
5720 Lokale mechanische afzuiging, algemeen (verzamelniveau)
572000
Lokale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Duct Fittings
Type : S4R_Bend_Round_AI_Generic 10 STK 230 263 319 10931 111430
99 High Pressure Laboratory
EXER01
Exterior Roof
57 Luchtbehandeling
5720 Lokale mechanische afzuiging, algemeen (verzamelniveau)
572000
Lokale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Duct Fittings
Type : S4R_Tee_Round_AI_Generic 8 STK 230 263 319 10931 111431
99 High Pressure Laboratory
EXER01
Exterior Roof
57 Luchtbehandeling
5720 Lokale mechanische afzuiging, algemeen (verzamelniveau)
572000
Lokale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Duct Accessories
Type : S4R - Trox Air, MSA 100, L=500, 500x1000-500x1000_a8ae5a6c-d983-4898-ab0d-e589edf2c9b2
1 STK 230 263 319 10931 111443
99 High Pressure Laboratory
EXER01
Exterior Roof
57 Luchtbehandeling
5730
Centrale mechanische afzuiging, algemeen (verzamelniveau)
573000
Centrale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Duct Fittings
Type : 30 gr 2 STK 230 263 319 10931 111069
99 High Pressure Laboratory
EXER01
Exterior Roof
57 Luchtbehandeling
5730
Centrale mechanische afzuiging, algemeen (verzamelniveau)
573000
Centrale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Ducts Type : Ronde kanalen - T-stuk 17 STK 230 263 319 10931 111168
99 High Pressure Laboratory
EXER01
Exterior Roof
57 Luchtbehandeling
5730
Centrale mechanische afzuiging, algemeen (verzamelniveau)
573000
Centrale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Duct Insulations
Type : Isolatie mineralewol 100mm 4 STK 230 263 319 10931 111184
99 High Pressure Laboratory
EXER01
Exterior Roof
57 Luchtbehandeling
5730
Centrale mechanische afzuiging, algemeen (verzamelniveau)
573000
Centrale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Duct Fittings
Type : standaard 8 STK 230 263 319 10931 111189
102
Ge
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_ID
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_ID
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_ID
99 High Pressure Laboratory
EXER01
Exterior Roof
57 Luchtbehandeling
5730
Centrale mechanische afzuiging, algemeen (verzamelniveau)
573000
Centrale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Duct Fittings
Type : 1 D 8 STK 230 263 319 10931 111195
99 High Pressure Laboratory
EXER01
Exterior Roof
57 Luchtbehandeling
5730
Centrale mechanische afzuiging, algemeen (verzamelniveau)
573000
Centrale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Duct Accessories
Type : S4R - LUKA, Regelklep, 160-160
1 STK 230 263 319 10931 111196
99 High Pressure Laboratory
EXER01
Exterior Roof
57 Luchtbehandeling
5730
Centrale mechanische afzuiging, algemeen (verzamelniveau)
573000
Centrale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Ducts Type : Rechte kanalen 8 STK 230 263 319 10931 111200
99 High Pressure Laboratory
EXER01
Exterior Roof
57 Luchtbehandeling
5730
Centrale mechanische afzuiging, algemeen (verzamelniveau)
573000
Centrale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Duct Accessories
Type : S4R - Trox Air, Afsluitkleppen AK electrische servomotor, 315-315
1 STK 230 263 319 10931 111262
99 High Pressure Laboratory
EXER01
Exterior Roof
57 Luchtbehandeling
5730
Centrale mechanische afzuiging, algemeen (verzamelniveau)
573000
Centrale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Ducts Type : Ronde kanalen - Zadelstuk 1 STK 230 263 319 10931 111339
99 High Pressure Laboratory
EXER01
Exterior Roof
57 Luchtbehandeling
5730
Centrale mechanische afzuiging, algemeen (verzamelniveau)
573000
Centrale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Ducts Type : S4Rx_Generic_Rectangular 2 STK 230 263 319 10931 111344
99 High Pressure Laboratory
EXER01
Exterior Roof
57 Luchtbehandeling
5730
Centrale mechanische afzuiging, algemeen (verzamelniveau)
573000
Centrale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Duct Fittings
Type : With Flange 1 STK 230 263 319 10931 111345
99 High Pressure Laboratory
EXER01
Exterior Roof
57 Luchtbehandeling
5730
Centrale mechanische afzuiging, algemeen (verzamelniveau)
573000
Centrale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Duct Fittings
Type : LUKA, Recht zadel 90°, 1000x500-1000x500
1 STK 230 263 319 10931 111369
99 High Pressure Laboratory
EXER01
Exterior Roof
57 Luchtbehandeling
5740 Lokale mechanische ventilatie, algemeen (verzamelniveau)
574000
Lokale mechanische ventilatie, algemeen (verzamelniveau), Algemeen, roosters
Ducts Type : Ronde kanalen - T-stuk 86 STK 230 263 319 10931 111057
99 High Pressure Laboratory
EXER01
Exterior Roof
57 Luchtbehandeling
5740 Lokale mechanische ventilatie, algemeen (verzamelniveau)
574000
Lokale mechanische ventilatie, algemeen (verzamelniveau), Algemeen, roosters
Duct Fittings
Type : 1 D 43 STK 230 263 319 10931 111058
99 High Pressure Laboratory
EXER01
Exterior Roof
57 Luchtbehandeling
5740 Lokale mechanische ventilatie, algemeen (verzamelniveau)
574000
Lokale mechanische ventilatie, algemeen (verzamelniveau), Algemeen, roosters
Ducts Type : Ronde kanalen - Zadelstuk 39 STK 230 263 319 10931 111059
99 High Pressure Laboratory
EXER01
Exterior Roof
57 Luchtbehandeling
5740 Lokale mechanische ventilatie, algemeen (verzamelniveau)
574000
Lokale mechanische ventilatie, algemeen (verzamelniveau), Algemeen, roosters
Ducts Type : Rechte kanalen 7 STK 230 263 319 10931 111061
99 High Pressure Laboratory
EXER01
Exterior Roof
57 Luchtbehandeling
5740 Lokale mechanische ventilatie, algemeen (verzamelniveau)
574000
Lokale mechanische ventilatie, algemeen (verzamelniveau), Algemeen, roosters
Duct Fittings
Type : magirect_plug1_001 2 STK 230 263 319 10931 111109
103
Ge
bo
uw
Co
de
Ge
bo
uw
Om
sc
hri
jvin
g
Ru
imte
Co
de
Ru
imte
Om
sc
hri
jvin
g
Ho
ofd
ele
me
nt
Co
de
Ho
ofd
ele
me
nt
Om
sc
hri
jvin
g
Ele
me
nt
Co
de
Ele
me
nt
Om
sc
hri
jvin
g
Su
be
lem
en
t C
od
e
Su
be
lem
en
t
Om
sc
hri
jvin
g
Co
mp
on
en
t O
ms
ch
rijv
ing
Ty
pe
Co
mp
on
en
t A
an
tal
Co
mp
on
en
t E
en
he
id
Pro
jec
t_ID
Be
he
erd
er_
ID
Ge
bo
uw
_ID
Ru
imte
_ID
Co
mp
_ID
99 High Pressure Laboratory
EXER01
Exterior Roof
57 Luchtbehandeling
5740 Lokale mechanische ventilatie, algemeen (verzamelniveau)
574000
Lokale mechanische ventilatie, algemeen (verzamelniveau), Algemeen, roosters
Duct Fittings
Type : standaard 69 STK 230 263 319 10931 111116
99 High Pressure Laboratory
EXER01
Exterior Roof
57 Luchtbehandeling
5740 Lokale mechanische ventilatie, algemeen (verzamelniveau)
574000
Lokale mechanische ventilatie, algemeen (verzamelniveau), Algemeen, roosters
Duct Fittings
Type : 30 gr 19 STK 230 263 319 10931 111138
99 High Pressure Laboratory
EXER01
Exterior Roof
57 Luchtbehandeling
5740 Lokale mechanische ventilatie, algemeen (verzamelniveau)
574000
Lokale mechanische ventilatie, algemeen (verzamelniveau), Algemeen, roosters
Air Terminals
Type : Terugslagklep 400x345 8 STK 230 263 319 10931 111139
99 High Pressure Laboratory
EXER01
Exterior Roof
57 Luchtbehandeling
5740 Lokale mechanische ventilatie, algemeen (verzamelniveau)
574000
Lokale mechanische ventilatie, algemeen (verzamelniveau), Algemeen, roosters
Duct Insulations
Type : Isolatie mineralewol 100mm 87 STK 230 263 319 10931 111141
99 High Pressure Laboratory
EXER01
Exterior Roof
57 Luchtbehandeling
5740 Lokale mechanische ventilatie, algemeen (verzamelniveau)
574000
Lokale mechanische ventilatie, algemeen (verzamelniveau), Algemeen, roosters
Duct Accessories
Type : S4R - Barcol Air, Demper isol 50 mm - met kern, L=500, 400-400
8 STK 230 263 319 10931 111142
99 High Pressure Laboratory
EXER01
Exterior Roof
57 Luchtbehandeling
5740 Lokale mechanische ventilatie, algemeen (verzamelniveau)
574000
Lokale mechanische ventilatie, algemeen (verzamelniveau), Algemeen, roosters
Duct Accessories
Type : S4R - Barcol Air, Demper isol 100 mm - met kern, L=500, 630-630
1 STK 230 263 319 10931 111143
99 High Pressure Laboratory
EXER01
Exterior Roof
57 Luchtbehandeling
5740 Lokale mechanische ventilatie, algemeen (verzamelniveau)
574000
Lokale mechanische ventilatie, algemeen (verzamelniveau), Algemeen, roosters
Duct Accessories
Type : S4R - Barcol Air, Demper isol 100 mm - met kern, L=500, 560-560
1 STK 230 263 319 10931 111144
99 High Pressure Laboratory
EXER01
Exterior Roof
57 Luchtbehandeling
5740 Lokale mechanische ventilatie, algemeen (verzamelniveau)
574000
Lokale mechanische ventilatie, algemeen (verzamelniveau), Algemeen, roosters
Ducts Type : S4Rx_Generic_Rectangular 4 STK 230 263 319 10931 111145
99 High Pressure Laboratory
EXER01
Exterior Roof
57 Luchtbehandeling
5740 Lokale mechanische ventilatie, algemeen (verzamelniveau)
574000
Lokale mechanische ventilatie, algemeen (verzamelniveau), Algemeen, roosters
Duct Fittings
Type : 45 Graden 12 STK 230 263 319 10931 111147
99 High Pressure Laboratory
EXER01
Exterior Roof
57 Luchtbehandeling
5740 Lokale mechanische ventilatie, algemeen (verzamelniveau)
574000
Lokale mechanische ventilatie, algemeen (verzamelniveau), Algemeen, roosters
Duct Accessories
Type : S4R - LUKA, Demper, L=1000, 800x800-800x800
1 STK 230 263 319 10931 111148
99 High Pressure Laboratory
EXER01
Exterior Roof
57 Luchtbehandeling
5740 Lokale mechanische ventilatie, algemeen (verzamelniveau)
574000
Lokale mechanische ventilatie, algemeen (verzamelniveau), Algemeen, roosters
Duct Fittings
Type : With Flange 1 STK 230 263 319 10931 111149
99 High Pressure Laboratory
EXER01
Exterior Roof
57 Luchtbehandeling
5740 Lokale mechanische ventilatie, algemeen (verzamelniveau)
574000
Lokale mechanische ventilatie, algemeen (verzamelniveau), Algemeen, roosters
Duct Fittings
Type : LUKA, 90°, 600x600-800x600 1 STK 230 263 319 10931 111150
99 High Pressure Laboratory
EXER01
Exterior Roof
57 Luchtbehandeling
5740 Lokale mechanische ventilatie, algemeen (verzamelniveau)
574000
Lokale mechanische ventilatie, algemeen (verzamelniveau), Algemeen, roosters
Air Terminals
Type : Kanaalrooster standaard, 1 STK 230 263 319 10931 111302
104
Ge
bo
uw
Co
de
Ge
bo
uw
Om
sc
hri
jvin
g
Ru
imte
Co
de
Ru
imte
Om
sc
hri
jvin
g
Ho
ofd
ele
me
nt
Co
de
Ho
ofd
ele
me
nt
Om
sc
hri
jvin
g
Ele
me
nt
Co
de
Ele
me
nt
Om
sc
hri
jvin
g
Su
be
lem
en
t C
od
e
Su
be
lem
en
t
Om
sc
hri
jvin
g
Co
mp
on
en
t O
ms
ch
rijv
ing
Ty
pe
Co
mp
on
en
t A
an
tal
Co
mp
on
en
t E
en
he
id
Pro
jec
t_ID
Be
he
erd
er_
ID
Ge
bo
uw
_ID
Ru
imte
_ID
Co
mp
_ID
99 High Pressure Laboratory
EXER01
Exterior Roof
57 Luchtbehandeling
5740 Lokale mechanische ventilatie, algemeen (verzamelniveau)
574000
Lokale mechanische ventilatie, algemeen (verzamelniveau), Algemeen, roosters
Duct Fittings
Type : magicirc_plug_001 1 STK 230 263 319 10931 111303
99 High Pressure Laboratory
EXER01
Exterior Roof
57 Luchtbehandeling
5740 Lokale mechanische ventilatie, algemeen (verzamelniveau)
574000
Lokale mechanische ventilatie, algemeen (verzamelniveau), Algemeen, roosters
Duct Accessories
Type : S4R - LUKA, Regelklep, 400-400
1 STK 230 263 319 10931 111334
99 High Pressure Laboratory
EXER01
Exterior Roof
57 Luchtbehandeling
5740 Lokale mechanische ventilatie, algemeen (verzamelniveau)
574000
Lokale mechanische ventilatie, algemeen (verzamelniveau), Algemeen, roosters
Duct Accessories
Type : S4R - Barcol Air, Demper isol 100 mm - met kern, L=500, 400-400_419449e0-3ab1-4d99-91be-f089dbb08b56
2 STK 230 263 319 10931 111336
99 High Pressure Laboratory
EXER01
Exterior Roof
57 Luchtbehandeling
5740 Lokale mechanische ventilatie, algemeen (verzamelniveau)
574000
Lokale mechanische ventilatie, algemeen (verzamelniveau), Algemeen, roosters
Ducts Type : S4R_LUKA_Verzinkt 3m 10 STK 230 263 319 10931 111414
99 High Pressure Laboratory
EXER01
Exterior Roof
57 Luchtbehandeling
5750
Centrale mechanische ventilatie, algemeen (verzamelniveau)
575000
Centrale mechanische ventilatie, algemeen (verzamelniveau), Algemeen
Ducts Type : Ronde kanalen - T-stuk 4 STK 230 263 319 10931 111065
99 High Pressure Laboratory
EXER01
Exterior Roof
57 Luchtbehandeling
5750
Centrale mechanische ventilatie, algemeen (verzamelniveau)
575000
Centrale mechanische ventilatie, algemeen (verzamelniveau), Algemeen
Duct Fittings
Type : magicirc_plug_001 2 STK 230 263 319 10931 111111
99 High Pressure Laboratory
EXER01
Exterior Roof
57 Luchtbehandeling
5750
Centrale mechanische ventilatie, algemeen (verzamelniveau)
575000
Centrale mechanische ventilatie, algemeen (verzamelniveau), Algemeen
Duct Fittings
Type : standaard 11 STK 230 263 319 10931 111117
99 High Pressure Laboratory
EXER01
Exterior Roof
57 Luchtbehandeling
5750
Centrale mechanische ventilatie, algemeen (verzamelniveau)
575000
Centrale mechanische ventilatie, algemeen (verzamelniveau), Algemeen
Duct Fittings
Type : 1 D 4 STK 230 263 319 10931 111118
99 High Pressure Laboratory
EXER01
Exterior Roof
57 Luchtbehandeling
5750
Centrale mechanische ventilatie, algemeen (verzamelniveau)
575000
Centrale mechanische ventilatie, algemeen (verzamelniveau), Algemeen
Ducts Type : S4Rx_Generic_Rectangular 1 STK 230 263 319 10931 111151
99 High Pressure Laboratory
EXER01
Exterior Roof
57 Luchtbehandeling
5750
Centrale mechanische ventilatie, algemeen (verzamelniveau)
575000
Centrale mechanische ventilatie, algemeen (verzamelniveau), Algemeen
Ducts Type : Rechte kanalen 5 STK 230 263 319 10931 111215
99 High Pressure Laboratory
EXER01
Exterior Roof
57 Luchtbehandeling
5750
Centrale mechanische ventilatie, algemeen (verzamelniveau)
575000
Centrale mechanische ventilatie, algemeen (verzamelniveau), Algemeen
Duct Fittings
Type : S4R_Connection_Rectangular_AI_Generic
1 STK 230 263 319 10931 111218
99 High Pressure Laboratory
EXER01
Exterior Roof
57 Luchtbehandeling
5750
Centrale mechanische ventilatie, algemeen (verzamelniveau)
575000
Centrale mechanische ventilatie, algemeen (verzamelniveau), Algemeen
Duct Insulations
Type : Isolatie mineralewol 100mm 2 STK 230 263 319 10931 111224
99 High Pressure Laboratory
EXER01
Exterior Roof
57 Luchtbehandeling
5750
Centrale mechanische ventilatie, algemeen (verzamelniveau)
575000
Centrale mechanische ventilatie, algemeen (verzamelniveau), Algemeen
Duct Accessories
Type : S4R - Trox Air, Brandklep FKR-EU, 355-355
1 STK 230 263 319 10931 111311
105
Ge
bo
uw
Co
de
Ge
bo
uw
Om
sc
hri
jvin
g
Ru
imte
Co
de
Ru
imte
Om
sc
hri
jvin
g
Ho
ofd
ele
me
nt
Co
de
Ho
ofd
ele
me
nt
Om
sc
hri
jvin
g
Ele
me
nt
Co
de
Ele
me
nt
Om
sc
hri
jvin
g
Su
be
lem
en
t C
od
e
Su
be
lem
en
t
Om
sc
hri
jvin
g
Co
mp
on
en
t O
ms
ch
rijv
ing
Ty
pe
Co
mp
on
en
t A
an
tal
Co
mp
on
en
t E
en
he
id
Pro
jec
t_ID
Be
he
erd
er_
ID
Ge
bo
uw
_ID
Ru
imte
_ID
Co
mp
_ID
99 High Pressure Laboratory
EXER01
Exterior Roof
57 Luchtbehandeling
5750
Centrale mechanische ventilatie, algemeen (verzamelniveau)
575000
Centrale mechanische ventilatie, algemeen (verzamelniveau), Algemeen
Ducts Type : Ronde kanalen - Zadelstuk 4 STK 230 263 319 10931 111312
99 High Pressure Laboratory
EXER01
Exterior Roof
57 Luchtbehandeling
5750
Centrale mechanische ventilatie, algemeen (verzamelniveau)
575000
Centrale mechanische ventilatie, algemeen (verzamelniveau), Algemeen
Duct Accessories
Type : S4R - Trox Air, Constantvolumeklep RN Standaard, 160-160
1 STK 230 263 319 10931 111341
99 High Pressure Laboratory
EXER01
Exterior Roof
57 Luchtbehandeling
5750
Centrale mechanische ventilatie, algemeen (verzamelniveau)
575000
Centrale mechanische ventilatie, algemeen (verzamelniveau), Algemeen
Duct Fittings
Type : 30 gr 2 STK 230 263 319 10931 111362
99 High Pressure Laboratory
EXER01
Exterior Roof
57 Luchtbehandeling
5750
Centrale mechanische ventilatie, algemeen (verzamelniveau)
575000
Centrale mechanische ventilatie, algemeen (verzamelniveau), Algemeen
Ducts Type : S4Rx_Generic_Round 3 STK 230 263 319 10931 111404
99 High Pressure Laboratory
EXER01
Exterior Roof
57 Luchtbehandeling
5750
Centrale mechanische ventilatie, algemeen (verzamelniveau)
575000
Centrale mechanische ventilatie, algemeen (verzamelniveau), Algemeen
Duct Fittings
Type : S4R_Reducer_Round_AI_Generic
1 STK 230 263 319 10931 111405
99 High Pressure Laboratory
EXER01
Exterior Roof
57 Luchtbehandeling
5750
Centrale mechanische ventilatie, algemeen (verzamelniveau)
575000
Centrale mechanische ventilatie, algemeen (verzamelniveau), Algemeen
Duct Fittings
Type : S4R_Bend_Round_AI_Generic 1 STK 230 263 319 10931 111406
99 High Pressure Laboratory
EXER01
Exterior Roof
57 Luchtbehandeling
5750
Centrale mechanische ventilatie, algemeen (verzamelniveau)
575000
Centrale mechanische ventilatie, algemeen (verzamelniveau), Algemeen
Duct Accessories
Type : S4R - Trox Air, RECT, 400x200-400x200 TVJ
1 STK 230 263 319 10931 111407
99 High Pressure Laboratory
EXER01
Exterior Roof
90 Terrein 9010 Grondvoorzieningen, algemeen (verzamelniveau)
901000
Grondvoorzieningen, algemeen (verzamelniveau), Onbepaald
Floors Type : gras 1 STK 230 263 319 10931 110994
99 High Pressure Laboratory
EXET01
Exterior Terrain
Structural Framing
Type : Bout M20x250 8.8 DIN931 1 STK 230 263 319 10933 111048
99 High Pressure Laboratory
EXET01
Exterior Terrain
21 Buitenwanden
2100 Buitenwanden algemeen
210000 Buitenwanden, algemeen Walls Type : _hedera_afscheiding 3 12 STK 230 263 319 10933 110997
99 High Pressure Laboratory
EXET01
Exterior Terrain
23 Vloeren 2300 Vloeren algemeen 230000 Vloeren, algemeen Floors Type : klinkers antraciet 1 STK 230 263 319 10933 110996
99 High Pressure Laboratory
EXET01
Exterior Terrain
23 Vloeren 2300 Vloeren algemeen 230000 Vloeren, algemeen Floors Type : Sokkel compressor 800 x 1200 x 300
1 STK 230 263 319 10933 110998
99 High Pressure Laboratory
EXET01
Exterior Terrain
23 Vloeren 2300 Vloeren algemeen 230000 Vloeren, algemeen Floors Type : betonklinkers 8 STK 230 263 319 10933 110999
99 High Pressure Laboratory
EXET01
Exterior Terrain
23 Vloeren 2300 Vloeren algemeen 230000 Vloeren, algemeen Floors Type : stelcon plaat 3 STK 230 263 319 10933 111001
106
Ge
bo
uw
Co
de
Ge
bo
uw
Om
sc
hri
jvin
g
Ru
imte
Co
de
Ru
imte
Om
sc
hri
jvin
g
Ho
ofd
ele
me
nt
Co
de
Ho
ofd
ele
me
nt
Om
sc
hri
jvin
g
Ele
me
nt
Co
de
Ele
me
nt
Om
sc
hri
jvin
g
Su
be
lem
en
t C
od
e
Su
be
lem
en
t
Om
sc
hri
jvin
g
Co
mp
on
en
t O
ms
ch
rijv
ing
Ty
pe
Co
mp
on
en
t A
an
tal
Co
mp
on
en
t E
en
he
id
Pro
jec
t_ID
Be
he
erd
er_
ID
Ge
bo
uw
_ID
Ru
imte
_ID
Co
mp
_ID
99 High Pressure Laboratory
EXET01
Exterior Terrain
23 Vloeren 2300 Vloeren algemeen 230000 Vloeren, algemeen Floors Type : grind 4 STK 230 263 319 10933 111017
99 High Pressure Laboratory
EXET01
Exterior Terrain
23 Vloeren 2300 Vloeren algemeen 230000 Vloeren, algemeen Floors Type : betonplaat 4 STK 230 263 319 10933 111047
99 High Pressure Laboratory
EXET01
Exterior Terrain
41 Buitenwandafwerkingen
4112 Buitenwandafwerkingen, bekledingen
411200 Buitenwandafwerkingen, bekledingen, Algemeen
Walls Type : 300_41_beplating_techniek ruimtes 1200
1 STK 230 263 319 10933 111011
99 High Pressure Laboratory
EXET01
Exterior Terrain
41 Buitenwandafwerkingen
4112 Buitenwandafwerkingen, bekledingen
411200 Buitenwandafwerkingen, bekledingen, Algemeen
Walls Type : 300_99_beton_keerband 3 STK 230 263 319 10933 111015
99 High Pressure Laboratory
EXET01
Exterior Terrain
43 Vloerafwerkingen
4322 Verhoogde vloer 432236 Floors Type : 300_43_staptegels_300x300 1 STK 230 263 319 10933 111005
99 High Pressure Laboratory
EXET01
Exterior Terrain
90 Terrein 9000 Terreinvoorzieningen 900000 Terrein voorzieningen Planting Type : 5500_Golden Chain 5 STK 230 263 319 10933 111007
99 High Pressure Laboratory
EXET01
Exterior Terrain
90 Terrein 9010 Grondvoorzieningen, algemeen (verzamelniveau)
901000
Grondvoorzieningen, algemeen (verzamelniveau), Onbepaald
Floors Type : 200_99_terrein 1 STK 230 263 319 10933 110867
99 High Pressure Laboratory
EXET01
Exterior Terrain
90 Terrein 9010 Grondvoorzieningen, algemeen (verzamelniveau)
901000
Grondvoorzieningen, algemeen (verzamelniveau), Onbepaald
Floors Type : gras 3 STK 230 263 319 10933 110995
99 High Pressure Laboratory
INBL01
Interior Box Laboratory
Floors Type : 200_23_basisvloer_200mm 1 STK 230 263 319 10930 110848
99 High Pressure Laboratory
INBL01
Interior Box Laboratory
Floors Type : 200_23_basisvloer_350mm 1 STK 230 263 319 10930 110939
99 High Pressure Laboratory
INBL01
Interior Box Laboratory
Floors Type : 300_23_tussen_vloer_kantoor 1 STK 230 263 319 10930 110940
99 High Pressure Laboratory
INBL01
Interior Box Laboratory
Floors Type : 200_23_dak_isolatie_nieuw hoge druk
1 STK 230 263 319 10930 110946
99 High Pressure Laboratory
INBL01
Interior Box Laboratory
Floors Type : 200_23_dak_isolatie_afschot 1 STK 230 263 319 10930 110947
99 High Pressure Laboratory
INBL01
Interior Box Laboratory
Floors Type : 200_23_Dejo Rooster compressor ruimte
1 STK 230 263 319 10930 110970
107
Ge
bo
uw
Co
de
Ge
bo
uw
Om
sc
hri
jvin
g
Ru
imte
Co
de
Ru
imte
Om
sc
hri
jvin
g
Ho
ofd
ele
me
nt
Co
de
Ho
ofd
ele
me
nt
Om
sc
hri
jvin
g
Ele
me
nt
Co
de
Ele
me
nt
Om
sc
hri
jvin
g
Su
be
lem
en
t C
od
e
Su
be
lem
en
t
Om
sc
hri
jvin
g
Co
mp
on
en
t O
ms
ch
rijv
ing
Ty
pe
Co
mp
on
en
t A
an
tal
Co
mp
on
en
t E
en
he
id
Pro
jec
t_ID
Be
he
erd
er_
ID
Ge
bo
uw
_ID
Ru
imte
_ID
Co
mp
_ID
99 High Pressure Laboratory
INBL01
Interior Box Laboratory
Duct Accessories
Type : Filter_892x490x534 1 STK 230 263 319 10930 111237
99 High Pressure Laboratory
INBL01
Interior Box Laboratory
Duct Accessories
Type : Ventilator LBK9 2 STK 230 263 319 10930 111238
99 High Pressure Laboratory
INBL01
Interior Box Laboratory
Duct Accessories
Type : Ventilator LBK8 1 STK 230 263 319 10930 111239
99 High Pressure Laboratory
INBL01
Interior Box Laboratory
Duct Accessories
Type : Ventilator LBK7 8 STK 230 263 319 10930 111240
99 High Pressure Laboratory
INBL01
Interior Box Laboratory
Duct Accessories
Type : Ventilator LBK6 1 STK 230 263 319 10930 111241
99 High Pressure Laboratory
INBL01
Interior Box Laboratory
Duct Accessories
Type : Ventilator LBK5 1 STK 230 263 319 10930 111242
99 High Pressure Laboratory
INBL01
Interior Box Laboratory
Duct Accessories
Type : Ventilator LBK4 2 STK 230 263 319 10930 111243
99 High Pressure Laboratory
INBL01
Interior Box Laboratory
Duct Accessories
Type : Ventilator LBK2 2 STK 230 263 319 10930 111244
99 High Pressure Laboratory
INBL01
Interior Box Laboratory
Duct Accessories
Type : Ventilator LBK1 2 STK 230 263 319 10930 111245
99 High Pressure Laboratory
INBL01
Interior Box Laboratory
Air Terminals
Type : URH/A-100 1 STK 230 263 319 10930 111372
99 High Pressure Laboratory
INBL01
Interior Box Laboratory
Air Terminals
Type : Adapter, 125_a518c2a8-a608-454f-b48e-fe17e2e5d6ad
1 STK 230 263 319 10930 111374
99 High Pressure Laboratory
INBL01
Interior Box Laboratory
Air Terminals
Type : S4R_Terminal_Wall_IN 2 STK 230 263 319 10930 111375
99 High Pressure Laboratory
INBL01
Interior Box Laboratory
Duct Accessories
Type : Atex Filter_292x592x535 1 STK 230 263 319 10930 111415
108
Ge
bo
uw
Co
de
Ge
bo
uw
Om
sc
hri
jvin
g
Ru
imte
Co
de
Ru
imte
Om
sc
hri
jvin
g
Ho
ofd
ele
me
nt
Co
de
Ho
ofd
ele
me
nt
Om
sc
hri
jvin
g
Ele
me
nt
Co
de
Ele
me
nt
Om
sc
hri
jvin
g
Su
be
lem
en
t C
od
e
Su
be
lem
en
t
Om
sc
hri
jvin
g
Co
mp
on
en
t O
ms
ch
rijv
ing
Ty
pe
Co
mp
on
en
t A
an
tal
Co
mp
on
en
t E
en
he
id
Pro
jec
t_ID
Be
he
erd
er_
ID
Ge
bo
uw
_ID
Ru
imte
_ID
Co
mp
_ID
99 High Pressure Laboratory
INBL01
Interior Box Laboratory
Duct Accessories
Type : Atex Filter_490x592x535 2 STK 230 263 319 10930 111416
99 High Pressure Laboratory
INBL01
Interior Box Laboratory
Duct Accessories
Type : Atex Filter_490x592x535 LBK2 7 STK 230 263 319 10930 111417
99 High Pressure Laboratory
INBL01
Interior Box Laboratory
Duct Accessories
Type : Atex Filter_292x592x535 LBK2 1 STK 230 263 319 10930 111418
99 High Pressure Laboratory
INBL01
Interior Box Laboratory
21 Buitenwanden
2110 Niet constructief, algemeen (verzamelniveau)
211000 Niet constructief, algemeen (verzamelniveau), Algemeen
Walls Type : 300_21_isolatie_90 3 STK 230 263 319 10930 110952
99 High Pressure Laboratory
INBL01
Interior Box Laboratory
21 Buitenwanden
2111 Niet constructief, massieve wanden
211111 Walls Type : 300_21_metselwerk_100 1 STK 230 263 319 10930 110992
99 High Pressure Laboratory
INBL01
Interior Box Laboratory
23 Vloeren 2300 Vloeren algemeen 230000 Vloeren, algemeen Floors Type : stelcon plaat 11 STK 230 263 319 10930 111000
99 High Pressure Laboratory
INBL01
Interior Box Laboratory
23 Vloeren 2300 Vloeren algemeen 230000 Vloeren, algemeen Floors Type : betonklinkers 3 STK 230 263 319 10930 111008
99 High Pressure Laboratory
INBL01
Interior Box Laboratory
23 Vloeren 2300 Vloeren algemeen 230000 Vloeren, algemeen Floors Type : grind 8 STK 230 263 319 10930 111009
99 High Pressure Laboratory
INBL01
Interior Box Laboratory
23 Vloeren 2300 Vloeren algemeen 230000 Vloeren, algemeen Floors Type : betonplaat 1 STK 230 263 319 10930 111010
99 High Pressure Laboratory
INBL01
Interior Box Laboratory
23 Vloeren 2321 constructief, vrijdragende vloeren
232142 Floors Type : 300_23_betonvloer_200 8 STK 230 263 319 10930 110843
99 High Pressure Laboratory
INBL01
Interior Box Laboratory
28 Hoofddraagconstructies
2800 Hoofddraagconstructie algemeen
280000 Hoofddraagconstructie algemeen
Walls Type : 300_28_beton_ihwg_400mm 53 STK 230 263 319 10930 110840
99 High Pressure Laboratory
INBL01
Interior Box Laboratory
28 Hoofddraagconstructies
2800 Hoofddraagconstructie algemeen
280000 Hoofddraagconstructie algemeen
Walls Type : 300_28_betonsteen_100mm 8 STK 230 263 319 10930 110841
99 High Pressure Laboratory
INBL01
Interior Box Laboratory
28 Hoofddraagconstructies
2800 Hoofddraagconstructie algemeen
280000 Hoofddraagconstructie algemeen
Walls Type : 300_22_drijfsteen_100mm 60 STK 230 263 319 10930 110842
109
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99 High Pressure Laboratory
INBL01
Interior Box Laboratory
28 Hoofddraagconstructies
2800 Hoofddraagconstructie algemeen
280000 Hoofddraagconstructie algemeen
Walls Type : 300_28_beton_ihwg_280mm 8 STK 230 263 319 10930 110847
99 High Pressure Laboratory
INBL01
Interior Box Laboratory
28 Hoofddraagconstructies
2800 Hoofddraagconstructie algemeen
280000 Hoofddraagconstructie algemeen
Walls Type : 300_21_HSB_wand 12-135-12 iso
1 STK 230 263 319 10930 110950
99 High Pressure Laboratory
INBL01
Interior Box Laboratory
28 Hoofddraagconstructies
2811 Kolommen en liggers, kolom-/liggerconstructies
281121 Structural Framing
Type : HEA160 2 STK 230 263 319 10930 110962
99 High Pressure Laboratory
INBL01
Interior Box Laboratory
28 Hoofddraagconstructies
2811 Kolommen en liggers, kolom-/liggerconstructies
281121 Structural Columns
Type : K80x80x3 1 STK 230 263 319 10930 110967
99 High Pressure Laboratory
INBL01
Interior Box Laboratory
28 Hoofddraagconstructies
2811 Kolommen en liggers, kolom-/liggerconstructies
281121 Structural Framing
Type : UNP140 4 STK 230 263 319 10930 110968
99 High Pressure Laboratory
INBL01
Interior Box Laboratory
28 Hoofddraagconstructies
2811 Kolommen en liggers, kolom-/liggerconstructies
281121 Structural Framing
Type : HEA100 14 STK 230 263 319 10930 110969
99 High Pressure Laboratory
INBL01
Interior Box Laboratory
28 Hoofddraagconstructies
2811 Kolommen en liggers, kolom-/liggerconstructies
281121 Structural Columns
Type : HEA200 4 STK 230 263 319 10930 110971
99 High Pressure Laboratory
INBL01
Interior Box Laboratory
28 Hoofddraagconstructies
2811 Kolommen en liggers, kolom-/liggerconstructies
281121 Structural Columns
Type : HEA140 16 STK 230 263 319 10930 111050
99 High Pressure Laboratory
INBL01
Interior Box Laboratory
28 Hoofddraagconstructies
2811 Kolommen en liggers, kolom-/liggerconstructies
281121 Structural Framing
Type : HEA140 4 STK 230 263 319 10930 111051
99 High Pressure Laboratory
INBL01
Interior Box Laboratory
32 Binnenwandopeningen
3230 Gevuld met deuren, algemeen (verzamelniveau)
323000
Gevuld met deuren, algemeen (verzamelniveau), Algemeen
Doors Type : rozet 20 STK 230 263 319 10930 110846
99 High Pressure Laboratory
INBL01
Interior Box Laboratory
32 Binnenwandopeningen
3231 Gevuld met deuren, draaideuren
323100 Gevuld met deuren, draaideuren, Draaideuren
Doors Type : dagmaat 0850x2000 10 STK 230 263 319 10930 110845
99 High Pressure Laboratory
INBL01
Interior Box Laboratory
32 Binnenwandopeningen
3231 Gevuld met deuren, draaideuren
323121 Doors Type : deur met glas 4 STK 230 263 319 10930 110958
99 High Pressure Laboratory
INBL01
Interior Box Laboratory
43 Vloerafwerkingen
4300 Vloerafwerkingen 430000 Vloerafwerking, algemeen Floors Type : 200_43_afwerkvloer_150 9 STK 230 263 319 10930 110869
110
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_ID
99 High Pressure Laboratory
INBL01
Interior Box Laboratory
43 Vloerafwerkingen
4322 Verhoogde vloer 432236 Floors Type : 300_43_staptegels_300x300 1 STK 230 263 319 10930 110991
99 High Pressure Laboratory
INBL01
Interior Box Laboratory
45 Plafondafwerkingen
4510 Verlaagd, algemeen 451000 Verlaagd, algemeen, Algemeen
Ceilings Type : 300_44_sauswerk_antraciet 1 STK 230 263 319 10930 110921
99 High Pressure Laboratory
INBL01
Interior Box Laboratory
45 Plafondafwerkingen
4510 Verlaagd, algemeen 451000 Verlaagd, algemeen, Algemeen
Ceilings Type : 300_44_beplating+sauswerk_antraciet
4 STK 230 263 319 10930 110923
99 High Pressure Laboratory
INBL01
Interior Box Laboratory
45 Plafondafwerkingen
4510 Verlaagd, algemeen 451000 Verlaagd, algemeen, Algemeen
Ceilings Type : 300_44_isolatie+Heraklith 1 STK 230 263 319 10930 110924
99 High Pressure Laboratory
INBL01
Interior Box Laboratory
47 Dakafwerkingen
4710 Afwerkingen, algemeen (verzamelniveau)
471000 Afwerkingen, algemeen (verzamelniveau), Algemeen
Floors Type : 300_43_heraklith_50mm 8 STK 230 263 319 10930 110844
99 High Pressure Laboratory
INBL01
Interior Box Laboratory
47 Dakafwerkingen
4721 Bekledingen, vlakke dak bekledingen
472100 Bekledingen, vlakke dak bekledingen, Algemeen
Floors Type : 300_23_isolatie_100mm kouddak
1 STK 230 263 319 10930 110927
99 High Pressure Laboratory
INBL01
Interior Box Laboratory
54 Gassen 5411 Brandstof, aardgasvoorziening
541100 Brandstof, aardgasvoorziening, Algemeen
Pipes Type : Steel pipe Fe-35 539 STK 230 263 319 10930 111052
99 High Pressure Laboratory
INBL01
Interior Box Laboratory
54 Gassen 5411 Brandstof, aardgasvoorziening
541100 Brandstof, aardgasvoorziening, Algemeen
Pipes Type : Copper pipe 3 STK 230 263 319 10930 111056
99 High Pressure Laboratory
INBL01
Interior Box Laboratory
57 Luchtbehandeling
5720 Lokale mechanische afzuiging, algemeen (verzamelniveau)
572000
Lokale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Ducts Type : Ronde kanalen - T-stuk 122 STK 230 263 319 10930 111060
99 High Pressure Laboratory
INBL01
Interior Box Laboratory
57 Luchtbehandeling
5720 Lokale mechanische afzuiging, algemeen (verzamelniveau)
572000
Lokale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Ducts Type : Rechte kanalen 5 STK 230 263 319 10930 111063
99 High Pressure Laboratory
INBL01
Interior Box Laboratory
57 Luchtbehandeling
5720 Lokale mechanische afzuiging, algemeen (verzamelniveau)
572000
Lokale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Air Terminals
Type : URH/A-100 3 STK 230 263 319 10930 111102
99 High Pressure Laboratory
INBL01
Interior Box Laboratory
57 Luchtbehandeling
5720 Lokale mechanische afzuiging, algemeen (verzamelniveau)
572000
Lokale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Duct Fittings
Type : standaard 28 STK 230 263 319 10930 111103
99 High Pressure Laboratory
INBL01
Interior Box Laboratory
57 Luchtbehandeling
5720 Lokale mechanische afzuiging, algemeen (verzamelniveau)
572000
Lokale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Ducts Type : Ronde kanalen - Zadelstuk 7 STK 230 263 319 10930 111110
111
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_ID
99 High Pressure Laboratory
INBL01
Interior Box Laboratory
57 Luchtbehandeling
5720 Lokale mechanische afzuiging, algemeen (verzamelniveau)
572000
Lokale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Air Terminals
Type : circ-grille-250 6 STK 230 263 319 10930 111112
99 High Pressure Laboratory
INBL01
Interior Box Laboratory
57 Luchtbehandeling
5720 Lokale mechanische afzuiging, algemeen (verzamelniveau)
572000
Lokale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Duct Fittings
Type : 1 D 41 STK 230 263 319 10930 111123
99 High Pressure Laboratory
INBL01
Interior Box Laboratory
57 Luchtbehandeling
5720 Lokale mechanische afzuiging, algemeen (verzamelniveau)
572000
Lokale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Duct Accessories
Type : S4R - LUKA, Regelklep, 100-100
4 STK 230 263 319 10930 111177
99 High Pressure Laboratory
INBL01
Interior Box Laboratory
57 Luchtbehandeling
5720 Lokale mechanische afzuiging, algemeen (verzamelniveau)
572000
Lokale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Duct Accessories
Type : S4R - LUKA, Regelklep, 400-400
1 STK 230 263 319 10930 111212
99 High Pressure Laboratory
INBL01
Interior Box Laboratory
57 Luchtbehandeling
5720 Lokale mechanische afzuiging, algemeen (verzamelniveau)
572000
Lokale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Duct Fittings
Type : LUKA, Centrisch, 580x1220-600x600_2c91db91-f9a9-43ca-9ba4-22e975320ef9
1 STK 230 263 319 10930 111327
99 High Pressure Laboratory
INBL01
Interior Box Laboratory
57 Luchtbehandeling
5720 Lokale mechanische afzuiging, algemeen (verzamelniveau)
572000
Lokale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Air Terminals
Type : circ-grille-315 14 STK 230 263 319 10930 111348
99 High Pressure Laboratory
INBL01
Interior Box Laboratory
57 Luchtbehandeling
5720 Lokale mechanische afzuiging, algemeen (verzamelniveau)
572000
Lokale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Duct Accessories
Type : S4R - LUKA, Regelklep, 125-125
1 STK 230 263 319 10930 111352
99 High Pressure Laboratory
INBL01
Interior Box Laboratory
57 Luchtbehandeling
5720 Lokale mechanische afzuiging, algemeen (verzamelniveau)
572000
Lokale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Air Terminals
Type : N/A, 100 5 STK 230 263 319 10930 111356
99 High Pressure Laboratory
INBL01
Interior Box Laboratory
57 Luchtbehandeling
5720 Lokale mechanische afzuiging, algemeen (verzamelniveau)
572000
Lokale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Duct Fittings
Type : 30 gr 9 STK 230 263 319 10930 111371
99 High Pressure Laboratory
INBL01
Interior Box Laboratory
57 Luchtbehandeling
5720 Lokale mechanische afzuiging, algemeen (verzamelniveau)
572000
Lokale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Air Terminals
Type : circ-grille-200 7 STK 230 263 319 10930 111437
99 High Pressure Laboratory
INBL01
Interior Box Laboratory
57 Luchtbehandeling
5720 Lokale mechanische afzuiging, algemeen (verzamelniveau)
572000
Lokale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Duct Accessories
Type : S4R - LUKA, Regelklep, 315-315
21 STK 230 263 319 10930 111438
99 High Pressure Laboratory
INBL01
Interior Box Laboratory
57 Luchtbehandeling
5720 Lokale mechanische afzuiging, algemeen (verzamelniveau)
572000
Lokale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Ducts Type : S4R_Burgerhout_Afvoerpijp l=250
6 STK 230 263 319 10930 111439
99 High Pressure Laboratory
INBL01
Interior Box Laboratory
57 Luchtbehandeling
5720 Lokale mechanische afzuiging, algemeen (verzamelniveau)
572000
Lokale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Duct Fittings
Type : S4R_Bend_Round_AI_Generic 1 STK 230 263 319 10930 111440
112
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_ID
99 High Pressure Laboratory
INBL01
Interior Box Laboratory
57 Luchtbehandeling
5730
Centrale mechanische afzuiging, algemeen (verzamelniveau)
573000
Centrale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Ducts Type : Ronde kanalen - Zadelstuk 2 STK 230 263 319 10930 111183
99 High Pressure Laboratory
INBL01
Interior Box Laboratory
57 Luchtbehandeling
5730
Centrale mechanische afzuiging, algemeen (verzamelniveau)
573000
Centrale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Ducts Type : Rechte kanalen 4 STK 230 263 319 10930 111246
99 High Pressure Laboratory
INBL01
Interior Box Laboratory
57 Luchtbehandeling
5730
Centrale mechanische afzuiging, algemeen (verzamelniveau)
573000
Centrale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Ducts Type : S4R_LUKA_Verzinkt 3m 1 STK 230 263 319 10930 111247
99 High Pressure Laboratory
INBL01
Interior Box Laboratory
57 Luchtbehandeling
5730
Centrale mechanische afzuiging, algemeen (verzamelniveau)
573000
Centrale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Duct Insulations
Type : Isolatie mineralewol 100mm 2 STK 230 263 319 10930 111248
99 High Pressure Laboratory
INBL01
Interior Box Laboratory
57 Luchtbehandeling
5730
Centrale mechanische afzuiging, algemeen (verzamelniveau)
573000
Centrale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Duct Fittings
Type : With Flange 1 STK 230 263 319 10930 111249
99 High Pressure Laboratory
INBL01
Interior Box Laboratory
57 Luchtbehandeling
5730
Centrale mechanische afzuiging, algemeen (verzamelniveau)
573000
Centrale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Duct Fittings
Type : standaard 6 STK 230 263 319 10930 111250
99 High Pressure Laboratory
INBL01
Interior Box Laboratory
57 Luchtbehandeling
5730
Centrale mechanische afzuiging, algemeen (verzamelniveau)
573000
Centrale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Air Terminals
Type : circ-grille-315 2 STK 230 263 319 10930 111261
99 High Pressure Laboratory
INBL01
Interior Box Laboratory
57 Luchtbehandeling
5730
Centrale mechanische afzuiging, algemeen (verzamelniveau)
573000
Centrale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Air Terminals
Type : Kanaalrooster standaard, 1 STK 230 263 319 10930 111285
99 High Pressure Laboratory
INBL01
Interior Box Laboratory
57 Luchtbehandeling
5730
Centrale mechanische afzuiging, algemeen (verzamelniveau)
573000
Centrale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Duct Accessories
Type : S4R - Trox Air, Constantvolumeklep RND Standaard, 200-200
1 STK 230 263 319 10930 111292
99 High Pressure Laboratory
INBL01
Interior Box Laboratory
57 Luchtbehandeling
5730
Centrale mechanische afzuiging, algemeen (verzamelniveau)
573000
Centrale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Duct Accessories
Type : S4R - Trox Air, Afsluitkleppen AK electrische servomotor, 315-315
6 STK 230 263 319 10930 111294
99 High Pressure Laboratory
INBL01
Interior Box Laboratory
57 Luchtbehandeling
5730
Centrale mechanische afzuiging, algemeen (verzamelniveau)
573000
Centrale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Ducts Type : Ronde kanalen - T-stuk 15 STK 230 263 319 10930 111295
99 High Pressure Laboratory
INBL01
Interior Box Laboratory
57 Luchtbehandeling
5730
Centrale mechanische afzuiging, algemeen (verzamelniveau)
573000
Centrale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Duct Fittings
Type : 1 D 11 STK 230 263 319 10930 111296
99 High Pressure Laboratory
INBL01
Interior Box Laboratory
57 Luchtbehandeling
5730
Centrale mechanische afzuiging, algemeen (verzamelniveau)
573000
Centrale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Duct Fittings
Type : 30 gr 3 STK 230 263 319 10930 111323
113
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_ID
99 High Pressure Laboratory
INBL01
Interior Box Laboratory
57 Luchtbehandeling
5730
Centrale mechanische afzuiging, algemeen (verzamelniveau)
573000
Centrale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Air Terminals
Type : circ-grille-200 1 STK 230 263 319 10930 111324
99 High Pressure Laboratory
INBL01
Interior Box Laboratory
57 Luchtbehandeling
5730
Centrale mechanische afzuiging, algemeen (verzamelniveau)
573000
Centrale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Air Terminals
Type : circ-grille-250 1 STK 230 263 319 10930 111325
99 High Pressure Laboratory
INBL01
Interior Box Laboratory
57 Luchtbehandeling
5730
Centrale mechanische afzuiging, algemeen (verzamelniveau)
573000
Centrale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Air Terminals
Type : N/A, 100 1 STK 230 263 319 10930 111351
99 High Pressure Laboratory
INBL01
Interior Box Laboratory
57 Luchtbehandeling
5730
Centrale mechanische afzuiging, algemeen (verzamelniveau)
573000
Centrale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Ducts Type : S4Rx_Generic_Rectangular 1 STK 230 263 319 10930 111370
99 High Pressure Laboratory
INBL01
Interior Box Laboratory
57 Luchtbehandeling
5740 Lokale mechanische ventilatie, algemeen (verzamelniveau)
574000
Lokale mechanische ventilatie, algemeen (verzamelniveau), Algemeen, roosters
Ducts Type : Rechte kanalen 27 STK 230 263 319 10930 111062
99 High Pressure Laboratory
INBL01
Interior Box Laboratory
57 Luchtbehandeling
5740 Lokale mechanische ventilatie, algemeen (verzamelniveau)
574000
Lokale mechanische ventilatie, algemeen (verzamelniveau), Algemeen, roosters
Ducts Type : Ronde kanalen - T-stuk 65 STK 230 263 319 10930 111124
99 High Pressure Laboratory
INBL01
Interior Box Laboratory
57 Luchtbehandeling
5740 Lokale mechanische ventilatie, algemeen (verzamelniveau)
574000
Lokale mechanische ventilatie, algemeen (verzamelniveau), Algemeen, roosters
Duct Fittings
Type : 1 D 41 STK 230 263 319 10930 111133
99 High Pressure Laboratory
INBL01
Interior Box Laboratory
57 Luchtbehandeling
5740 Lokale mechanische ventilatie, algemeen (verzamelniveau)
574000
Lokale mechanische ventilatie, algemeen (verzamelniveau), Algemeen, roosters
Duct Fittings
Type : 30 gr 25 STK 230 263 319 10930 111137
99 High Pressure Laboratory
INBL01
Interior Box Laboratory
57 Luchtbehandeling
5740 Lokale mechanische ventilatie, algemeen (verzamelniveau)
574000
Lokale mechanische ventilatie, algemeen (verzamelniveau), Algemeen, roosters
Duct Insulations
Type : Isolatie mineralewol 100mm 64 STK 230 263 319 10930 111140
99 High Pressure Laboratory
INBL01
Interior Box Laboratory
57 Luchtbehandeling
5740 Lokale mechanische ventilatie, algemeen (verzamelniveau)
574000
Lokale mechanische ventilatie, algemeen (verzamelniveau), Algemeen, roosters
Duct Accessories
Type : S4R - LUKA, Regelklep, 250-250
3 STK 230 263 319 10930 111180
99 High Pressure Laboratory
INBL01
Interior Box Laboratory
57 Luchtbehandeling
5740 Lokale mechanische ventilatie, algemeen (verzamelniveau)
574000
Lokale mechanische ventilatie, algemeen (verzamelniveau), Algemeen, roosters
Ducts Type : Ronde kanalen - Zadelstuk 3 STK 230 263 319 10930 111181
99 High Pressure Laboratory
INBL01
Interior Box Laboratory
57 Luchtbehandeling
5740 Lokale mechanische ventilatie, algemeen (verzamelniveau)
574000
Lokale mechanische ventilatie, algemeen (verzamelniveau), Algemeen, roosters
Duct Accessories
Type : S4R - LUKA, Regelklep, 400-400
1 STK 230 263 319 10930 111182
99 High Pressure Laboratory
INBL01
Interior Box Laboratory
57 Luchtbehandeling
5740 Lokale mechanische ventilatie, algemeen (verzamelniveau)
574000
Lokale mechanische ventilatie, algemeen (verzamelniveau), Algemeen, roosters
Duct Fittings
Type : magicirc_plug_001 13 STK 230 263 319 10930 111188
114
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_ID
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_ID
99 High Pressure Laboratory
INBL01
Interior Box Laboratory
57 Luchtbehandeling
5740 Lokale mechanische ventilatie, algemeen (verzamelniveau)
574000
Lokale mechanische ventilatie, algemeen (verzamelniveau), Algemeen, roosters
Duct Fittings
Type : standaard 19 STK 230 263 319 10930 111202
99 High Pressure Laboratory
INBL01
Interior Box Laboratory
57 Luchtbehandeling
5740 Lokale mechanische ventilatie, algemeen (verzamelniveau)
574000
Lokale mechanische ventilatie, algemeen (verzamelniveau), Algemeen, roosters
Air Terminals
Type : Terugslagklep 600x675 1 STK 230 263 319 10930 111210
99 High Pressure Laboratory
INBL01
Interior Box Laboratory
57 Luchtbehandeling
5740 Lokale mechanische ventilatie, algemeen (verzamelniveau)
574000
Lokale mechanische ventilatie, algemeen (verzamelniveau), Algemeen, roosters
Air Terminals
Type : Kanaalrooster standaard, 22 STK 230 263 319 10930 111297
99 High Pressure Laboratory
INBL01
Interior Box Laboratory
57 Luchtbehandeling
5740 Lokale mechanische ventilatie, algemeen (verzamelniveau)
574000
Lokale mechanische ventilatie, algemeen (verzamelniveau), Algemeen, roosters
Duct Accessories
Type : S4R - LUKA, Regelklep, 315-315
6 STK 230 263 319 10930 111373
99 High Pressure Laboratory
INBL01
Interior Box Laboratory
57 Luchtbehandeling
5740 Lokale mechanische ventilatie, algemeen (verzamelniveau)
574000
Lokale mechanische ventilatie, algemeen (verzamelniveau), Algemeen, roosters
Air Terminals
Type : Standaard, 315_c70003b8-1316-4c1d-9b3c-6cf4626b161d
1 STK 230 263 319 10930 111376
99 High Pressure Laboratory
INBL01
Interior Box Laboratory
57 Luchtbehandeling
5740 Lokale mechanische ventilatie, algemeen (verzamelniveau)
574000
Lokale mechanische ventilatie, algemeen (verzamelniveau), Algemeen, roosters
Ducts Type : S4R_Burgerhout_Afvoerpijp l=250
1 STK 230 263 319 10930 111441
99 High Pressure Laboratory
INBL01
Interior Box Laboratory
57 Luchtbehandeling
5750
Centrale mechanische ventilatie, algemeen (verzamelniveau)
575000
Centrale mechanische ventilatie, algemeen (verzamelniveau), Algemeen
Ducts Type : Rechte kanalen 5 STK 230 263 319 10930 111176
99 High Pressure Laboratory
INBL01
Interior Box Laboratory
57 Luchtbehandeling
5750
Centrale mechanische ventilatie, algemeen (verzamelniveau)
575000
Centrale mechanische ventilatie, algemeen (verzamelniveau), Algemeen
Duct Fittings
Type : 45 Graden 1 STK 230 263 319 10930 111203
99 High Pressure Laboratory
INBL01
Interior Box Laboratory
57 Luchtbehandeling
5750
Centrale mechanische ventilatie, algemeen (verzamelniveau)
575000
Centrale mechanische ventilatie, algemeen (verzamelniveau), Algemeen
Duct Insulations
Type : Isolatie mineralewol 100mm 4 STK 230 263 319 10930 111204
99 High Pressure Laboratory
INBL01
Interior Box Laboratory
57 Luchtbehandeling
5750
Centrale mechanische ventilatie, algemeen (verzamelniveau)
575000
Centrale mechanische ventilatie, algemeen (verzamelniveau), Algemeen
Ducts Type : Ronde kanalen - T-stuk 7 STK 230 263 319 10930 111213
99 High Pressure Laboratory
INBL01
Interior Box Laboratory
57 Luchtbehandeling
5750
Centrale mechanische ventilatie, algemeen (verzamelniveau)
575000
Centrale mechanische ventilatie, algemeen (verzamelniveau), Algemeen
Duct Fittings
Type : standaard 4 STK 230 263 319 10930 111283
99 High Pressure Laboratory
INBL01
Interior Box Laboratory
57 Luchtbehandeling
5750
Centrale mechanische ventilatie, algemeen (verzamelniveau)
575000
Centrale mechanische ventilatie, algemeen (verzamelniveau), Algemeen
Air Terminals
Type : Kanaalrooster standaard, 5 STK 230 263 319 10930 111284
99 High Pressure Laboratory
INBL01
Interior Box Laboratory
57 Luchtbehandeling
5750
Centrale mechanische ventilatie, algemeen (verzamelniveau)
575000
Centrale mechanische ventilatie, algemeen (verzamelniveau), Algemeen
Air Terminals
Type : Adapter, 248 3 STK 230 263 319 10930 111286
115
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_ID
99 High Pressure Laboratory
INBL01
Interior Box Laboratory
57 Luchtbehandeling
5750
Centrale mechanische ventilatie, algemeen (verzamelniveau)
575000
Centrale mechanische ventilatie, algemeen (verzamelniveau), Algemeen
Ducts Type : Ronde kanalen - Zadelstuk 3 STK 230 263 319 10930 111287
99 High Pressure Laboratory
INBL01
Interior Box Laboratory
57 Luchtbehandeling
5750
Centrale mechanische ventilatie, algemeen (verzamelniveau)
575000
Centrale mechanische ventilatie, algemeen (verzamelniveau), Algemeen
Duct Fittings
Type : 30 gr 6 STK 230 263 319 10930 111288
99 High Pressure Laboratory
INBL01
Interior Box Laboratory
57 Luchtbehandeling
5750
Centrale mechanische ventilatie, algemeen (verzamelniveau)
575000
Centrale mechanische ventilatie, algemeen (verzamelniveau), Algemeen
Duct Accessories
Type : S4R - Trox Air, Constantvolumeklep RN Standaard, 200-200
1 STK 230 263 319 10930 111289
99 High Pressure Laboratory
INBL01
Interior Box Laboratory
57 Luchtbehandeling
5750
Centrale mechanische ventilatie, algemeen (verzamelniveau)
575000
Centrale mechanische ventilatie, algemeen (verzamelniveau), Algemeen
Duct Fittings
Type : 1 D 2 STK 230 263 319 10930 111290
99 High Pressure Laboratory
INBL01
Interior Box Laboratory
57 Luchtbehandeling
5750
Centrale mechanische ventilatie, algemeen (verzamelniveau)
575000
Centrale mechanische ventilatie, algemeen (verzamelniveau), Algemeen
Duct Accessories
Type : S4R - Trox Air, Constantvolumeklep RN Standaard, 315-315
1 STK 230 263 319 10930 111291
99 High Pressure Laboratory
INBL01
Interior Box Laboratory
57 Luchtbehandeling
5750
Centrale mechanische ventilatie, algemeen (verzamelniveau)
575000
Centrale mechanische ventilatie, algemeen (verzamelniveau), Algemeen
Air Terminals
Type : Muurrooster, 2 STK 230 263 319 10930 111293
99 High Pressure Laboratory
INBL01
Interior Box Laboratory
57 Luchtbehandeling
5750
Centrale mechanische ventilatie, algemeen (verzamelniveau)
575000
Centrale mechanische ventilatie, algemeen (verzamelniveau), Algemeen
Duct Accessories
Type : S4R - Trox Air, CA100, L=500, 250-250_9c5e0bfa-2637-46b1-86e2-f500476c25a5
2 STK 230 263 319 10930 111326
99 High Pressure Laboratory
INBL01
Interior Box Laboratory
57 Luchtbehandeling
5750
Centrale mechanische ventilatie, algemeen (verzamelniveau)
575000
Centrale mechanische ventilatie, algemeen (verzamelniveau), Algemeen
Flex Ducts Type : S4Rx_Generic_Round 1 STK 230 263 319 10930 111328
99 High Pressure Laboratory
INBL01
Interior Box Laboratory
57 Luchtbehandeling
5750
Centrale mechanische ventilatie, algemeen (verzamelniveau)
575000
Centrale mechanische ventilatie, algemeen (verzamelniveau), Algemeen
Ducts Type : S4Rx_Generic_Rectangular 1 STK 230 263 319 10930 111329
99 High Pressure Laboratory
INBL01
Interior Box Laboratory
74
Vaste sanitaire voorzieningen
7411 Standaard, sanitaire toestellen; normaal
741100 Closetcombinatie inbouw Plumbing Fixtures
Type : 74_ISR_urinoir 1 STK 230 263 319 10930 110960
99 High Pressure Laboratory
INBL01
Interior Box Laboratory
75
Vaste onderhoudsvoorzieningen
7510 Standaard, algemeen (verzamelniveau)
751000 Standaard, algemeen (verzamelniveau), Algemeen
Plumbing Fixtures
Type : Mop_Sink_1577 1 STK 230 263 319 10930 110966
99 High Pressure Laboratory
INBL01
Interior Box Laboratory
83 Losse keukeninventaris
8310 Standaard, algemeen (verzamelniveau)
831000 Standaard, algemeen (verzamelniveau), Algemeen
Furniture Type : HDL_opstelplaatsen 25 STK 230 263 319 10930 110888
99 High Pressure Laboratory
INBL01
Interior Box Laboratory
90 Terrein 9000 Terreinvoorzieningen 900000 Terrein voorzieningen Planting Type : 5500_Golden Chain 1 STK 230 263 319 10930 111006
116
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_ID
99 High Pressure Laboratory
INCA01
Interior Common Area
Floors Type : 200_23_basisvloer_150mm 1 STK 230 263 319 10927 110862
99 High Pressure Laboratory
INCA01
Interior Common Area
Floors Type : 200_23_basisvloer_100mm 1 STK 230 263 319 10927 110866
99 High Pressure Laboratory
INCA01
Interior Common Area
Air Terminals
Type : N/A, 1 STK 230 263 319 10927 111166
99 High Pressure Laboratory
INCA01
Interior Common Area
Duct Accessories
Type : Filter_592x592x534 4 STK 230 263 319 10927 111227
99 High Pressure Laboratory
INCA01
Interior Common Area
Duct Accessories
Type : Filter_287x592x534 2 STK 230 263 319 10927 111228
99 High Pressure Laboratory
INCA01
Interior Common Area
Duct Accessories
Type : Atex Filter_292x592x535 LBK2 2 STK 230 263 319 10927 111229
99 High Pressure Laboratory
INCA01
Interior Common Area
Duct Accessories
Type : Atex Filter_490x592x535 LBK2 1 STK 230 263 319 10927 111230
99 High Pressure Laboratory
INCA01
Interior Common Area
Air Terminals
Type : PRIMO Model 550 1 STK 230 263 319 10927 111349
99 High Pressure Laboratory
INCA01
Interior Common Area
Air Terminals
Type : Adapter, 125_a518c2a8-a608-454f-b48e-fe17e2e5d6ad
2 STK 230 263 319 10927 111381
99 High Pressure Laboratory
INCA01
Interior Common Area
Air Terminals
Type : S4R_Terminal_Wall_IN 2 STK 230 263 319 10927 111395
99 High Pressure Laboratory
INCA01
Interior Common Area
21 Buitenwanden
2110 Niet constructief, algemeen (verzamelniveau)
211000 Niet constructief, algemeen (verzamelniveau), Algemeen
Walls Type : 300_21_kantplank 2 STK 230 263 319 10927 110929
99 High Pressure Laboratory
INCA01
Interior Common Area
21 Buitenwanden
2110 Niet constructief, algemeen (verzamelniveau)
211000 Niet constructief, algemeen (verzamelniveau), Algemeen
Walls Type : 300_21_isolatie hard_60 2 STK 230 263 319 10927 110977
99 High Pressure Laboratory
INCA01
Interior Common Area
21 Buitenwanden
2111 Niet constructief, massieve wanden
211111 Walls Type : 300_21_metselwerk_210 bruin 5 STK 230 263 319 10927 110835
99 High Pressure Laboratory
INCA01
Interior Common Area
21 Buitenwanden
2111 Niet constructief, massieve wanden
211111 Walls Type : 300_21_metselwerk_100 bruin 3 STK 230 263 319 10927 110836
99 High Pressure Laboratory
INCA01
Interior Common Area
21 Buitenwanden
2111 Niet constructief, massieve wanden
211111 Walls Type : 300_21_metselwerk_100 1 STK 230 263 319 10927 110944
99 High Pressure Laboratory
INCA01
Interior Common Area
22 Binnenwanden
2221 Constructief, massieve wanden
222141 Walls Type : 300_22_ihw beton_100 1 STK 230 263 319 10927 110860
99 High Pressure Laboratory
INCA01
Interior Common Area
23 Vloeren 2300 Vloeren algemeen 230000 Vloeren, algemeen Floors Type : stelcon plaat 2 STK 230 263 319 10927 111003
117
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99 High Pressure Laboratory
INCA01
Interior Common Area
23 Vloeren 2300 Vloeren algemeen 230000 Vloeren, algemeen Floors Type : betonklinkers 2 STK 230 263 319 10927 111004
99 High Pressure Laboratory
INCA01
Interior Common Area
28 Hoofddraagconstructies
2800 Hoofddraagconstructie algemeen
280000 Hoofddraagconstructie algemeen
Walls Type : 300_28_betonsteen_210mm 40 STK 230 263 319 10927 110831
99 High Pressure Laboratory
INCA01
Interior Common Area
28 Hoofddraagconstructies
2800 Hoofddraagconstructie algemeen
280000 Hoofddraagconstructie algemeen
Walls Type : 300_28_betonsteen_320mm 1 STK 230 263 319 10927 110837
99 High Pressure Laboratory
INCA01
Interior Common Area
28 Hoofddraagconstructies
2800 Hoofddraagconstructie algemeen
280000 Hoofddraagconstructie algemeen
Walls Type : 300_28_betonsteen_100mm 20 STK 230 263 319 10927 110838
99 High Pressure Laboratory
INCA01
Interior Common Area
28 Hoofddraagconstructies
2800 Hoofddraagconstructie algemeen
280000 Hoofddraagconstructie algemeen
Walls Type : 300_23_schoorsteen_bekleding 5 STK 230 263 319 10927 110839
99 High Pressure Laboratory
INCA01
Interior Common Area
28 Hoofddraagconstructies
2800 Hoofddraagconstructie algemeen
280000 Hoofddraagconstructie algemeen
Walls Type : 300_32_rooster_boven_kozijn 2 STK 230 263 319 10927 110911
99 High Pressure Laboratory
INCA01
Interior Common Area
28 Hoofddraagconstructies
2800 Hoofddraagconstructie algemeen
280000 Hoofddraagconstructie algemeen
Walls Type : 300_21_HSB_wand 12-76-12 1 STK 230 263 319 10927 110942
99 High Pressure Laboratory
INCA01
Interior Common Area
28 Hoofddraagconstructies
2800 Hoofddraagconstructie algemeen
280000 Hoofddraagconstructie algemeen
Walls Type : 300_21_HSB_wand 12-90-12 iso
1 STK 230 263 319 10927 110972
99 High Pressure Laboratory
INCA01
Interior Common Area
28 Hoofddraagconstructies
2800 Hoofddraagconstructie algemeen
280000 Hoofddraagconstructie algemeen
Walls Type : 300_21_Heraklith WBDBO60min
1 STK 230 263 319 10927 110973
99 High Pressure Laboratory
INCA01
Interior Common Area
28 Hoofddraagconstructies
2811 Kolommen en liggers, kolom-/liggerconstructies
281121 Structural Columns
Type : HEA120 17 STK 230 263 319 10927 110890
99 High Pressure Laboratory
INCA01
Interior Common Area
28 Hoofddraagconstructies
2811 Kolommen en liggers, kolom-/liggerconstructies
281121 Structural Columns
Type : 20x70 1 STK 230 263 319 10927 110915
99 High Pressure Laboratory
INCA01
Interior Common Area
31 Buitenwandopeningen
3120 Gevuld met ramen, algemeen (verzamelniveau)
312000
Gevuld met ramen, algemeen (verzamelniveau), Algemeen
Windows Type : H06 2 STK 230 263 319 10927 110885
99 High Pressure Laboratory
INCA01
Interior Common Area
31 Buitenwandopeningen
3131 Gevuld met deuren, draaideuren
313121 Doors Type : glasdeur 2 STK 230 263 319 10927 110931
99 High Pressure Laboratory
INCA01
Interior Common Area
32 Binnenwandopeningen
3230 Gevuld met deuren, algemeen (verzamelniveau)
323000
Gevuld met deuren, algemeen (verzamelniveau), Algemeen
Doors Type : rozet 2 STK 230 263 319 10927 110852
99 High Pressure Laboratory
INCA01
Interior Common Area
32 Binnenwandopeningen
3231 Gevuld met deuren, draaideuren
323100 Gevuld met deuren, draaideuren, Draaideuren
Doors Type : merk c-865 1 STK 230 263 319 10927 110851
99 High Pressure Laboratory
INCA01
Interior Common Area
32 Binnenwandopeningen
3231 Gevuld met deuren, draaideuren
323100 Gevuld met deuren, draaideuren, Draaideuren
Doors Type : merk e 1 STK 230 263 319 10927 110853
118
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_ID
99 High Pressure Laboratory
INCA01
Interior Common Area
32 Binnenwandopeningen
3231 Gevuld met deuren, draaideuren
323100 Gevuld met deuren, draaideuren, Draaideuren
Doors Type : merk 120 1 STK 230 263 319 10927 110868
99 High Pressure Laboratory
INCA01
Interior Common Area
32 Binnenwandopeningen
3231 Gevuld met deuren, draaideuren
323121 Doors Type : H03 4 STK 230 263 319 10927 110881
99 High Pressure Laboratory
INCA01
Interior Common Area
32 Binnenwandopeningen
3231 Gevuld met deuren, draaideuren
323121 Doors Type : H04 2 STK 230 263 319 10927 110882
99 High Pressure Laboratory
INCA01
Interior Common Area
32 Binnenwandopeningen
3231 Gevuld met deuren, draaideuren
323121 Doors Type : H05 2 STK 230 263 319 10927 110883
99 High Pressure Laboratory
INCA01
Interior Common Area
32 Binnenwandopeningen
3231 Gevuld met deuren, draaideuren
323121 Doors Type : lakdeur_stomp 9 STK 230 263 319 10927 110916
99 High Pressure Laboratory
INCA01
Interior Common Area
32 Binnenwandopeningen
3231 Gevuld met deuren, draaideuren
323121 Doors Type : H08 3 STK 230 263 319 10927 110943
99 High Pressure Laboratory
INCA01
Interior Common Area
41 Buitenwandafwerkingen
4112 Buitenwandafwerkingen, bekledingen
411200 Buitenwandafwerkingen, bekledingen, Algemeen
Walls Type : 300_41_tegelwerk 30 STK 230 263 319 10927 110875
99 High Pressure Laboratory
INCA01
Interior Common Area
41 Buitenwandafwerkingen
4112 Buitenwandafwerkingen, bekledingen
411200 Buitenwandafwerkingen, bekledingen, Algemeen
Walls Type : 300_41_beplating_12 2 STK 230 263 319 10927 110954
99 High Pressure Laboratory
INCA01
Interior Common Area
41 Buitenwandafwerkingen
4112 Buitenwandafwerkingen, bekledingen
411200 Buitenwandafwerkingen, bekledingen, Algemeen
Walls Type : 300_41_saus-oranje 1 STK 230 263 319 10927 110955
99 High Pressure Laboratory
INCA01
Interior Common Area
41 Buitenwandafwerkingen
4112 Buitenwandafwerkingen, bekledingen
411200 Buitenwandafwerkingen, bekledingen, Algemeen
Walls Type : 300_99_beton_keerband 2 STK 230 263 319 10927 111018
99 High Pressure Laboratory
INCA01
Interior Common Area
43 Vloerafwerkingen
4322 Verhoogde vloer 432231 Floors Type : 300_43_tegelvloer_300x300_20 2 STK 230 263 319 10927 110876
99 High Pressure Laboratory
INCA01
Interior Common Area
43 Vloerafwerkingen
4322 Verhoogde vloer 432236 Floors Type : 300_43_staptegels_300x300 1 STK 230 263 319 10927 110984
99 High Pressure Laboratory
INCA01
Interior Common Area
45 Plafondafwerkingen
4510 Verlaagd, algemeen 451000 Verlaagd, algemeen, Algemeen
Ceilings Type : 300_44_sauswerk_antraciet 1 STK 230 263 319 10927 110918
99 High Pressure Laboratory
INCA01
Interior Common Area
45 Plafondafwerkingen
4510 Verlaagd, algemeen 451000 Verlaagd, algemeen, Algemeen
Ceilings Type : 300_44_isolatie+Heraklith 3 STK 230 263 319 10927 110920
99 High Pressure Laboratory
INCA01
Interior Common Area
45 Plafondafwerkingen
4510 Verlaagd, algemeen 451000 Verlaagd, algemeen, Algemeen
Ceilings Type : 300_44_pir_Rc2,5 2 STK 230 263 319 10927 110930
99 High Pressure Laboratory
INCA01
Interior Common Area
45 Plafondafwerkingen
4510 Verlaagd, algemeen 451000 Verlaagd, algemeen, Algemeen
Ceilings Type : 300_44_akoestisch_1200x1200 2 STK 230 263 319 10927 110932
99 High Pressure Laboratory
INCA01
Interior Common Area
47 Dakafwerkingen
4721 Bekledingen, vlakke dak bekledingen
472100 Bekledingen, vlakke dak bekledingen, Algemeen
Floors Type : 300_23_isolatie_100mm kouddak
1 STK 230 263 319 10927 110928
119
Ge
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Ge
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Om
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g
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ing
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erd
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ID
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_ID
Ru
imte
_ID
Co
mp
_ID
99 High Pressure Laboratory
INCA01
Interior Common Area
54 Gassen 5411 Brandstof, aardgasvoorziening
541100 Brandstof, aardgasvoorziening, Algemeen
Pipes Type : Steel pipe Fe-35 124 STK 230 263 319 10927 111054
99 High Pressure Laboratory
INCA01
Interior Common Area
57 Luchtbehandeling
5720 Lokale mechanische afzuiging, algemeen (verzamelniveau)
572000
Lokale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Air Terminals
Type : URH/A-100 2 STK 230 263 319 10927 111097
99 High Pressure Laboratory
INCA01
Interior Common Area
57 Luchtbehandeling
5720 Lokale mechanische afzuiging, algemeen (verzamelniveau)
572000
Lokale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Ducts Type : Ronde kanalen - T-stuk 12 STK 230 263 319 10927 111098
99 High Pressure Laboratory
INCA01
Interior Common Area
57 Luchtbehandeling
5720 Lokale mechanische afzuiging, algemeen (verzamelniveau)
572000
Lokale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Duct Fittings
Type : standaard 6 STK 230 263 319 10927 111120
99 High Pressure Laboratory
INCA01
Interior Common Area
57 Luchtbehandeling
5720 Lokale mechanische afzuiging, algemeen (verzamelniveau)
572000
Lokale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Duct Fittings
Type : 1 D 5 STK 230 263 319 10927 111134
99 High Pressure Laboratory
INCA01
Interior Common Area
57 Luchtbehandeling
5720 Lokale mechanische afzuiging, algemeen (verzamelniveau)
572000
Lokale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Duct Accessories
Type : S4R - LUKA, Regelklep, 100-100
3 STK 230 263 319 10927 111164
99 High Pressure Laboratory
INCA01
Interior Common Area
57 Luchtbehandeling
5720 Lokale mechanische afzuiging, algemeen (verzamelniveau)
572000
Lokale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Air Terminals
Type : Kanaalrooster deflector, 4 STK 230 263 319 10927 111316
99 High Pressure Laboratory
INCA01
Interior Common Area
57 Luchtbehandeling
5720 Lokale mechanische afzuiging, algemeen (verzamelniveau)
572000
Lokale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Duct Accessories
Type : S4R - Trox Air, CA100, L=1000, 315-315
1 STK 230 263 319 10927 111320
99 High Pressure Laboratory
INCA01
Interior Common Area
57 Luchtbehandeling
5720 Lokale mechanische afzuiging, algemeen (verzamelniveau)
572000
Lokale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Duct Fittings
Type : 30 gr 7 STK 230 263 319 10927 111321
99 High Pressure Laboratory
INCA01
Interior Common Area
57 Luchtbehandeling
5720 Lokale mechanische afzuiging, algemeen (verzamelniveau)
572000
Lokale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Ducts Type : Ronde kanalen - Zadelstuk 4 STK 230 263 319 10927 111331
99 High Pressure Laboratory
INCA01
Interior Common Area
57 Luchtbehandeling
5720 Lokale mechanische afzuiging, algemeen (verzamelniveau)
572000
Lokale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Air Terminals
Type : N/A, 100 1 STK 230 263 319 10927 111359
99 High Pressure Laboratory
INCA01
Interior Common Area
57 Luchtbehandeling
5720 Lokale mechanische afzuiging, algemeen (verzamelniveau)
572000
Lokale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Duct Accessories
Type : S4R - Trox Air, CA050, L=1000, 250-250_833693a7-a50e-4325-b431-c64ea1d76390
1 STK 230 263 319 10927 111397
99 High Pressure Laboratory
INCA01
Interior Common Area
57 Luchtbehandeling
5720 Lokale mechanische afzuiging, algemeen (verzamelniveau)
572000
Lokale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Duct Accessories
Type : S4R - Trox Air, MSA 100, L=500, 600x600-600x600_e62c6a59-e7a3-416e-8807-3ef279c3baef
1 STK 230 263 319 10927 111410
120
Ge
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Ge
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uw
Om
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Ru
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ing
Ty
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he
erd
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ID
Ge
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_ID
Ru
imte
_ID
Co
mp
_ID
99 High Pressure Laboratory
INCA01
Interior Common Area
57 Luchtbehandeling
5720 Lokale mechanische afzuiging, algemeen (verzamelniveau)
572000
Lokale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Ducts Type : Rechte kanalen 2 STK 230 263 319 10927 111411
99 High Pressure Laboratory
INCA01
Interior Common Area
57 Luchtbehandeling
5720 Lokale mechanische afzuiging, algemeen (verzamelniveau)
572000
Lokale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Duct Insulations
Type : Isolatie mineralewol 100mm 3 STK 230 263 319 10927 111413
99 High Pressure Laboratory
INCA01
Interior Common Area
57 Luchtbehandeling
5720 Lokale mechanische afzuiging, algemeen (verzamelniveau)
572000
Lokale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Duct Accessories
Type : S4R - Trox Air, Afsluitkleppen AK, 100-100
1 STK 230 263 319 10927 111422
99 High Pressure Laboratory
INCA01
Interior Common Area
57 Luchtbehandeling
5720 Lokale mechanische afzuiging, algemeen (verzamelniveau)
572000
Lokale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Duct Fittings
Type : 30 Graden 1 STK 230 263 319 10927 111428
99 High Pressure Laboratory
INCA01
Interior Common Area
57 Luchtbehandeling
5720 Lokale mechanische afzuiging, algemeen (verzamelniveau)
572000
Lokale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Ducts Type : S4R_Burgerhout_Afvoerpijp l=250
1 STK 230 263 319 10927 111436
99 High Pressure Laboratory
INCA01
Interior Common Area
57 Luchtbehandeling
5730
Centrale mechanische afzuiging, algemeen (verzamelniveau)
573000
Centrale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Ducts Type : Rechte kanalen 4 STK 230 263 319 10927 111067
99 High Pressure Laboratory
INCA01
Interior Common Area
57 Luchtbehandeling
5730
Centrale mechanische afzuiging, algemeen (verzamelniveau)
573000
Centrale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Air Terminals
Type : URH/A-125 2 STK 230 263 319 10927 111070
99 High Pressure Laboratory
INCA01
Interior Common Area
57 Luchtbehandeling
5730
Centrale mechanische afzuiging, algemeen (verzamelniveau)
573000
Centrale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Air Terminals
Type : URH/A-100 5 STK 230 263 319 10927 111071
99 High Pressure Laboratory
INCA01
Interior Common Area
57 Luchtbehandeling
5730
Centrale mechanische afzuiging, algemeen (verzamelniveau)
573000
Centrale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Ducts Type : Ronde kanalen - T-stuk 39 STK 230 263 319 10927 111072
99 High Pressure Laboratory
INCA01
Interior Common Area
57 Luchtbehandeling
5730
Centrale mechanische afzuiging, algemeen (verzamelniveau)
573000
Centrale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Ducts Type : Ronde kanalen - Zadelstuk 33 STK 230 263 319 10927 111073
99 High Pressure Laboratory
INCA01
Interior Common Area
57 Luchtbehandeling
5730
Centrale mechanische afzuiging, algemeen (verzamelniveau)
573000
Centrale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Duct Fittings
Type : 1 D 31 STK 230 263 319 10927 111074
99 High Pressure Laboratory
INCA01
Interior Common Area
57 Luchtbehandeling
5730
Centrale mechanische afzuiging, algemeen (verzamelniveau)
573000
Centrale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Air Terminals
Type : circ-grille-315 4 STK 230 263 319 10927 111085
99 High Pressure Laboratory
INCA01
Interior Common Area
57 Luchtbehandeling
5730
Centrale mechanische afzuiging, algemeen (verzamelniveau)
573000
Centrale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Duct Fittings
Type : standaard 19 STK 230 263 319 10927 111087
121
Ge
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Co
de
Ge
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Om
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Ru
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g
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ing
Ty
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Be
he
erd
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ID
Ge
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uw
_ID
Ru
imte
_ID
Co
mp
_ID
99 High Pressure Laboratory
INCA01
Interior Common Area
57 Luchtbehandeling
5730
Centrale mechanische afzuiging, algemeen (verzamelniveau)
573000
Centrale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Air Terminals
Type : URH/A-160 1 STK 230 263 319 10927 111119
99 High Pressure Laboratory
INCA01
Interior Common Area
57 Luchtbehandeling
5730
Centrale mechanische afzuiging, algemeen (verzamelniveau)
573000
Centrale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Duct Fittings
Type : 30 gr 26 STK 230 263 319 10927 111128
99 High Pressure Laboratory
INCA01
Interior Common Area
57 Luchtbehandeling
5730
Centrale mechanische afzuiging, algemeen (verzamelniveau)
573000
Centrale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Duct Fittings
Type : S4R_Bend_Round_AI_Generic 1 STK 230 263 319 10927 111169
99 High Pressure Laboratory
INCA01
Interior Common Area
57 Luchtbehandeling
5730
Centrale mechanische afzuiging, algemeen (verzamelniveau)
573000
Centrale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Ducts Type : S4Rx_Generic_Round 1 STK 230 263 319 10927 111178
99 High Pressure Laboratory
INCA01
Interior Common Area
57 Luchtbehandeling
5730
Centrale mechanische afzuiging, algemeen (verzamelniveau)
573000
Centrale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Duct Insulations
Type : Isolatie mineralewol 100mm 3 STK 230 263 319 10927 111186
99 High Pressure Laboratory
INCA01
Interior Common Area
57 Luchtbehandeling
5730
Centrale mechanische afzuiging, algemeen (verzamelniveau)
573000
Centrale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Ducts Type : S4R_LUKA_Verzinkt 3m 1 STK 230 263 319 10927 111194
99 High Pressure Laboratory
INCA01
Interior Common Area
57 Luchtbehandeling
5730
Centrale mechanische afzuiging, algemeen (verzamelniveau)
573000
Centrale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Duct Accessories
Type : S4R - LUKA, Regelklep, 315-315
3 STK 230 263 319 10927 111265
99 High Pressure Laboratory
INCA01
Interior Common Area
57 Luchtbehandeling
5730
Centrale mechanische afzuiging, algemeen (verzamelniveau)
573000
Centrale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Duct Accessories
Type : S4R - Trox Air, Afsluitkleppen AK electrische servomotor, 315-315
4 STK 230 263 319 10927 111266
99 High Pressure Laboratory
INCA01
Interior Common Area
57 Luchtbehandeling
5730
Centrale mechanische afzuiging, algemeen (verzamelniveau)
573000
Centrale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Duct Accessories
Type : S4R - Trox Air, Afsluitkleppen AK electrische servomotor, 250-250
1 STK 230 263 319 10927 111268
99 High Pressure Laboratory
INCA01
Interior Common Area
57 Luchtbehandeling
5730
Centrale mechanische afzuiging, algemeen (verzamelniveau)
573000
Centrale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Duct Accessories
Type : S4R - Trox Air, Constantvolumeklep RN Standaard, 160-160
3 STK 230 263 319 10927 111270
99 High Pressure Laboratory
INCA01
Interior Common Area
57 Luchtbehandeling
5730
Centrale mechanische afzuiging, algemeen (verzamelniveau)
573000
Centrale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Duct Accessories
Type : S4R - Trox Air, CA100, L=500, 200-200_61a15fa6-babd-4bc3-975c-cf43baf875fc
2 STK 230 263 319 10927 111274
99 High Pressure Laboratory
INCA01
Interior Common Area
57 Luchtbehandeling
5730
Centrale mechanische afzuiging, algemeen (verzamelniveau)
573000
Centrale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Duct Accessories
Type : S4R - Trox Air, Brandklep FKR-EU, 355-355
2 STK 230 263 319 10927 111310
99 High Pressure Laboratory
INCA01
Interior Common Area
57 Luchtbehandeling
5730
Centrale mechanische afzuiging, algemeen (verzamelniveau)
573000
Centrale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Duct Accessories
Type : S4R - Trox Air, MSA 100, L=1000, 800x900-800x900_225060a9-1187-4e77-adb8-f0a87ccf79ea
1 STK 230 263 319 10927 111317
122
Ge
bo
uw
Co
de
Ge
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uw
Om
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g
Ru
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Co
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Ru
imte
Om
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g
Ho
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nt
Co
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Ho
ofd
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nt
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g
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Ele
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nt
Om
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g
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en
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ing
Ty
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en
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Be
he
erd
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ID
Ge
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uw
_ID
Ru
imte
_ID
Co
mp
_ID
99 High Pressure Laboratory
INCA01
Interior Common Area
57 Luchtbehandeling
5730
Centrale mechanische afzuiging, algemeen (verzamelniveau)
573000
Centrale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Duct Fittings
Type : LUKA, 90°, 900x900-800x900_969b0726-70d7-4bdb-8798-796d66ca733e
1 STK 230 263 319 10927 111318
99 High Pressure Laboratory
INCA01
Interior Common Area
57 Luchtbehandeling
5730
Centrale mechanische afzuiging, algemeen (verzamelniveau)
573000
Centrale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Ducts Type : S4Rx_Generic_Rectangular 1 STK 230 263 319 10927 111346
99 High Pressure Laboratory
INCA01
Interior Common Area
57 Luchtbehandeling
5730
Centrale mechanische afzuiging, algemeen (verzamelniveau)
573000
Centrale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Duct Accessories
Type : S4R - Trox Air, TVR Compact, 200-200 TVR
1 STK 230 263 319 10927 111358
99 High Pressure Laboratory
INCA01
Interior Common Area
57 Luchtbehandeling
5730
Centrale mechanische afzuiging, algemeen (verzamelniveau)
573000
Centrale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Air Terminals
Type : N/A, 100 1 STK 230 263 319 10927 111360
99 High Pressure Laboratory
INCA01
Interior Common Area
57 Luchtbehandeling
5730
Centrale mechanische afzuiging, algemeen (verzamelniveau)
573000
Centrale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Duct Accessories
Type : S4R - Trox Air, Constantvolumeklep RN Standaard, 80-80
1 STK 230 263 319 10927 111361
99 High Pressure Laboratory
INCA01
Interior Common Area
57 Luchtbehandeling
5730
Centrale mechanische afzuiging, algemeen (verzamelniveau)
573000
Centrale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Duct Accessories
Type : S4R - Trox Air, Afsluitkleppen AK, 125-125
1 STK 230 263 319 10927 111394
99 High Pressure Laboratory
INCA01
Interior Common Area
57 Luchtbehandeling
5730
Centrale mechanische afzuiging, algemeen (verzamelniveau)
573000
Centrale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Duct Accessories
Type : S4R - Trox Air, TVR Compact, 200-200 TVR Compact
2 STK 230 263 319 10927 111409
99 High Pressure Laboratory
INCA01
Interior Common Area
57 Luchtbehandeling
5740 Lokale mechanische ventilatie, algemeen (verzamelniveau)
574000
Lokale mechanische ventilatie, algemeen (verzamelniveau), Algemeen, roosters
Ducts Type : Rechte kanalen 7 STK 230 263 319 10927 111129
99 High Pressure Laboratory
INCA01
Interior Common Area
57 Luchtbehandeling
5740 Lokale mechanische ventilatie, algemeen (verzamelniveau)
574000
Lokale mechanische ventilatie, algemeen (verzamelniveau), Algemeen, roosters
Duct Fittings
Type : standaard 1 STK 230 263 319 10927 111130
99 High Pressure Laboratory
INCA01
Interior Common Area
57 Luchtbehandeling
5740 Lokale mechanische ventilatie, algemeen (verzamelniveau)
574000
Lokale mechanische ventilatie, algemeen (verzamelniveau), Algemeen, roosters
Air Terminals
Type : Muurrooster, 1 STK 230 263 319 10927 111165
99 High Pressure Laboratory
INCA01
Interior Common Area
57 Luchtbehandeling
5740 Lokale mechanische ventilatie, algemeen (verzamelniveau)
574000
Lokale mechanische ventilatie, algemeen (verzamelniveau), Algemeen, roosters
Duct Accessories
Type : S4R - LUKA, Regelklep, 250-250
1 STK 230 263 319 10927 111179
99 High Pressure Laboratory
INCA01
Interior Common Area
57 Luchtbehandeling
5740 Lokale mechanische ventilatie, algemeen (verzamelniveau)
574000
Lokale mechanische ventilatie, algemeen (verzamelniveau), Algemeen, roosters
Duct Fittings
Type : 1 D 1 STK 230 263 319 10927 111187
99 High Pressure Laboratory
INCA01
Interior Common Area
57 Luchtbehandeling
5740 Lokale mechanische ventilatie, algemeen (verzamelniveau)
574000
Lokale mechanische ventilatie, algemeen (verzamelniveau), Algemeen, roosters
Duct Insulations
Type : Isolatie mineralewol 100mm 2 STK 230 263 319 10927 111219
123
Ge
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Ge
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Om
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uw
_ID
Ru
imte
_ID
Co
mp
_ID
99 High Pressure Laboratory
INCA01
Interior Common Area
57 Luchtbehandeling
5740 Lokale mechanische ventilatie, algemeen (verzamelniveau)
574000
Lokale mechanische ventilatie, algemeen (verzamelniveau), Algemeen, roosters
Ducts Type : Ronde kanalen - T-stuk 3 STK 230 263 319 10927 111298
99 High Pressure Laboratory
INCA01
Interior Common Area
57 Luchtbehandeling
5740 Lokale mechanische ventilatie, algemeen (verzamelniveau)
574000
Lokale mechanische ventilatie, algemeen (verzamelniveau), Algemeen, roosters
Air Terminals
Type : Kanaalrooster standaard, 5 STK 230 263 319 10927 111299
99 High Pressure Laboratory
INCA01
Interior Common Area
57 Luchtbehandeling
5740 Lokale mechanische ventilatie, algemeen (verzamelniveau)
574000
Lokale mechanische ventilatie, algemeen (verzamelniveau), Algemeen, roosters
Duct Fittings
Type : magicirc_plug_001 2 STK 230 263 319 10927 111300
99 High Pressure Laboratory
INCA01
Interior Common Area
57 Luchtbehandeling
5740 Lokale mechanische ventilatie, algemeen (verzamelniveau)
574000
Lokale mechanische ventilatie, algemeen (verzamelniveau), Algemeen, roosters
Air Terminals
Type : Standaard, 315 2 STK 230 263 319 10927 111306
99 High Pressure Laboratory
INCA01
Interior Common Area
57 Luchtbehandeling
5740 Lokale mechanische ventilatie, algemeen (verzamelniveau)
574000
Lokale mechanische ventilatie, algemeen (verzamelniveau), Algemeen, roosters
Air Terminals
Type : Adapter, 250 1 STK 230 263 319 10927 111307
99 High Pressure Laboratory
INCA01
Interior Common Area
57 Luchtbehandeling
5740 Lokale mechanische ventilatie, algemeen (verzamelniveau)
574000
Lokale mechanische ventilatie, algemeen (verzamelniveau), Algemeen, roosters
Ducts Type : S4R_LUKA_Verzinkt 3m 1 STK 230 263 319 10927 111309
99 High Pressure Laboratory
INCA01
Interior Common Area
57 Luchtbehandeling
5740 Lokale mechanische ventilatie, algemeen (verzamelniveau)
574000
Lokale mechanische ventilatie, algemeen (verzamelniveau), Algemeen, roosters
Air Terminals
Type : Plenumbox, 398-398-398-398 2 STK 230 263 319 10927 111315
99 High Pressure Laboratory
INCA01
Interior Common Area
57 Luchtbehandeling
5740 Lokale mechanische ventilatie, algemeen (verzamelniveau)
574000
Lokale mechanische ventilatie, algemeen (verzamelniveau), Algemeen, roosters
Ducts Type : Ronde kanalen - Zadelstuk 1 STK 230 263 319 10927 111335
99 High Pressure Laboratory
INCA01
Interior Common Area
57 Luchtbehandeling
5750
Centrale mechanische ventilatie, algemeen (verzamelniveau)
575000
Centrale mechanische ventilatie, algemeen (verzamelniveau), Algemeen
Ducts Type : Rechte kanalen 7 STK 230 263 319 10927 111066
99 High Pressure Laboratory
INCA01
Interior Common Area
57 Luchtbehandeling
5750
Centrale mechanische ventilatie, algemeen (verzamelniveau)
575000
Centrale mechanische ventilatie, algemeen (verzamelniveau), Algemeen
Ducts Type : Ronde kanalen - T-stuk 23 STK 230 263 319 10927 111076
99 High Pressure Laboratory
INCA01
Interior Common Area
57 Luchtbehandeling
5750
Centrale mechanische ventilatie, algemeen (verzamelniveau)
575000
Centrale mechanische ventilatie, algemeen (verzamelniveau), Algemeen
Duct Fittings
Type : standaard 11 STK 230 263 319 10927 111125
99 High Pressure Laboratory
INCA01
Interior Common Area
57 Luchtbehandeling
5750
Centrale mechanische ventilatie, algemeen (verzamelniveau)
575000
Centrale mechanische ventilatie, algemeen (verzamelniveau), Algemeen
Duct Fittings
Type : 1 D 11 STK 230 263 319 10927 111126
99 High Pressure Laboratory
INCA01
Interior Common Area
57 Luchtbehandeling
5750
Centrale mechanische ventilatie, algemeen (verzamelniveau)
575000
Centrale mechanische ventilatie, algemeen (verzamelniveau), Algemeen
Duct Fittings
Type : 30 gr 10 STK 230 263 319 10927 111127
124
Ge
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Co
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Ge
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Om
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ID
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bo
uw
_ID
Ru
imte
_ID
Co
mp
_ID
99 High Pressure Laboratory
INCA01
Interior Common Area
57 Luchtbehandeling
5750
Centrale mechanische ventilatie, algemeen (verzamelniveau)
575000
Centrale mechanische ventilatie, algemeen (verzamelniveau), Algemeen
Ducts Type : S4R_LUKA_Verzinkt 3m 3 STK 230 263 319 10927 111161
99 High Pressure Laboratory
INCA01
Interior Common Area
57 Luchtbehandeling
5750
Centrale mechanische ventilatie, algemeen (verzamelniveau)
575000
Centrale mechanische ventilatie, algemeen (verzamelniveau), Algemeen
Duct Insulations
Type : Isolatie mineralewol 100mm 16 STK 230 263 319 10927 111185
99 High Pressure Laboratory
INCA01
Interior Common Area
57 Luchtbehandeling
5750
Centrale mechanische ventilatie, algemeen (verzamelniveau)
575000
Centrale mechanische ventilatie, algemeen (verzamelniveau), Algemeen
Duct Fittings
Type : S4R_Saddle_Rectangular 1 STK 230 263 319 10927 111191
99 High Pressure Laboratory
INCA01
Interior Common Area
57 Luchtbehandeling
5750
Centrale mechanische ventilatie, algemeen (verzamelniveau)
575000
Centrale mechanische ventilatie, algemeen (verzamelniveau), Algemeen
Duct Fittings
Type : With Flange 1 STK 230 263 319 10927 111192
99 High Pressure Laboratory
INCA01
Interior Common Area
57 Luchtbehandeling
5750
Centrale mechanische ventilatie, algemeen (verzamelniveau)
575000
Centrale mechanische ventilatie, algemeen (verzamelniveau), Algemeen
Duct Fittings
Type : S4R_Connection_Rectangular_AI_Generic
1 STK 230 263 319 10927 111217
99 High Pressure Laboratory
INCA01
Interior Common Area
57 Luchtbehandeling
5750
Centrale mechanische ventilatie, algemeen (verzamelniveau)
575000
Centrale mechanische ventilatie, algemeen (verzamelniveau), Algemeen
Duct Accessories
Type : S4R - Trox Air, Constantvolumeklep RN Standaard, 160-160
2 STK 230 263 319 10927 111269
99 High Pressure Laboratory
INCA01
Interior Common Area
57 Luchtbehandeling
5750
Centrale mechanische ventilatie, algemeen (verzamelniveau)
575000
Centrale mechanische ventilatie, algemeen (verzamelniveau), Algemeen
Ducts Type : Ronde kanalen - Zadelstuk 3 STK 230 263 319 10927 111271
99 High Pressure Laboratory
INCA01
Interior Common Area
57 Luchtbehandeling
5750
Centrale mechanische ventilatie, algemeen (verzamelniveau)
575000
Centrale mechanische ventilatie, algemeen (verzamelniveau), Algemeen
Duct Fittings
Type : Bergschenhoek, Verbinding hulpstuk, 250-250_83af97c1-56f1-4dd9-8c83-a9dcdb78a9bb
3 STK 230 263 319 10927 111276
99 High Pressure Laboratory
INCA01
Interior Common Area
57 Luchtbehandeling
5750
Centrale mechanische ventilatie, algemeen (verzamelniveau)
575000
Centrale mechanische ventilatie, algemeen (verzamelniveau), Algemeen
Duct Accessories
Type : S4R - Trox Air, CA100, L=500, 250-250_9c5e0bfa-2637-46b1-86e2-f500476c25a5
2 STK 230 263 319 10927 111277
99 High Pressure Laboratory
INCA01
Interior Common Area
57 Luchtbehandeling
5750
Centrale mechanische ventilatie, algemeen (verzamelniveau)
575000
Centrale mechanische ventilatie, algemeen (verzamelniveau), Algemeen
Duct Accessories
Type : S4R - Trox Air, MSA 200, L=500, 1600x800-1600x800_97464c76-7b4a-4678-8cca-7c59f1454f9d
1 STK 230 263 319 10927 111319
99 High Pressure Laboratory
INCA01
Interior Common Area
57 Luchtbehandeling
5750
Centrale mechanische ventilatie, algemeen (verzamelniveau)
575000
Centrale mechanische ventilatie, algemeen (verzamelniveau), Algemeen
Duct Accessories
Type : S4R - LUKA, Regelklep, 250-250
2 STK 230 263 319 10927 111378
99 High Pressure Laboratory
INCA01
Interior Common Area
57 Luchtbehandeling
5750
Centrale mechanische ventilatie, algemeen (verzamelniveau)
575000
Centrale mechanische ventilatie, algemeen (verzamelniveau), Algemeen
Duct Accessories
Type : S4R - Trox Air, Afsluitkleppen AK, 315-315
3 STK 230 263 319 10927 111389
99 High Pressure Laboratory
INCA01
Interior Common Area
57 Luchtbehandeling
5750
Centrale mechanische ventilatie, algemeen (verzamelniveau)
575000
Centrale mechanische ventilatie, algemeen (verzamelniveau), Algemeen
Air Terminals
Type : Plenumbox, 315-315-315-315 2 STK 230 263 319 10927 111390
125
Ge
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Om
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Co
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Be
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uw
_ID
Ru
imte
_ID
Co
mp
_ID
99 High Pressure Laboratory
INCA01
Interior Common Area
57 Luchtbehandeling
5750
Centrale mechanische ventilatie, algemeen (verzamelniveau)
575000
Centrale mechanische ventilatie, algemeen (verzamelniveau), Algemeen
Flex Ducts Type : S4Rx_Generic_Round 2 STK 230 263 319 10927 111391
99 High Pressure Laboratory
INCA01
Interior Common Area
57 Luchtbehandeling
5750
Centrale mechanische ventilatie, algemeen (verzamelniveau)
575000
Centrale mechanische ventilatie, algemeen (verzamelniveau), Algemeen
Ducts Type : S4Rx_Generic_Round 3 STK 230 263 319 10927 111400
99 High Pressure Laboratory
INCA01
Interior Common Area
57 Luchtbehandeling
5750
Centrale mechanische ventilatie, algemeen (verzamelniveau)
575000
Centrale mechanische ventilatie, algemeen (verzamelniveau), Algemeen
Duct Fittings
Type : S4R_Reducer_Round_AI_Generic
1 STK 230 263 319 10927 111401
99 High Pressure Laboratory
INCA01
Interior Common Area
57 Luchtbehandeling
5750
Centrale mechanische ventilatie, algemeen (verzamelniveau)
575000
Centrale mechanische ventilatie, algemeen (verzamelniveau), Algemeen
Duct Fittings
Type : S4R_Bend_Round_AI_Generic 1 STK 230 263 319 10927 111402
99 High Pressure Laboratory
INCA01
Interior Common Area
57 Luchtbehandeling
5750
Centrale mechanische ventilatie, algemeen (verzamelniveau)
575000
Centrale mechanische ventilatie, algemeen (verzamelniveau), Algemeen
Air Terminals
Type : Standaard, 200 1 STK 230 263 319 10927 111403
99 High Pressure Laboratory
INCA01
Interior Common Area
57 Luchtbehandeling
5760 Lokaal, algemeen (verzamelniveau)
576000 Lokaal, algemeen (verzamelniveau), Algemeen
Ducts Type : Ronde kanalen - T-stuk 1 STK 230 263 319 10927 111135
99 High Pressure Laboratory
INCA01
Interior Common Area
73 Vaste keukenvoorzieningen
7311 Standaard, keukenmeubilering
731100 Keukenblok algemeen Furniture Systems
Type : met koken 1 STK 230 263 319 10927 110926
99 High Pressure Laboratory
INCA01
Interior Common Area
74
Vaste sanitaire voorzieningen
7411 Standaard, sanitaire toestellen; normaal
741100 Closetcombinatie inbouw Plumbing Fixtures
Type : 63_ISR_inbouwreservoir_toilet 1 STK 230 263 319 10927 110877
99 High Pressure Laboratory
INCA01
Interior Common Area
74
Vaste sanitaire voorzieningen
7411 Standaard, sanitaire toestellen; normaal
741100 Closetcombinatie inbouw Plumbing Fixtures
Type : 450 (d) x 500 (b) 2 STK 230 263 319 10927 110878
99 High Pressure Laboratory
INCA01
Interior Common Area
74
Vaste sanitaire voorzieningen
7411 Standaard, sanitaire toestellen; normaal
741100 Closetcombinatie inbouw Generic Models
Type : douche 980 x 980 1 STK 230 263 319 10927 110879
99 High Pressure Laboratory
INCA01
Interior Common Area
74
Vaste sanitaire voorzieningen
7411 Standaard, sanitaire toestellen; normaal
741100 Closetcombinatie inbouw Plumbing Fixtures
Type : Duschsitz 1 STK 230 263 319 10927 110880
99 High Pressure Laboratory
INCA01
Interior Common Area
83 Losse keukeninventaris
8310 Standaard, algemeen (verzamelniveau)
831000 Standaard, algemeen (verzamelniveau), Algemeen
Furniture Type : HDL_opstelplaatsen 11 STK 230 263 319 10927 110884
99 High Pressure Laboratory
ING01
Interior General
Floors Type : 200_23_basisvloer_300mm 3 STK 230 263 319 10932 110865
99 High Pressure Laboratory
ING01
Interior General
Walls Type : 200_20_basis_100 1 STK 230 263 319 10932 110913
126
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Be
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_ID
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imte
_ID
Co
mp
_ID
99 High Pressure Laboratory
ING01
Interior General
23 Vloeren 2300 Vloeren algemeen 230000 Vloeren, algemeen Structural Beam Systems
Type : 300_28_balklaag 1 STK 230 263 319 10932 110981
99 High Pressure Laboratory
ING01
Interior General
28 Hoofddraagconstructies
2800 Hoofddraagconstructie algemeen
280000 Hoofddraagconstructie algemeen
Walls Type : 300_28_betonsteen_210mm 1 STK 230 263 319 10932 111027
99 High Pressure Laboratory
ING01
Interior General
31 Buitenwandopeningen
3111 Niet gevuld, deglichtopeningen
311100 Niet gevuld, deglichtopeningen, Daglichtopeningen
Generic Models
Type : glas 2 2 STK 230 263 319 10932 110936
99 High Pressure Laboratory
ING01
Interior General
31 Buitenwandopeningen
3130 Gevuld met deuren, algemeen (verzamelniveau)
313000
Gevuld met deuren, algemeen (verzamelniveau), Algemeen
Doors Type : redeca 1 STK 230 263 319 10932 110937
99 High Pressure Laboratory
ING01
Interior General
31 Buitenwandopeningen
3131 Gevuld met deuren, draaideuren
313100 Gevuld met deuren, draaideuren, Draaideuren
Curtain Panels
Type : deur 1 STK 230 263 319 10932 110935
99 High Pressure Laboratory
ING01
Interior General
32 Binnenwandopeningen
3231 Gevuld met deuren, draaideuren
323121 Doors Type : dubbele deur met glas 1 STK 230 263 319 10932 110990
99 High Pressure Laboratory
ING01
Interior General
43 Vloerafwerkingen
4300 Vloerafwerkingen 430000 Vloerafwerking, algemeen Floors Type : 200_43_afwerkvloer_60 3 STK 230 263 319 10932 110905
99 High Pressure Laboratory
ING01
Interior General
45 Plafondafwerkingen
4500 Plafondafwerkingen algemeen
450000 Plafondafwerkingen, algemeen
Ceilings Type : 300_44_gipsvinyl_600x600 3 STK 230 263 319 10932 110978
99 High Pressure Laboratory
ING01
Interior General
45 Plafondafwerkingen
4500 Plafondafwerkingen algemeen
450000 Plafondafwerkingen, algemeen
Ceilings Type : 300_44_Rockfon Krios_600x600
1 STK 230 263 319 10932 111025
99 High Pressure Laboratory
ING01
Interior General
45 Plafondafwerkingen
4510 Verlaagd, algemeen 451000 Verlaagd, algemeen, Algemeen
Ceilings Type : 300_44_sauswerk_antraciet 1 STK 230 263 319 10932 111026
99 High Pressure Laboratory
INMA01
Interior Mounting Area
Air Terminals
Type : N/A, 3 STK 230 263 319 10926 111167
99 High Pressure Laboratory
INMA01
Interior Mounting Area
Duct Fittings
Type : LUKA, Recht zadel 90° 800, 2030x450-2030x450_e90e9e1b-1fbc-46d3-a176-da34db898d26
1 STK 230 263 319 10926 111214
99 High Pressure Laboratory
INMA01
Interior Mounting Area
Air Terminals
Type : Standaard, 4 STK 230 263 319 10926 111398
99 High Pressure Laboratory
INMA01
Interior Mounting Area
Air Terminals
Type : Overdruk Jalouziklep 1 STK 230 263 319 10926 111423
99 High Pressure Laboratory
INMA01
Interior Mounting Area
21 Buitenwanden
2111 Niet constructief, massieve wanden
211111 Walls Type : 300_21_metselwerk_100 1 STK 230 263 319 10926 110983
99 High Pressure Laboratory
INMA01
Interior Mounting Area
23 Vloeren 2300 Vloeren algemeen 230000 Vloeren, algemeen Floors Type : stelcon plaat 1 STK 230 263 319 10926 111019
127
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_ID
Ru
imte
_ID
Co
mp
_ID
99 High Pressure Laboratory
INMA01
Interior Mounting Area
23 Vloeren 2300 Vloeren algemeen 230000 Vloeren, algemeen Floors Type : grind 1 STK 230 263 319 10926 111022
99 High Pressure Laboratory
INMA01
Interior Mounting Area
28 Hoofddraagconstructies
2800 Hoofddraagconstructie algemeen
280000 Hoofddraagconstructie algemeen
Walls Type : 300_28_betonsteen_210mm 9 STK 230 263 319 10926 110830
99 High Pressure Laboratory
INMA01
Interior Mounting Area
28 Hoofddraagconstructies
2800 Hoofddraagconstructie algemeen
280000 Hoofddraagconstructie algemeen
Walls Type : 300_28_betonsteen_320mm 1 STK 230 263 319 10926 110834
99 High Pressure Laboratory
INMA01
Interior Mounting Area
28 Hoofddraagconstructies
2800 Hoofddraagconstructie algemeen
280000 Hoofddraagconstructie algemeen
Walls Type : 300_28_betonsteen_100mm 9 STK 230 263 319 10926 110849
99 High Pressure Laboratory
INMA01
Interior Mounting Area
28 Hoofddraagconstructies
2800 Hoofddraagconstructie algemeen
280000 Hoofddraagconstructie algemeen
Walls Type : 300_32_rooster_boven_kozijn 5 STK 230 263 319 10926 110850
99 High Pressure Laboratory
INMA01
Interior Mounting Area
28 Hoofddraagconstructies
2811 Kolommen en liggers, kolom-/liggerconstructies
281111 Structural Framing
Type : 71x246 11 STK 230 263 319 10926 110982
99 High Pressure Laboratory
INMA01
Interior Mounting Area
28 Hoofddraagconstructies
2811 Kolommen en liggers, kolom-/liggerconstructies
281121 Structural Columns
Type : HEA120 6 STK 230 263 319 10926 110892
99 High Pressure Laboratory
INMA01
Interior Mounting Area
28 Hoofddraagconstructies
2811 Kolommen en liggers, kolom-/liggerconstructies
281121 Structural Framing
Type : IPE160 1 STK 230 263 319 10926 110979
99 High Pressure Laboratory
INMA01
Interior Mounting Area
28 Hoofddraagconstructies
2811 Kolommen en liggers, kolom-/liggerconstructies
281121 Structural Framing
Type : HEA140 2 STK 230 263 319 10926 110980
99 High Pressure Laboratory
INMA01
Interior Mounting Area
31 Buitenwandopeningen
3131 Gevuld met deuren, draaideuren
313100 Gevuld met deuren, draaideuren, Draaideuren
Curtain Panels
Type : deur 2 STK 230 263 319 10926 110874
99 High Pressure Laboratory
INMA01
Interior Mounting Area
32 Binnenwandopeningen
3231 Gevuld met deuren, draaideuren
323100 Gevuld met deuren, draaideuren, Draaideuren
Doors Type : H09 1 STK 230 263 319 10926 110956
99 High Pressure Laboratory
INMA01
Interior Mounting Area
32 Binnenwandopeningen
3231 Gevuld met deuren, draaideuren
323121 Doors Type : H02 4 STK 230 263 319 10926 110873
99 High Pressure Laboratory
INMA01
Interior Mounting Area
32 Binnenwandopeningen
3231 Gevuld met deuren, draaideuren
323121 Doors Type : H07 2 STK 230 263 319 10926 110941
99 High Pressure Laboratory
INMA01
Interior Mounting Area
41 Buitenwandafwerkingen
4112 Buitenwandafwerkingen, bekledingen
411200 Buitenwandafwerkingen, bekledingen, Algemeen
Walls Type : 300_99_beton_keerband 2 STK 230 263 319 10926 111021
99 High Pressure Laboratory
INMA01
Interior Mounting Area
43 Vloerafwerkingen
4322 Verhoogde vloer 432236 Floors Type : 300_43_staptegels_300x300 1 STK 230 263 319 10926 111023
99 High Pressure Laboratory
INMA01
Interior Mounting Area
45 Plafondafwerkingen
4510 Verlaagd, algemeen 451000 Verlaagd, algemeen, Algemeen
Ceilings Type : 300_44_sauswerk_antraciet 3 STK 230 263 319 10926 110919
99 High Pressure Laboratory
INMA01
Interior Mounting Area
54 Gassen 5411 Brandstof, aardgasvoorziening
541100 Brandstof, aardgasvoorziening, Algemeen
Pipes Type : Steel pipe Fe-35 134 STK 230 263 319 10926 111055
128
Ge
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Ge
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Om
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Ru
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Ru
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g
Ho
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Co
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Ho
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Om
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g
Ele
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Co
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Ele
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nt
Om
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g
Su
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t C
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Su
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ing
Ty
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Co
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Be
he
erd
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ID
Ge
bo
uw
_ID
Ru
imte
_ID
Co
mp
_ID
99 High Pressure Laboratory
INMA01
Interior Mounting Area
57 Luchtbehandeling
5720 Lokale mechanische afzuiging, algemeen (verzamelniveau)
572000
Lokale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Ducts Type : Ronde kanalen - T-stuk 7 STK 230 263 319 10926 111075
99 High Pressure Laboratory
INMA01
Interior Mounting Area
57 Luchtbehandeling
5720 Lokale mechanische afzuiging, algemeen (verzamelniveau)
572000
Lokale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Air Terminals
Type : URH/A-160 1 STK 230 263 319 10926 111079
99 High Pressure Laboratory
INMA01
Interior Mounting Area
57 Luchtbehandeling
5720 Lokale mechanische afzuiging, algemeen (verzamelniveau)
572000
Lokale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Air Terminals
Type : circ-grille-315 1 STK 230 263 319 10926 111080
99 High Pressure Laboratory
INMA01
Interior Mounting Area
57 Luchtbehandeling
5720 Lokale mechanische afzuiging, algemeen (verzamelniveau)
572000
Lokale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Duct Fittings
Type : 30 gr 2 STK 230 263 319 10926 111082
99 High Pressure Laboratory
INMA01
Interior Mounting Area
57 Luchtbehandeling
5720 Lokale mechanische afzuiging, algemeen (verzamelniveau)
572000
Lokale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Duct Fittings
Type : 1 D 7 STK 230 263 319 10926 111083
99 High Pressure Laboratory
INMA01
Interior Mounting Area
57 Luchtbehandeling
5720 Lokale mechanische afzuiging, algemeen (verzamelniveau)
572000
Lokale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Ducts Type : Rechte kanalen 2 STK 230 263 319 10926 111267
99 High Pressure Laboratory
INMA01
Interior Mounting Area
57 Luchtbehandeling
5720 Lokale mechanische afzuiging, algemeen (verzamelniveau)
572000
Lokale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Duct Fittings
Type : standaard 1 STK 230 263 319 10926 111412
99 High Pressure Laboratory
INMA01
Interior Mounting Area
57 Luchtbehandeling
5720 Lokale mechanische afzuiging, algemeen (verzamelniveau)
572000
Lokale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Ducts Type : S4R_Burgerhout_Afvoerpijp l=250
1 STK 230 263 319 10926 111427
99 High Pressure Laboratory
INMA01
Interior Mounting Area
57 Luchtbehandeling
5730
Centrale mechanische afzuiging, algemeen (verzamelniveau)
573000
Centrale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Air Terminals
Type : URH/A-160 5 STK 230 263 319 10926 111078
99 High Pressure Laboratory
INMA01
Interior Mounting Area
57 Luchtbehandeling
5730
Centrale mechanische afzuiging, algemeen (verzamelniveau)
573000
Centrale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Air Terminals
Type : URH/A-125 4 STK 230 263 319 10926 111084
99 High Pressure Laboratory
INMA01
Interior Mounting Area
57 Luchtbehandeling
5730
Centrale mechanische afzuiging, algemeen (verzamelniveau)
573000
Centrale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Ducts Type : Ronde kanalen - T-stuk 43 STK 230 263 319 10926 111088
99 High Pressure Laboratory
INMA01
Interior Mounting Area
57 Luchtbehandeling
5730
Centrale mechanische afzuiging, algemeen (verzamelniveau)
573000
Centrale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Duct Fittings
Type : 1 D 20 STK 230 263 319 10926 111089
99 High Pressure Laboratory
INMA01
Interior Mounting Area
57 Luchtbehandeling
5730
Centrale mechanische afzuiging, algemeen (verzamelniveau)
573000
Centrale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Duct Fittings
Type : standaard 18 STK 230 263 319 10926 111090
129
Ge
bo
uw
Co
de
Ge
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uw
Om
sc
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jvin
g
Ru
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Co
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Ru
imte
Om
sc
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jvin
g
Ho
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ele
me
nt
Co
de
Ho
ofd
ele
me
nt
Om
sc
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jvin
g
Ele
me
nt
Co
de
Ele
me
nt
Om
sc
hri
jvin
g
Su
be
lem
en
t C
od
e
Su
be
lem
en
t
Om
sc
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g
Co
mp
on
en
t O
ms
ch
rijv
ing
Ty
pe
Co
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on
en
t A
an
tal
Co
mp
on
en
t E
en
he
id
Pro
jec
t_ID
Be
he
erd
er_
ID
Ge
bo
uw
_ID
Ru
imte
_ID
Co
mp
_ID
99 High Pressure Laboratory
INMA01
Interior Mounting Area
57 Luchtbehandeling
5730
Centrale mechanische afzuiging, algemeen (verzamelniveau)
573000
Centrale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Duct Fittings
Type : 30 gr 7 STK 230 263 319 10926 111091
99 High Pressure Laboratory
INMA01
Interior Mounting Area
57 Luchtbehandeling
5730
Centrale mechanische afzuiging, algemeen (verzamelniveau)
573000
Centrale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Air Terminals
Type : circ-grille-315 2 STK 230 263 319 10926 111092
99 High Pressure Laboratory
INMA01
Interior Mounting Area
57 Luchtbehandeling
5730
Centrale mechanische afzuiging, algemeen (verzamelniveau)
573000
Centrale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Air Terminals
Type : KSO 200 1 STK 230 263 319 10926 111093
99 High Pressure Laboratory
INMA01
Interior Mounting Area
57 Luchtbehandeling
5730
Centrale mechanische afzuiging, algemeen (verzamelniveau)
573000
Centrale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Ducts Type : S4R_Bergschenhoek_Spiro zaaglengte
3 STK 230 263 319 10926 111154
99 High Pressure Laboratory
INMA01
Interior Mounting Area
57 Luchtbehandeling
5730
Centrale mechanische afzuiging, algemeen (verzamelniveau)
573000
Centrale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Duct Fittings
Type : S4R_Bend_Round_AI_Generic 1 STK 230 263 319 10926 111155
99 High Pressure Laboratory
INMA01
Interior Mounting Area
57 Luchtbehandeling
5730
Centrale mechanische afzuiging, algemeen (verzamelniveau)
573000
Centrale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Air Terminals
Type : N/A, 100 2 STK 230 263 319 10926 111156
99 High Pressure Laboratory
INMA01
Interior Mounting Area
57 Luchtbehandeling
5730
Centrale mechanische afzuiging, algemeen (verzamelniveau)
573000
Centrale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Flex Ducts Type : S4Rx_Generic_Round 3 STK 230 263 319 10926 111157
99 High Pressure Laboratory
INMA01
Interior Mounting Area
57 Luchtbehandeling
5730
Centrale mechanische afzuiging, algemeen (verzamelniveau)
573000
Centrale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Ducts Type : S4R_LUKA_Verzinkt 3m 1 STK 230 263 319 10926 111158
99 High Pressure Laboratory
INMA01
Interior Mounting Area
57 Luchtbehandeling
5730
Centrale mechanische afzuiging, algemeen (verzamelniveau)
573000
Centrale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Duct Accessories
Type : S4R - LUKA, Regelklep, 160-160
5 STK 230 263 319 10926 111159
99 High Pressure Laboratory
INMA01
Interior Mounting Area
57 Luchtbehandeling
5730
Centrale mechanische afzuiging, algemeen (verzamelniveau)
573000
Centrale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Duct Accessories
Type : S4R - LUKA, Regelklep, 125-125
4 STK 230 263 319 10926 111160
99 High Pressure Laboratory
INMA01
Interior Mounting Area
57 Luchtbehandeling
5730
Centrale mechanische afzuiging, algemeen (verzamelniveau)
573000
Centrale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Ducts Type : Ronde kanalen - Zadelstuk 19 STK 230 263 319 10926 111170
99 High Pressure Laboratory
INMA01
Interior Mounting Area
57 Luchtbehandeling
5730
Centrale mechanische afzuiging, algemeen (verzamelniveau)
573000
Centrale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Ducts Type : Rechte kanalen 6 STK 230 263 319 10926 111173
99 High Pressure Laboratory
INMA01
Interior Mounting Area
57 Luchtbehandeling
5730
Centrale mechanische afzuiging, algemeen (verzamelniveau)
573000
Centrale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Ducts Type : S4Rx_Generic_Rectangular 1 STK 230 263 319 10926 111220
130
Ge
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Co
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Ge
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uw
Om
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g
Ru
imte
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Ru
imte
Om
sc
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jvin
g
Ho
ofd
ele
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nt
Co
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Ho
ofd
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nt
Om
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g
Ele
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Co
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Ele
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Om
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g
Su
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en
t C
od
e
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lem
en
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Om
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en
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ing
Ty
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Co
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en
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t_ID
Be
he
erd
er_
ID
Ge
bo
uw
_ID
Ru
imte
_ID
Co
mp
_ID
99 High Pressure Laboratory
INMA01
Interior Mounting Area
57 Luchtbehandeling
5730
Centrale mechanische afzuiging, algemeen (verzamelniveau)
573000
Centrale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Duct Fittings
Type : With Flange 1 STK 230 263 319 10926 111221
99 High Pressure Laboratory
INMA01
Interior Mounting Area
57 Luchtbehandeling
5730
Centrale mechanische afzuiging, algemeen (verzamelniveau)
573000
Centrale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Duct Fittings
Type : LUKA, 90°, 520x600-800x600_44a9a3aa-7a68-45c3-b438-278707bacb89
1 STK 230 263 319 10926 111222
99 High Pressure Laboratory
INMA01
Interior Mounting Area
57 Luchtbehandeling
5730
Centrale mechanische afzuiging, algemeen (verzamelniveau)
573000
Centrale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Duct Insulations
Type : Isolatie mineralewol 100mm 1 STK 230 263 319 10926 111223
99 High Pressure Laboratory
INMA01
Interior Mounting Area
57 Luchtbehandeling
5730
Centrale mechanische afzuiging, algemeen (verzamelniveau)
573000
Centrale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Duct Accessories
Type : S4R - LUKA, Regelklep, 315-315
2 STK 230 263 319 10926 111263
99 High Pressure Laboratory
INMA01
Interior Mounting Area
57 Luchtbehandeling
5730
Centrale mechanische afzuiging, algemeen (verzamelniveau)
573000
Centrale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Duct Accessories
Type : S4R - Trox Air, Afsluitkleppen AK electrische servomotor, 315-315
1 STK 230 263 319 10926 111264
99 High Pressure Laboratory
INMA01
Interior Mounting Area
57 Luchtbehandeling
5740 Lokale mechanische ventilatie, algemeen (verzamelniveau)
574000
Lokale mechanische ventilatie, algemeen (verzamelniveau), Algemeen, roosters
Duct Fittings
Type : 1 D 2 STK 230 263 319 10926 111171
99 High Pressure Laboratory
INMA01
Interior Mounting Area
57 Luchtbehandeling
5740 Lokale mechanische ventilatie, algemeen (verzamelniveau)
574000
Lokale mechanische ventilatie, algemeen (verzamelniveau), Algemeen, roosters
Air Terminals
Type : Adapter, 250 2 STK 230 263 319 10926 111313
99 High Pressure Laboratory
INMA01
Interior Mounting Area
57 Luchtbehandeling
5740 Lokale mechanische ventilatie, algemeen (verzamelniveau)
574000
Lokale mechanische ventilatie, algemeen (verzamelniveau), Algemeen, roosters
Ducts Type : Ronde kanalen - T-stuk 7 STK 230 263 319 10926 111314
99 High Pressure Laboratory
INMA01
Interior Mounting Area
57 Luchtbehandeling
5740 Lokale mechanische ventilatie, algemeen (verzamelniveau)
574000
Lokale mechanische ventilatie, algemeen (verzamelniveau), Algemeen, roosters
Duct Fittings
Type : standaard 1 STK 230 263 319 10926 111353
99 High Pressure Laboratory
INMA01
Interior Mounting Area
57 Luchtbehandeling
5740 Lokale mechanische ventilatie, algemeen (verzamelniveau)
574000
Lokale mechanische ventilatie, algemeen (verzamelniveau), Algemeen, roosters
Duct Fittings
Type : 30 gr 5 STK 230 263 319 10926 111377
99 High Pressure Laboratory
INMA01
Interior Mounting Area
57 Luchtbehandeling
5750
Centrale mechanische ventilatie, algemeen (verzamelniveau)
575000
Centrale mechanische ventilatie, algemeen (verzamelniveau), Algemeen
Ducts Type : Rechte kanalen 7 STK 230 263 319 10926 111077
99 High Pressure Laboratory
INMA01
Interior Mounting Area
57 Luchtbehandeling
5750
Centrale mechanische ventilatie, algemeen (verzamelniveau)
575000
Centrale mechanische ventilatie, algemeen (verzamelniveau), Algemeen
Ducts Type : Ronde kanalen - T-stuk 13 STK 230 263 319 10926 111081
99 High Pressure Laboratory
INMA01
Interior Mounting Area
57 Luchtbehandeling
5750
Centrale mechanische ventilatie, algemeen (verzamelniveau)
575000
Centrale mechanische ventilatie, algemeen (verzamelniveau), Algemeen
Duct Fittings
Type : 1 D 7 STK 230 263 319 10926 111094
131
Ge
bo
uw
Co
de
Ge
bo
uw
Om
sc
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jvin
g
Ru
imte
Co
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Ru
imte
Om
sc
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g
Ho
ofd
ele
me
nt
Co
de
Ho
ofd
ele
me
nt
Om
sc
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g
Ele
me
nt
Co
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Ele
me
nt
Om
sc
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g
Su
be
lem
en
t C
od
e
Su
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lem
en
t
Om
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ch
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ing
Ty
pe
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on
en
t A
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tal
Co
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on
en
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en
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Pro
jec
t_ID
Be
he
erd
er_
ID
Ge
bo
uw
_ID
Ru
imte
_ID
Co
mp
_ID
99 High Pressure Laboratory
INMA01
Interior Mounting Area
57 Luchtbehandeling
5750
Centrale mechanische ventilatie, algemeen (verzamelniveau)
575000
Centrale mechanische ventilatie, algemeen (verzamelniveau), Algemeen
Ducts Type : Ronde kanalen - Zadelstuk 10 STK 230 263 319 10926 111121
99 High Pressure Laboratory
INMA01
Interior Mounting Area
57 Luchtbehandeling
5750
Centrale mechanische ventilatie, algemeen (verzamelniveau)
575000
Centrale mechanische ventilatie, algemeen (verzamelniveau), Algemeen
Duct Fittings
Type : standaard 15 STK 230 263 319 10926 111122
99 High Pressure Laboratory
INMA01
Interior Mounting Area
57 Luchtbehandeling
5750
Centrale mechanische ventilatie, algemeen (verzamelniveau)
575000
Centrale mechanische ventilatie, algemeen (verzamelniveau), Algemeen
Duct Fittings
Type : With Flange 1 STK 230 263 319 10926 111190
99 High Pressure Laboratory
INMA01
Interior Mounting Area
57 Luchtbehandeling
5750
Centrale mechanische ventilatie, algemeen (verzamelniveau)
575000
Centrale mechanische ventilatie, algemeen (verzamelniveau), Algemeen
Duct Insulations
Type : Isolatie mineralewol 100mm 4 STK 230 263 319 10926 111193
99 High Pressure Laboratory
INMA01
Interior Mounting Area
57 Luchtbehandeling
5750
Centrale mechanische ventilatie, algemeen (verzamelniveau)
575000
Centrale mechanische ventilatie, algemeen (verzamelniveau), Algemeen
Duct Accessories
Type : S4R - Trox Air, CA100, L=500, 250-250_4d0dda9b-4f74-47d6-9de4-41f39c10c1fb
1 STK 230 263 319 10926 111273
99 High Pressure Laboratory
INMA01
Interior Mounting Area
57 Luchtbehandeling
5750
Centrale mechanische ventilatie, algemeen (verzamelniveau)
575000
Centrale mechanische ventilatie, algemeen (verzamelniveau), Algemeen
Duct Accessories
Type : S4R - Trox Air, Constantvolumeklep RN Standaard, 200-200
1 STK 230 263 319 10926 111379
99 High Pressure Laboratory
INMA01
Interior Mounting Area
57 Luchtbehandeling
5750
Centrale mechanische ventilatie, algemeen (verzamelniveau)
575000
Centrale mechanische ventilatie, algemeen (verzamelniveau), Algemeen
Duct Fittings
Type : 30 gr 2 STK 230 263 319 10926 111380
99 High Pressure Laboratory
INMA01
Interior Mounting Area
57 Luchtbehandeling
5750
Centrale mechanische ventilatie, algemeen (verzamelniveau)
575000
Centrale mechanische ventilatie, algemeen (verzamelniveau), Algemeen
Air Terminals
Type : Standaard, 200 1 STK 230 263 319 10926 111399
99 High Pressure Laboratory
INMA01
Interior Mounting Area
83 Losse keukeninventaris
8310 Standaard, algemeen (verzamelniveau)
831000 Standaard, algemeen (verzamelniveau), Algemeen
Furniture Type : HDL_opstelplaatsen 43 STK 230 263 319 10926 110871
99 High Pressure Laboratory
INMA01
Interior Mounting Area
83 Losse keukeninventaris
8310 Standaard, algemeen (verzamelniveau)
831000 Standaard, algemeen (verzamelniveau), Algemeen
Generic Models
Type : opstelplaats wasbak 1 STK 230 263 319 10926 110872
99 High Pressure Laboratory
INPH01
Interior Process Hall
Floors Type : 200_23_basisvloer_200mm 1 STK 230 263 319 10928 110854
99 High Pressure Laboratory
INPH01
Interior Process Hall
Structural Framing
Type : Bout M20x250 8.8 DIN931 7 STK 230 263 319 10928 110963
99 High Pressure Laboratory
INPH01
Interior Process Hall
Structural Framing
Type : Tapbout M12x120 8.8 DIN933 2 STK 230 263 319 10928 110964
99 High Pressure Laboratory
INPH01
Interior Process Hall
Structural Framing
Type : Tapbout M12x120 8.8 DIN933 40
1 STK 230 263 319 10928 110965
132
Ge
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Ge
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Om
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Ru
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Ru
imte
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g
Ho
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nt
Co
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Ho
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Om
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g
Ele
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Ele
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nt
Om
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g
Su
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en
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od
e
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lem
en
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Om
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on
en
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ch
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ing
Ty
pe
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on
en
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Co
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on
en
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en
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Pro
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t_ID
Be
he
erd
er_
ID
Ge
bo
uw
_ID
Ru
imte
_ID
Co
mp
_ID
99 High Pressure Laboratory
INPH01
Interior Process Hall
Duct Accessories
Type : Atex Filter_292x592x535 LBK2 1 STK 230 263 319 10928 111231
99 High Pressure Laboratory
INPH01
Interior Process Hall
Duct Accessories
Type : Filter_592x592x534 2 STK 230 263 319 10928 111232
99 High Pressure Laboratory
INPH01
Interior Process Hall
Duct Accessories
Type : Filter_287x592x534 3 STK 230 263 319 10928 111233
99 High Pressure Laboratory
INPH01
Interior Process Hall
Duct Accessories
Type : Filter_592x287x534 1 STK 230 263 319 10928 111234
99 High Pressure Laboratory
INPH01
Interior Process Hall
Pipe Fittings
Type : S4R - Keaser, Keaser-SM-12T__2dcecc4424fe_42f5_5bee_7d352dcecc44
1 STK 230 263 319 10928 111367
99 High Pressure Laboratory
INPH01
Interior Process Hall
Air Terminals
Type : N/A, 200 1 STK 230 263 319 10928 111382
99 High Pressure Laboratory
INPH01
Interior Process Hall
Air Terminals
Type : S4R_Terminal_Wall_IN 2 STK 230 263 319 10928 111383
99 High Pressure Laboratory
INPH01
Interior Process Hall
21 Buitenwanden
2110 Niet constructief, algemeen (verzamelniveau)
211000 Niet constructief, algemeen (verzamelniveau), Algemeen
Walls Type : 300_21_isolatie_90 2 STK 230 263 319 10928 110903
99 High Pressure Laboratory
INPH01
Interior Process Hall
21 Buitenwanden
2110 Niet constructief, algemeen (verzamelniveau)
211000 Niet constructief, algemeen (verzamelniveau), Algemeen
Walls Type : 300_21_kantplank 3 STK 230 263 319 10928 110912
99 High Pressure Laboratory
INPH01
Interior Process Hall
21 Buitenwanden
2123 Constructief, systeemwanden
212318 Walls Type : 300_21_HSB_38x38 8 STK 230 263 319 10928 110988
99 High Pressure Laboratory
INPH01
Interior Process Hall
22 Binnenwanden
2213 Niet constructief, systeemwanden; vast
221300 Systeemwanden, metaal binnen
Walls Type : 300_22_tussenwand_inloopbox 10 STK 230 263 319 10928 110974
99 High Pressure Laboratory
INPH01
Interior Process Hall
23 Vloeren 2300 Vloeren algemeen 230000 Vloeren, algemeen Floors Type : grind 1 STK 230 263 319 10928 111020
99 High Pressure Laboratory
INPH01
Interior Process Hall
28 Hoofddraagconstructies
2800 Hoofddraagconstructie algemeen
280000 Hoofddraagconstructie algemeen
Walls Type : 300_28_betonsteen_210mm 8 STK 230 263 319 10928 110832
99 High Pressure Laboratory
INPH01
Interior Process Hall
28 Hoofddraagconstructies
2800 Hoofddraagconstructie algemeen
280000 Hoofddraagconstructie algemeen
Walls Type : 300_21_HSB_wand 12-90-12 iso
8 STK 230 263 319 10928 110899
99 High Pressure Laboratory
INPH01
Interior Process Hall
28 Hoofddraagconstructies
2811 Kolommen en liggers, kolom-/liggerconstructies
281121 Structural Columns
Type : 20x70 20 STK 230 263 319 10928 110961
99 High Pressure Laboratory
INPH01
Interior Process Hall
28 Hoofddraagconstructies
2811 Kolommen en liggers, kolom-/liggerconstructies
281121 Structural Framing
Type : HEA140 1 STK 230 263 319 10928 110993
99 High Pressure Laboratory
INPH01
Interior Process Hall
31 Buitenwandopeningen
3111 Niet gevuld, deglichtopeningen
311100 Niet gevuld, deglichtopeningen, Daglichtopeningen
Generic Models
Type : glas 2 6 STK 230 263 319 10928 110896
133
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_ID
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_ID
Co
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_ID
99 High Pressure Laboratory
INPH01
Interior Process Hall
31 Buitenwandopeningen
3111 Niet gevuld, deglichtopeningen
311100 Niet gevuld, deglichtopeningen, Daglichtopeningen
Windows Type : glas 2 2 STK 230 263 319 10928 111049
99 High Pressure Laboratory
INPH01
Interior Process Hall
31 Buitenwandopeningen
3130 Gevuld met deuren, algemeen (verzamelniveau)
313000
Gevuld met deuren, algemeen (verzamelniveau), Algemeen
Doors Type : redeca 1 STK 230 263 319 10928 110904
99 High Pressure Laboratory
INPH01
Interior Process Hall
31 Buitenwandopeningen
3131 Gevuld met deuren, draaideuren
313100 Gevuld met deuren, draaideuren, Draaideuren
Curtain Panels
Type : deur 1 STK 230 263 319 10928 110889
99 High Pressure Laboratory
INPH01
Interior Process Hall
31 Buitenwandopeningen
3131 Gevuld met deuren, draaideuren
313121 Doors Type : glasdeur 2 STK 230 263 319 10928 110886
99 High Pressure Laboratory
INPH01
Interior Process Hall
32 Binnenwandopeningen
3231 Gevuld met deuren, draaideuren
323100 Gevuld met deuren, draaideuren, Draaideuren
Doors Type : H09 1 STK 230 263 319 10928 110957
99 High Pressure Laboratory
INPH01
Interior Process Hall
32 Binnenwandopeningen
3231 Gevuld met deuren, draaideuren
323121 Doors Type : deur met glas antraciet 12 STK 230 263 319 10928 110986
99 High Pressure Laboratory
INPH01
Interior Process Hall
32 Binnenwandopeningen
3231 Gevuld met deuren, draaideuren
323121 Doors Type : dubbele deur met glas 3 STK 230 263 319 10928 110987
99 High Pressure Laboratory
INPH01
Interior Process Hall
41 Buitenwandafwerkingen
4110 Buitenwandafwerkingen
411000 Buitenwandafwerkingen, Algemeen
Generic Models
Type : std 1v 2 STK 230 263 319 10928 110906
99 High Pressure Laboratory
INPH01
Interior Process Hall
41 Buitenwandafwerkingen
4112 Buitenwandafwerkingen, bekledingen
411200 Buitenwandafwerkingen, bekledingen, Algemeen
Walls Type : 300_41_beplating_6 4 STK 230 263 319 10928 110975
99 High Pressure Laboratory
INPH01
Interior Process Hall
41 Buitenwandafwerkingen
4112 Buitenwandafwerkingen, bekledingen
411200 Buitenwandafwerkingen, bekledingen, Algemeen
Walls Type : 300_41_beplating_12 2 STK 230 263 319 10928 110976
99 High Pressure Laboratory
INPH01
Interior Process Hall
41 Buitenwandafwerkingen
4112 Buitenwandafwerkingen, bekledingen
411200 Buitenwandafwerkingen, bekledingen, Algemeen
Walls Type : 300_99_beton_keerband 6 STK 230 263 319 10928 111016
99 High Pressure Laboratory
INPH01
Interior Process Hall
41 Buitenwandafwerkingen
4112 Buitenwandafwerkingen, bekledingen
411251 Ceilings Type : 300_45_glasvezel_beton 1 STK 230 263 319 10928 110902
99 High Pressure Laboratory
INPH01
Interior Process Hall
41 Buitenwandafwerkingen
4113 Buitenwandafwerkingen, voorzetwanden
411300 Buitenwandafwerkingen, voorzetwanden, Algemeen
Walls Type : 300_21_HSB wand proceshal 2 STK 230 263 319 10928 110938
99 High Pressure Laboratory
INPH01
Interior Process Hall
41 Buitenwandafwerkingen
4113 Buitenwandafwerkingen, voorzetwanden
411300 Buitenwandafwerkingen, voorzetwanden, Algemeen
Walls Type : 300_21_HSB wand proceshal kop
1 STK 230 263 319 10928 110953
99 High Pressure Laboratory
INPH01
Interior Process Hall
43 Vloerafwerkingen
4321 Niet verhoogd, afwerklagen
432100 Niet verhoogd, afwerklagen, Algemeen
Floors Type : 300_43_vloercoating_oranje 1 STK 230 263 319 10928 110959
99 High Pressure Laboratory
INPH01
Interior Process Hall
43 Vloerafwerkingen
4321 Niet verhoogd, afwerklagen
432111 Sportvloer, hout waslaag Floors Type : 300_43_cementdekvloer_30 1 STK 230 263 319 10928 110901
134
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mp
_ID
99 High Pressure Laboratory
INPH01
Interior Process Hall
43 Vloerafwerkingen
4322 Verhoogde vloer 432236 Floors Type : 300_43_staptegels_300x300 2 STK 230 263 319 10928 110933
99 High Pressure Laboratory
INPH01
Interior Process Hall
45 Plafondafwerkingen
4500 Plafondafwerkingen algemeen
450000 Plafondafwerkingen, algemeen
Ceilings Type : 300_44_gipsvinyl_600x600 1 STK 230 263 319 10928 110989
99 High Pressure Laboratory
INPH01
Interior Process Hall
45 Plafondafwerkingen
4510 Verlaagd, algemeen 451000 Verlaagd, algemeen, Algemeen
Ceilings Type : 300_44_sauswerk_antraciet 1 STK 230 263 319 10928 110922
99 High Pressure Laboratory
INPH01
Interior Process Hall
47 Dakafwerkingen
4721 Bekledingen, vlakke dak bekledingen
472100 Bekledingen, vlakke dak bekledingen, Algemeen
Floors Type : 300_23_isolatie_150mm afschot
1 STK 230 263 319 10928 110900
99 High Pressure Laboratory
INPH01
Interior Process Hall
54 Gassen 5411 Brandstof, aardgasvoorziening
541100 Brandstof, aardgasvoorziening, Algemeen
Pipes Type : Steel pipe Fe-35 542 STK 230 263 319 10928 111053
99 High Pressure Laboratory
INPH01
Interior Process Hall
57 Luchtbehandeling
5720 Lokale mechanische afzuiging, algemeen (verzamelniveau)
572000
Lokale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Air Terminals
Type : URH/A-100 3 STK 230 263 319 10928 111096
99 High Pressure Laboratory
INPH01
Interior Process Hall
57 Luchtbehandeling
5720 Lokale mechanische afzuiging, algemeen (verzamelniveau)
572000
Lokale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Ducts Type : Ronde kanalen - T-stuk 20 STK 230 263 319 10928 111099
99 High Pressure Laboratory
INPH01
Interior Process Hall
57 Luchtbehandeling
5720 Lokale mechanische afzuiging, algemeen (verzamelniveau)
572000
Lokale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Duct Accessories
Type : S4R - LUKA, Regelklep, 100-100
3 STK 230 263 319 10928 111163
99 High Pressure Laboratory
INPH01
Interior Process Hall
57 Luchtbehandeling
5720 Lokale mechanische afzuiging, algemeen (verzamelniveau)
572000
Lokale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Duct Insulations
Type : Isolatie mineralewol 100mm 1 STK 230 263 319 10928 111205
99 High Pressure Laboratory
INPH01
Interior Process Hall
57 Luchtbehandeling
5720 Lokale mechanische afzuiging, algemeen (verzamelniveau)
572000
Lokale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Ducts Type : Rechte kanalen 1 STK 230 263 319 10928 111206
99 High Pressure Laboratory
INPH01
Interior Process Hall
57 Luchtbehandeling
5720 Lokale mechanische afzuiging, algemeen (verzamelniveau)
572000
Lokale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Duct Fittings
Type : standaard 8 STK 230 263 319 10928 111207
99 High Pressure Laboratory
INPH01
Interior Process Hall
57 Luchtbehandeling
5720 Lokale mechanische afzuiging, algemeen (verzamelniveau)
572000
Lokale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Ducts Type : Ronde kanalen - Zadelstuk 8 STK 230 263 319 10928 111258
99 High Pressure Laboratory
INPH01
Interior Process Hall
57 Luchtbehandeling
5720 Lokale mechanische afzuiging, algemeen (verzamelniveau)
572000
Lokale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Duct Fittings
Type : 1 D 6 STK 230 263 319 10928 111330
99 High Pressure Laboratory
INPH01
Interior Process Hall
57 Luchtbehandeling
5720 Lokale mechanische afzuiging, algemeen (verzamelniveau)
572000
Lokale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Duct Accessories
Type : S4R - LUKA, Regelklep, 125-125
3 STK 230 263 319 10928 111332
135
Ge
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Ge
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_ID
Co
mp
_ID
99 High Pressure Laboratory
INPH01
Interior Process Hall
57 Luchtbehandeling
5720 Lokale mechanische afzuiging, algemeen (verzamelniveau)
572000
Lokale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Duct Fittings
Type : 30 gr 3 STK 230 263 319 10928 111333
99 High Pressure Laboratory
INPH01
Interior Process Hall
57 Luchtbehandeling
5720 Lokale mechanische afzuiging, algemeen (verzamelniveau)
572000
Lokale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Air Terminals
Type : circ-grille-315 2 STK 230 263 319 10928 111347
99 High Pressure Laboratory
INPH01
Interior Process Hall
57 Luchtbehandeling
5720 Lokale mechanische afzuiging, algemeen (verzamelniveau)
572000
Lokale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Duct Accessories
Type : S4R - LUKA, Regelklep, 250-250
5 STK 230 263 319 10928 111366
99 High Pressure Laboratory
INPH01
Interior Process Hall
57 Luchtbehandeling
5720 Lokale mechanische afzuiging, algemeen (verzamelniveau)
572000
Lokale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Duct Accessories
Type : S4R - Trox Air, Brandklep FKRS-EU, 250-250
1 STK 230 263 319 10928 111396
99 High Pressure Laboratory
INPH01
Interior Process Hall
57 Luchtbehandeling
5720 Lokale mechanische afzuiging, algemeen (verzamelniveau)
572000
Lokale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Ducts Type : S4R_Burgerhout_Afvoerpijp l=250
3 STK 230 263 319 10928 111432
99 High Pressure Laboratory
INPH01
Interior Process Hall
57 Luchtbehandeling
5720 Lokale mechanische afzuiging, algemeen (verzamelniveau)
572000
Lokale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Duct Fittings
Type : S4R_Bend_Round_AI_Generic 1 STK 230 263 319 10928 111433
99 High Pressure Laboratory
INPH01
Interior Process Hall
57 Luchtbehandeling
5720 Lokale mechanische afzuiging, algemeen (verzamelniveau)
572000
Lokale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Duct Fittings
Type : 30 Graden 1 STK 230 263 319 10928 111434
99 High Pressure Laboratory
INPH01
Interior Process Hall
57 Luchtbehandeling
5720 Lokale mechanische afzuiging, algemeen (verzamelniveau)
572000
Lokale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Duct Accessories
Type : S4R - LUKA, Regelklep, 400-400
1 STK 230 263 319 10928 111435
99 High Pressure Laboratory
INPH01
Interior Process Hall
57 Luchtbehandeling
5730
Centrale mechanische afzuiging, algemeen (verzamelniveau)
573000
Centrale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Air Terminals
Type : circ-grille-250 3 STK 230 263 319 10928 111086
99 High Pressure Laboratory
INPH01
Interior Process Hall
57 Luchtbehandeling
5730
Centrale mechanische afzuiging, algemeen (verzamelniveau)
573000
Centrale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Air Terminals
Type : circ-grille-315 11 STK 230 263 319 10928 111104
99 High Pressure Laboratory
INPH01
Interior Process Hall
57 Luchtbehandeling
5730
Centrale mechanische afzuiging, algemeen (verzamelniveau)
573000
Centrale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Air Terminals
Type : URH/A-160 6 STK 230 263 319 10928 111105
99 High Pressure Laboratory
INPH01
Interior Process Hall
57 Luchtbehandeling
5730
Centrale mechanische afzuiging, algemeen (verzamelniveau)
573000
Centrale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Ducts Type : Ronde kanalen - T-stuk 48 STK 230 263 319 10928 111106
99 High Pressure Laboratory
INPH01
Interior Process Hall
57 Luchtbehandeling
5730
Centrale mechanische afzuiging, algemeen (verzamelniveau)
573000
Centrale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Duct Fittings
Type : standaard 42 STK 230 263 319 10928 111107
136
Ge
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_ID
Co
mp
_ID
99 High Pressure Laboratory
INPH01
Interior Process Hall
57 Luchtbehandeling
5730
Centrale mechanische afzuiging, algemeen (verzamelniveau)
573000
Centrale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Duct Fittings
Type : 1 D 25 STK 230 263 319 10928 111108
99 High Pressure Laboratory
INPH01
Interior Process Hall
57 Luchtbehandeling
5730
Centrale mechanische afzuiging, algemeen (verzamelniveau)
573000
Centrale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Ducts Type : Rechte kanalen 22 STK 230 263 319 10928 111131
99 High Pressure Laboratory
INPH01
Interior Process Hall
57 Luchtbehandeling
5730
Centrale mechanische afzuiging, algemeen (verzamelniveau)
573000
Centrale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Ducts Type : Ronde kanalen - Zadelstuk 33 STK 230 263 319 10928 111132
99 High Pressure Laboratory
INPH01
Interior Process Hall
57 Luchtbehandeling
5730
Centrale mechanische afzuiging, algemeen (verzamelniveau)
573000
Centrale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Ducts Type : Wandgoot 1 STK 230 263 319 10928 111174
99 High Pressure Laboratory
INPH01
Interior Process Hall
57 Luchtbehandeling
5730
Centrale mechanische afzuiging, algemeen (verzamelniveau)
573000
Centrale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Duct Fittings
Type : magirect_plug1_001 2 STK 230 263 319 10928 111175
99 High Pressure Laboratory
INPH01
Interior Process Hall
57 Luchtbehandeling
5730
Centrale mechanische afzuiging, algemeen (verzamelniveau)
573000
Centrale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Duct Accessories
Type : S4R - LUKA, Regelklep, 160-160
5 STK 230 263 319 10928 111197
99 High Pressure Laboratory
INPH01
Interior Process Hall
57 Luchtbehandeling
5730
Centrale mechanische afzuiging, algemeen (verzamelniveau)
573000
Centrale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Duct Accessories
Type : S4R - LUKA, Regelklep, 315-315
11 STK 230 263 319 10928 111198
99 High Pressure Laboratory
INPH01
Interior Process Hall
57 Luchtbehandeling
5730
Centrale mechanische afzuiging, algemeen (verzamelniveau)
573000
Centrale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Duct Fittings
Type : With Flange 2 STK 230 263 319 10928 111251
99 High Pressure Laboratory
INPH01
Interior Process Hall
57 Luchtbehandeling
5730
Centrale mechanische afzuiging, algemeen (verzamelniveau)
573000
Centrale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Duct Insulations
Type : Isolatie mineralewol 100mm 11 STK 230 263 319 10928 111252
99 High Pressure Laboratory
INPH01
Interior Process Hall
57 Luchtbehandeling
5730
Centrale mechanische afzuiging, algemeen (verzamelniveau)
573000
Centrale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Duct Accessories
Type : S4R - Trox Air, Afsluitkleppen AK electrische servomotor, 315-315
5 STK 230 263 319 10928 111260
99 High Pressure Laboratory
INPH01
Interior Process Hall
57 Luchtbehandeling
5730
Centrale mechanische afzuiging, algemeen (verzamelniveau)
573000
Centrale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Duct Accessories
Type : S4R - Trox Air, RECT, 300x200-300x200 TVJ
1 STK 230 263 319 10928 111279
99 High Pressure Laboratory
INPH01
Interior Process Hall
57 Luchtbehandeling
5730
Centrale mechanische afzuiging, algemeen (verzamelniveau)
573000
Centrale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Air Terminals
Type : N/A, 100 1 STK 230 263 319 10928 111350
99 High Pressure Laboratory
INPH01
Interior Process Hall
57 Luchtbehandeling
5730
Centrale mechanische afzuiging, algemeen (verzamelniveau)
573000
Centrale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Duct Accessories
Type : S4R - Trox Air, TVR Compact, 200-200 TVR Compact
4 STK 230 263 319 10928 111354
137
Ge
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Ge
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Co
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_ID
99 High Pressure Laboratory
INPH01
Interior Process Hall
57 Luchtbehandeling
5730
Centrale mechanische afzuiging, algemeen (verzamelniveau)
573000
Centrale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Duct Fittings
Type : 30 gr 7 STK 230 263 319 10928 111355
99 High Pressure Laboratory
INPH01
Interior Process Hall
57 Luchtbehandeling
5730
Centrale mechanische afzuiging, algemeen (verzamelniveau)
573000
Centrale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Duct Fittings
Type : LUKA, Recht zadel 90°, 1000x500-1000x500
1 STK 230 263 319 10928 111368
99 High Pressure Laboratory
INPH01
Interior Process Hall
57 Luchtbehandeling
5730
Centrale mechanische afzuiging, algemeen (verzamelniveau)
573000
Centrale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Duct Accessories
Type : S4R - Trox Air, Afsluitkleppen AK, 200-200
2 STK 230 263 319 10928 111384
99 High Pressure Laboratory
INPH01
Interior Process Hall
57 Luchtbehandeling
5730
Centrale mechanische afzuiging, algemeen (verzamelniveau)
573000
Centrale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Duct Accessories
Type : S4R - Trox Air, Constantvolumeklep RN Standaard, 160-160
1 STK 230 263 319 10928 111392
99 High Pressure Laboratory
INPH01
Interior Process Hall
57 Luchtbehandeling
5730
Centrale mechanische afzuiging, algemeen (verzamelniveau)
573000
Centrale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Duct Accessories
Type : S4R - Trox Air, Afsluitkleppen AK, 125-125
1 STK 230 263 319 10928 111393
99 High Pressure Laboratory
INPH01
Interior Process Hall
57 Luchtbehandeling
5730
Centrale mechanische afzuiging, algemeen (verzamelniveau)
573000
Centrale mechanische afzuiging, algemeen (verzamelniveau), Algemeen
Duct Accessories
Type : S4R - Trox Air, TVR Compact, 250-250 TVR Compact1
1 STK 230 263 319 10928 111408
99 High Pressure Laboratory
INPH01
Interior Process Hall
57 Luchtbehandeling
5740 Lokale mechanische ventilatie, algemeen (verzamelniveau)
574000
Lokale mechanische ventilatie, algemeen (verzamelniveau), Algemeen, roosters
Ducts Type : Ronde kanalen - T-stuk 16 STK 230 263 319 10928 111199
99 High Pressure Laboratory
INPH01
Interior Process Hall
57 Luchtbehandeling
5740 Lokale mechanische ventilatie, algemeen (verzamelniveau)
574000
Lokale mechanische ventilatie, algemeen (verzamelniveau), Algemeen, roosters
Duct Insulations
Type : Isolatie mineralewol 100mm 5 STK 230 263 319 10928 111201
99 High Pressure Laboratory
INPH01
Interior Process Hall
57 Luchtbehandeling
5740 Lokale mechanische ventilatie, algemeen (verzamelniveau)
574000
Lokale mechanische ventilatie, algemeen (verzamelniveau), Algemeen, roosters
Ducts Type : Rechte kanalen 8 STK 230 263 319 10928 111256
99 High Pressure Laboratory
INPH01
Interior Process Hall
57 Luchtbehandeling
5740 Lokale mechanische ventilatie, algemeen (verzamelniveau)
574000
Lokale mechanische ventilatie, algemeen (verzamelniveau), Algemeen, roosters
Duct Fittings
Type : standaard 6 STK 230 263 319 10928 111257
99 High Pressure Laboratory
INPH01
Interior Process Hall
57 Luchtbehandeling
5740 Lokale mechanische ventilatie, algemeen (verzamelniveau)
574000
Lokale mechanische ventilatie, algemeen (verzamelniveau), Algemeen, roosters
Duct Fittings
Type : 1 D 2 STK 230 263 319 10928 111259
99 High Pressure Laboratory
INPH01
Interior Process Hall
57 Luchtbehandeling
5740 Lokale mechanische ventilatie, algemeen (verzamelniveau)
574000
Lokale mechanische ventilatie, algemeen (verzamelniveau), Algemeen, roosters
Duct Fittings
Type : magicirc_plug_001 2 STK 230 263 319 10928 111301
99 High Pressure Laboratory
INPH01
Interior Process Hall
57 Luchtbehandeling
5740 Lokale mechanische ventilatie, algemeen (verzamelniveau)
574000
Lokale mechanische ventilatie, algemeen (verzamelniveau), Algemeen, roosters
Air Terminals
Type : Kanaalrooster standaard, 4 STK 230 263 319 10928 111304
138
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Om
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_ID
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mp
_ID
99 High Pressure Laboratory
INPH01
Interior Process Hall
57 Luchtbehandeling
5740 Lokale mechanische ventilatie, algemeen (verzamelniveau)
574000
Lokale mechanische ventilatie, algemeen (verzamelniveau), Algemeen, roosters
Air Terminals
Type : Standaard, 315 3 STK 230 263 319 10928 111305
99 High Pressure Laboratory
INPH01
Interior Process Hall
57 Luchtbehandeling
5740 Lokale mechanische ventilatie, algemeen (verzamelniveau)
574000
Lokale mechanische ventilatie, algemeen (verzamelniveau), Algemeen, roosters
Air Terminals
Type : Adapter, 250 1 STK 230 263 319 10928 111308
99 High Pressure Laboratory
INPH01
Interior Process Hall
57 Luchtbehandeling
5740 Lokale mechanische ventilatie, algemeen (verzamelniveau)
574000
Lokale mechanische ventilatie, algemeen (verzamelniveau), Algemeen, roosters
Ducts Type : Ronde kanalen - Zadelstuk 1 STK 230 263 319 10928 111364
99 High Pressure Laboratory
INPH01
Interior Process Hall
57 Luchtbehandeling
5750
Centrale mechanische ventilatie, algemeen (verzamelniveau)
575000
Centrale mechanische ventilatie, algemeen (verzamelniveau), Algemeen
Ducts Type : Rechte kanalen 12 STK 230 263 319 10928 111095
99 High Pressure Laboratory
INPH01
Interior Process Hall
57 Luchtbehandeling
5750
Centrale mechanische ventilatie, algemeen (verzamelniveau)
575000
Centrale mechanische ventilatie, algemeen (verzamelniveau), Algemeen
Duct Fittings
Type : standaard 12 STK 230 263 319 10928 111100
99 High Pressure Laboratory
INPH01
Interior Process Hall
57 Luchtbehandeling
5750
Centrale mechanische ventilatie, algemeen (verzamelniveau)
575000
Centrale mechanische ventilatie, algemeen (verzamelniveau), Algemeen
Ducts Type : Ronde kanalen - T-stuk 13 STK 230 263 319 10928 111101
99 High Pressure Laboratory
INPH01
Interior Process Hall
57 Luchtbehandeling
5750
Centrale mechanische ventilatie, algemeen (verzamelniveau)
575000
Centrale mechanische ventilatie, algemeen (verzamelniveau), Algemeen
Ducts Type : S4Rx_Generic_Rectangular 1 STK 230 263 319 10928 111152
99 High Pressure Laboratory
INPH01
Interior Process Hall
57 Luchtbehandeling
5750
Centrale mechanische ventilatie, algemeen (verzamelniveau)
575000
Centrale mechanische ventilatie, algemeen (verzamelniveau), Algemeen
Duct Insulations
Type : Isolatie mineralewol 100mm 11 STK 230 263 319 10928 111153
99 High Pressure Laboratory
INPH01
Interior Process Hall
57 Luchtbehandeling
5750
Centrale mechanische ventilatie, algemeen (verzamelniveau)
575000
Centrale mechanische ventilatie, algemeen (verzamelniveau), Algemeen
Duct Accessories
Type : S4R - Trox Air, Brandklep FKR-EU, 355-355
1 STK 230 263 319 10928 111162
99 High Pressure Laboratory
INPH01
Interior Process Hall
57 Luchtbehandeling
5750
Centrale mechanische ventilatie, algemeen (verzamelniveau)
575000
Centrale mechanische ventilatie, algemeen (verzamelniveau), Algemeen
Duct Fittings
Type : 1 D 8 STK 230 263 319 10928 111172
99 High Pressure Laboratory
INPH01
Interior Process Hall
57 Luchtbehandeling
5750
Centrale mechanische ventilatie, algemeen (verzamelniveau)
575000
Centrale mechanische ventilatie, algemeen (verzamelniveau), Algemeen
Duct Fittings
Type : S4R - LUKA, 90° scherp, 1220x800-750x800
2 STK 230 263 319 10928 111253
99 High Pressure Laboratory
INPH01
Interior Process Hall
57 Luchtbehandeling
5750
Centrale mechanische ventilatie, algemeen (verzamelniveau)
575000
Centrale mechanische ventilatie, algemeen (verzamelniveau), Algemeen
Duct Fittings
Type : 45 Graden 1 STK 230 263 319 10928 111254
99 High Pressure Laboratory
INPH01
Interior Process Hall
57 Luchtbehandeling
5750
Centrale mechanische ventilatie, algemeen (verzamelniveau)
575000
Centrale mechanische ventilatie, algemeen (verzamelniveau), Algemeen
Duct Fittings
Type : With Flange 1 STK 230 263 319 10928 111255
139
Ge
bo
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Co
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Ge
bo
uw
Om
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g
Ru
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Om
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Om
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erd
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ID
Ge
bo
uw
_ID
Ru
imte
_ID
Co
mp
_ID
99 High Pressure Laboratory
INPH01
Interior Process Hall
57 Luchtbehandeling
5750
Centrale mechanische ventilatie, algemeen (verzamelniveau)
575000
Centrale mechanische ventilatie, algemeen (verzamelniveau), Algemeen
Duct Fittings
Type : 30 gr 9 STK 230 263 319 10928 111272
99 High Pressure Laboratory
INPH01
Interior Process Hall
57 Luchtbehandeling
5750
Centrale mechanische ventilatie, algemeen (verzamelniveau)
575000
Centrale mechanische ventilatie, algemeen (verzamelniveau), Algemeen
Duct Accessories
Type : S4R - Trox Air, CA100, L=500, 250-250_9c5e0bfa-2637-46b1-86e2-f500476c25a5
1 STK 230 263 319 10928 111275
99 High Pressure Laboratory
INPH01
Interior Process Hall
57 Luchtbehandeling
5750
Centrale mechanische ventilatie, algemeen (verzamelniveau)
575000
Centrale mechanische ventilatie, algemeen (verzamelniveau), Algemeen
Ducts Type : Ronde kanalen - Zadelstuk 4 STK 230 263 319 10928 111278
99 High Pressure Laboratory
INPH01
Interior Process Hall
57 Luchtbehandeling
5750
Centrale mechanische ventilatie, algemeen (verzamelniveau)
575000
Centrale mechanische ventilatie, algemeen (verzamelniveau), Algemeen
Duct Accessories
Type : S4R - Trox Air, Constantvolumeklep RN Standaard, 200-200
2 STK 230 263 319 10928 111280
99 High Pressure Laboratory
INPH01
Interior Process Hall
57 Luchtbehandeling
5750
Centrale mechanische ventilatie, algemeen (verzamelniveau)
575000
Centrale mechanische ventilatie, algemeen (verzamelniveau), Algemeen
Air Terminals
Type : Adapter, 248 2 STK 230 263 319 10928 111281
99 High Pressure Laboratory
INPH01
Interior Process Hall
57 Luchtbehandeling
5750
Centrale mechanische ventilatie, algemeen (verzamelniveau)
575000
Centrale mechanische ventilatie, algemeen (verzamelniveau), Algemeen
Air Terminals
Type : Kanaalrooster standaard, 2 STK 230 263 319 10928 111282
99 High Pressure Laboratory
INPH01
Interior Process Hall
57 Luchtbehandeling
5750
Centrale mechanische ventilatie, algemeen (verzamelniveau)
575000
Centrale mechanische ventilatie, algemeen (verzamelniveau), Algemeen
Duct Accessories
Type : S4R - Trox Air, TVR Compact, 200-200 TVR
2 STK 230 263 319 10928 111357
99 High Pressure Laboratory
INPH01
Interior Process Hall
57 Luchtbehandeling
5750
Centrale mechanische ventilatie, algemeen (verzamelniveau)
575000
Centrale mechanische ventilatie, algemeen (verzamelniveau), Algemeen
Duct Accessories
Type : S4R - Trox Air, Afsluitkleppen AK, 160-160
2 STK 230 263 319 10928 111385
99 High Pressure Laboratory
INPH01
Interior Process Hall
57 Luchtbehandeling
5750
Centrale mechanische ventilatie, algemeen (verzamelniveau)
575000
Centrale mechanische ventilatie, algemeen (verzamelniveau), Algemeen
Duct Accessories
Type : S4R - Trox Air, Afsluitkleppen AK, 315-315
1 STK 230 263 319 10928 111386
99 High Pressure Laboratory
INPH01
Interior Process Hall
57 Luchtbehandeling
5750
Centrale mechanische ventilatie, algemeen (verzamelniveau)
575000
Centrale mechanische ventilatie, algemeen (verzamelniveau), Algemeen
Air Terminals
Type : Plenumbox, 315-315-315-315 2 STK 230 263 319 10928 111387
99 High Pressure Laboratory
INPH01
Interior Process Hall
57 Luchtbehandeling
5750
Centrale mechanische ventilatie, algemeen (verzamelniveau)
575000
Centrale mechanische ventilatie, algemeen (verzamelniveau), Algemeen
Flex Ducts Type : S4Rx_Generic_Round 2 STK 230 263 319 10928 111388
99 High Pressure Laboratory
INPH01
Interior Process Hall
83 Losse keukeninventaris
8310 Standaard, algemeen (verzamelniveau)
831000 Standaard, algemeen (verzamelniveau), Algemeen
Furniture Type : HDL_opstelplaatsen 7 STK 230 263 319 10928 110887
99 High Pressure Laboratory
SISB01
Side Building
Floors Type : 200_23_basisvloer_100mm 1 STK 230 263 319 10934 111030
140
Ge
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uw
Co
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Ge
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uw
Om
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Om
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g
Ho
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Co
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Ho
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Om
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uw
_ID
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_ID
Co
mp
_ID
99 High Pressure Laboratory
SISB01
Side Building
Floors Type : 200_23_basisvloer_150mm 3 STK 230 263 319 10934 111034
99 High Pressure Laboratory
SISB01
Side Building
Roofs Type : 200_multiplex met bitumen 1 STK 230 263 319 10934 111037
99 High Pressure Laboratory
SISB01
Side Building
Floors Type : 200_23_hellingbaan 2 STK 230 263 319 10934 111039
99 High Pressure Laboratory
SISB01
Side Building
23 Vloeren 2300 Vloeren algemeen 230000 Vloeren, algemeen Floors Type : stelcon plaat 1 STK 230 263 319 10934 111002
99 High Pressure Laboratory
SISB01
Side Building
23 Vloeren 2300 Vloeren algemeen 230000 Vloeren, algemeen Floors Type : betonklinkers 1 STK 230 263 319 10934 111029
99 High Pressure Laboratory
SISB01
Side Building
28 Hoofddraagconstructies
2800 Hoofddraagconstructie algemeen
280000 Hoofddraagconstructie algemeen
Walls Type : 300_28_betonsteen_210mm 15 STK 230 263 319 10934 111028
99 High Pressure Laboratory
SISB01
Side Building
28 Hoofddraagconstructies
2811 Kolommen en liggers, kolom-/liggerconstructies
281121 Structural Columns
Type : K60x60x3 7 STK 230 263 319 10934 111040
99 High Pressure Laboratory
SISB01
Side Building
28 Hoofddraagconstructies
2811 Kolommen en liggers, kolom-/liggerconstructies
281141 Structural Framing
Type : 150x300 4 STK 230 263 319 10934 111035
99 High Pressure Laboratory
SISB01
Side Building
31 Buitenwandopeningen
3111 Niet gevuld, deglichtopeningen
311100 Niet gevuld, deglichtopeningen, Daglichtopeningen
Windows Type : glas 2 4 STK 230 263 319 10934 111032
99 High Pressure Laboratory
SISB01
Side Building
31 Buitenwandopeningen
3130 Gevuld met deuren, algemeen (verzamelniveau)
313000
Gevuld met deuren, algemeen (verzamelniveau), Algemeen
Doors Type : 5std 4 STK 230 263 319 10934 111031
99 High Pressure Laboratory
SISB01
Side Building
31 Buitenwandopeningen
3141 Gevuld met puien, gesloten puien
314100 Gevuld met puien, gesloten puien, Algemeen
Windows Type : 31_paneel ver 6 STK 230 263 319 10934 111033
99 High Pressure Laboratory
SISB01
Side Building
31 Buitenwandopeningen
3141 Gevuld met puien, gesloten puien
314100 Gevuld met puien, gesloten puien, Algemeen
Windows Type : paneel ver 5 STK 230 263 319 10934 111038
99 High Pressure Laboratory
SISB01
Side Building
41 Buitenwandafwerkingen
4112 Buitenwandafwerkingen, bekledingen
411200 Buitenwandafwerkingen, bekledingen, Algemeen
Walls Type : 300_41_beplating_12 1 STK 230 263 319 10934 111036
99 High Pressure Laboratory
SISB01
Side Building
41 Buitenwandafwerkingen
4112 Buitenwandafwerkingen, bekledingen
411200 Buitenwandafwerkingen, bekledingen, Algemeen
Walls Type : 300_41_beplating_fietsenhok 1 STK 230 263 319 10934 111041