Issue The TGML JavaScript methods alert(), confirm() or prompt() do not work on Advanced Display when using the Webstation app. Nothing happens when the methods are used, and the modal window that is expected is not displayed. See attached TGML file for a graphic example using the JavaScript methods. Product Line EcoStruxure Building Operation Environment Building Operation Advanced Display V2 Building Operation Advanced Display V3 Cause The embedded browser in the Webstation app does not support alert(), confirm() and prompt(). Resolution Use other ways to interact with the user that do not use modal windows. It is also likely that the usability of your graphics will benefit from removing the above mentioned JavaScript methods.

Issue String Bindings between Infinet Controllers fail Product Line EcoStruxure Building Operation Environment Infinet Controllers I2 Controller String Transfer Cause Direct string transfers between Infinet Controllers were possible in Continuum (via an import PE Program), but not in EBO via Script Program Resolution Following a Continuum Conversion, direct string transfers (via an import PE Program) downloads correctly but the Strings do not update. This type of transfer is not seen often, but was possible in Continuum. See the Knowledge Base article Passing InfinityString object between Continuum controllers Details in "Infinet Troubleshooting" in "Technical Reference Guide" from version 4.0.2 Also see WebHelp The workarounds are Bind string values direct (object to object), but this will force an EBO transfer via the ASP, so if the AS is not available the transfer will fail. Also more bandwidth is used. Rewrite the script to avoid using string transfers, by using numerical Objects

Issue Interfacing M-Bus meters to Modbus. Product Line Andover Continuum, EcoStruxure Building Operation, Field Devices, Satchwell Sigma Environment Sigma IC3-Modbus Mbus Modbus Kampstrup Heat Meter Multical 601 Cause Multical 601 M-Bus meters are required to be interfaced with the BMS. Resolution A M-Bus/Modbus converter (RS-485, RS-232 or TCP) and configuration software are required. The converter  and software are available from SyxthSense or similar suppliers. Using the converter and software setup the M-Bus/Modbus system without the BMS system connected. The M-Bus/Modbus converter will automatically assign the M-Bus registers as Modbus registers. From the software note the tables and registers used. Create the Modbus registers as required for the BMS system used. For Sigma - Create the gateway.txt, connect and configure the IC3-Modbus. A sample of the gateway.txt can be downloaded here: MultiCal Modbus Gateway.zip. For further M-Bus information see M-Bus Protocol Information. 

Issue When installing Enterprise Server an error is received at the end of the installation:  Clicking on the Details button the following error is shown:  -EnterpriseServer Service registration Starting Execute: "C:\Program Files\Schneider Electric\StruxureWare 1.2\Software Administrator\SE.SoftwareAdministrator.exe" ES /Install --DatabasePath="C:\Documents and Settings\All Users\Application Data\Schneider Electric\StruxureWare 1.2\Enterprise Server\db" --HTTPPort="80" --HTTPSPort="443" --TCPPort="4444" SE.SoftwareAdministrator.exe --install returned -532462766 -EnterpriseServer Service registration Leaving Completed In Software Administrator the Status of the Enterprise Server is indicated as Not Installed. Product Line EcoStruxure Building Operation Environment Building Operation Enterprise Server Cause It appears that the installation package has an issue with the authority to create the Enterprise Server Service, below are some options to try to rectify this.  Resolution SmartStruxure version 1.4 running on Windows 7 If this problem is encountered in 1.4 try the following steps Uninstall Enterprise Server software Restart PC Run the Enterprise Server installation software.  Use the Right Click "Run as administrator" option to ensure correct authority. Download and unzip this batch file Run the .bat file on the affected PC. Check the Software Administrator and confirm that the Server Status has now changed to "Running"   NOTE:  This batch file is only valid for 1.4 and will not work for 1.2 or 1.3.  Resolution #1 (Typically seen with SmartStruxure version 1.2) Changing the DCOM setting as described below has shown to allow for the installation process to complete. From the Start - Search programs and files entry type "dcomcnfg" and then select the dcomcnfg.exe file. Expand Component Services and also expand Computers. Right mouse click My computer and select properties and then select COM Security tab. Select the edit limits button from the  "Launch and activation permissions"  section. Select / Add the Everyone user and make sure all the permissions are set to allow   Reboot the computer. Then reinstall the Enterprise Server. Resolution #2 (Typically seen with SmartStruxure version 1.3) If Resolution #1 does not work or is not possible then you can manually add the Enterprise Server application manually.   Download and unzip this batch file Run the .bat file on the affected PC. Check the Software Administrator and confirm that the Server Status has now changed to "Running" NOTE:  This batch file is only valid for 1.3 and will not work for 1.2.  Alternative Workaround: Should neither of these options work.  You can run the Enterprise Server manually.  To do this: Locate the path: C:\Program Files\Schneider Electric StruxureWare\Building Operation 1.x\bin Double Click on the file name: SE.SBO.EnterpriseServer.exe A DOS Command prompt will open and display the Enterprise Server System log.  This window must stay open.  If you accidently close it, it will force the Enterprise Server to close and shutdown.

Issue In EBO there is no build in way to view b3 array element value. In Continuum there is a command line that allows printing array elements by specifying the array index. Product Line EcoStruxure Building Operation Environment Building Operation ASP, ASB, AS b3 BACnet devices Infinet i2 device Cause The Infinet i2 device object array values can be viewed as WebHelp. This option is not available with b3 BACnet controllers. Resolution A workaround is to use a Script program to expose the array element value. See Sample Script Program to expose b3 array element value.

Issue Existing documentation for showing damper feedback and provide damper calibration is applicable only for Continuum and the same steps will not work in SmartStruxure. Product Line EcoStruxure Building Operation Environment SmartStruxure i2866-V b3866-V Cause Damper feedback and calibration for these controllers do not work the same in SmartStruxure as they do in Continuum. Resolution The correct damper feedback can be shown, but will require a script program to correctly calculate this and then write this back to an Analog_Value. Unfortunately, it is not possible to bind directly to the "LCD State" attribute to be able to toggle this (and the damper calibration feature) from within a Script Program. For now, toggle this attribute of the Damper Output manually from "enabled" to "disabled" and back. This will set the damper to drive closed fully, then open fully, then to about 75%. After this is calibrated properly the "Override Value" attribute in the Damper Output will update with likely a very large and strange-looking number. To convert this to something usable, multiply this value by 100 to give a percentage open value. See Zip file with XML code and screenshots of the configuration with notes. Either import supplied XML file into b3866-v or create below objects: Create DamperOutput as a multistate output. Assign to channel 1. Create DamperPos AnalogValue. Create Script Program Damper_Position and input code as shown in image. This will be a looping program. Bind DamperOverrideValue to the OverrideValue attribute of the Damper Output and DamperPosition to the DamperPos AnalogValue we created earlier. See image for details. After the points and program is created and the damper calibrated, you should see the DamperPos AnalogValue update with a live representation of the current Damper Position.

Issue It is not clear how to replace an existing AS with a new AS-P Product Line EcoStruxure Building Operation Environment Automation Server (AS) Automation Server Premium (AS-P) First detected in version 1.7 Cause Detailed instructions on how to replace an existing AS with a new AS-P are needed Resolution WebHelp references Automation Server Replacement Using Restore Automation Server Replacement Using Restore Workflow Overview Main differences between an AS and an AS-P: In the AS-P, the RS-485 ports have been re-located to the top. The AS-P has 2 Ethernet ports; port 2 can be used as a switch only as of SBO version 1.81. AS-P device USB port format changed to mini USB. Operator Panel port has been removed. Hardware factory reset has been removed. AS-P uses pluggable connectors for field buses. (not shown in picture above) Consider the power consumption. AS-P requires 10 watts, while the Automation Server only required 7 watts. Preparations In preparation for replacing an Automation Server with an AS-P the following considerations must be made: Power consumption Since the AS-P consumes three more watts than the classic Automation Server, the power budget needs to be reviewed to check whether an additional power supply and/or rearrangement of the current configuration is needed, if the configuration includes IO modules. Terminal base The terminal base for the classic Automation Server can be used with the new AS-P after removal of the upper terminal block. Note though that all field buses wiring has to be moved to the pluggable connectors used with the AS-P. RS-485 field bus re-wiring Since the RS-485 ports and connectors have been relocated, the termination at the server of any field bus located on those ports will need re-wiring. Also, the physical specification of the RS-485 port is changed in the AS-P, so review whether the termination resistors needs to be replaced. Refer to Configuration Selection for Generic RS-485 Network Devices AS-P firmware Unlike the classic Automation Server, the AS-P ships from the factory with no firmware installed. Make sure to procure the appropriate Device Administrator firmware to install in the unit. First version that supports the AS-P is 1.7. Note once again that the USB port format in the AS-P is mini USB, so procure the appropriate USB cable. Backup file Make a backup of the classic AS to be replaced, the AS-P will restore from a classic AS backup but this is a one way process, the classic AS will not restore from an AS-P backup file. If the classic AS is running an older version of firmware, it will have to be upgraded first to at least 1.7.2. Power budget review Since the AS-P consumes 10 watts of power versus 7 watts for the classic Automation Server, it is necessary to review the power budget to ensure there is enough power for the AS-P, if the Automation Server being replaced is hosting IO modules. One power supply (PS-24V) can supply 30W. The following table shows power consumption for the different device types Device Power AS-P 10 AS 7 DO-FA-12-H 1.8 DO-FA-12 1.8 DO-FC-8-H 2.2 DO-FC-8 2.2 DI-16 1.6 RTD-DI-16 1.6 AC-4 11.1 UI-16 1.8 AC-2 5.5 AO-8-H 4.9 AO-8 4.9 AO-V-8-H 0.7 AO-V-8 0.7 UI-8-AO-4 3.2 UI-8-AO-4-H 3.2 UI-8-DO-FC-4 1.9 UI-8-DO-FC-4-H 1.9 UI-8/AO-V-4 1.0 UI-8/AO-V-4-H 1.0 In case one or more additional power supplies are needed, refer to the example given in last part of this article.   Note: The following "replacement procedure" applies to SBO 1.7.x, 1.8x, 1.9x, EBO 2.0x and 3.0.x and 3.1.x. The AS-P must be running the same version as the original AS backup. The AS was no longer supported from EBO 3.2.x. If the site needs to take the AS-P to EBO 3.2 or later, the following should be followed at the AS supported version, then once the AS backup has been restored to the AS-P, the AS-P can be upgraded further, following the supported upgrade path, which can be found in the release notes for the specific EBO version.   Replacement procedure The following procedure assumes the classic Automation Server is being replaced with a brand new AS-P from the factory If the Automation Server is hosting IO modules then perform the steps in the 'Power Budget' section below before going to the next step. Perform pre-maintenance procedure per site requirements, i.e. put equipment in hand control mode etc. Pull out the classic Automation Server from the terminal base. The hardware is designed for hot swapping so there is no need to power down the system. Remove the terminal block from the terminal base as indicated above. Insert the AS-P in the terminal base. Connect Device Administrator to AS-P via USB and install a new database on it. You may want to check the 'Set time on device' check box to initialize the time in the AS-P since its current time is most likely at default if this is a brand new unit or a unit that has been powered down for a while. Using Device Administrator set the communication parameters of the AS-P (IP address etc) to match the settings of the classic Automation Server being replaced. Connect Ethernet cable from network switch to Ethernet 1 port on the AS-P. If a hotfix was installed on the Automation Server that is replaced, apply any hotfix needed to match the version of the firmware in the AS-P to the version of the backup from the Automation Server. Since the AS-P should now be able to communicate over IP the application of any HF can be done either over USB or IP. Using WorkStation, log in directly into the AS-P and restore the backup from the classic AS. Insert pluggable connectors for field buses. If there is an Enterprise Server, log into Enterprise Server from WorkStation and verify the newly swapped AS-P is online. Verify IO modules (if any) are online. Verify field devices (if any) are online. Return the system to software control per site requirements. Verify the system is operating correctly then perform a backup of the AS-P. Power supply addition example Consider the following system If we do the math, the power consumption of this system is 29.8 watts. To avoid exceeding the capacity of the existing PS we need to add an additional PS to the configuration before we replace the Automation Server with an AS-P. In order to maximize the use of the capacity of the first PS we will add a new PS at slot #7 and move the UI8AO4 IO module from slot #7 to slot #8.   Steps Disconnect the UI8AO4 IO module making sure it powers down. It is necessary that any IO modules being relocated on the IO bus are powered down so that they 'forget' their current module IDs. *** Logon to the Automation Server, make sure UI8A04 shows offline then edit the module and change its Module ID from 7 to 8. Insert power supply at slot #7 Attach the UI8A04 after the new PS (slot #8), when it powers up it will obtain its new Module ID (8) from the Automation Server. Last, if the module’s name contains the ID (Slot07:UI8AO4) it may be a good idea to rename it using the new ID to avoid confusion. (Slot08:UI8AO4) *** It is absolutely necessary that all the modules that will change IDs be powered down, if there are multiple power supplies in the chain make sure to power down all power supplies that are supplying power to any modules that will change slot #. When removing or inserting IO modules or handling S-Cables, care should be taken not to bend or otherwise damage the pins that connect the module to its IO terminal base, any damage to the pins may cause the module address to shift.   Tip There is a tool on the community (SBO xbk Analyzer) that can be used to automatically calculate the power budget from a backup of the AS/AS-P. Here is the power budget report generated from the tool after addition of second power supply at slot #7 before replacing the classic AS with an AS-P. The total power consumption is 29.8 watts but we have increased the power capacity of the system to 60 watts with the addition of the second power supply.   The instructions above are available as a PDF: Replacing a classic AS with AS-P

Issue I/A Series Micronet LON controllers (MNL) SNVTs list Product Line TAC IA Series Environment I/A Series Micronet LON (MNL) controllers Cause The SNVTs available in an I/A Series MNL controller are not listed on the datasheets.  Resolution The SNVTs list for various MNL controllers' LonMark profiles can be found in the WorkPlace Tech 4.0 Engineering Guide appendix B. 

Issue XIF files for Version 1 and Version 2 of MNL controllers Product Line EcoStruxure Building Operation, TAC IA Series Environment SmartStruxure with MNL Cause Not available on other online resources Resolution Download the zip file available here for the following profiles:

Issue Users or engineers may be unsure of how to obtain the Smart Connector itself, as they are not generally available for download from the Exchange Download Center or the Smart Connector Forum on the Community. Product Line EcoStruxure Building Operation Environment SBO/EBO and general integration projects SXWSWSCDL100001 Cause Smart Connectors are not freely available and will require a license obtaining in order to download and use them. As Smart Connectors can be developed by a number of teams around the world that are not part of R&D, these teams will define the costs and requirements for using their software. Resolution A Product Announcement PA-00546 is available that details the concept and use of Smart Connectors. To order the Smart Connector Framework for a project, use part number: SXWSWSCDL100001  Then go to the Smart Connector Server licensing portal to obtain your required license for the specific Smart Connector you require. The URL for the License Portal is: https://www.smartconnectorserver.com/ A login is required for this portal which can can be obtained through the "Sign Up" button. Once logged in the user may browse through the available Smart Connectors and request to download a license. For support information on Smart Connectors, see the article "Support route for Smart Connector Framework issues".

  Issue Using active directory with Change Control  feature does not authenticate when signing  Product Line EcoStruxure Building Operation Environment Building Operation release 3.1 and above Building Operation Enterprise Central  Building Operation Enterprise Server Building Operation SmartX Controllers Cause The interaction of Active Directory and Change Control is not clearly defined in the documentation when both are in use.  Although Active Directory within Building Operation Domains can use both the Fully Qualified Domain Name (FQDN) and Netbios Windows Domain names it is recommended that only the Netbios Domain name be used if Change Control is implemented. Refer to EBO Known Issues & Solution topic  Change Control and Windows Active Directory not authenticating - Communities (se.com)  for updates.   Resolution When using Active Directory with Change Control only add the Windows Netbios name to the Building Operation Windows domain name entry:   Using the Full DNS Domain Name (examples include - apa.gad.schneider-electric.com ; pss.apa.local etc.) although these will allow user accounts to log on to servers it currently does not work when used to authenticate change control.    The easiest way to identify which domain name to use is to open WorkStation and refer to the name shown next to:  Log on as:    Secondly when authenticating change control actions with active directory user accounts, irrespective of the Default Building Operation Domain selected, the user account name must be prefixed with the Windows Domain Name 

Issue Infinet to MP or RP controller communications Product Line EcoStruxure Building Operation Environment Infinet Controller i2 i1 SmartX IP RPC RP-C, MPC, MP-C, MPV, MP-V Controller Cause The power cycle and bandwidth requirements need to be considered when setting the parameters for Infinet to MP/RP communication Resolution First ensure a good understanding of "Infinet Under the hood" article. A direct binding can easily be made between an Infinet controller object like an Analog Value and an MP/RP Controller object like an Analog Value. The whole communication path is not BACnet so a "Value transfer settings" window can be opened that controls part of the EBO communication process. This default configuration (Infinet to MP/RP) will usually result in the Infinet Value being collected every 10 seconds, this value will then only only be written to the MP/RP when the value changes. To ensure the value is correct following a power cycle either enable Guaranteed transfer and set to 1 minute, or use the retailed level on the MP/RP object   If there is a listview, graphic or watch window containing the Infinet Object, this causes the value to be collected every 500mS, as seen in the screenshot below   If the Infinet Object is "exported", (see "Infinet under the hood" for details) then the communication can be much more efficient as the values are only sent when there is a change (greater than the object threshold for analog inputs).   If the communication is from the MP/RP Object to the Infinet controller Object, then a BACnet COV subscription will be set up by the EBO server to the MP/RP Controller, this will be renewed if either is reset/power cycled. It needs to be remembered that the "Value Transfer settings" is an EBO property and in this case the communication is controlled by the EBO Server with Infinet in one direction and BACnet in the other. So the communication to the MP'/RP controllers will either be a write or a COV subscription from the EBO Server.

Issue What binding methods can be used and how is the data transferred when binding objects between two b3  or Infinet controllers? Product Line EcoStruxure Building Operation Environment Automation Server, AS, ASP, ASB BACnet b3 Infinet controllers i2 Cause When binding objects between b3(infinet) devices/controllers, the type of Objects being bound will effect the properties of the binding. Resolution When binding between two Controllers, several methods can be used: Value/Point to Value/Point - The data goes via the Automation Server and the speed/rate is set in the Transfer Window, thus more bandwidth used and communication is lost if the Automation Server fails. Script to Value/Point - The data goes direct using BACnet COV subscriptions, thus less bandwidth is used. NOTE - The BACnet b3 and Infinet controllers, have no facility for direct binding of Value/Point to Value/Point, thus if a direct binding is made within the same controller, an EBO binding will be created. This will cause data packets on the MSTP or Infinet network. This should usually be avoided, as it can easily overwhelm the network. Bindings should usually be made from scripts. See Infinet under the hood for more details on Infinet setup

Issue Users or engineers may be unsure of how to access the best support for issues with EBO Smart Connectors, especially where site specific Smart Connectors have been developed, or believe the issue is with the underlying framework. Product Line EcoStruxure Building Operation Environment Integration Cause Unlike EBO, which is a standard EcoStruxure product that falls under normal R&D, the Smart Connector (formerly known as Mongoose) was developed by Schneider Electric Buildings Labs and a separate R&D Team.   Resolution If using a Smart Connector developed specifically for a project by a separate Integration Team within Schneider-Electric, then it is always best to go back to that team with your technical issues. In all other cases, the Smart Connector Framework is now supported via normal Product Support channels by raising a support case with your local Customer Care Centre, just as you would for any other EcoStruxure Issue.   The  SmartConnector Developer Forum: can still also still be found on the community.  

Issue Setting up the override value to show the damper feedback on an i2/B3 866-v Product Line Andover Continuum, EcoStruxure Building Operation Environment i2/B3 866-V Plain English Script Cause Activate the damper position feature in the 866-V. Resolution SBO: See this video on creating a program that calculates damper feedback position.  Also reference the article How to show damper feedback for an i2/b3 866-V which describes what needs to be done to show damper position and calibrate the damper. Sample objects, code and images showing configuration are supplied.   Continuum: There is a description in the 866-V installation manual on how to activate the damper position feature, but there are some additional pieces of information that this article has been created to address. This was initially to just get the feature working as mentioned in the next section below. Getting the damper feedback operational: Once the end stops are determined initially during the Learn process, the controller can then determine the position of the damper. Create a PE program to set the DamperOutput LCDState = Disabled and back to Enabled in the next line. This will run through its stroke to determine the end stops. ‘Example program named "damperstate" Fall thru, auto start ‘a 2 line program to initialize the stops Line 1 Set damper LCDstate to disabled goto 2 Line 2 Set damper LCDstate to enabled stop To run from the command line Run damperstate Note that the Feedback will not start working until the Damper has gone full stroke in both directions. This will take several minutes. Set the damper point to on or –on depending on the position so it will move Print Damper OverrideValue from a command line or display it on a listview of the damper output after adding the overridevalue column Self Calibration - The LCDState toggle actually activates the "self calibrate" process. It doesn't just enable the feature. It is necessary to know this because you will need to activate the self calibration again whenever the damper is manually moved using the red actuator clutch release button. Using the clutch can cause the damper position to be reported incorrectly. Periodic re-calibration should be as a part of normal procedure for the controller. Once the clutch is used, the damper position will still report, but the value may be incorrect. Re-calibrate recommendation- Use a PE program that recalibrates the damper (i.e. LCDState as mentioned in Section A) on manual command by the service technician on a power cycle or at the end of an occupancy period. Note: For controlling the Damper motor output create an Infinity Output point of type Triac on Channel 1. It can then be opened / Closed like any other Triac output with the use of On, -On or Off commands

Issue Need information on securing a building automation system. Environment Best practices Cause End user has requested assistance for their IT department to secure the building automation system. Resolution Click here to get a copy of Best_Practices_for_Securing_an+IBMS_WP.pdf,  a white paper written by Schneider' Electric's Buildings BU IT Security Group. This also located on the Download Center here

Issue Belden Cables for LonWorks Networks Approved LonWorks cables Product Line EcoStruxure Building Operation,Satchwell, MicroNet,TAC IA Series,TAC Vista Environment LonWorks networks TP/FT-10, TP /XF-78 and TP/FT-1250 Cause The Echelon document 'Junction Box and Wiring Guideline for Twisted Pair LonWorks Networks' indicates Belden 8471 and Belden 85102 as the recommended cables from Belden for LonWorks networks. These may not be available from the local Belden office or the Belden distributor. Resolution Refer to Belden Technical Bulletin TB 102E 'Belden Cables for LonWorks Networks' for a list of Belden cables suitable for LonWorks communications. Take note of the difference in cable drop length and total cable bus length for the various cable models listed.

Issue Requirements / specifications on cables used in a LonWorks network Environment LonWorks Cable Wire Guide LonMark Cause There are special requirements on cables used for LonWorks networks between Lon devices. Resolution LonMark organisation is recommending cables according to their specification. An example of this is the Belden LonWorks cable guide. Also, Echelon has a Wiring Guideline and Users Guide.

Issue Can Value Transfer Settings be used to control the frequency at which a value is transferred over the Infinet bus? Product Line EcoStruxure Building Operation, Andover Continuum Environment Continuum i2 Controller Cause There is a need to control the frequency at which a value is transferred from one Infinet controller to another. Resolution Whether or not the Value Transfer Settings determine the value transfer rate depends on the type of reference used. When the Continuum to EBO transition process was developed, features and functionality were added to the Automation Server so that it would accommodate an existing controller protocol. Neither the Infinet controllers nor the Infinet protocol was substantially redesigned in order to work with Automation Servers. Infinet controllers have never had a Value Transfer Setting capability and it was not added when the Continuum Transition process was developed. The primary method of value transfer in Infinet controllers is the Import/Export tables. In order to enter a point into the Import Export table of a controller, the point has to be bound to an Infinet Script program or to an Infinity Alarm notification. You can find more information on the I/E functionality in the following Knowledge base article. Details on Continuum Import/Export (IE) System The Import/Export system is a highly efficient means of value transfer that is base value change. If you chose to bypass the Import/Export capability, the only method available to you to control the frequency at which values are transferred over the Infinet bus is to read these values via a program that incorporates some form of throttling to slow down the polling rate.

Issue When troubleshooting server issues, it can be helpful to look at the logs that are recorded within the Automation Server. Product Line EcoStruxure Building Operation Environment Building Operation Automation Server  Building Operation Automation Server Premium Building Operation Automation Server Bundled Cause Within the Automation Server logs are many records that are logged as a part of normal operations and unexpected events. Resolution Automation Server: Automation Server error logs can be retrieved using Workstation, Device Administrator, or WebStation. Device Administrator can be used in case of crash information is required, ex. dump files, or if the Automation Server is not accessible via WebStation or WorkStation. Workstation: Connect to EBO system with EBO WorkStation. Select the target Server  Expand the System folder Expand the Modules folder Expand the Trace folder and see Trace Settings For EBO 3.1 or higher, Double-click both Trace Log and System Log to open separately  For EBO 3.0 and lower, including SBO 1.x Right-click in Trace Settings Select Trace Settings in the menu Select Get System Log Repeat to select Get Trace Log  Device Administrator: Follow this WebHelp article: Getting Automation Server Debug Information If requested to retrieve a core dump, use this method to retrieve the Device Administrator Debug Information zip file. Then perform the following to make sure the zip file contains a core dump with a relevant timestamp for the event being investigated. Open Zip Open the folder containing the server name and IP address Open Server folder One should see file(s) with filename in this format core_dump_<Serial Number>_nsp_servers_<Timestamp>.tgz WebStation: EBO 4.0 (2022) and higher NOTE: You may have to enter Private Browsing mode to disable extensions, as you may see a blank page when viewing logs. Ensure credentials used are for a local 'admin' user or have access to the ~/System folder of the EBO Server you are connected. Click the 3-bar menu to navigate Select System, then Modules, then Trace One will see System Log and Trace Log in the menu, and clicking on System Log or Trace Log will open them in a new tab. NOTE: Please be patient as it may take some time to transfer the file. Once you see text in the tab, right-click on a blank area and select Save Page As... (Firefox) or Save As... (Chromium-based browser). It should recommend saving as SystemLog.txt or TraceLog.txt automatically; however, to be helpful, please add the EBO Server Name and Date to the filename. EBO 3.2 and earlier See the Webhelp Topic on collecting these logs from Automation Servers: Viewing and Downloading Automation Server Log Files. This process is now similar to that described above for WorkStation.   Credentials used to log in must be a member of a group that allows the policy of Web Configuration: Allow members to access Automation Server Web Configuration. Launch a web browser that is compatible with the installed EBO version as mentioned Webstation Specification Sheet. Type the IP address of the automation server to open the Webstation. Log into the Automation Server.                   Once logged into the Automation server, go to the Settings menu in the top right corner and click on Device Configuration. Click on the Server Log tab to view the automation server's log files. To save a copy of the log to your PC, click on the Get all log files link. The log files are compressed into a zip file and exported to downloads folder. Enterprise Server and Enterprise Central: For more information, check this article: Error logs from the Enterprise Server and Enterprise Central - Communities