Building Automation Knowledge Base

Issue Upgrading  Product Line EcoStruxure Building Operation Environment EcoStruxure Building Operation Cause Guidelines for upgrading to higher releases Resolution Non-Sequential Upgrades: Versions 1.9.1 and Newer Starting in version 1.9.1, non-sequential upgrades can be performed from versions 1.5.X and newer. Please refer to the "Upgrading" section of the Release Notes for the software version you are upgrading to. The "Upgrading" section will direct you to prior release notes that you need to read through before upgrading and point out items with limited runtime compatibility during the upgrade process.  NOTE: If upgrading a system at 1.5/1.6/1.7/1.8 with LON devices, please be aware that there are special steps that must be taken to prepare the database for upgrade. These steps can be found in the Release Notes as well.  Sequential Upgrades: Versions 1.8.1 and Older For versions 1.8.1 and older, the upgrade process is sequential. In other words 1.2.0, 1.3.0, 1.4.0, 1.4.0.4020, 1.5.0, 1.6.1 The upgrade process can be found in the System Upgrade Reference Guide. The primary released versions were 1.0.0.161 1.1.0.362 1.2.0.767 1.3.0.938 1.3.0.10100 SP1 1.3.0.20011 SP2 1.4.0.4020 1.4.1.68 1.5.0.532 1.6.0.250 (RC) 1.6.1.5000 1.7.0.255 (RC) 1.7.1.89 The minimum upgrade path would be: 1.0.0.161 Official Release 1.1.0.362 Official Release 1.2.0.767 Official Release 1.2.0.2207 1.3.0.938 Official Release 1.3.0.10100 1.4.0.4020 1.4.1.68 Official Release 1.5.0.532 Official Release* 1.6.1.5000 Official Release 1.7.1.89 Official Release Note: On one site, the AS would not upgrade from 1.5.0.532 to 1.6.1.5000. Going to the 1.6 RC resolved the issue.   1. In order to upgrade to 1.5 the site must be at 1.4.0.4020 or higher. Some sites may be still running at 1.4.0.818, which was the original 1.4.0 release. Although this is not officially supported and will not be tested, it is likely to experience the same upgrade as one from 1.4.0.4020. 2. An upgrade from 1.4.0.4020 to 1.5 will NOT offer any runtime compatibility, while an upgrade from 1.4.1 to 1.5 will offer runtime compatibility. Consequently, for a site to maximize its operational status through the upgrade, we have two different upgrade scenarios as described below. a. 1.4.0 to 1.5 – this process flow is designed to allow as much of the plant as possible to continue to operate through the entire upgrade. For the first three steps of the process the Enterprise Server will continue to aggregate the alarms from all of the 1.4.0 Automation Server. Once the halfway mark is reached the Enterprise Server can be upgraded and will begin to aggregate the alarms from the 1.5.0 Automation Server.              i. Upgrade one WorkStation in order to be able to communicate directly to any of the 1.5 Automation Server that are upgraded in b below.             ii. Upgrade 50% of the Automation Server             iii. Upgrade Enterprise Server and all but one WorkStation             iv. Upgrade the remaining Automation Server             v. Upgrade the remaining WorkStation b. 1.4.1 to 1.5 - In this process, we can take advantage of the support for runtime compatibility and the Enterprise Server will receive alarms from both the 1.4.1 and the 1.5 Automation Server.             i. Upgrade Enterprise Server and all but one WorkStation which can be used to talk directly to unupgraded Automation Server if configuration changes are needed             ii. Upgrade Automation Server             iii. Upgrade final WorkStation Note: some sites have experienced issues with the ES restart after upgrade because of the .Net Framework 4.5 upgrade and port 80 usage. Adjusting this port to an available port resolves the problem. The conversion log may indicate an upgrade warning similar to warning shown below, this warning can be safely ignored, and furthermore the upgrade program corrects the problem in the 1.5 database.           :02:11  WARNING:      Property PFE202_PF601.SI in (~/BACnet/Application/ELE/GRAPHIQUES/ECLUSES CD S4/PORTES_CE_S4) is not defined in the new system, skip           PFE202_PF601.SI. <script src="chrome://dce.addin/content/content_javascript.js"> </script>

Issue Documentation on the MSC-MPC Microsmart controller and its associated modules. Product Line TAC I/A Series Environment Microsmart controller MSC-MPC MPC-4AO MPC-8AI MPC-2PO MPC-SSR MPC-4CO Cause Obsolete controller Resolution Click here to view the installation instructions on the MSC-MPC. Click each associated module part number below to view its installation instructions: MPC-4AO MPC-8AI MPC-2PO MPC-SSR MPC-4CO

Issue TGML pages are slow to load in Workstation TGML objects are not responsive Product Line EcoStruxure Building Operation Environment EcoStruxure Building Operation TGML Cause The driver of the graphic card is outdated or not supported. Resolution Visit the webpage of the PC's brand and update the driver for the graphic card.

Issue The following issues have been found to occur due to the Windows 7 User Account Control Settings: When starting I/NET, receive an error message indicating, "This is an unregistered version of I/NET.  Please contact TAC to register this copy of I/Net." DBCreate does not accept Windows Authentication login.  It only allows access to DBCreate using the SQL Server authentication login option. Login Issue with SevenReports (Crystal Reports)  Product Line TAC I/NET Environment I/NET Seven 2.4x Windows 7  Windows 10  Cause The User Account Control Settings appears to block access to these files required by the I/NET applications. Resolution Set the User Account Control Settings to "Never notify". Go to Windows Start Icon In the Search prompt, type in User Account - Select the option "Change User Account Control settings" from the Control Panel options shown below: The default setting is shown. Change this setting to "Never notify." You will be presented with the following confirmation - Select Yes Restart your PC Test the issue and re-install I/NET (a repair may be adequate) if the issue remains before contacting support.  This setting is only required to be done once for all users on the PC.

Issue The following error message appears when trying to change the system security settings of an Enterprise Server in Webstation:   An error has occurred Object protected ~/System/Security Manager/Global Security Settings     In Workstation the same settings are disabled (greyed out) and cannot be edited at all:   Product Line EcoStruxure Building Operation Environment Building Operation Enterprise Server Building Operation Webstation Building Operation Workstation Cause The probable cause of this issue is that the Enterprise server is part of an EC - ES multiserver system setup. Then some settings are in a Lead - Shadow relationship and can only be controlled from the top EC (Enterprise Central) server. Resolution Edit these settings on the top Enterprise Central server.

Issue Graphics are not displayed via the WebStation. Product Line EcoStruxure Building Operation Environment EcoStruxure Building Operation WebStation Graphics Trends Display issues Long hyphen # character Cause When a graphic is requested on a Building Operation Webstation, it is not displayed. The display will remain blank. Resolution Try the following steps below to correct the WebStation loading issue. Check the file size of the graphic page. If the TGML graphic size is too large it can have issues loading in WebStation. Majority of the times it is due to an image that is too large such as a floor plan.  If a graphic, or trend chart object, is created through a EcoStruxure Building Operation WorkStation and its name contains a "long hyphen", the graphic and trend chart objects cannot be viewed through WebStation. The long hyphen is not a supported character. When creating object names do not use the long hyphen (—) only use the short hyphen if required (-) If the version being used is 1.3, upgrading to 1.4.1x may resolve the issue. Check the name of the AS, an unsupported character may have been used e.g.#, to resolve, remove the character.

Issue Graphics appear fine when viewed from WorkStation, but when a web browser (WebStation) is used to view the AS, dark lines appear across portions of the graphic. Some objects with transparent backgrounds (fill set to "None") may appear with a grey background when viewed through a web browser. Product Line EcoStruxure Building Operation Environment AS TGML Graphics WebStation Cause WebStation is less forgiving of some improper configuration settings than WorkStation. Objects attributes must follow proper syntax for Fill, Stroke, or Visibility. Resolution Open the graphic page in the TGML viewer Change lines, borders, and fills to some other value (black, for example) Change the attribute back to the desired setting (Visibility = Hidden or Fill = None) Save the graphic The improperly formatted attributes should be overwritten with the correct syntax and the graphic appears as desired in both environments.

Warning Potential for Data Loss: The steps detailed in the resolution of this article may result in a loss of critical data if not performed properly. Before beginning these steps, make sure all important data is backed up in the event of data loss. If you are unsure or unfamiliar with any complex steps detailed in this article, please contact Product Support for assistance. Issue When EBO servers (ES & AS) no more need to keep the unnecessary TrendLog objects, the obsolete objects need to be deleted from EBO servers, and their log data need to be removed from the Extended Log Storage (PostgreSQL/TimescaleDB) server as well.  Product Line EcoStruxure Building Operation Environment Building Operation Enterprise Server Building Operation Automation Server External Log Storage PostgreSQL (pgAdmin 4) TimescaleDB  Cause Deleting the obsolete TrendLog objects from EBO servers does not remove the old log data of the obsolete TrendLogs left in the PostgreSQL/TimescaleDB database. Resolution Once the obsolete TrendLog objects are deleted from EBO servers, their log data are no longer saved in the PostgreSQL/TimescaleDB. The next task is removing the old log data left in the PostgreSQL/TimescaleDB database.   1. As always, backup current EB & AS’s databases from EBO workstation.   2. As always, backup the current PostgreSQL/TimescaleDB database and save to a safe location. Backup the “ebo_db” from the PostgreSQL/TimescaleDB server using the pgAdmin 4 (refer to https://www.pgadmin.org/docs/pgadmin4/development/backup_dialog.html , or refer to page 8 “Backup” section of the “EBO External Log Storage Installer.pdf” document for detail).  3.Remove the obsolete TrendLog from the PostgreSQL/TimescaleDB database (the “ebo_db”). Method_1: Delete the EBO TrendLog object from ES & AS’s & TimescaleDB using EBO workstation. (1) From the EBO workstation, expand the folder (location) of the TrendLog object, and delete the TrendLog object. (2) From the EBO workstation, go to the TimescaleDB folder (/Server 1/System/External Log Storage/TimescaleDB/Trend /Logs/Tree View), and delete the Trendlog object from PostgreSQL/TimescaleDB database. (3) Verify the TrendLog disappears from both the EBO and the PostgreSQL/Timescale DB.   Method_2: If the above Method1 takes a long time to complete, you can delete the TrendLog objects from PostgreSQL/TimescaleDB database directly.  (1) From the EBO workstation, expand the folder (location) of the TrendLog object, and delete the TrendLog object. (Same as item (1) of the above Method_1) (2) From the PostgreSQL/TimescaleDB server, run the pgAdmin 4, select the “ebo_db”, open the “Query Tool”, and execute the below scripts: Find the ID of the obsolete TrendLog from the trend_meta table. Select Externallogid, source from trend_meta where sources like '%TrendLog Name or Path%' Remove the TrendLog from the 2 tables using the above found Externallogid as below. Delete from trend_data where externallogid = 1234567890 Delete from trend_meta where externallogid = 1234567890 (3) Verify the TrendLog disappears from both the EBO and the PostgreSQL/Timescale DB.  

Warning Potential for Data Loss: The steps detailed in the resolution of this article may result in a loss of critical data if not performed properly. Before beginning these steps, make sure all important data is backed up in the event of data loss. If you are unsure or unfamiliar with any complex steps detailed in this article, please contact Product Support for assistance. Issue After deleting unnecessary TrendLog objects from EBO and their logged data from the Extended Log Storage (PostgreSQL/TimescaleDB) by selecting the “Clear log” from the System folder (i.e.: Server1/System/Extended Log Storage/TimescaleDB/Trend/Tree View/…”), the Windows still shows the same free disk space size as it was before the deletion. Product Line EcoStruxure Building Operation Environment Building Operation Enterprise Server Building Operation Automation Server External Log Storage PostgreSQL (pgAdmin 4) TimescaleDB  Cause PostgreSQL databases require periodic maintenance known as vacuuming for Windows to recover or reuse the freed-up disk space occupied by PostgreSQL/TimescaleDB. Resolution There are two variants of VACUUM: standard VACUUM and VACUUM FULL.  VACUUM FULL can reclaim more disk space but runs much more slowly.  VACUUM FULL requires an exclusive lock on the table it is working on, and therefore cannot be done in parallel with other use of the table. Refer to the documentation mentioned at  https://www.postgresql.org/docs/9.5/routine-vacuuming.html  before performing the VACUUM command.   Below is an example of the procedure to get the freed-up disk space occupied by PostgreSQL/TimescaleDB back to Windows.   1. Back up the current PostgreSQL/TimescaleDB database and save to a safe location. Backup the “ebo_db” from the PostgreSQL/TimescaleDB server using the pgAdmin 4 (refer to https://www.pgadmin.org/docs/pgadmin4/development/backup_dialog.html , or refer to page 8 “Backup” section of the “EBO External Log Storage Installer.pdf” document for detail).   2. Stop the External Log Storage from EBO. Open the Properties of the TimescaleDB object (/Server/System/External Log Storage/).\ Remember (take a note) the current value settings of the “Host Address” & the “Database Name” attributes. Change them to the wrong value (or clear them) so that EBO fails to connect to the PostgreSQL/TimescaleDB server. Repeat the above operation for all the other servers (AS’s) that are enabled/connected to the PostgreSQL/TimescaleDB server.   3.Delete the old logs from the PostgreSQL/TimescaleDB database (the “ebo_db”). Run the pgAdmin 4, select the “ebo_db”, open the “Query Tool”, and execute the below scripts:   Delete from trend_data where DATE_PART('day', now() - timestamp) > 365   Delete from event_data where DATE_PART('day', now() - timestamp) > 365   4. Vacuum the Database with Full option. From the same Query Tool on the “ebo_db”, run the below command: Vacuum Full Wait until it completes (this may take a while depending on the number of old logs that have been deleted from the tables).   5. Start the External Log Storage from EBO. Open the Properties of the TimescaleDB object (/Server/System/External Log Storage/). Set the value of the “Host Address” & the “Database Name” back to the correct value, so that the EBO server successfully connects to the PostgreSQL/TimescaleDB server. Verify the EBO server is connected to the PostgreSQL/TimescaleDB server, and it works normally.    Repeat the above operations for all the other EBO servers (AS’s) that were disabled/disconnected from the PostgreSQL/TimescaleDB server.  

Issue What resources are available to get more information on the Modbus protocol? Product Line Andover Continuum,EcoStruxure Building Operation,Field Devices,Satchwell BAS & Sigma,Satchwell MicroNet,TAC IA Series,TAC INET,TAC Vista Environment Modbus ASCII/RTU Modbus TCP/IP Cause The Modbus protocol information is available on www.modbus.org Use the menu on the left and select Technical Resources. Select the Modbus Specifications. Resolution Found on www.modbus.org are the protocol specifications: Modbus ASCII/RTU Modbus TCP

Issue VTRA Valve Body requires replacement due to obsolescence. Product Line Field Devices Environment VTRA 3-port Mixing Valve Body Cause Obsolescence of VTRA Valve Body Resolution VTRA Valve Bodies are obsolete and have been for many years. VTRA Valve Bodies were available with either Flanged or Screwed connections.  Details of the various size / connection combinations available appear VTRA Specification Sheet. REPLACEMENT OF VTRA FLANGED CONNECTION VALVE BODY A replacement for the VTRA Flanged Valve Body (32-80mm) may be selected from the VTRE range of Flanged Valve Bodies, see VTRE S-E Specification Sheet for more datails. N.B. It should be noted that the VTRE Valve Body is rated PN6 whereas the VTRA was rated PN10. The VTRE Flanged Valve Body may be operated by the EM9 Actuator, see Alternatively the VTRE Flanged Valve Body may be operated by the M9B Actuator, See EM 9 Specification Sheet for more details. No Linkage Kit is required to mount the EM9 or M9B Actuator on the VTRE Valve Body. Alternatively a replacement for the VTRA Flanged Valve Body (65-80mm only) may be selected from the the S-E VG311F and V321 3-Port Flanged Valve Bodies, more details can be found in the Venta VG311F 65-150C Specification Sheet and the Venta V321 Specification Sheet N.B. It should be noted that the S-EVG311F and V321 Valve Body are rated PN16 whereas the VTRA was rated PN10.   REPLACEMENT OF VTRA SCREWED CONNECTION VALVE BODY A replacement for the VTRA Screwed Valve Body (15-50mm) may be selected from the MB range of Screwed Valve Bodies, see the MB/MBF data sheet for more details. The MB Screwed Valve Body may be operated by the MD10B series Actuator, see the MD10B specification sheet for more details. Alternatively the MB Screwed Valve Body may be operated by the MD10A Actuator, see the MD10A specification sheet for more details.  

Issue First Day of Week is incorrect Product Line EcoStruxure Building Operation Environment Building Operation WorkStation Building Operation  WebStation Cause Calender/Schedule has the week starting on Sunday/Monday and the first day of the week in my region is Monday/Sunday. Resolution WorkStation Exit the Building Operation WorkStation. In the Operating System for Windows, select Start - Control Panel - Clock Language and Region. In Region and Language on the Formats tab, find First day of week and adjust to your regions choice: Open up Building Operation WorkStation and see your calendar changes the first day of the week to match your choice: WebStation Navigate to web_root/localization folder under the ES and find the Local-en.US.js.gz file to edit Using WordPad++ below I find the "First_Day_Of_Week" as shown below and change from "1" to a "2" then save, and using my zip software, I save to format gzip. Notice in the above screenshot the renamed OLDlocal-en-US.js.gz and the new one is in place. Now you can see in WebStation the first day of the week is Monday rather than Sunday

Issue How to calculate wet bulb temperature from a temperature sensor and humidity sensor Product Line Satchwell BAS & Sigma Environment Satchwell BAS & Sigma Cause How to calculate wet bulb temperature from a temperature sensor and humidity sensor? Resolution For an exact answer, the dew point and barometric pressure are also required. However a reasonably accurate answer can be derived from a temperature sensor and humidity sensor, as follows: In the 1st example, the pressure can either be taken as an input, or a constant can be used. the constant will normally be derived locally or the 1006mBars can be used.  Example 1. tw = t * (0.45 + 0.006 * Rh * sqr(p/1060)) Where tw = wet bulb temperature (Celsius degree) t = dry bulb temperature (Celsius degree) Rh = relative humidity (%) The BAS or Sigma programmable object would be: 10 XFlo = 0.000000 20 YFlo = 0.000000 30 XFlo = XFlo + ( SQRT ( 1006.00 / 1060.00 ) ) 40 YFlo = YFlo + ( 0.00600000 * POINT 0|50 * XFlo ) 50 YFlo = 0.450000 + YFlo 60 YFlo = POINT 0|49 * YFlo 70 RETURN VIA TEXT 101 VALUE YFlo P0|49 is the temperature sensor (Celsius degree) P0|50 is the humidity sensor 1006 mbars sample pressure which is the standard used in the formula below. This can be substituted for either a sensor or another reading. Example 2. In the range Tdry bulb = 15..40[deg C] and rh = 10...90[%] the Twet bulb[degC] can be calculated at P=1006[mbar] with max relative error ~ 6% . For lower Tdry and rh the relative error will be higher. Twet bulb= (A * Tdry) + (B * rh) + (C * Tdry^2) + (D * rh^2) + (E * Tdry * rh) + F where A=5.391260E-01 B=1.047837E-01 C=-7.493556E-04 D=-1.077432E-03 E=6.414631E-03 F=-5.151526E+00 ^2=squared The BAS or Sigma programmable object would be: 10 XFlo = 0.000000 20 XFlo = XFlo + ( 0.539126 * POINT 0|49 ) 30 XFlo = XFlo + ( 0.104784 * POINT 0|50 ) 40 XFlo = XFlo + ( - 0.000749356 * POINT 0|49 * POINT 0|49 ) 50 XFlo = XFlo + ( - 0.00107743 * POINT 0|50 * POINT 0|50 ) 60 XFlo = XFlo + ( 0.00641463 * POINT 0|49 * POINT 0|50 ) 70 XFlo = XFlo + - 5.15153 80 RETURN VIA TEXT 101 VALUE XFlo P0|49 is the temperature sensor (Celsius degree) P0|50 is the humidity sensor

Issue Satchwell ALE series Linear Actuator requires replacement. Product Line Field Devices Environment Satchwell ALE series Linear Actuator installed on Satchwell MJF, MZ, MZF, VJF, VSF, VZ or VZF series Plug and Seat Valve Body.  Actuator type :- ALE series.  Cause Obsolescence of Satchwell ALE series Linear Actuator. Resolution Replace Satchwell ALE series Linear Actuator with Schneider Electric M800 Linear Actuator and Linkage Kit :-   Linkage kit to mount a M800 actuator to a Satchwell valve (MZ,MZF, VZ, VZF, VSF and MJF) = L2SV Replace ALE Actuator with M800 + L2SV combined part number 880-0650-000 Replace ALE with Auxilary Switch kit with M800-S2 + L2SV combined part number 880-0651-000 Just linkage kit = 880-0124-000 Just M800 = 880-0310-030 N.B.  Should the Satchwell ALE series Actuator include a wired Auxiliary Switch then the following Accessory should also be installed on the S-E M800 Actuator as appropriate :-  S2 - Two independent 24 volt 4amp AC-1 rated SPDT Auxiliary End Point Switches. (880-0104-000)   Particular care should be taken when selecting an Schneider Electric Forta M800 Actuator to replace an existing Satchwell ALE series Actuator. The Schneider Electric Forta M800 Actuator may be used to replace an existing Satchwell ALE series Actuator but it should be noted that where an existing Satchwell ALE series Actuator has been connected directly to a Satchwell Controller, an independent Transformer rated to provide the greater level of power required by a single Schneider Electric Forta M800 Actuator (50VA) will also be required. (e.g. Schneider Electric Transformer Type TR60)   Where an existing Satchwell ALE series Actuator has been connected via an independent Transformer, it is possible that the Transformer may have been rated to provide the level of power required by a single ALE series Actuator (9.5VA) only.   In such circumstances the existing independent Transformer may also require replacement by another independent Transformer, rated to provide the greater level of power required by a single Schneider Electric Forta M800 Actuator (50VA) (e.g. Schneider Electric Transformer Type TR60) Details of the Schneider Electric M800 Actuator may be viewed here Details of the Schneider Electric TR60 Transformer may be viewed here

Issue EcoStruxure Building Operation Automation Server, Enterprise Server and BACnet object names limitation Dragging converted I/NET TGML graphics into Workstation causes Workstation to crash with following message: Exception message: Object reference not set to an instance of an object. System.NullReferenceException: Object reference not set to an instance of an object. at SE.WorkStation.Base.Windows.Views.TgmlFileDropHandler.Drop(FileInfo, Path, IOperationContext, IProgressInfo) at SE.WorkStation.Base.Windows.Views.FileDropCoordinator.ExecuteDrop(Path, IList`1, IProgressInfo) at SE.WorkStation.Base.Windows.Views.<>c__DisplayClassd.b__9(IProgressInfo) at SE.WorkStation.Framework.Services.<>c__DisplayClass1.b__0(IProgressInfo) at SE.WorkStation.Framework.ProgressIndication.ProgressActionOperation`2.Run(IProgressOperationInternal, IProgressResult, IProgressOperationInfo) at SE.WorkStation.Framework.Services.ProgressItem`1.b__1a(Task) at System.Threading.Tasks.<>c__DisplayClasse`1.b__d() at System.Threading.Tasks.Task`1.InvokeFuture(Object) at System.Threading.Tasks.Task.InnerInvoke() at System.Threading.Tasks.Task.Execute()  Product Line EcoStruxure Building Operation Environment Building Operation Workstation Cause The number of characters and the use of special characters in a EcoStruxure Building Operation object name and EcoStruxure Building Operation BACnet objects names Resolution Refer to the Webhelp Object Names topic for information on naming restrictions The statements in Webhelp also apply to EcoStruxure Building Operation BACnet objects unless is it a Continuum b3 object.  If you are creating a Continuum b3 object etc., the b3 object display name is limited to 16 characters consisting solely of letters, digits, and underscores (as per Continuum limitation). Basically, any objects you create for Continuum, for example, a 'BACnet Analog Input (Continuum)' will be subjected to the Continuum limitation. If you add a standard 'BACnet Analog Input' into an Automation Server or an Enterprise Server, then it is not limited by the Continuum limitation of 16 characters. The most common issue when bringing I/NET TGML converted graphics into Workstation is not checking for spaces at either the beginning or end of the converted file name.  Make sure there are no spaces (white space) before or after any characters of the file name before copying into Workstation.

Issue Displaying Automation Server status on a graphic page Product Line EcoStruxure Building Operation Environment Building Operation Workstation Building Operation Webstation Automation Server Cause The online / offline status of an Automation Server can be viewed in the Workstation System Tree (Servers folder). However, there is currently no 'built in' method of displaying the Automation Server status on a graphic page.  Resolution There are two possible ways to workaround this   Within TGML Bind any Automation Server attribute that is shown only when the Automation Server is online (such as DateTime) and convert the status either by TGML script or a ConvertStatus element. See the attached example.   Using a script program We can create a point in the Automation Server and use another server to monitor this point. Below is an example of using the Enterprise Server to monitor an Automation Server.  Create a value point in the Automation Server. In this example, I have created an Analog Value point and set it to a value of 88.8. This value does not really matter but I have set to this value for easier recognition. Create a value point in the Automation Server. In this example, I have created an Analog Value point and set it to a value of 88.8. This value does not really matter but I have set to this value for easier recognition 1. Create a value point in the Automation Server. In this example, an Analog Value point (named 'Status')is created and set to a value of 88.8. The value set does not matter. It has been set to 88.8 for easy recognition.    2. In the Enterprise Server, create a new Program point (named 'Monitor AS' in this example) with the following codes.  Numeric Input In1 String Output Out1 Numeric Output Out2 Out2 = In1 If In1.Offline = true then Out1 = "Offline" else Out1 = "Online"   3. Edit the binding of the Script program and bind 'In1' to the Value Point that was created in the Automation Server.    4. When the Automation Server loses connectivity to the Enterprise Server, the Out1 output of the Script program will show 'Offline'. You can then bind this to a graphic page.

Issue What is throttling range? Product Line TAC I/A Series Environment I/A Series controllers Cause Setting a proper throttling range will allow for more accurate control of external actuators and devices. Resolution Throttling range is the amount of change in the process variable that is necessary to cause the controller output to change from 0 to 100%. The controller output may be 4-20mA, a voltage range, or pressure range.

Issue Satchwell MZF 3-Port Flanged Valve Body requires replacement. Product Line Field Devices Environment Satchwell 3-Port Plug and Seat Flanged Valve Body MZF MZF3729 MZF3779 MZF3854 MZF3904 MZF3958 Cause Obsolescence of Satchwell MZF 3-Port Flanged Valve Body Resolution A number of alternative Schneider Electric 3-Port Flanged Valve Bodies are available to replace existing Satchwell MZF 3-Port Flanged Valve Bodies. Suggestion 1 Replace Satchwell MZF 3-Port Flanged Valve Body with S-E VG311F 3-Port Flanged Valve Body of appropriate size N.B. Existing Satchwell Actuator installed on MZF 3-Port Flanged Valve Body may be retained for installation on replacement Schneider Electric 3-Port Flanged Valve Body. In such instances a Schneider Electric L9TVG Linkage Kit will additionally be required. Alternatively an Actuator from the Schneider Electric range of Actuators may be installed on the VG311F 3-Port Flanged Valve Body, in which case no additional Linkage Kit will be required. Suggestion 2 Replace Satchwell MZF 3-Port Flanged Valve Body with S-E V321 3-Port Flanged Valve Body of appropriate size N.B. Existing Satchwell Actuator installed on MZF 3-Port Flanged Valve Body may be retained for installation on replacement Schneider Electric 3-Port Flanged Valve Body. In such instances a Schneider Electric L8TV Linkage Kit will additionally be required. Alternatively an Actuator from the Schneider Electric range of Actuators may be installed on the V321 3-Port Flanged Valve Body, in which case no additional Linkage Kit will be required. IMPORTANT NOTE It should also be noted that the face to face dimensions both of the Schneider Electric VG311F and V321 3-Port Flanged Valve Bodies differ to that of the Satchwell MZF 3-Port Flanged Valve Body Similarly, the centre line to bottom of third port dimensions both of the Schneider Electric VG311F and V321 3-Port Flanged Valve Bodies differ to that of the Satchwell MZF 3-Port Flanged Valve Body As a result alterations to the pipework connected to the MZF 3-Port Flanged Valve Body will be required. Details of the Satchwell MZF 3-Port Flanged Valve Body may be viewed here. Details of the Schneider Electric VG311F 3-Port Flanged Valve Body may be viewed here. Details of the Schneider Electric V321 3-Port Flanged Valve Body may be viewed here. Details of the Schneider Electric L9TVG Linkage Kit may be viewed here. Details of the Schneider Electric L8TV Linkage Kit may be viewed here. 

Issue Receive “Timeout while waiting for server to get ready” error when starting PCT Product Line EcoStruxure Building Operation, Project Configuration Tool Environment Project Configuration Tool, PCT Cause PCT can't reach DHCP-server from the virtual machine. Resolution To configure a port group or virtual switch to allow promiscuous mode: 1.Log into the ESXi/ESX host or vCenter Server using the vSphere Client. 2.Select the ESXi/ESX host in the inventory. 3.Click the Configuration tab. 4.In the Hardware section, click Networking. 5.Click Properties of the virtual switch for which you want to enable promiscuous mode. 6.Select the virtual switch or port group you wish to modify and click Edit. 7.Click the Security tab. 8.From the Promiscuous Mode drop  down menu, click Accept. Note: The setting on the port group overrides the virtual switch setting. For more information, see How promiscuous mode works at the virtual switch and portgroup levels (1002934).  

Issue Solid red light Blinking red light Blinking green light Product Line TAC Vista Environment Xenta Programmable Controllers Xenta 280, 281, 282, 283, 300, 301, 302, 401, 401:B Cause The indicator lights on the face of the Xenta controllers can help explain the state of the controller with different actions.  Resolution There are two LED indicators – one red and one green on the Xenta programmable controllers.   The red service diode is primarily an error indication. It also lights up if the Service pin is activated. A solid red light usually indicates that the hardware has failed.  Please see a few simple steps to deactivate the solid red light below. Use a reset dongle to wipe the controller then reinstall the firmware and menta program. If the controller is the group master you might try to assign a different controller to group master.  This method has not been proven but has worked before during internal testing. NOTE: The hardware may need to be replaced if the solid red light continues after these steps. If the red indicator light is blinking once per second this will indicate a non-configured node. If the controller has been commissioned you might try to decommission the controller and try again. If the red indicator light is off this would indicate that it has been commissioned and added properly to the network.  You should not see the red indicator light if the controller is working properly. The green status diode blinks once per second to indicate that the program is running properly.