Building Automation Knowledge Base

Issue What are the solutions available for database fail over system Environment Continuum Cyberstation Stratus Technologies Cause Information about Database fail over / redundant systems. Resolution The everRun product  from StratusTechnologies (formerly Marathon Technologies) is what many sites use for a database fail over system. You can find more information in the everRun Datasheet and on their website below. http://www.stratus.com

Issue When swiping / presenting a card to a Wiegand card reader in Continuum it does not open the door..  When opening a Listview of Events the log shows "Card Bad Parity" or it reads an incorrect card number using Custom Wiegand. Product Line Andover Continuum Environment CyberStation all versions, with any of the Access Controllers - ACX700, ACX780, ACX57xx, NetControllers with any of the AC1 module range. Cause This fault is caused by incorrect wiring to the reader or choice of a 3rd party reader that is not compatible with Continuum. Resolution When wiring between a controller and a Wiegand card reader, all wires must be connected straight through to the corresponding terminal. Data1 to Data1 Data0 to Data0, Gnd to Gnd ..............etc. See relevant controller installation guide for further details on reader wiring and cable types. On HID readers be sure to wire between the two Data 1 terminals and the two Data 0 terminals. Do not refer to the Clock and Data legend that is also on the controllers and many readers, as this is only used for ABA data connections. When using a separate Power supply for the reader, the 0V (Ground) terminal must still be connected back to the controller GND terminal to ensure both devices are working from a common ground potential. When testing out cards and readers always use a Listview showing a relevant Event log, as this will provide more information than the event view from the Door editor itself. To assist with troubleshooting data reads by the controller especially when using Custom Wiegand for non standard Continuum formats: Select only Custom Wiegand in the Door configuration. Rename the "AccessFormat" array if one has been created. Present a card to the reader. Check the Listview for Events as this will show the raw binary data string the controller is receiving. Compare raw binary data against the expected data from the reader used.

Issue How to configure Custom 37-Bit as well as Infinity 37-Bit Card Format Product Line Access Expert Environment Access Expert Server 2012 and Above Version 2 Version 3 Hosted  Premise Cause When configuring Custom 37-Bit as well as Infinity 37-Bit Card Formats, the settings are different based on the Facility Code, Card Length and Card Formats. The HEX code generated in Live Monitoring can be deciphered to get the correct set of values required to make this work for your application. If you are unable to do so, please contact PSS and open a ticket so that they can help. Resolution The following settings on the screen shots show how to configure Custom, HID Formats and Infinity 37-Bit Formats, please pay attention to the one that will work for your specific application: Open and log on to the respective Access Expert Instance Select the tab Access Configuration to create a new Card Format Name the format accordingly in the description field, this can be used for Infinity 37-Bit if so desired Add the card range by clicking on the page Icon on the Number Range There is a Standard, HID Managed 37-Bit (not Infinity 37) in the drop down in the Card Format Presets This can be used by default but if you have a Custom 37-Bit Format and the Facility Code is known, however the Start Bit and Length will be different. An Infinity 3 Bit Format will use the Parity Bits Create the new format per the screen shots and configure accordingly. Once complete, click on Save or Save and Close, reboot the controller.

Issue How to change the CX level controllers message count to improve I2 Infinet communications. Throttling adjustments using accinfoframe1 and accinfoframe2. Product Line Andover Continuum Environment accinfoframe, accinfoframes, acc info frame Continuum Cyberstation CX 9680 Infinet I2 bus Cause Improve I2 communications on the infinet bus. Changing the CX level controller's message count on the Infinet bus to improve alarm delivery and exported data times when heavy polling is occurring. Resolution TPA-BOST-00-0004.00 describes several fixes, including one that improves field bus with heavy traffic. One of the fixes speeds up graphics and field bus reloads. With the latest version of the firmware the ability to throttle the number of messages during token passing has been added. This will allow a variable to adjust an Infinet bus based on the amount of traffic a particular bus is experiencing. With the latest firmware versions 2.100028, 2.000030 for the Netcontroller 9680 there are variables that can be used to adjust the number of messages per token pass. This is very similar to the MaxInfoFrames setting on Bacnet the devices; we'll call them “accinfoframe” for this document and examples. The value can be adjusted for values of 1-128. Since the TPA was issued, the value is defaulted to 128 and if no accinfoframe variable is created the default value is 128. In order to have the ability to adjust the number of messages in the supported controllers, an infinity numeric needs to be created in the CX/BCX. The name of the variable has to be correctly spelled but is case insensitive. The names are accinfoframe1 and accinfoframe2. Accinfoframe1 will be the setting for comm1 one and accinfoframe2 will control the setting for comm2. When configuring accinfoframe1 or accinfoframe2, make sure to select the SetPoint and back up the flash on your controller, so that you retain the settings in case of power failure. Example of when to use throttling: There will be instances where the accinfoframe variables will need to be throttled. For instance, lets theorize a site “ChillerPlant” and the ChillerPlantCX(9680) has 100 infinet controllers located on Comm1. In our scenario we have 3 workstations each running a graphic polling 2 points(200 points) from each Infinet controller and we are running listviews of infinitynumerics on 8 of the Infinets controllers or perhaps hundreds of points that are being collected for extended logging. As one might think, communications would begin to slow down when polling for values on approx 600 points not to mention the point to point communications of the listviews and extended logs. With all of this traffic, the CX will dominate the network token. Since it can do 128 messages when it receives the token and it receives the token between every Infinet, the token round time can go into minutes. This means that the Infinet controllers can take minutes to deliver alarms and exported data. Another potential scenario is if one selected 4 Infinet controllers to reload, the bus may very well be overloaded at this time and may be receiving errors on the reloads in the distribution window. One of the error messages that could be expected is “Unable to reload object CarlNet\My_9680\My_I2_814\Num_1. An invalid response was received from a remote service request.” In this example we could create a infinity numeric on the CX named accinfoframe1(for Comm1) and start to reduce the number of messages CX would generate before passing the token. On the other extreme, if the ACCInfoFrame setting is set too low, such as to 1 as in the earlier versions of Netcontroller II firmware, this extreme traffic could cause such issues as extreme slowness of graphics and listview updates, Extended logging not being capable of retrieving the required data at the required intervals, and possibly the Infinet controllers randomly appearing to be offline to the system. In the example above the question is “What value should the accinfoframe1 be set to?” The answer entirely depends on how much traffic is on the Infinet bus. How many extended logs, how many listviews, how many graphics, alarms and Plain English programs are creating traffic on the bus? The quick way out here would be set the accinfoframe1 to a value of 1. We know for a fact that this would slow the bus down, and you might want to increase the number to 5. As mentioned this is all dependent on the amount of traffic on the Infinet bus. Or we could take a more in depth approach and find out what the token round time is on the bus and adjust our accinfoframe1 based on token round time. We could create the following points. TOKEN ROUND TIMER PROGRAM InfinityNumeric MaxTokenItem InfinityNumeric MaxTokenRound InfinityNumeric TokenRoundTime Logsize:100 Logtype: LogMaximum InfinityProgram TokenRoundCalc InfinityDateTime LastDateExport Program code: Initialise: LastDateExport = PointMapsTests\Infinity2\i2_851\Date Goto DoTokenRoundCalc DoTokenRoundCalc: If LastDateExport <> PointMapsTests\Infinity2\i2_851\Date then TokenRoundTime = (PointMapsTests\Infinity2\i2_851\Date - LastDateExport) – 1 LastDateExport = PointMapsTests\Infinity2\i2_851\Date Endif MaxTokenRound = maximum(TokenRoundTime) MaxTokenItem = maxitem(TokenRoundTime) E: If TS >= 5 then Goto Initialise The program and points above created in the CX will allow the token round time to be captured and one could essentially get very creative and change the accinfoframe value dynamically through Plain English programming. For these examples we just want to find out the token round time and manually adjust the accinfoframe1 variable to avoid any reload errors. The TokenRoundTime, MaxTokenRound and MaxTokenItem numerics can be added to a watch window or a graphic to visually monitor the TokenRoundTime. If you see that your TokenRoundTime is 5, 10 15 seconds, this is an indication you need to reduce the accinfoframe1 value. As a rule of thumb a TokenRoundTime of less then 2 seconds is acceptable, while keeping the TokenRoundTime below 0.7 seconds is ideal.

Issue The ACX 57xx series controller supports up to 2 xP or xPB (bi-directional) expansion modules, plus a display for extended input and output configurations. The ACX 57xx series controller is compatible with all of the TAC expansion modules. For more information about expansion modules, see the xP Expansion Module Reference, 30-3001-840 and/or the xPB Expansion Module Reference, 30-3001-883. What are the valid channel numbers for expansion IO on the ACX5740/5720? Environment CyberStation ACX5740 ACX5720 Cause The expansion IO channel number assignments is different in the ACX5720 due to the fact that it has only half the onboard IO as the ACX5740 Resolution The ACX5740 has 12 onboard inputs and 4 onboard outputs, therefore the first expansion input channel is 13 and the first expansion output channel is 5 The ACX5720 has 6 onboard inputs and 2 onboard outputs, therefore the first expansion input channel is 7 and the first expansion output channel is 3

Issue Are 64-bit operating systems supported on the Andover Continuum product line? Product Line Andover Continuum Environment CyberStation webClient Cause Compatibility requirements for Andover Continuum with 64-bit operating systems Resolution Release 1.93 and earlier: For all machines with CyberStation or webClient software installed, only operating systems running in 32-bit environments are supported. 64-bit environments are not supported.  However, for the Database Server on a LAN system where no Cyberstation or webClient software is installed, a 64-bit version of Windows Server 2008 (SP2) or Windows Server 2008 R2 may be used on systems running V1.92 and above. These will also require Microsoft SQL 2008 running in 64-bit mode. Release 1.94 and later: Release 1.94 supports 64-bit Operating Systems, however, Microsoft recommends the 32-bit version of Office 2010 because it prevents potential compatibility issues with other 32-bit applications, specifically third-party add-ins that are available only for 32-bit operating systems. Please refer to the release notes for compatibility notes in specific versions.

Issue How should I engineer my BACnet project? What are some of the pitfalls and what is best practice? What work can be done offline in the office prior to going to the jobsite and what has to be completed when online on site? Product Line Andover Continuum Environment Continuum BACnet systems Cause There are multiple ways to engineer a system. Often project timescales do not allow for all of the engineering to start after the system goes live on site.  Resolution Engineering Continuum BACnet Systems V5.pdf is designed to provide guidance for the Sales and engineering teams when designing a BACnet system. It details how to engineer some of project tasks offline and what must be done at the job site. Then a Hints and Tips section gives further assistance with links to other helpful articles.

Issue USB-serial adapter recommended for use with DMS Operator interface (OPRIF)  version 11.6.  Environment DMS OPRIF 11.6, DMS-350A and DMS-3500 Cause Lack of serial port on PC. Resolution We recommend the IOGEAR model GU232A. (This is the same adapter we recommend for use with other devices, such as the MSC-LIM, MN-CIM and CBL-002 (DB-9S>DB-9S). NOTE: When using the converter with the MSC-LIM, launch the OPRIF from the LINKERGL.EXE in the DMS folder.

Issue What fingerprint or faceprint readers does Security Expert support? Product Line EcoStruxure Security Expert Environment Security Expert Fingerprint Reader Faceprint Reader Biometric Reader Cause Require information on what Biometrics readers are supported with Security Expert. Resolution We officially support Suprema, Princeton Identity and IDEMIA biometric readers (see SX SRVR Security Expert - Compatibility Matrix) however our reader expanders/controllers are able to work with any reader that provides a standard 26-bit Wiegand output.   If there is a biometric reader that does this it should be able to be connected to Security Expert like a standard card reader supplying the controller with Wiegand data that is assigned to a user. The enrolling of biometrics would need to be handled by the third party system, we would essentially be treating it as a normal card reader and card.   For a list of Suprema devices that Security Expert supports refer to the Suprema Biometric Integration in Security Expert Application Note. For a list of Princeton Identity devices that Security Expert supports refer to the Princeton Identity Biometric Integration  Application Note. For a list of IDEMIA devices that Security Expert supports refer to the IDEMIA Biometrics Integration Application Note.

Issue What is the SubLAN and what is the C-LAN in regards to Ethernet and termination resistor information? Explanation of termination resistor, RS-485, baud rate, token passing, and polling method. Is the Host LAN above or below the Ethernet LAN? Product Line TAC INET Environment I/NET Seven Network Cause A better understanding of the I/NET network architecture and communication components can help to avoid the need to troubleshoot issues later. Resolution When defining the network in I/NET, the chart below helps to explain which components communicate to others including resistor termination. This is a simple explanation on where the various I/NET components are located in an I/NET Seven Network. C-LAN & Sub-LAN Wiring Specifications are available here as a PDF document. Selecting the link Network Definition CLAN SubLAN downloads and opens the pdf document shown below.

Issue How to use L-IP in Vista Classic network. Cannot service pin controllers under L-IP in Vista Classic network. Values in Classic network under multichannel L-IP are showing "Invalid Address" and "No such entity" Product Line TAC Vista Environment TAC Vista Workstation L-IP NIC852 Cause LOYTEC L-IP needs to be configured as a server and into the smart mode in order to be used in the Classic network. NIC852 needs to be used with LOYTEC L-IP in the Classic network. Resolution Configure L-IP as a web server (How to Configure Lonworks Network Interfaces to Communicate on the IP to a Loytec L-IP Router using the Echelon driver).   Configure L-IP into Smart mode. There are two ways to configure L-IP into smart mode.  Flip the DIP switch or using a serial cable (RS232). Flip the DIP switch to activate the smart mode. The dip switch is at the side of the L-IP next to the Ethernet port. L-IP DIP switch has seven switches.  By default, DIP switch 3 is down and the rest switches are up. Flip dip switch 2 down to activate the smart mode.   Use RS232 serial cable to activate the smart mode. Read more information in the LOYTEC L-IP User Manual Chapter 4.4.2.2   Configure NIC852 Open LConfig and go to NIC852 tab (Start/All Programs/LOYTEC Network Interface/LConfig). NOTE:  LOYTEC Network Interface package can be downloaded from LOYTEC website, called NIC-LOYTEC Network Interface Software X.X.X Make sure “Enable device” is checked Click on “CNIP Configuration”. Under “Device IP Address” use computer's address and use 1628 as Port number. Under “Conf. Server IP Addr.” Use L-IP’s IP  address and use 1629 as Port number.   Click “OK”. Click on “Test Device”, and should return the serial number   Add LIP as a LTA in Classic network. Right click on the Vista Server and choose “New->Device->Communication Port-LOYTEC” Name the LTA (for example: LIP).   Edit LIP in Classic network. Right Click on the LOYTEC L-IP (in this example the LIP LTA) just added and choose “Properties”. Under Communication Settings, click on the arrow and select the available NIC852.   Commission the LIP in Classic network. Right click on the LOYTEC L-IP just added (in this example the LIP LTA) and choose New > Device > LonWorks Network Name the network (for example: LNS Right click on the LonWorks Network just added (in this example the LNS network) and choose “Commission and Download” Select the LonWorks Network (in this example the LNS network) and click the “Start the Selected Operation” button (up-down arrow button on the top) Click “Continue” when asking for “Continue operation?” Operation successful message should be displayed.   Refresh (F5) the tree in the left panel in TAC Vista Workstation. The L-IP LTA (in this example the LIP LTA) and the LonWorks Network (in this example the LNS network) should turn green afterwards. Now the L-IP is ready to communicate in the TAC Classic network.

Issue The Save to Flash exclamation point (bang) on a Controller object, does not go away even after a valid save to flash is performed on the controller. Product Line Andover Continuum Environment Continuum Controllers Cause An InfinityNumeric with its Setpoint attribute set is changing value frequently. With this Setpoint attribute set, every time the object changes value, the controller sees that the change needs to be applied to the flash as well. This changes the ObjectStatus of the Controller Device object to indicate a Save To Flash is required by  showing the exclamation point (bang) on the controller. Resolution Check if you have any InfinityNumeric points with the "Setpoint" flag set that update frequently. In ContinuumExplorer, under the controller object, right-click the InfinityNumeric default class folder and select "View". This will launch the object class listview for this controller. Add the Setpoint attribute by selecting View -> List View Configuration. Select columns tab, click "Add Column". Select the Attribute field in your new column and from the drop down select "Setpoint". Apply your Changes and refresh the ListView. The InfinityNumerics that have the Setpoint value of True are the ones you want to look at closely to determine which ones are changing value frequently and if they really need to be configured as a Setpoint.  Also, refer to Save to Flash exclamation point indicates that the controller 'requires flash backup'.

Issue Two related issues are covered in this article While attempting to activate a customer or demo license, the activation process stops at around 80%. When clicking the "Diagnostics" tab in the License Administrator it crashes with a "System.DllNotFoundException" error. System.DllNotFoundException: Unable to load DLL (Tac.Nsp.Archive.Licensing.Client.dll) Product Line EcoStruxure Building Operation Environment First detected in Windows 10 First detected with Microsoft Visual C++ Redistributable 2012 (VC++ 2012) License Administrator Cause There can be two reasons why this happens If the activation process stops at around 80%, but the License Administrator does not crash when the "Diagnostics" tab is selected, the license system needs to be completely reset. If the activation process stops at around 80%, and the License Administrator crashes when the "Diagnostics" tab is selected, Microsoft Visual C++ components need to be repaired. Refer to solutions below depending on the issue detected. Resolution Solution 1: Resetting the license system The process to reset the license server system is covered in Resetting the License Server. In some cases, a deeper reset can be required. For that, a tool called "SBO License Server Reset" can be downloaded from the Community. Solution 2: Repairing Microsoft Visual C++ components Method 1 In Control Panel, click Uninstall a program in the Programs group. In the programs list, locate Microsoft Visual C++ 2012 Redistributable (X64) - 11.0.61030 or Microsoft Visual C++ 2012 Redistributable (X86) - 11.0.61030, depending on your system architecture. Right-click the entry name, and then click Change. In the Modify Setup dialog box, click Repair. After the repair process is completed, restart the computer if you are prompted to do this. Method 2 Run the Modify Setup repair functionality for Microsoft Visual C++ Redistributable by starting the installer. VC++ installers In the Modify Setup dialog box, click Repair. After the repair process is completed, restart the computer if you are prompted to do this.

Issue When attempting LonWorks communications in WorkPlace Tech, the following error message is seen. "Failed to get communications type, using LonWorks as default" Environment WorkPlace Tech 5.7.x Echelon U10 USB LON Network Interface (part number ECH-75010) – TP/FT-10 Channel Cause WorkPlace Tech LonWorks communications is not properly initialised.   Resolution Re-initialise WorkPlace Tech LonWorks communications. In WorkPlace Tech, go to 'Tools' > 'Configure Communication'. Change the communications type to 'BACnet' and click 'OK'. Open up 'Configure Communication' again and change the communications type back to 'LonWorks'. This should re-initialise the LonWorks communications.

Issue Security Expert client Status Window is not showing live point status for inputs, outputs, doors. Shows an error message “Status Unknown” instead. The client is still however able to receive access control events such as reader entry/exit. Product Line EcoStruxure Security Expert Environment Security Expert Cause MSMQ (Microsoft Message Queueing) is not enabled. This is a requirement for MSMQ to be installed on the Security Expert Server, the Security Expert Client machines do not need this but the machine where the Security Expert Services are installed does need this feature installed to function properly. Resolution Windows 10 In Windows Features settings (Turn Windows features on or off) turn on the “Microsoft Message Queue (MSMQ) Server” and the “Microsoft Message Queue (MSMQ) Server Core” features. Windows Server 2016 or above  Start Server Manager. Select Manage / Add Roles and Features. Click Next. Select Role-based or Feature-based installation Click Next. Select the server where to install the feature. Go to Features, and navigate to Message Queuing / Message Queuing Services and select Message Queuing Server. Click Install to start the installation. The setup may require a system restart. Click OK to finish.  

Issue Satchwell MEU 3-port Unit Control Valve is obsolete. Product Line Field Devices Environment Satchwell MEU 3-port Unit Control Valve installations Cause Satchwell MEU 3-port Unit Control Valve requires replacement due to failure. Resolution Satchwell MEU 3-port Unit Control Valve may be replaced by Schneider Electric VZ319 series Unit Control Valve, although dimensional differences may apply. It should be noted that VZ319 series Unit Control Valves are available in both Flat Face and Compression fitting specifications. The latest issue of the Schneider Electric Valves and Actuators Catalogue should therefore be consulted in order to determine the availability of the particular size / kv / fitting combination required. It should also be noted that any Actuator installed on the Satchwell MEU 3-port Unit Control Valve will not be compatible with the replacement Schneider Electric VZ319 3-port Unit Control Valve and that a Schneider Electric MZ20 series Actuator of the appropriate operating voltage / signal type will also be required.

Issue How to get an MSTP capture file so it can be analyzed for comm activity on an MSTP bus How to determine if a site is using bad COV management How to determine if a controller has poor bus design or installation How to determine if a site has multiple BBMD's on the same subnet Product Line Andover Continuum, EcoStruxure Building Operation Environment bCX4000, bCX4040, ASP, ASB b3 controllers Third party BACnet MSTP devices Wireshark Cause Analyze MSTP traffic via capture. Resolution To capture MSTP communication activity to a capture file that can be analyzed using a network sniffer application such as WireShark you will need the following.   Hardware One is required to have an RS-485 Adapter to connect to the MS/TP trunk USB to RS-485 Adapter USB-RS485-WE-1800-BT FTDI, Future Technology Devices International Ltd | 768-1041-ND | DigiKey  RoamIA or RoamIO Any other RS-485 adapter compatible with BACnet MS/TP and baud rates used Software Download and install the following applications: BACnet MSTP Capture Application WireShark Configuration If using the USB to RS-485 Adapter Connect the USB adapter cable to the USB port on a laptop PC Connect the RS232/RS485 adapter to the 9-pin end of the USB adapter cable. Attach a length of MSTP bus cable to the wire terminal on the RS485 adapter. If using the FTDI Connect the TDI RS-485 adapter to the USB port on a laptop PC Connect the cables to the MSTP trunk where Orange = Data+ (A) and Yellow = Data- (B) Ensure the RS-485 adapter driver is installed in Windows by opening Device Manager and ensuring that it is listed as expected under Ports (COM and LPT). Record the COMx being reserved by the adapter.  If using Wireshark with MSTPcap.exe to capture Ensure MSTPcap.exe is installed in the Wireshark Extcap folder per MSTP Capture Application link above NOTE: Wireshark may need to be rebooted if MSTPcap.exe was added while it was open Launch Wireshark Select gear next to BACnet MS/TP on COMx Set known baud rate Click to start a capture.  If using MSTPcap.exe via Command Prompt to capture Copy the MSTP Capture application to C:\ Open a command window. Launch the application by entering C:\> Mstpcap com# ###### where com# is the PC's serial port (Com1, Com2, etc.) and ##### is the current baud rate the bCX/AS MSTP bus is configured for (19200, 38400, etc.). The command window will indicate the name of the file the activity is being captured to. Once done, close the command line window The capture data can be viewed by running Wireshark. Select File > Open and navigate to the folder the capture file was saved to and select the capture file. With the higher-end MSTP capture tools such as tools developed by PolarSoft and Cimetrix, MSTP captures at 76.8K baud are possible. Lower-end capture applications like MSTPCap typically are only able to capture MSTP packets from networks running at bus speeds at or below 38.4K baud. Also, check out the BACnet-Capturing MS/TP Traffic Quick-Help video on the Exchange. This video uses the older pipe method that was used before Extcap was available in Wireshark.

Issue Xenta Server reports it is in FAILSAFE mode without shorting out terminals 9 and 10. After connecting via HyperTerminal, restarting and trying to reset the IP address, the screen continues to scroll back to dsh/> Xenta Server has gone offline and can not connect directly to it using Ethernet. The Run light is flashing Green on first start up but then reverts to red and the LON light also flashes red. During boot up it pauses and reports an error (via HyperTerminal) in loading the RAM disk.  IP Address is set to 172.22.1.5 and can not change it.  Not able to load any firmware into the device – error received. "Error: Could not create remote directory." Product Line Satchwell MicroNet, TAC INET, TAC Vista Environment Xenta Server 527, 511, 555 Xenta Server 701, 721, 731 Cause Unknown corruption of the Xenta Server hard drive / flash drive, possibly due to electrical noise. Resolution To attempt to recover this device, try to format the device’s flash drive. To achieve this you can follow these steps using HyperTerminal or an equivalent application: (For further assistance with connecting to Xenta Servers and HyperTerminal refer to Connecting a serial cable to a Xenta 5/7/9xx controller).   Login and type the command FORMAT.  (May require device to be placed physically into the fail-safe mode by shorting terminals 9 and 10). The format command can take up to 3 minutes to complete but you should see the confirmation through HyperTerminal while this is occurring. If you have placed the device into Fail-safe mode, remove the link on terminal 9 & 10. Restart the device, by either cycling the power or typing the command RESTART through HyperTerminal. Set the IP address and IP settings (command SETIP). Install the latest firmware. You can download the latest firmware from The Exchange Extranet; ensure that you use the correct version since there various versions for the Xenta Servers. Run the firmware download to the device. During the download you may receive an error regarding "Failure to get the hardware version from the target device…", select OK Continue the installation The download will then occur, it will take some time and may appear that the software is not responding but this is normal. Be patient and if you don’t receive any errors then all should be ok. The device should now restart, after a 1-2 minute window the “RUN” LED should be a solid green. If after following these procedures, the device is still not responding as expected please send into Repairs via your normal repair process.

Issue TAC Vista Webstation licenses are not released after the Webstation browser is closed. When log into Webstation again, get error message: The following errors have occurred. Please correct these errors and/or contact the system administrator. X No license available Product Line TAC Vista Environment TAC Vista Webstation Cause Closing the Webstation browser does not log out the user. Logged in user needs to use the “Log Out” button (as shown in the picture below) or wait till the Webstation times out in order to log out. The default time out period is twenty minutes. Setting can be changed in Webstation settings. Resolution If need to change the time out period setting, please follow the steps below: Go to “Start/All Programs/Schneider Electric/Web Applications X.X.X/Vista Web Settings” (by default). NOTE: for TAC Vista 5.1.3 and prior, go to “Start/All Programs/TAC/Web Applications X.X.X/ Vista Web Settings” instead.   Select “Preferences/Login and Logout/Automatic Logout”. In the right panel, click on the down arrow to expand the drop down list and choose the desired the logout time period.  

Issue How to set up extended logging. Product Line Andover Continuum Environment Continuum Cyberstation Extended Log Cause Configuration of extended logging. Resolution Sample configuration for extended logging. This example would create enough entries for a 24 hour period. Create an Infinity Numeric Select the logs tab Number of entries (96) Type will be LogInstantaneous (Stores the current value of this point at the beginning of every interval) Interval will be 15 minutes (15 minutes in a 24 hour period is 96 which is what we set for the Number of entries) By default the Workstations are setup for 5 minute checks to the controllers to see if there are extended logs to enter into the database. For more in-depth configuration of extended logging, please review Extended Logs in the Continuum Online help system.  For performance and load balancing please see Extended Logging gaps, performance and load balancing.