applications service news blending and movement …...blending and movement automation blending and...
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DeCeMBeR 2012 Process Solutions Issue No. 135
The GUARDIAN newsletter is published for, and proprietary to, customers worldwide with a current Benefits Guardianship (BGP) contract. To visit our website, go to http://www.honeywellprocess.comand select Login. If not yet registered, complete registration on login page (access will be provided within 24 hours of registration.)
In this issue of the Guardian Newsletter:Applications Service News
Holiday Seasons Greetings . . . . . . . . . . . . . . . . . . . . . . . . . .1
Blending and Movement AutomationDid you know that . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .1Use of Triggers in BMA Movement Automation . . . . . . . . . . . .1
Profit SuiteInstalling Profit Suite R400 on Experion R400 E-APP . . . . . . .2Profit Suite R410 Cumulative Patch P001 . . . . . . . . . . . . . . .2
Advanced Alarm Management - AAMNew Alarm Configuration Manager (ACM) update is available . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .3New Alarm and Event Analysis (AEA) Patch is available . . . . .3
UniSim DesignUniSim Design R410 New Feature - Detailed Heat Loss Model for Pipe Segments in Dynamics . . . . . . . . . . . . . .3Detailed Heat Loss: the ‘Cylindrical Wall’ Model . . . . . . . . . . .4The Detailed Heat Loss Model . . . . . . . . . . . . . . . . . . . . . . . .4The ‘Cylindrical Wall’ Model . . . . . . . . . . . . . . . . . . . . . . . . . .5User Interface and Options available for the Detailed Heat Loss Model . . . . . . . . . . . . . . . . . . . . . . . . . . .5How can I get the new UniSim Design R410 release . . . . . . .7
UniformanceAnnouncing Uniformance Process Studio (UPS) R310 Release . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .7
Courses . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .8Current & Upcoming Product Releases . . . . . . . . . . . . . . . . .9Contact Information . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .9
Applications Service News
Did you know that… trigger elements in Movement Automation can be usedto start or stop sequences automatically? Triggers are a special type ofBlending and Movement Automation (BMA) element. They are used to monitorconfigurable conditions and when those conditions are satisfied, the triggercommands the associated task sequence to perform a path state transition(e.g. lineup, throttle flow, full flow, gravity flow, stop flow, closeout).
Use of Triggers in BMA Movement Automation
Triggers are BMA equipment elements; they are an equipment type of theirown because they fulfill the unique function of monitoring configurableconditions, and when these conditions are satisfied, the triggers are able tocommand path state transitions. They represent internal software entities,instead of physical equipment in the field.
Trigger elements are designed to mimic the behaviour of task monitoringconditions, with some differences. Conditions including Date/Time, TankLevel, Tank Volume, Tank Limit, Stop Gauge Level or Volume, Task Status, and
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Honeywell would like to take this opportunity to thank all our customers fortheir continued loyalty to Honeywell’s Advanced Solution Support services.Our goal is to deliver best in class global services that maintain and expandthe advanced solution benefits at your facility.
Holiday Season Greetings to all of our Advanced Application BenefitGuardianship Program (BPG) customers and continued success in 2013.
Blending and Movement Automation
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more, may be configured on a trigger element. The conditions Task, Operator,Target Volume and Target Flow, that may be assigned to tasks and sequences,do not apply to triggers.
Triggers are associated with task sequences, either manually during ordercreation or through association with other elements in the piping network.In both cases the triggers appear as associated elements on the path as soonas path selection has been completed.
There is no limit to the number and type of possible triggers that can beassociated to a path. Multiple Simultaneous conditions are supported. Apath could for example have a single start full flow trigger and several stopflow triggers.
Trigger monitoring occurs at the same time as the sequence start and stopcondition monitoring. The first condition that is met will be acted upon. Forexample, say that a sequence is configured with a stop condition that willstop flow at a specific date and time, and the same sequence includes atrigger that is configured to stop flow on a high tank level. If the identifiedtank reaches its high level before the stop condition date and time, thesequence is stopped.
In the same manner as in task monitoring, where individual monitoringconditions can be set up as non-persistent (once off) or persistent (repeatedlytriggering on every rising edge of the condition becoming true) triggers canbe persistent or non-persistent.
Non-persistent trigger conditions monitor until a rising edge is followed by afalling edge. The trigger is set to MET at the rising edge and set to NOTMETat the falling edge, as shown in Figure 1 below. A non-persistent trigger canbe restarted by clicking the START button on the Trigger Detail or changezone.
Figure 1 – edge Triggering of Triggers and the effect of ConfiguringPersistence
Triggers can be preconfigured as part of the normal Movement Automationconfiguration procedures.
They can also be fully reconfigured from the Trigger Detail - Conditions tab,if access is provided. Standard Experion Asset based security determineswho can see and access a trigger's configuration.
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Blending and Movement AutomationBlending and Movement Automation
For more information on triggers, or any of the BMA applications, pleasecontact your Honeywell Account Manager or your local Application Supportoffice.
Application Support Contact Information:
The Americas: [email protected]
Europe, Middle East and Africa: [email protected]
Asia Pacific: [email protected]
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Profit Suite
Installing Profit Suite R400 on experion R400 e-APP…
When installing Profit Suite™ R400 on Experion® R400 E-APP, please notethat RC_Proxy and DQ_Proxy should be copied from _C:\HWIAC\Databases\CLFiles_to toC:\ProgramData\Honeywell\Databases\CLFiles.
This needs to be done if using TPN Server with Native Windows GraphicsDCS Option.
As Experion R400 E-APP has a W2008 Server Operating system, the TPS pathin the registry has changed from c:\HWIAC to C:\ProgramData\Honeywell
Please note that this issue is only seen for Profit Suite R400 and has beenfixed in Profit SuiteR410 Installation DVD.
Figure 1 Ability to enable/disable individual alarms was added
ACMI 2.2 Patch 3
There are no PARs addressed in this patch. The Import tool R2.2 Patch 3 mustbe installed after you install ACM R310.1 Patch 22.
New Alarm and event Analysis (AeA) Patch is available.
Alarm and event Analysis (AeA) R310.1 Patch 17
The patch fixed cube processing ensuring counts in OLAP reports match theSQL database. The differences were caused by data deletion. Now, afterdeletion, cubes are scheduled for full process to ensure the correct count.HM collector was also fixed and EJC collector was improved to eliminate thesignificant delay in data collection.
There are enhancements implemented for Yokogawa, Foxboro, and DeltaVcollectors.
Documentation updates include:
The following sections are updated in the AEA 310 Installation Guide:
• Updated section 2.13 Collecting Data from Other Control Systems The following sections have been added in the AEA 310 User Guide:
• Updated section 2.6 AEA collector and Alarm Manager • Added section 3.7 Configuring Yokogawa collector
All AAM patches are available via the Honeywell Process Solutions supportnew website https://www.honeywellprocess.com. Login use the same loginas before. Navigate to Support, Product Support, and then search for theproduct (e.g. Alarm and Event Analysis), then select the release version, andthen go to the software download.
For more information about the Advanced Alarm Management (AAM)application, contact your Honeywell account manager or email:
[email protected] for North and South America Regions
[email protected] for Europe, Middle East region, andAfrica
[email protected] for Asia Pacific region.
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Advanced Alarm Management - AAM
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Profit Suite
Profit Suite R410 Cumulative Patch P001…
The Profit Suite™ R410 cumulative patch P001 has been released and isavailable for download on the Honeywell Process Solutions Support Website(http://www.honeywellprocess.com).
The cumulative patch includes new features and a number of fixes as outlinedin patch SCN document available on the Support Website.
This patch should be installed on nodes where Profit Suite Server sideapplications reside, as well as Client, Profit Stepper and on nodes where ProfitSuite Engineering Studio was installed.
For more information on Profit Suite or to place a software order, pleasecontact your Honeywell account manager or email:
APC Application Support Contact Information:
[email protected] for North and South America regions;
[email protected] for Europe, Middle East region, andAfrica;
[email protected] for the Asia Pacific region
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Advanced Alarm Management - AAM
New Alarm Configuration Manager (ACM) update is available.
Alarm Configuration Manager (ACM) R310.1 Patch 22
Prior to this patch, Alarm Configuration Manager (ACM ) supportedenabling/disabling of alarms only at the tag level. However, as many DCSnow support enabling/disabling at an individual alarm parameter level, ACMis enhanced to support the same. The ability to enable/disable individualalarms in ACM is dependent on the target DCS having that capability.
In addition to individual alarm enable status, the DeltaV DCS contains theIndividual Suppression status parameter for each alarm type which can alsobe managed and enforced by ACM.
This enhancement is supported for the following control systems.
• Experion
• Foxboro
• DeltaV
• TPS(from TPN 681 and above) Documentation updates include:
The following sections have been added/updated in the ACM 310 User Guide:
• Alarm Settings
• AlarmHelp
• Emerson DeltaV Control SystemsThe following sections have been added in the ACM 310 System Guide.
• Enforcer Client issues
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UniSim Design
UniSim Design R410 New Feature - Detailed Heat Loss Model for PipeSegments in Dynamics
This month’s article looks in more detail at the “Cylindrical Wall” Heat Lossmodel in the Pipe Segment unit operation, one of the new features included
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The Detailed Heat Loss Model
The heat loss experienced by any piece of plant equipment is considered bythe holdup model in UniSim Design. The heat loss model influences theholdup by contributing an extra term to the energy balance equation.
Heat is lost (or gained) from the holdup fluid through the wall and insulationto the surroundings.
There are several underlying assumptions that are considered during adetailed heat loss calculation:
• There is heat capacity associated with the wall (metal) andinsulation containing the fluid.
• There is thermal conductivity associated with the wall andinsulation containing the fluid and heat conduction through it. Thedetails of this calculation depend on the model in use.
• There are no spatial gradients in the fluids (the fluid is at uniformtemperature, as are the surroundings – a lumped parameteranalysis).
• The calculation uses convective heat transfer on the inside andoutside of the vessel.
A balance can be performed across the wall:
The balance across the insulation is:
where:
A = the heat transfer area
x = the thickness
Cp = the heat capacity
T = the temperature
k = the thermal conductivity
h = the heat transfer coefficient
UniSim DesignUniSim Design
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in the recently released UniSim® Design version R410.
Knowledgebase Solution 4238-1125, one of the new ‘Help me get into:’ videosavailable on the UniSim Design Suite Support Centre gives an introduction onhow to set up and use the new model. Visit the UniSim Design Suite SupportCentre, Sign In (registering if required) then click to visit Solution 1125 to seethe video.
In UniSim® Design R400 and previous versions, the detailed heat loss modelin the Pipe Segment unit operation is supported by a ‘Plane Wall’ modelcalculation engine. The ‘Plane Wall’ model assumes one-dimensional heattransfer through a plane wall. The model can also provide approximatecalculations for a hollow cylinder, when the wall thickness is relatively smallcompared to the inner diameter of the cylinder. When the insulation layerbecomes thicker, the ‘Plane Wall’ model may introduce a noticeable error inthe energy balance calculations. For each insulation layer, lumped parametersare used with linear approximation for the temperature profile. The calculationresults from the ‘Plane Wall’ model might not be accurate enough dependingon the system the user would like to model; particularly with the increase ofthe insulation layer thickness.
In UniSim Design version R410, to improve the prediction of the pipe segmentheat loss behavior, a ‘Cylindrical Wall’ model has been implemented in thecalculation engine to give an alternative for the user to the ‘Plane Wall’ model.The ‘Cylindrical Wall’ model assumes one-dimensional heat transfer throughthe walls of a hollow cylinder. Compared with the ‘Plane Wall’ model, the’Cylindrical Wall’ model takes the changing heat transfer area in the radialdirection of the cylinder into account.
Detailed Heat Loss: the ‘Cylindrical Wall’ Model
The ’Cylindrical Wall’ detailed heat loss model serves the following mainpurposes:
• To augment the current ’Plane Wall’ model with a cylindrical onethat matches the hollow cylindrical geometry of pipe segments.
• To enable the user to control the discretization of the layers ofinsulation, which provides a better estimation than the lumpedlayers used by the ’Plane Wall’ model when conduction resistancethrough the wall is relatively high.
The ’Cylindrical Wall’ detailed heat loss model is only available in Dynamics,for it to be used the "one dp calc/segment" option needs to be selected andthe "Model Holdup Volume" checkbox needs to be activated for the PipeSegment unit operation under the Dynamics tab ... Parameters page
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Pipe Segment - Dynamics tab ... Parameters page
Heat Loss Model
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UniSim Design
L = the cylinder length
k = the wall conductivity
User Interface and Options available for the Detailed Heat Loss Model
The Rating tab provides a way to configure the detailed heat loss model indynamics.
The detailed heat loss model page for the pipe segment appears as follows:
The ‘Cylindrical Wall’ detailed heat loss page consists of three groups:
• Selected segment control • Inner fluid energy balance control• Variable / Parameter Display and Control
Selected Segment Control
In the Pipe Segment unit operation, the user can divide the pipe into a numberof segments and the detailed heat loss calculations can be done for each ofthe segments. With this control users can select for which segment settingsand results are displayed.
Inner Fluid energy Balance Control
This check box provides the user with an option to activate or de-activate the
UniSim Design
As shown, both the insulation and wall can store heat. The heat loss term thatis accounted for in the energy balance around the holdup is:
If Tfluid
is greater than Twall
, the heat is lost to the surroundings. If Tfluid
is lessthan T
wall, the heat is gained from the surroundings.
Note that the Detailed Heat Loss calculations in a vessel consider a differentheat transfer coefficient between the holdup and the wall for the vapour andthe liquid phases and the heat transfer area changes with the level. In thepipe segment, heat loss is calculated for each segment with a total heattransfer area for each segment (there is no phase dependency). At presentthe ‘Cylindrical Wall’ Model is only available in the Pipe Segment (and theGasifier).
The ‘Cylindrical Wall’ Model
To capture the cylindrical geometry effects in the detailed heat loss model,the changes of surface area and the volume of the wall in the radial directionmust be taken into consideration when solving the heat transfer and thetemperature changes in the differential equations mentioned above.
The one-dimensional ’Plane Wall’ model discretizes the pipe into intervalsalong its length and solves heat conduction for each interval by the followingkind of equation:
Where:
A = 2 . Pi . R . L
R = Pipe segment radius
L = Pipe segment length
Clearly the plane wall assumption made here can introduce inaccuracies inthe calculation of a cylindrical pipe. To develop a one-dimensional ’CylindricalWall’ detailed heat loss model, the above equation used for the ’Plane Wall’model is modified into the following format:
Where:
Q = the heat transferred
T1, T2 = the current inner and outer temperature
r1, r2 = the inner and outer radius
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Heat Loss Model
Pipe Segment : Rating Tab ... Detailed Heat Loss model
Selected Segment Control
Fluid energy Checkbox
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UniSim DesignUniSim Design
inner fluid energy balance equation when calculating heat transfer in adynamic simulation. It is activated by default. When this checkbox isunchecked, the following fluid energy equation in heat loss transfer calculationwill be ignored, instead there is the assumption of a constant temperature ofthe entire holdup fluid in each time step.
Where:
m = Total mole of the holdup fluid in the segment
Cp
= Heat capacity of the holdup fluid in the segment;
Tf,0
= Temperature of the holdup fluid in the segment;
Ff,0
= Feed fluid molar flow rate entering the segment;
Cp,inf,0
= Heat capacity of feed fluid;
Tin,f,0
= Temperature of the feed fluid;
T0
= Temperature of the holdup fluid adjacent to the wall;
(UA)0
= Convective heat transfer coefficient;
For stability, it is recommended to leave this option activated.
Variable / Parameter Display and Control
This control separates all data and settings of the ’Cylindrical Wall’ model intothree pages:
1. T Profile page2. Conduction page3. Convection / Radiation page
The Temperature Profile of wall of each segment can be modified / monitoredon this page. For each layer, temperatures at measurement points are listedfrom top (inner point) to bottom (outer point).
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Wall properties are defined on this page. Layers are listed from left (innerlayer) to right (outer layer). T Points is the number of temperaturemeasurement points of each layer. The first layer is the pipe wall. Hence itsthickness and conductivity (Kappa) is defined on the Sizing Page.
Refer to Section 5.2.3 - Rating Tab Sizing Page in the UniSim® DesignOperations Guide for more information.
Inside and outside convection and radiation correlation parameters aredefined on this page, which are used to calculate heat transfer between fluidand wall surface.
The correlation is a simplified equation used to tune “Inside U” and “OutsideU”, taking the effects of temperature and surface fluid velocity into account.Both inside and outside correlations have the following form:
where:
Uconst
= Constant convection coefficient (Inside U and Outside U)
Coeffradi
= Radiation coefficient
Tsurf
= Surface wall temperature
Coeffvelo
= Fluid velocity coefficient at wall surface
Velocityf
= Fluid velocity (calculated for inner wall, wind velocity for outerwall) at wall surface
Ucorr
= Convection coefficient used to calculate heat transfer betweenfluid and wall surface:
Variable / Parameter Display and Control
T Profile page
Conduction page
Convection / Radiation page
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UniSim Design
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• Dashboards: Most UPS applications can now be convenientlyarranged in the same window, as a dashboard. Dashboardapplications work together to simplify exploration of data.Dashboards can be rearranged, re-sized, modified, saved asworkspaces, printed, and shared with others via email.
• Trending Improvements: MultiTrend functionality has beensignificantly enhanced with full-fidelity trending and flexible layoutoptions. MultiX trend capability is now supported by all compatibletrend types. Trend interactivity has been enhanced.
How can I get the new UniSim Design R410 release?
Log into http://unisim.supportportal.com/ to either:
1. Access instructions to download the new UniSim Design SuiteR410, or
2. Complete the on‑line form to have the UniSim Design Suite R410DVD mailed to you.
Article submitted by – Gopala Krishna Surisetty, UniSim® ATS Team – AsiaPacific
For information on UniSim Design, please contact your Honeywell accountrepresentative or email theATS UniSim Support Team: [email protected]
Also visit the UniSim Design Suite Web Page or the new UniSim® Design SuiteSupport Centre.
Please remember that UniSim Design training course details and dates arealso available from the Support Centre:http://unisim.supportportal.com/link/portal/4238/4738/ArticleFolder/142/Training
Newsletter Articles
We aim to provide articles of interest to the UniSim Design user community. Ifyou have any feedback or have suggestions for topics to cover here please feelfree to contact us; we value your input.
Uniformance
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Uniformance
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Announcing Uniformance Process Studio (UPS) R310 Release
Uniformance® Process Studio (UPS) is Honeywell’s advanced process
visualization tool designed for use with Uniformance® PHD and other plant
historians.
Uniformance Process Studio (UPS) provides a set of trending, graphic and
analytical tools to assist engineers when investigating process upsets,
monitoring performance, and analyzing plant operations.
Uniformance Process Studio (UPS) R310 provides several new features to
provide expanded functionality and value to the user.
New Feature Highlights:
Uniformance Process Studio (UPS) R310 contains a host of new features and
enhancements requested by our customers. These include:
• Installation: Automated deployment is now supported to facilitate
large scale rollouts
• Event Visualization: New Event Trend and Event Table applications
for visualizing event data from PHD R300 and R310 CEJ servers.
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Uniformance
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Installation of the legacy PHD Desktop R215 package with UPS is not
recommended. Instead, a Visual PHD and Modtag package is available for
UPS customers who need these components of the PHD Desktop.
Uniformance Process Studio (UPS) R310 has been qualified for use against
the following OPC HDA servers:
• Experion: R400, R410
• PHD: R215, R300, R310
• OSI PI: 3.4.364.70
Uniformance Process Studio (UPS) has been qualified with GUS 421. UPS is
not compatible with Safeview.
Uniformance Process Studio (UPS) has not been tested in a Citrix environment,
although there are no known compatibility issues. UPS can be used in
VMWare server or Workstation virtual environments.
For more information on Uniformance PHD, Uniformance Process Studio, or
the UPS Migration Tool, visit the Honeywell website
https://www.honeywellprocess.com or contact your Honeywell Account
Manager or your local Application Support office.
Application Support Contact Information:
The Americas: [email protected]
Europe, Middle East and Africa: [email protected]
Asia Pacific: [email protected]
• Time Control Improvements: The Time Control now includes a slidercontrol to make navigating time easier, and now supportsmodification of the end time for a time period.
• Manual Input Table: New application for tabular data entry of tagvalues, including basic validation.
• Each major component (including Excel Companion) now has aseparate sub-installer so that they can be installed/uninstalledseparately as needed.
Compatibility
Uniformance Process Studio (UPS) R310 is compatible with the followingversions of Operating Systems
• Windows 7 Professional x86 and x64, SP1• Windows 7 Ultimate x86 SP1• Windows 7 Enterprise x64 SP1• Windows Vista x86 SP2• Windows XP* x86 SP3• Windows XP* x64 SP2• Windows 2003* (Standard and Enterprise) x86 and x64, SP2• Windows 2008 (Standard and Enterprise) x86 and x64, SP2• Windows 2008 R2 Standard x64 SP1
(*Note: HMIWeb Graphic Display Builder is not supported on WindowsXP/Windows 2003. HMIWeb Graphics runtime is not supported on WindowsXP/Windows 2003 in UPS R310.1 (the initial release). Support for WindowsXP/Windows 2003 for Graphics call up will be provided in an update to UPSR310.1)
Uniformance Process Studio (UPS) R310 is compatible with the followingversions of Microsoft Office:
• Office 2007 SP3 x86• Office 2010 SP1 x86
(support for x64 versions of Office is not available for this release; itwill be provided in a future update)
Uniformance Process Studio (UPS) R310 can coexist with the followingWorkcenter and Experion PKS versions:
• Experion PKS Station / eServer Premium Client / eServer standardaccess: R400, R410
• Workcenter: R230, R240, R241The HMIWeb Graphics feature of UPS R310 can be installed on the samecomputer as BF230/BF240/251 or EPKS R400/R410 Station software
Uniformance Process Studio (UPS)R310 is compatible with the followingversions of PHD Server:
• PHD R310 - preferred version for use with UPS; supports UPS eventvisualisation features
• PHD R300 - require at least PHD R300.1.3 (for CEJ event databaseupdates); supports UPS event visualisation features
• PHD R210/215 - UPS event visualisation features are NOTsupported
Earlier versions of PHD server are not supported with UPS R310, and haveknown issues.
Uniformance
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Courses
Following is a partial listing of courses available. For these and other course
offerings, please visit the Automation College website
www.automationcollege.com or call 1-800-822-7673 or 1-602-293-1864.
Uniformance - Click here to access Uniformance course offerings... e-Learning Courses - No Travel Needed - Click here to access our e-learning offerings.
UniSim Design - please visit the UniSim Design Suite Support Centrehttp://unisim.supportportal.com/link/portal/4238/4738/ArticleFolder/142/Training
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9
Contact Information
Please indicate company, site location and products covered by your Benefits Guardian program. To contact productservice groups directly, choose from the listing below:
Americas Support Centre Contact Information
Advanced Alarm Management [email protected] 1-800-822-7673
Alarm Scout Service [email protected] 1-800-822-7673
Advanced Planning and Scheduling (APS) [email protected] +1- 289-333-1500
Blending and Movement Automation
Solutions Support (BMA/OM&S) [email protected] +1-289-333-1500
Business FLEX - Planning & Scheduling [email protected] +1-289-333-1500
or via TAC +1-800-822-7673
Business FLEX - Production Management
& Operations Management [email protected] +1-403-216-2870
Loop Scout Service [email protected] +1-800-822-7673
Solutions Powered by Matrikon [email protected] http://support.matrikon.com
OM Pro Support [email protected] +1-403-216-2870
Operator Training Simulation (OTS) Support [email protected] 1-800-822-7673
OptiVision Help Desk [email protected] +1-513-595-8944
POMS [email protected] 1-703-793-4450
Profit Suite Support [email protected] 1-800-822-7673
Technical Assistance Centre (TAC) – Americas 1-800-822-7673
Uniformance Help Desk [email protected] +1-403-216-2870
UniSim Support [email protected] 1-800-822-7673
Workcenter [email protected] +1-403-216-2870
Asia Pacific (AP) Technical Assistance Centre (TAC) for Advanced Solutions contacts
Advanced Process Control Support [email protected]
Blending and Movement Automation
Solutions Support [email protected]
Loop Scout Service [email protected]
Solutions Powered by Matrikon [email protected] http://support.matrikon.com
OptiVision Help Desk [email protected] + 358 20752 2300
UniSim Support [email protected]
UniSim Operations Suite (USO) [email protected]
Manufacturing Execution Solutions [email protected]
(Includes APS, BMA, MES, OMPro, AAM and Uniformance PHD)Honeywell Asia Pacific regional GCCC hotlines:Australia [email protected] 1 300 301 135
China: 400-820-0386800-820-0237
India: 1-800 2335051Indonesia: 0018-03-440-212
New Zealand 0800 855 663Malaysia: 1 800-812-674
Pacific (outside Australia and New Zealand) : +65 6787 1788 Philippines: 1-800-1441-0223Singapore: 6823-2215
Taiwan: 0800-666-051Thailand: 0018-004-415-283
europe and Middle east and Africa, (eMeA) Technical Assistance Centre (TAC) for Advanced Solutions contactsAMS Leader, EMEA - Michele Bargiacchi [email protected] Scout Service [email protected] Powered by Matrikon [email protected] http://support.matrikon.comOptiVision Help Desk [email protected] + 358 20752 2300eMeA Advanced Solutions Helpline +32 (0)2 728 2200Advanced Planning & Scheduling [email protected] Process Control [email protected]& OptimizationBlending & Movement Automation [email protected] BusinessFlex, OMPro and AAM [email protected] Training Simulation [email protected] Support [email protected] Production Control Centre [email protected] +47 6676 2180Automation College www.automationcollege.com 1-800-822-7673 For general inquiries emal [email protected]®, BusinessFLEX®, OptiVision®, Profit®, Uniformance® and UniSim® are registered trademarks of HoneywellInternational Inc. © 2012 Honeywell International Inc.
For More Information
For questions, comments or archived copies of the Guardian newsletter, please contact Elaine Harris at
[email protected] or via telephone +1-289-333-1216.Automation & Control SolutionsProcess SolutionsHoneywell1860 W. Rose Garden Lane Phoenix, AZ 85027 Tel: 800-822-7673www.honeywell.com/ps
Advanced Applications: Asset Management• Asset Manager R410• Field Advisor R201Advanced Alarm Management (AAM)• Alarm Configuration Manager (ACM) R320
• UserAlert R320
• Alarm and Event Analysis (AEA) R320
• AAM Suite (ACM, UserAlert, AEA) R320Advanced Planning and Scheduling (APS) • BLEND• RPMS• SAND• ASSAY• Production Analyst
OM Pro 320
• Integrated suite includes Advanced Alarm Management R320 products and Business FLEX R241 products: AlarmConfiguration Manager, UserAlert, Alarm and Event Analysis, Event Monitoring, Operating Instructions, OperationsLogbook, Operations Monitoring, Limit Repository.
UniSim • UniSim Design Suite R410• UniSim Operation Suite R410TurboSuite• Turbo SuiteDocumint/DocuMint Rx• Documint 2.0A4• Documint Rx1.1Business FLeX 241• Ongoing support for Uniformance PHD 215 and PHD 300• Several applications that use a historian now support PI and other OPC HDA-compliant historians in addition to
PHD• Introduced Limit Repository to manage limits from many applications, providing widespread access to limits. Standalone
component that can be used with a variety of Honeywell and non-Honeywell applications.• Enhancements to the Operations Management Suite and to the System Console (supports Business FLEX and OM
Pro 320 applications)• Ongoing support for the Instrumentation System and Automation (ISA) Society’s ISA S95 standard, which enables
communication between the plant and corporate systems using industry-standard, open XML communicationservices.
Blending and Movement Automation (BMA) • Blend Performance Monitor – New• Experion Blend Controller • Experion Ratio Controller – New• Inventory Monitor • Movement Automation • OpenBPC • BMA 400.1 (released October 2011)energy Dashboard 241• Integrated suite to calculate and monitor actual and target energy use. May include Operations Monitoring, Profit
Sensor Pro, UniSim Design, and Workcenter.WorkcenterWeb-Based Visualization Analysis Solutions• Workcenter Release 241Loop Management and Alarm Management Service - Scout Suite• Scout Suite R310 – released January 2010
(Scout Suite is the collective name for Loop Scout & Alarm Scout services)• Loop Scout • Alarm Scout
Solutions Powered by Matrikon
• Matrikon Well Performance Monitor·
OptiVision • OptiVision Release 531• Web Order – Order Entry/Status• OptiVision R531 for Pulp• OptiVision R531 for Tissue• Quality OptiMISER 531• OptiVision Actual Costing R531Profit Suite* Release R410 - current release w/64-bit support* Release R400 - supported releaseUniformance• Advance Formula Manager Release 200• Uniformance PHD
• Release 310• Release 215 – supported release• Release 210 – limited support
• Uniformance Process Studio • Release 300 – released 12/2010
• Uniformance System Monitor Release 101
Current & Upcoming Product Releases
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