Building Automation Knowledge Base

Issue Sigma 4 05 Sigma Compact Edition supports the following hand-held devices: iPAQ 114, iPAQ 214, iPAQ 2490b, Dell Axim X51 These devices are no longer available, so what can be used? Environment Sigma WinCE Hand-held devices Compact Edition Cause Supported hand-held CE devices, such as the iPAQ 114, iPAQ 214, iPAQ 2490b, Dell Axim X51 are no longer available. Resolution The ever-changing PDA market has continuously caused problems, by obsoleting devices and creating new ones. This led to us always trying to catch up. With Sigma 4 05 Sigma Compact Edition, it was decided that a method to future proof must be found. This release does not support any additional devices, but it now supports the use of a "Mini PC", Netbook, Notebook etc. To review the release note for the Sigma Compact Edition 4.05 Click Here. To review the User guide for the Sigma Compact Edition 4.05 Click Here.

Issue Netcontroller will not come online in Continuum although the unit can be pinged. Product Line Andover Continuum Environment Continuum 2nd generation controllers (NC2 (CX9680), ACX57, CX9702, bCX4040, bCX9640) 1st generation addendum Cause Even though a unit can be pinged, that does not mean the unit will come online within Continuum, as the "ping" is a very low level communication Resolution Check all settings are correct (IP address, ACCNetID, Subnet Mask, Default Router(Gateway Address)) Check the correct network ports are open, see Router required open port numbers to run a Continuum system Check the site fits within the compatibility matrix, see Software and Firmware compatibility matrix for older versions of I/NET, Vista, Andover Continuum, Satchwell Sigma, I/A Series, and StruxureWare Building Operation Check there is only a single Network Card enabled on the CyberStation  For a second generation NetController (NC2, ACX57, CX9702, bCX) Check the web page can be accessed, if it can then double check the network settings. Connect a temporary single user Continuum laptop to the controller directly, manually reset the IP address and bring the controller online (using 169.254.1 Subnet). If this operates correctly then controller fault is eliminated. If the controller is not faulty then the network and/or the Continuum installations will need to be checked. Addendum for first generation controllers: Attach to the controller via hyperterminal to determine it's perspective and to verify the IP address, ACCNetID, Subnet Mask, Default Router. You can also verify if the netcontroller lists the Workstation as a controller indicating it can see the workstation. If not, perform a teach from the Workstation.

Issue To assist locating data sheets if you do not have access to the Schneider Electric BBE and other company storage areas. Product Line Satchwell MicroNet 100 series Environment MicroNet 100 series Controllers, Touchscreens, LCD, Mi and Slink data sheets. Cause To assist customers that do not have access to our internet or partner websites Resolution Updated June 2019 The MicroNet 50 series range MN350, 450, 550, 650 LCD and Touchscreen have been withdrawn from sale. The IAC 420, 600 and Touchscreen have now also been withdrawn from sale. No direct replacement is offered. Further information on these changes can be found in PA-00495 - Notice of Withdrawal - Satchwell Sigma and PA-00528 - End of Commercialization - Satchwell Sigma. ---------------------------------------------------------------------------------------------------------------------------------------------------------- Links below to download: MLi and data sheets for MicroNet LCD Displays MLi and data sheets for MicroNet Touch Screens User Guide for MicroNet Touch Screen User Guide MLi and data sheets for S-Link Sensors Data sheets for MicroNet Manager Interfaces Mli for MN Trunking kits (MN-TK) MLi for MN Wall Mounting Kits (MN-DK) MLis for Plug-In Cards MLi and data sheets for Satchwell MicroNet MN300 Controllers MLi and data sheets for Satchwell MicroNet MN440 Controllers MLi and data sheets for Satchwell MicroNet MN500 Controllers MLi and data sheets for Satchwell MicroNet MN620 Controllers Download all of the above (file size 10.50 MB) The data sheets for MicroNet 50 series controllers ETC. can be downloaded from MicroNet 50 series controller MLi's and Data sheets.

Issue Can the Advantech touch screen be used as a Sigma server? Environment Sigma WinCE Advantech Touch screen Panel mounted Cause System has been installed without a Sigma server. Resolution The Advantech touch screen, or any other WinCE device can only be used for general display functions, low level editing, contingency logging review and time updates, it does not have the functionality of a Sigma server. To review the latest Release note, please click HERE. To review the WinCE User guide, please click HERE.

Issue The Project Configuration Tool is installed as a Server. A project can be created but when it should be saved, an error says, "Failed to open project," and "Failed to start VM." Product Line EcoStruxure Building Operation Environment PCT version 1.1.1 Cause When PCT is installed as a server PCT, and a project is opened, the computer running PCT must have a connection to the DHCP server in the network. Resolution Make sure that the computer running PCT has a good connection to the DHCP server in the network.

Issue How can we exclude Hosts or Users from accessing the Workstation Professional license i.e. Script, Function Block and Graphic editors from another Workstation? Product Line EcoStruxure Building Operation Environment Building Operation License Server FLEXnet Cause When accessing various editors from within Workstation a particular license does not differentiate host or user who should have access to which editors. Using the option file taclic.opt allows you to exclude certain Host / Users of StruxureWare Building Operation from accessing these Workstation clients. The Workstation clients referenced are as follows: client.station (Workstation) client.script (Script Editor) client.functionblock.view (Function Block Editor) client.graphiceditor (Graphic Editor) Resolution FLEXnet Licensing provides the options file to be included in the License Server directory. Each time the License Server service is started this file is checked. Syntax and use can be found in the attached document - Chapter 13 The following option file must reside on the License Server in the following path: Building Operation 1.9 and below: C:\Program Files(x86)\Schneider Electric StruxureWare\Building Operation 1.x\License Server Building Operation 2.0 and above: C:\Program Files(x86)\Schneider Electric EcoStruxure\Building Operation x.x\License Server Once this file is copied into the License Server folder, you must restart the license service (via the Windows Control Panel, Administrative Tools, Services). Examples: # The following text excludes the features from Workstation Professional # # Use the following 3 Exclude statements if you wish to exclude an entire Workstation from accessing editors # EXCLUDE client.script HOST enter_host_name EXCLUDE client.functionblock.view HOST enter_host_name EXCLUDE client.graphiceditor HOST enter_host_name # # Use the following 3 Exclude statements if you wish to exclude a Building Operation User from accessing editors # (remove #'s below as required) # # EXCLUDE client.script USER enter_user_name # EXCLUDE client.functionblock.view USER enter_user_name # EXCLUDE client.graphiceditor USER enter_user_name # Notes: The HOST can be defined by either DNS or IP Address The USER is the user name as defined in Building Operation, this may be the same as the Windows username if using Windows Domain.

Issue SmartStruxure uses two different function block programs. Menta Editor is used for Xenta programmable controllers while Function block editor is used in the Automation or Enterprise server. The two programs are not interchangeable and do have several differences. Product Line EcoStruxure Building Operation Environment Function Block Editor Menta Editor Cause There are several differences between Function Block Editor and Menta Editor that are important to know. Resolution Download the relevant version of the Function Block Editor and Menta Editor Difference Guide from Exchange. This guide will cover the following topics: An overview of Function Block programming The programming differences Function Block Editor and Menta Editor differences Program Conversion Importing Xenta programmable controller programs Building function block programs to I/Os Binding values Binding values using a binding template Time schedule and alarm blocks Trend logs Overview of Function Block Editor Block differences

Issue PT1000 temperature sensors RTD Input Product Line EcoStruxure Building Operation Environment AS Classic, ASP  UI16, RTD-DI-16 - Central IO Module ASB, RPC, MPC Need for temperature to be extremely accurate PT1000 platinum resistance thermometer, RTD Resistance Temperature Detector Cause The AS Central IO Module Universal Inputs (UI16) were designed to interface to various thermistors that can have resistance values that are usually much higher than 1000 ohms. They were not designed to interface directly to a PT1000 RTD, and will not provide good accuracy when measuring these lower resistance sensors. The resistance input type was intended to allow for measuring the position of a 10K potentiometer that is used on some wall sensors. The accuracy specification for a resistance input is: +/-(7+0.004*R) ohms. This would result in an error of +/-11 ohms at 1000ohms – therefore a temperature measurement error approaching +/-3.0C. Resolution AS, ASP For RTD PT1000 (Pt100, Pt1000, Ni1000, LG-Ni1000, JCI-Ni1000) use RTD-DI-16 - Central IO Module, then choose 2 or 3 wire RTD Temperature Input ASB Choose 2-wire RTD Temperature Input (Pt1000, Ni1000, LG-Ni1000, JCI-Ni1000) RPC, MPC, MPV Choose RTD Temperature Input (Pt1000, Ni1000, LG-Ni1000)   For more details see SpaceLogic Hardware Reference Guide

Issue When troubleshooting server issues, it can be helpful to look at the logs that are recorded within the Enterprise Server or Enterprise Central Product Line EcoStruxure Building Operation Environment Building Operation Enterprise Server Building Operation Enterprise Central Cause Within the Enterprise Server and Enterprise Central logs are many records that are logged as a part of normal operations and unexpected events. Resolution Collect ES and EC Logs via EBO Workstation: Refer to the Workstation section of KB article: Collect logs from an Automation Server Collect ES and EC Logs via Windows Explorer, especially if ES or EC will not run as a service or keep crashing: The ES or EC database path is listed in Software Administrator.   For Windows 7, Server 2008, or higher, the default paths for the logs folder are: Enterprise Server: C:\ProgramData\Schneider Electric [EcoStruxure|StruxureWare]\Building Operation [n.n]\Enterprise Server\db\logs Enterprise Central: C:\ProgramData\Schneider Electric EcoStruxure\Building Operation [n.n]\Enterprise Central\db\logs In EBO V3.2 or higher, shortcut buttons can be found in Software Administrator to go to the folder for logs and database directly.    By default, the "Program Data" folder is hidden, so Windows needs to be configured to view hidden files and folders. For Windows 10 or 11, open Windows Explorer and select View > Show > Hidden items. For other Windows versions, please refer to this Microsoft help article: Show hidden files (microsoft.com). Using Windows Explorer, Navigate to the ES or EC logs folder to find System and Trace logs. Copy the Logs folder contents and send them to Product Support as a compressed file if required. To open a log file, Right-click on one of the logs and select Open with... Expand the window and select WordPad. For Windows XP:   Other ways to review site-specific issues: Is the issue site-specific regarding workstation being used or applications/programs running on these machines? Always try to keep the programs on a workstation to a minimum. Review the Windows Event Logs. What specifically happens when an error occurs? Follow this KB article to view and save the Windows Events: Viewing, Saving, Sharing Windows Event Logs for Troubleshooting Purposes - Communities Make sure that PCs and Windows OS used for WorkStation, ES or EC meet the requirements mentioned in Information Technology System Planning Guide (se.com) Make sure that the firewall and antivirus are correctly configured, and required ports are open for EBO, as explained in Information Technology System Planning Guide (se.com) Make sure that the current installed EBO version is supported, as per the Software Support Policy for EcoStruxure Building Operation - PA-00300. Check if Microsoft currently supports the installed Windows OS: Lifecycle FAQ - Windows | Microsoft Docs

Issue Sites using Report Server need to upgrade to EcoStruxure Building Operation (EBO) 2022 or higher, where WebReports/Report Server is no longer supported. Product Line EcoStruxure Building Operation Environment Building Operation Enterprise Server Building Operation Enterprise Central Building Operation Report Server Building Operation Timescale Database Cause WebReports/Report Server is not supported in EBO 2022 (version 4.0) or higher. Resolution To address this, Schneider Electric provides a Data Migration Assistant (DMA) tool that: Reads data from WebReports 3.x Writes data to External Log Storage Download the DMA Tool External Log Storage Overview Stores historical data from EcoStruxure BMS Storage capacity is limited only by your hardware Historical data is displayed in WorkStation and WebStation (event and trend views) Any server can be configured to write data to TimescaleDB   Any server in the system can be configured to write historical data to the TimescaleDB database. Licensing Requirements External Log Storage requires a license Refer to: Software and Features that Require Licenses Part Number Summary and Hardware Software Matrix Hardware & Software Requirements Ensure compatibility with: TimescaleDB PostgreSQL Recommended specs for large systems (e.g., 100 BMS servers): High-performance SSD Minimum 64 GB RAM Additional CPU capacity Refer to: IT System Planning Guide Merging Log Data External Log Storage reduces extended trend logs on BMS servers You can merge extended trend logs into source logs in External Log Storage See: Merging of Trend Log Data Enhanced Reporting (XLSX Templates) EBO servers (v3.2 or higher) support native reporting with: Text and XLSX formats Advanced XLSX features: formulas, conditional formatting, charts, sparklines Historical data pulled from External Log Storage (PostgreSQL/TimescaleDB) Refer to: Examples for Native EBO Notification Reports

Issue Support for OPC or DDE integration with EcoStruxure Building Operation Product Line EcoStruxure Building Operation Environment Building Operation Enterprise Server Building Operation Automation Server Premium Cause The OPC Server is a software program that converts hardware communication protocol into the OPC protocol. The OPC client software is any program that needs to connect to the hardware. The OPC client uses the OPC server to get data from or send commands to the hardware. Resolution Neither the OPC server nor the DDE configuration is supported at this time. There is not currently a roadmap for direct OPC client or server capability within the EcoStruxure Building Operation. To avoid problems with OPC Integration (and lose a project), there are two options for OPC integeration: It is possibe to use a converter to convert OPC to/from one of EBO supported protocols.  For example, use a 3rd party software to translate all the OPC points into BACnet Objects, “OPC Server -> BACnet Server”, or translate all EBO BACnet points to OPC. Perhaps one of the software programs below will be of benefit. Take into consideration what specifically will the ES be doing. If it is exchanging point values then it should work fine. Kepware Matrikon SCADA engine Note: These are 3rd party products that are not supported by Shneider Electric.    Use a SmartConnector Extension to be a middleware between EBO and OPC cilent or server. Check available extenstions at Exchange shop and SmartConnector Server and refer to EBO SmartDriver and Smart Connector KB article for more information.

Issue A site is required to store Extended Trend Log historical data for an extended period of time, in order to make sure the system has enough capacity for all the data  it is necessary to calculate the storage needed ahead of time Product Line EcoStruxure Building Operation Environment Building Operation Enterprise Server Building Operation Workstation Cause Understanding the storage requirements for long term trend storage Resolution Formula to calculate the storage capacity needed for Extended Trend Log data. Storage in bytes (S)  = Number Of Records (N) x 70 bytes. EXAMPLE: Consider a trend log of 1000 records with a 10-minute interval, if the requirement is to keep 5 years of data, how much storage capacity will be required? The number of records would (N)  be... 6 records per hour times 24 hours per day times 365 days per year*** times 5 years (*** leap years must be taken into account) N =  6 X 24 X 365 X 5 = 262800 bytes This equates to: S = N X 70 S = 262800 X 70 S = 18396000 bytes or approximately 18 megabytes   Note - The calculations above are for the native SQLite database used by EBO. There are two alternatives to using the ES database for long-term trend storage. Report Server - See the WebReports Database Usage Calculator Knowledge base article for storage calculations External Log Storage is possible from EBO v3.0 using TimescaleDB database - The EBO External Log Storage Installer tool from the community provides a databases size estimator located under the Tools menu item

Issue Using the EGL, EGRL, EGLL5 which are obsolete Environment Vista Cause temperature/resistance data of EGRL, EGRLL, EGRL5 temperature sensors, or customer needs data to calibrate the sensors. Resolution EGL is replaced by the STD100-250 EGRL - STR100 EGLL  (2 thermistors) was not really replaced, as the average temp calc nowadays is done in the controller. The room version was named EGRLL. All these are for the Vista series. For more information regarding sensors, please visit Exchange Extranet.    Click here for the temperature/resistance chart for the old EGL, EGRL, EGLL5 Click here for the original Product and Installation pdf.

Issue What is the process to replace a CX9400 with a CX9680 NC2? Product Line Andover Continuum Environment Upgrading a CX9200, CX9400 Eclipse, CX9900, CX9940 to a NCII Netcontroller. CMX9924. Model Number, Type change. Cause Where can I get the process to upgrade my obsolete CX controller. Resolution Cyberstation V1.74 SP2 or above is required to support the upgrading process of a CX9200, CX9900 and CX9940 up to a Netcontroller 2. The upgrade process for this is detailed in Appendix B or the NetController II Operating and Technical Reference Guide. For the CX9400 Eclipse controller they require a minimum of V1.91 to support the upgrade. For the older versions of Cyberstation that do not support direct upgrading of a model number, you will need to bring the Netcontroller II on line as a new controller, then in offline editing copy /paste (or Drag /Drop) all objects over to the Netcontroller II. Then go online and fully reload the Netcontroller II and any connected Infinet controllers. The old controller can then be deleted from the system. The objects could also be copied over using edited ASCII dump files if you prefer that method, but either way you may still have to re-animate your Pinpoint graphics unless you upgrade to a version that supports the Netcontroller II replacement. NOTE ACC-LON RS-485 and ACC-LON FTT-10A protocol options A CX9900 may be labeled CPU-8M and a CX9940 labeled CPU-4M. Later CX99 models may have FT added, eg. CPU-8M-FT When replacing a CX9900 or CX9940 it is vital to know if it requires an RS485 or FTT10 IOU module port (if this port is being used) as this CANNOT be modified on site. See article titled No response from I/O module when learning in an IOU This process cannot be used to upgrade the CMX9924 controllers.  The available range of Netcontroller II controllers available has recently been reduced, see PA-00535 "Andover Continuum Offer Optimization"

Issue In Physical Access Control lingo, the term Edge controller typically refers to a device that is installed at the door (or in close proximity to the door) and that has all of the components needed to fully control the door with only and IP connection running back for communications to the front end system. Typically Edge access controllers are PoE so that there is no need to provide a separate power feed to the device, they also provide power to all the components that comprise the door control (door lock, REX etc) Environment CyberStation CX9702 Cause Documentation Resolution Continuum does not have a physical access controller that can be considered an Edge access controller. The Continuum access controller that come closest is the CX9702, although it is NOT a PoE controller. Click HERE to see the specs of the CX9702.

Issue What is the unit load of a TC900 thermostat and what are the bias and termination requirements when used with a SmartX Server. Product Line EcoStruxure Building Operation, Field Devices Environment TC907-3A4LMA TC907-3A4DLMSA TC907-4FMSA TC907-3A4DPMSA TC907-3A4DPMSA-24 TC903-3A4LMA TC903-3A4DLMSA TC903-4FMSA TC903-3A4DPMSA TC903-3A4DPMSA-24 SmartX Server Cause Documentation does not state the RS-485 transceiver type for the TC900 range, making it unclear how many devices can exist under a SmartX servers RS-485 serial port ComA or ComB. Resolution Use the Worksheet for Configuration of RS-485 Bus with generic RS-485 devices on Webhelp to determine the appropriate Modbus configuration. The answers to the transceiver interface attributes below can be applied to complete the worksheet. Q1 Failsafe Receiver : The TC900 uses an RS-485 transceiver with an integrated idle-state failsafe receiver. Q2 Data Transmission Speed : TC900 thermostats can be configured to communicate at 4800, 9600, 19200 or 38400 bps. Q4 Isolated Interface : The TC900 does not provide an isolated RS-485 interface. Q6a Measured Resistance : With no electrical connections to the TC900, the measured resistance between the RS-485 low-side (-) signal and the communications common is 8.2K ohms. Based on this the unit load of the TC900 is 1.46 (12.000/8,200) Bias requirements and number of devices If there are only TC900 devices on the RS-485 bus then Generic RS-485 Network Device configuration 1 applies, configuration becomes very simple and no node or distance reductions are called for. The failsafe receivers can typically operate with no added bias resistors. Connect a 120 ohm termination resistor across the + and - data lines at the head end of the bus (typically at the SmartX server). Connect another 120 ohm termination resistor across the + and - data lines on the last node at the far end of the bus. Connect the shield drain wire to earth ground terminal rail in the panel with the SmartX server. This is the only ground connection of the shield for the complete cable segment. Connect the RET/Shield terminal (see the figure below) on the SmartX server to the ground rail in the panel using a 12 AWG (3.31 mm²) to 18 AWG (0.82 mm²) wire. Since the TC900 has a unit load of 1.4 the maximum number of devices that can be placed under each comm port using this configuration is 21 (31.5 / 1.46 = 21.5) Also check out the SmartStruxure-RS485-Controller Unit Load Quick-Help video on the Exchange. Note:  Adding an RS-485 Repeater at this point provides another 32 Units Loads to the Network which can be continued up to the Architectural Maximum defined for the hosting controller.

Issue What actuators are available? Environment VG210R VG310R Actuators Cause Choice of available actuators. Resolution Suitable Actuators for the VG210R and VG310R ball valves ranges are; Direct fit. MG600C, MG600C SR   With AV-823 Long Stem adaptor. M400 M800 M1500 MG900 SR To view the following data sheets, please select the data sheet required. VG210R,  VG310R, MG600C,  MG600C Installation,  MG600C SR,  MG600C SR Installation and Manual Override instructions

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 Need to backup or share the project with another user. Product Line EcoStruxure Building Operation Environment Building Operation Project Configuration Tool (PCT)  Cause One way of sharing a project is to move it and another way is to Export the project. Resolution Move the project Stop all servers in each project and stop all projects. Close PCT application. Copy the “projects” folder from the PCT storage location and paste it to another storage location (suggested by WebHelp topic Move a Project) OR backup all servers through Workstation. Default PCT Project Folder Locations Versions prior to PCT 1.2 C:\ProgramData\Schneider Electric StruxureWare\Building Operation\Project Configuration Tool\storagemodule\projects PCT 1.2 or higher C:\ProgramData\Schneider Electric EcoStruxure\Building Operation\Project Configuration Tool\storagemodule\projects Default PCT Template Folder Locations Versions prior to PCT 1.2 C:\ProgramData\Schneider Electric StruxureWare\Building Operation\Project Configuration Tool\templates PCT 1.2 or higher C:\ProgramData\Schneider Electric EcoStruxure\Building Operation\Project Configuration Tool\templates   Export the project In Project Configuration Tool, in the Project view, select the project you want to export. On the Header toolbar, click the Export project button or right-click on the project and select "Export". On the Export selected project(s) dialog box, in the Folder box, browse to the folder on your hard drive where you want to save the exported project. Click OK. TIP: You can select multiple projects and export all of them at once. Note: In order to be more future proof, there is a new export/import format of PCT projects starting in PCT v1.3.2 with exports having an extension of '.pct_export'.  Projects exported at an earlier version have an extension of '.ppb' and they must be converted to '.pct_export' files before import into PCT v1.3.2.    Please refer to point 2.1 in the release notes.   Also prior to PCT v1.3.2 the project had to be stopped before export was possible.  In PCT v1.3.2 the project has to be running before it can be exported.    

Issue How do I locate the consolidated patch files (modules) for the I/A Series G3 maintenance builds (3.6.406, 3.7.106, 3.8.37).  Please note:  I/A Series G3 maintenance builds (3.6.407, 3.7.108, and 3.8.41) are now available for download from the Schneider Electric Buildings Download Center and include all updates for the previous builds. Product Line TAC IA Series Environment I/A Series G3 maintenance builds - 3.6.406, 3.7.106, and 3.8.37 Cause Various issues have been resolved in I/A Series G3 however it is difficult to locate the modules individually. Resolution Please note:  New I/A Series G3 maintenance builds (3.6.407, 3.7.108, and 3.8.41) are now available for download from the Schneider Electric Buildings Download Center.  The new builds already include the consolidated patches listed below. Below the latest consolidated patch files for I/A Series G3 maintenance builds 3.6.406, 3.7.106, 3.8.37 are listed.  The files contain updated modules and a set of release notes.  The consolidated patch files are available for download on the Buildings Download Center.  Login to the Schneider Electric Buildings Download Center and enter Consolidated_Patches in the search area or the filename of the zip shown below.  Modules listed in bold have been modified or added since the previous patch. Note: This article will be updated with information to newer patch files as they become available for release. Consolidated_Patches_3.6.406_SE_05272015.zip  ...  Click here for Release Notes alarm 3.6.406.3 bacnet 3.6.406.3 baja 3.6.406.10 bajaui 3.6.406.3 control 3.6.406.1 docMbus 3.6.406.5 driver 3.6.406.1 fox 3.6.406.2 gx 3.6.406.1 kitLon 3.6.406.1 lonworks 3.6.406.5 mbus 3.6.406.5 modbusCore 3.6.406.3 modbusSlave 3.6.406.2 modbusTcp 3.6.406.2 modbusTcpSlave 3.6.406.2 ndedicatedMicros 3.6.406.3 niagaraDriver 3.6.406.3 obix 3.6.406.1 obixDriver 3.6.406.1 opc 3.6.406.1 pdf 3.6.406.1 provisioningNiagara 3.6.406.1 raster 3.6.406.1 report 3.6.406.1 schedule 3.6.406.1 snmp 3.6.406.1 weather 3.6.406.1 web 3.6.406.9 workbench 3.6.406.3 Consolidated_Patches_3.7.106_SE_07242015.zip   ...  Click here for Release Notes alarm 3.7.106.7 alarmOrion 3.7.106.2 bacnet 3.7.106.15 baja 3.7.106.10 bajaScript 3.7.106.1 bajaui 3.7.106.5 control 3.7.106.1 docMbus 3.7.106.5 driver 3.7.106.1 fox 3.7.106.3 gx 3.7.106.2 history 3.7.106.2 hx 3.7.106.2 kitControl 3.7.106.1 kitLon 3.7.106.1 kitPxGraphics 1.0.16 lonworks 3.7.106.5 mbus 3.7.106.5 mobile 3.7.106.1 modbusCore 3.7.106.3 modbusSlave 3.7.106.2 modbusTcp 3.7.106.2 modbusTcpSlave 3.7.106.2 ndedicatedMicros 3.7.106.3 niagaraDriver 3.7.106.5 niagaraLexiconZhcn 3.7.106.6 niagaraVirtual 3.7.106.3 obix 3.7.106.2 obixDriver 3.7.106.5 opc 3.7.106.2 pdf 3.7.106.1 platWifi 3.7.106.1 provisioningNiagara 3.7.106.2 raster 3.7.106.1 report 3.7.106.2 schedule 3.7.106.3 seriesTransform 3.7.106.7 smartTableHx 3.7.106.1 snmp 3.7.106.4 weather 3.7.106.1 web 3.7.106.17 workbench 3.7.106.5       Consolidated_Patches_3.8.37_SE_07242015.zip   ...  Click here for Release Notes alarm 3.8.38.5 bacnet 3.8.38.11 baja 3.8.38.10 bajaui 3.8.38.3 control 3.8.38.1 docMbus 3.8.38.5 driver 3.8.38.1 email 3.8.39 gx 3.8.38.1 history 3.8.38.2 hx 3.8.38.3 kitControl 3.8.38.1 kitLon 3.8.38.1 kitPx 3.8.38.1 kitPxGraphics 1.0.16 lonworks 3.8.38.5 mbus 3.8.38.5 modbusCore 3.8.38.3 modbusSlave 3.8.38.2 modbusTcp 3.8.38.2 modbusTcpSlave 3.8.38.2 nDriver 3.8.38.1 niagaraDriver 3.8.38.1 niagaraVirtual 3.8.38.2 obixDriver 38.38.1 platMstp 3.8.38.9 provisioningNiagara 3.8.38.1 raster 3.8.38.1 report 3.8.38.1 schedule 3.8.38.3 smartTableHx 3.8.38.1 snmp 3.8.38.4 web 3.8.38.11 workbench 3.8.38.5 zwave 3.8.38.1   ********* Previous Release History ********* Consolidated_Patches_3.6.406_SE_09112014.zip  ...  Click here for Release Notes alarm 3.6.406.2 bacnet 3.6.406.3 baja 3.6.406.7 bajaui 3.6.406.2 control 3.6.406.1 driver 3.6.406.1 fox 3.6.406.2 gx 3.6.406.1 lonworks 3.6.406.3 modbusTcp 3.6.406.2 ndedicatedMicros 3.6.406.3 niagaraDriver 3.6.406.3 obix 3.6.406.1 provisioningNiagara 3.6.406.1 raster 3.6.406.1 schedule 3.6.406.1 snmp 3.6.406.1 weather 3.6.406.1 web 3.6.406.6 workbench 3.6.406.2 Consolidated_Patches_3.6.406_SE_11112014.zip  ...  Click here for Release Notes alarm 3.6.406.3 bacnet 3.6.406.3 baja 3.6.406.7 bajaui 3.6.406.2 control 3.6.406.1 driver 3.6.406.1 fox 3.6.406.2 gx 3.6.406.1 lonworks 3.6.406.3 modbusTcp 3.6.406.2 ndedicatedMicros 3.6.406.3 niagaraDriver 3.6.406.3 obix 3.6.406.1 provisioningNiagara 3.6.406.1 raster 3.6.406.1 schedule 3.6.406.1 snmp 3.6.406.1 weather 3.6.406.1 web 3.6.406.6 workbench 3.6.406.2   Consolidated_Patches_3.7.106_SE_09112014.zip   ...  Click here for Release Notes alarm 3.7.106.5 alarmOrion 3.7.106.2 bacnet 3.7.106.13 baja 3.7.106.5 bajaui 3.7.106.4 control 3.7.106.1 driver 3.7.106.1 fox 3.7.106.3 gx 3.7.106.2 history 3.7.106.1 kitControl 3.7.106.1 lonworks 3.7.106.3 modbusTcp 3.7.106.2 ndedicatedMicros 3.7.106.3 niagaraDriver 3.7.106.5 niagaraLexiconZhcn 3.7.106.6 niagaraVirtual 3.7.106.1 obix 3.7.106.2 obixDriver 3.7.106.4 pdf 3.7.106.1 platWifi 3.7.106.1 provisioningNiagara 3.7.106.2 raster 3.7.106.1 report 3.7.106.2 schedule 3.7.106.2 seriesTransform 3.7.106.7 snmp 3.7.106.2 weather 3.7.106.1 web 3.7.106.14 workbench 3.7.106.4 Consolidated_Patches_3.7.106_SE_11112014.zip   ...  Click here for Release Notes alarm 3.7.106.6 alarmOrion 3.7.106.2 bacnet 3.7.106.13 baja 3.7.106.5 bajaui 3.7.106.4 control 3.7.106.1 driver 3.7.106.1 fox 3.7.106.3 gx 3.7.106.2 history 3.7.106.1 kitControl 3.7.106.1 lonworks 3.7.106.3 modbusTcp 3.7.106.2 ndedicatedMicros 3.7.106.3 niagaraDriver 3.7.106.5 niagaraLexiconZhcn 3.7.106.6 niagaraVirtual 3.7.106.1 obix 3.7.106.2 obixDriver 3.7.106.4 pdf 3.7.106.1 platWifi 3.7.106.1 provisioningNiagara 3.7.106.2 raster 3.7.106.1 report 3.7.106.2 schedule 3.7.106.2 seriesTransform 3.7.106.7 snmp 3.7.106.2 weather 3.7.106.1 web 3.7.106.14 workbench 3.7.106.4 Consolidated_Patches_3.7.106_SE_01222015.zip   ...  Click here for Release Notes alarm 3.7.106.6 alarmOrion 3.7.106.2 bacnet 3.7.106.14 baja 3.7.106.8 bajaui 3.7.106.5 control 3.7.106.1 driver 3.7.106.1 fox 3.7.106.3 gx 3.7.106.2 history 3.7.106.1 hx 3.7.106.2 kitControl 3.7.106.1 kitPxGraphics 1.0.16 lonworks 3.7.106.3 mbus 3.7.106.4 modbusCore 3.7.106.1 modbusTcp 3.7.106.2 ndedicatedMicros 3.7.106.3 niagaraDriver 3.7.106.5 niagaraLexiconZhcn 3.7.106.6 niagaraVirtual 3.7.106.3 obix 3.7.106.2 obixDriver 3.7.106.5 pdf 3.7.106.1 platWifi 3.7.106.1 provisioningNiagara 3.7.106.2 raster 3.7.106.1 report 3.7.106.2 schedule 3.7.106.2 seriesTransform 3.7.106.7 snmp 3.7.106.3 weather 3.7.106.1 web 3.7.106.16 workbench 3.7.106.5   Consolidated_Patches_3.7.106_SE_05272015.zip   ...  Click here for Release Notes alarm 3.7.106.7 alarmOrion 3.7.106.2 bacnet 3.7.106.15 baja 3.7.106.9 bajaScript 3.7.106.1 bajaui 3.7.106.5 control 3.7.106.1 docMbus 3.7.106.5 driver 3.7.106.1 fox 3.7.106.3 gx 3.7.106.2 history 3.7.106.2 hx 3.7.106.2 kitControl 3.7.106.1 kitLon 3.7.106.1 kitPxGraphics 1.0.16 lonworks 3.7.106.5 mbus 3.7.106.5 mobile 3.7.106.1 modbusCore 3.7.106.3 modbusSlave 3.7.106.2 modbusTcp 3.7.106.2 modbusTcpSlave 3.7.106.2 ndedicatedMicros 3.7.106.3 niagaraDriver 3.7.106.5 niagaraLexiconZhcn 3.7.106.6 niagaraVirtual 3.7.106.3 obix 3.7.106.2 obixDriver 3.7.106.5 opc 3.7.106.2 pdf 3.7.106.1 platWifi 3.7.106.1 provisioningNiagara 3.7.106.2 raster 3.7.106.1 report 3.7.106.2 schedule 3.7.106.2 seriesTransform 3.7.106.7 smartTableHx 3.7.106.1 snmp 3.7.106.4 weather 3.7.106.1 web 3.7.106.17 workbench 3.7.106.5         Consolidated_Patches_3.8.37_SE_09112014.zip   ...  Click here for Release Notes alarm 3.8.38.2 bacnet 3.8.38.3 baja 3.8.38.2 bajaui 3.8.38.1 control 3.8.38.1 driver 3.8.38.1 gx 3.8.38.1 kitControl 3.8.38.1 lonworks 3.8.38.3 modbusTcp 3.8.38.2 platMstp 3.8.38.6 raster 3.8.38.1 report 3.8.38.1 schedule 3.8.38.1 snmp 3.8.38.2 web 3.8.38.3 workbench 3.8.38.1 zwave 3.8.38.1     Consolidated_Patches_3.8.37_SE_10012014.zip   ...  Click here for Release Notes alarm 3.8.38.2 bacnet 3.8.38.3 baja 3.8.38.2 bajaui 3.8.38.1 control 3.8.38.1 driver 3.8.38.1 gx 3.8.38.1 kitControl 3.8.38.1 lonworks 3.8.38.3 modbusTcp 3.8.38.2 platMstp 3.8.38.8 raster 3.8.38.1 report 3.8.38.1 schedule 3.8.38.1 snmp 3.8.38.2 web 3.8.38.3 workbench 3.8.38.1 zwave 3.8.38.1       Consolidated_Patches_3.8.37_SE_11112014.zip   ...  Click here for Release Notes alarm 3.8.38.4 bacnet 3.8.38.6 baja 3.8.38.2 bajaui 3.8.38.1 control 3.8.38.1 driver 3.8.38.1 gx 3.8.38.1 kitControl 3.8.38.1 lonworks 3.8.38.3 modbusTcp 3.8.38.2 platMstp 3.8.38.8 raster 3.8.38.1 report 3.8.38.1 schedule 3.8.38.1 snmp 3.8.38.2 web 3.8.38.3 workbench 3.8.38.1 zwave 3.8.38.1     Consolidated_Patches_3.8.37_SE_01222015.zip   ...  Click here for Release Notes alarm 3.8.38.4 bacnet 3.8.38.9 baja 3.8.38.6 bajaui 3.8.38.2 control 3.8.38.1 driver 3.8.38.1 gx 3.8.38.1 hx 3.8.38.3 kitControl 3.8.38.1 kitPxGraphics 1.0.16 lonworks 3.8.38.3 mbus 3.8.38.4 modbusCore 3.8.38.1 modbusTcp 3.8.38.2 nDriver 3.8.38.1 niagaraVirtual 3.8.38.2 obixDriver 38.38.1 platMstp 3.8.38.8 raster 3.8.38.1 report 3.8.38.1 schedule 3.8.38.1 snmp 3.8.38.3 web 3.8.38.7 workbench 3.8.38.2 zwave 3.8.38.1 Consolidated_Patches_3.8.37_SE_05272015.zip   ...  Click here for Release Notes alarm 3.8.38.5 bacnet 3.8.38.11 baja 3.8.38.9 bajaui 3.8.38.3 control 3.8.38.1 docMbus 3.8.38.5 driver 3.8.38.1 email 3.8.38.1 gx 3.8.38.1 history 3.8.38.2 hx 3.8.38.3 kitControl 3.8.38.1 kitLon 3.8.38.1 kitPx 3.8.38.1 kitPxGraphics 1.0.16 lonworks 3.8.38.5 mbus 3.8.38.5 modbusCore 3.8.38.3 modbusSlave 3.8.38.2 modbusTcp 3.8.38.2 modbusTcpSlave 3.8.38.2 nDriver 3.8.38.1 niagaraDriver 3.8.38.1 niagaraVirtual 3.8.38.2 obixDriver 38.38.1 platMstp 3.8.38.9 provisioningNiagara 3.8.38.1 raster 3.8.38.1 report 3.8.38.1 schedule 3.8.38.2 smartTableHx 3.8.38.1 snmp 3.8.38.4 web 3.8.38.10 workbench 3.8.38.4 zwave 3.8.38.1 bajaui 3.8.38.2 bajaui 3.8.38.2 baja 3.8.38.6 baja 3.8.38.6               obixDriver 3.7.106.4 alarm 3.7.106.5 alarm 3.7.106.5 alarmOrion 3.7.106.2 hx 3.8.38.3 hx 3.8.38.3 hx 3.8.38.3   gx 3.8.38.1 gx 3.8.38.1 gx 3.8.38.1   hx 3.8.38.3   kitLon 3.8.38.1 kitLon 3.8.38.1   nDriver 3.8.38.1   nDriver 3.8.38.1

Issue Wiring a MD10B-24 / MD20B-24 actuator to a Climatronic CXT / CXR / CSC Actuator Environment MD10B-24 MD20B-24 Actuator Climatronic CXT CXR CSC Cause The Climatronic controller switches the O volt side of the 24 volt supply, but the actuators shows that it requires 24 volts to open and close. Resolution The Satchwell range of Climatronic controllers have always switched the 0 volt side of the 24 volt supply to control the actuator position. CXT Controller - Terminals 13 and 14 provide 0 volts to close or open the actuator. A permanent 24 volts is provided by terminal 37. For the complete datasheet, please click HERE. CXR Controller - Terminals 23 and 24 provide 0 volts to close or open the actuator. A permanent 24 volts is provided by terminal 37. For the complete datasheet, please click HERE. CSC Controller - Terminals 33 and 32 provide 0 volts to close or open the actuator. A permanent 24 volts is provided by terminal 37. For the complete datasheet, please click HERE. The MD10B-24 / MD20B-24 datasheet shows the wiring as follows; For the complete MD10B datasheet, please click HERE. For the complete MD20B datasheet, please click HERE. The above actuator wiring shows a 0 volt connection to the common connection (1) and a switched 24 volt connection (2 or 3). To connect the MD10B-24 / MD20B-24 actuator to any of the above controllers it will be necessary to connect the actuator as follows. Controller 24 volt  (37) to connection wire (1). Controller Open signal (14, 24 and 32) to connection wire (2). Controller Close signal (13, 23 and 33) to connection wire (3). Please note that the actuator direction can be changed by repositioning the switch on the front of the actuator.