Building Automation Knowledge Base

Issue When attempting to start the Enterprise Server, the user receives the following error message: "Windows could not start the Building Operation Enterprise Server service on Local Computer: Error 216: 0xd8" Product Line EcoStruxure Building Operation Environment Microsoft Windows Building Operation Enterprise Server Building Operation Enterprise Central Cause Windows error 216: 0xd8 means "The version of %1 is not compatible with the version you're running. Check your computer's system information to see whether you need an x86 (32-bit) or x64 (64-bit) version of the program, and then contact the software publisher." It is likely that this error is being received due to the EBO Enterprise Server/Central being installed on a 32-bit Windows Operating System. Resolution Beginning in EBO 2.0 it is no longer supported for the Enterprise Server to run on a 32-bit Operating System. Reference the Enterprise Server Specification Sheet for the appropriate product version you are using to find the list of supported Operating Systems. The Enterprise Server/Central should then be installed on one of the supported 64-bit Operating Systems.

Issue Having inconsistent results installing PCT on various host platforms. Product Line EcoStruxure Building Operation Environment Building Operation Project Configuration Tool (PCT) Cause Having difficulty installing PCT successfully. Resolution PCT "Server Mode" installation Sign in and add the computer to the domain Download and install the PCT Server software with an Administrator account Select the “Server” Setup Type Select the hardware Ethernet Connection for the network adapter Allow the Virtual Box installer to complete Reboot the computer Disable Windows Firewall as needed, or add the required firewall rules to allow connections to the PCT If desired, download and install the EBO License Administrator, and any required versions of EBO Workstation and Server Packages (1.9, 2.x, 3.x). Individual User Laptop Setup Download and install the EBO License Administrator, and any required versions of EBO Workstation (1.9, 2.x, 3.x) Download and install the PCT Client software Individual User Laptop Usage Open the PCT client and connect to the desired PCT server Enter the IP address of the PCT server machine to connect once, or click the “Setup for use with remote server” link to adjust the properties of the PCT client to always connect to the same PCT server Once connected to the PCT server, install all the desired Server Packages for the first use Create a new project, or open an existing project If the project’s servers are not running, start them Once the required servers are running, open Workstation to develop the project   For the purpose of testing the procedures described above, following hardware was used.   OPTIPLEX 7060 Micro XCTO Intel vPro Technology Enabled Dell Data Protection Threat Defense Subscription, 3 Years US Order Standard BIOS - Fastboot - Auto Asset Report Thermal Pad 2 512GB PCIe NVMe Class 40 Solid State Drive 32GB 2X16GB DDR4 2666MHz Non-ECC Shipping Label for DAO Intel Core i7-8700 (6 Cores/12MB/12T/up to 4.6GHz/65W); supports Windows 10/Linux TPM Enabled CMS Software not included MOD,PLCMT,QSG,7060,MFF,DAO1 OS-Windows Media Not Included SW for 7060 with Win10 OS No Integrated Stand option OptiPlex 7060 Micro with 130W up to 87% efficient adapter No Wireless LAN Card No Anti-Virus Software Desktop MFF BTO Standard Shipment No Intel Responsive No Additional Hard Drive Intel Unite Software Not Included Safety/Environment and Regulatory Guide (English/French Multi-language) No Productivity Software No AutoPilot Win 10 Pro 64 English, French, Spanish Ship Material for OptiPlex Micro Form Factor 130W AC Adapter Regulatory LBL for 130W adapter (65W CPU Chassis) No CompuTrace No UPC Label US Power Cord 8th Gen Intel Core i7 vPro processor label No Option Included No FGA Energy Star Dell Developed Recovery Environment Waves Maxx Audio Dell Client System Update (Updates latest Dell Recommended BIOS, Drivers, Firmware and Apps) Dell(TM) Digital Delivery Cirrus Client SupportAssist Not selected in this configuration NO ADAPTER No Cove Black Dell MS116 Wired Mouse Black Dell KB216 Wired Multi-Media Keyboard English No PCIe add-in card 5 Screw for SSD/DDPE ProSupport for Dell Data Protection Threat Defense, 3 Years ProSupport Plus: 7x24 Technical Support, 3 Years ProSupport Plus: Next Business Day Onsite 3 Years ProSupport Plus: Keep Your Hard Drive, 3 Years ProSupport Plus: Accidental Damage Service, 3 Years Dell Limited Hardware Warranty Plus Service

Issue Microsoft Visual Studio causes Just-In-Time Debugging Environment Windows Operating System Cause Visual Studio is installed on the PC and when attempting to perform a task, an error appears claiming Just-In-Time Debugging.  Resolution To disable Just-In-Time debugging: On the Tools menu, click Options. In the Options dialog box, select the Debugging folder. In the Debugging folder, select the Just-In-Time page. In the Enable Just-In-Time debugging of these types of code box, select or clear the relevant program types: Managed, Native, or Script. To disable Just-In-Time debugging, once it has been enabled, you must be running with Administrator privileges. Enabling Just-In-Time debugging sets a registry key, and Administrator privileges are required to change that key. Click OK.

Issue Alarm code, configuration code passwords for DC1100 and DC1400 Product Line Field Devices Environment DC1100 controller DC1400 controller Cause Configuration Resolution Passwords are: 0112 for configuration mode 0402 for fast run mode

Issue Serial connection to I/A Series R2 UNC VxWorks Target Shell using Windows HyperTerminal Product Line TAC IA Series Environment I/A Series R2 Universal Network Controllers: UNC-410-1 UNC-410-1-N UNC-520-2 UNC-520-2-N Cause There maybe a need to access the UNC via its serial port if the IP address of the UNC is unknown or for troubleshooting purposes when the UNC's Ethernet port is not functioning. Resolution Hardware required for connection to UNC's RS-232 port: 8-conductor flat silver satin stranded cable with standard male (plug) RJ-45 connectors RJ-45 to DB-9 adapter (part number: UNCC-405) or a socket-to-plug type RJ-45 to DB-25 adapter (part number: UNCC-430) A functioning COM port on a computer A 2-pin jumper for connection to the UNC's "Mode" connector Refer to the Installations Instructions for UNC-520 (page 15) for details on the cable and adapter (applies for both UNC-410 and UNC-520). Pinout configuration for a RJ-45 to DB-9 Null Modem Adapter (part number UNCC-405) also refers to these pin outs. Connection to UNC's VxWorks Target Shell using Windows HyperTerminal (for operating systems without HyperTerminal, please refer to Hyperterminal on Microsoft Windows Operating Systems😞 Connect the cable and adapter between the UNC's RS-232 port and the RS-232 COM port used on the computer. Start HyperTerminal (Programs > Accessories > Communications > HyperTerminal). In the 'Connection Description' dialog, type a name for this session. For example, 'Connection to UNC'. Click OK. In the 'Connect to' dialog, use the 'Connect using' drop-down list to select the COM port used on the computer. Click OK. In the Com(n) Properties dialog, choose the following settings: Bits per second: 9600 Data bits: 8 Parity: None Stop bits: 1 Flow control: Hardware Click OK. On the UNC circuit board, locate the 4-pin Mode connector and put a 2-pin jumper on the 2 outer pins. Refer to page 17 UNC-520 Installation Instructions for position of the Mode connector (top right corner). With the HyperTerminal session active, remove power from the UNC, let it cycle down, then reapply power. After some number of seconds, text should appear in the HyperTerminal window similar to: Press any key to stop auto-boot... To enter commands to the UNC, press any key to break out of the boot sequence. A prompt similar to the following is shown: [VxWorks Boot]: To determine the IP address / subnet mask of the UNC, do not break the auto-boot sequence as described in step 7. Allow the UNC to finish booting. When the controller stops displaying new messages, press ENTER to reach the command prompt. The prompt is similar to the following: -> Using the scroll bars on the HyperTerminal window, scroll up until the section that begins with the line 'Press any key to stop auto-boot...'. The IP address of the UNC is listed on the line that begins 'inet on ethernet (e)' The IP address is listed (in dotted decimal), followed by a colon, and then the subnet mask (in hexadecimal). Disconnect from the UNC when complete. Press the 'Disconnect' button on the HyperTerminal toolbar. Exit from the HyperTerminal application, selecting to Save if planning to reuse this HyperTerminal setup for future connection to an UNC. Remove the 2-pin jumper from the Mode connector of the UNC. Reboot the UNC by removing the power connector, waiting for all lights to extinguish, and plugging the power connector back in. * If troubleshooting the UNC, send the HyperTerminal start up messages to Product Support for analysis.

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 Webhelp and the Technical Reference Guide supply information for using the AS-P/B DHCP server option, however, a number of relevant questions have not been answered. Product Line EcoStruxture Building Operation Environment Building Operation Automation Server Premium (AS-P 0.62 hardware) Building Operation Automation Server Bundled (AS-B) Building Operation SmartX IP Multi-purpose Controller (MP-X) Building Operation SmartX IP Room Controller (RP-C) Building Operation SmartX Controller IP-IO Series Cause There are typically a number of options to configure DHCP servers, but since the DHCP server included with the AS-P/B is very basic and NOT configurable, it's important to understand which options are and are not available. Resolution Webhelp has some helpful information about the DHCP Server Options. The AS-P/Bs built-in DHCP server assigns unrouted IP addresses within the range of addresses from 10.110.210.2 to 10.110.210.254. This was developed to allow for a quick configuration of a private MP-X/RP-C network. The AS-P/B DHCP server can be disabled and another DHCP server can be used. Here is a list of other questions and answers that may come up based on typical options in other DHCP servers: Can the scope of the IP range be configured? There is no way to configure or limit the range of the standard IP address range or to have multiple scopes. Can IP exceptions be configured? There is no configuration option to prevent the AS-P/B DHCP server from assigning a specific IP address. The AS-P/B DHCP server is unaware of static IP addresses, so if a switch or other device has a static IP set in the 10.110.210.2 to 10.110.210.254 range, you run the risk of having the AS-P/B DHCP server assign an IP address twice which can cause a number of issues. Can a Default gateway be configured? Not configurable Can a Subnet mask be configured? Not configurable Is IP6 supported? No Can lease types be configured? No Can multiple DHCP servers be installed on the private LAN? No Should MP-X/RP-C IP level devices only be hosted within the private AS-P/B network? Most site IT departments prefer that the BAS networks be isolated, however, if the network switch (Not the AS-P/B) is used for assigning DHCP IP addresses, it could hand out addresses to the AS-P/B and the MP-X/RP-C devices if they are on the same subnet. A managed (RSTP Enabled) switch can reside as a client to the AS-P/B. This is due to how the Private DHCP option is advertised. On-site IT departments may not want the switch on the customer's LAN so it is placed in the private AS-P/B network. Does the AS-P/B DHCP server assign addresses to 3rd party devices? Yes, if the 3rd party device supports this. This would be a configurable option in the device.

Issue Access Control Spec for Tender Offer which usually comes from the Product Marketing Division Environment I/NET Site with Access Control Cause Bidding a job and requests for Access Control Spec or Specification Requests for: General Requirements Site Construction Door Locking Hardware Conveying Equipment / Elevator Controls Electrical Power Communications Video Surveillance Security Management System (SMS) specified For the Access/Security Control Contractor. Typically the SMS provides and explanation and integration for:   • Integrated Access Control • Alarm Monitoring • Integrated Digital Video Management • Interactive Alarm/Facility Graphics Display • Wireless Alarm and Video Transmission • Associated Access Control and Alarm Equipment Control • Multiple Language Operation • Multiple Tenant Operation • Access Initiated and Event Initiated Control  • Elevator Control • Workstation and associated equipment General Requirements Site Construction Door Locking Hardware Conveying Equipment / Elevator Controls Electrical Power Communications Video Surveillance Resolution I/NET Seven Access Control Specification (Available in a MSWord format)  

Issue Modbus devices such as power meters require the monitoring of values that are held in a 64-bit unsigned integer data format.  I/A Series G3 Modbus proxy points cannot be configured to directly support the 64 bit register format. Environment I/A Series G3, Modbus, Modicon, Schneider Electric PowerLogic PM800 Series Power Meters Cause Modbus devices such as power meters require the monitoring of values that are held in a 64-bit unsigned integer data format.  I/A Series G3 Modbus proxy points cannot be configured to directly support the 64 bit register format. Resolution As a workaround, the Modbus proxy points can be configured to poll the register as four integers and convert or combine the four integers to a single unsigned 64-bit value.  NOTE: that all four registers will need to be polled in a single message.  The following are two examples that can be used to read and convert unsigned 64-bit values.  The first example converts a Modicon power value with data type UINT64.  The second example converts a Schneider Electric PowerLogic P800 Series Power Meter with data type MOD10. Example 1 (Modicon UINT64):  The memory map below indicates the Total KWh+ value is presented in an unsigned 64-bit data format (four Modbus integers) starting at physical address 0500h. Create four Modbus Client Numeric Points under the Modbus Async Device Points container. This can be done by copying four objects or by using the Modbus Client Point Manager. Configure the points to read the integers that represent the value required. For example, the Modicon address 301280 (0500h) would be configured as follows. NumericPoint1 > Data Address (Address Format Hex, Address 500, Reg Type Holding, Data Type Integer) NumericPoint2 > Data Address (Address Format Hex, Address 501, Reg Type Holding, Data Type Integer) NumericPoint3 > Data Address (Address Format Hex, Address 502, Reg Type Holding, Data Type Integer) NumericPoint4 > Data Address (Address Format Hex, Address 503, Reg Type Holding, Data Type Integer) The values will attempt to poll and still will most likely be in fault as the value must be read in the same message request. This is where a Device Poll Config Entry will be required to configure the data to be read in a single message. The Device Poll Config Entry can be configured using the Learn Optimum Device Poll Config or by manually adding a Device Poll Config Entry to the Device Poll Config container. For this example, the Device Poll Config Entry would be setup with the start address of Hex 500, Data Type Holding Register, Consecutive Points To Poll 4 and Read Group Size 1. The consecutive points to poll may can be adjusted to read multiple UINT64 registers depending upon the maximum number of registers allowed by the Modbus device. Otherwise additional Device Poll Config Entry objects can be added and configured. Converting or combining the values can be performed in a couple of ways. The first is by using standard math logic (see image below). The inputs are multiplied by the correct binary multiplier and added together. The constants to use for each object are as follows. Multiply = 65536.0 Multiply1 = 4294967296.0 Multiply2 = 281474976710656.0   The second method is to use a program object and connect the four integers to the inputs. The same calculation as previous method is performed within the program.  The ModbusIntegersToUINT64 program object can be copied into a station database. Example 2 (PowerLogic P800 Series Power Meter MOD10):  The memory map below indicates the Energy (Real Out) value is presented in an unsigned 64-bit data format (four Modbus integers) starting at physical address 1708. Create four Modbus Client Numeric Points under the Modbus Async Device Points container. This can be done by copying four objects or by using the Modbus Client Point Manager. Configure the points to read the integers that represent the value required. For example, the address 1708 would be configured as follows. NumericPoint1 > Data Address (Address Format Decimal, Address 1708, Reg Type Holding, Data Type Integer) NumericPoint2 > Data Address (Address Format Decimal, Address 1709, Reg Type Holding, Data Type Integer) NumericPoint3 > Data Address (Address Format Decimal, Address 1710, Reg Type Holding, Data Type Integer) NumericPoint4 > Data Address (Address Format Decimal, Address 1711, Reg Type Holding, Data Type Integer) The values will attempt to poll and still will most likely be in fault as the value must be read in the same message request. This is where a Device Poll Config Entry will be required to configure the data to be read in a single message. The Device Poll Config Entry can be configured using the Learn Optimum Device Poll Config or by manually adding a Device Poll Config Entry to the Device Poll Config container. For this example, the Device Poll Config Entry would be setup with the start address of Decimal 1708, Data Type Holding Register, Consecutive Points To Poll 4 and Read Group Size 1. The consecutive points to poll may can be adjusted to read multiple MOD10 registers depending upon the maximum number of registers allowed by the Modbus device. Otherwise additional Device Poll Config Entry objects can be added and configured. Converting or combining the values can be performed in a couple of ways. The first is by using standard math logic (see image below). The inputs are multiplied by the correct binary multiplier and added together. The constants to use for each object are as follows. Multiply = 10000.0 Multiply1 = 100000000.0 Multiply2 = 1000000000000.0 The second method is to use a program object and connect the four integers to the inputs. The same calculation as previous method is performed within the program.  The ModbusIntegersToMOD10 program object can be copied into a station database.

Issue WebClient most common installation problems Product Line Andover Continuum Environment Continuum webClient Server Microsoft IIS Microsoft .NET Framework Cause WebClient is not functioning properly. Troubleshooting steps are required. Resolution Below are some of the more common problems that Technical Support runs into when troubleshooting a WebClient installation. Microsoft DCOM settings (Manually setting up DCOM was needed prior to version 2.0) This is the most common problem that PSS runs into. There are two areas that these settings need to be set in are, “Access Permissions” and “Launch and Activation permissions”. Incorrect DCom settings in WebClient will cause many different problems. It could cause problems with logging into the system, opening graphics, seeing the Active Alarm view, etc… The users that should be in there are below for Windows 2000 IIS and Windows XP IIS servers: INTERACTIVE SYSTEM ComputerName\IUSR_ComputerName (Internet guest account) ComputerName\IWAM_ComputerName (Launch IIS process account) ComputerName\ASPNET (ASP.NET) Additionally for Windows 2003 IIS servers this additional user is needed: ComputerName\NETWORK_SERVICE To help pinpoint the DCOM permission that is not set properly, consult the steps at Identify which DCOM permission are causing DCOM errors when trying to use WebClient. Microsoft .Net Frame work Zone Permissions This is another one of the more common problems in WebClient installs. Not setting the .Net Zone permissions correctly will cause problems with opening schedules in the WebClient browser machines. The .Net zone permissions has to be set on each client browser. See the section in the WebClient install guide on setting the .Net Zone permissions. Microsoft .Net Framework is installed before the IIS is installed If .Net is installed prior to IIS you will see problems with logging into the system, editors may not work, schedules will not be able to be opened. If there is any doubt to whether or not .Net was install before the IIS then open a Windows command prompt and run the below commands. For Windows 2000 Professional it is: c:\WinNT\Microsoft.NET\Framework\v1.1.4322\aspnet_regiis.exe -i For Windows XP Professional, Windows Server 2003 it is: c:\windows\Microsoft.NET\Framework\v1.1.4322\aspnet_regiis.exe -i For Windows10/Windows7/Server2003 it is: c:\Windows\Microsoft.NET\Framework\v2.05.50727\aspnet_regiis.exe -i Also, Windows10/Windows7/Server2003 using 1.94 SP1 and greater, .net 4.x is used  c:\Windows\Microsoft.NET\Framework\v4.0.30319\aspnet_regiis.exe -i Run both 2 and 4 commands  Microsoft .Net 2.0 This is not supported until V1.74 and will cause problems with WebClient. You will see problems with reports, schedules on earlier versions. SQL Authentication methods with WebClient The only authentication method for SQL server that WebClient supports is SQL Server and Windows. Due to the methods we use to access data in the SQL database with WebClient the authentication must be set this way. Internet Information Server Secure Sockets Layer (IIS SSL) Currently using SSL with WebClient is not supported in versions prior to V1.74. Remote installs of WebClient due to underlying Microsoft Security a WebClient cannot be installed through any kind of remote terminal services, or RDP. If the system is installed through remote services there will be security problems with accessing WebClient. The correction to these problems is to be directly on the WebClient / IIS machine and uninstall all the WebClient apps, Microsoft .Net, and Microsoft IIS then re-install the applications per our instructions while directly on the WebClient machine. Remote reboots of a WebClient IIS server If you use a remote terminal service and reboot and log on to an IIS server running WebClient you will run into problems with logging into WebClient. (webclient is unavailable error) If using VMWare with 2.0 and above, use the VMWare Open console feature Multiple Network cards in the IIS server Using multiple network interface cards in an IIS server is not supported. Doing this will cause problems with opening graphics through WebClient. Installation of files on the Client browsing machines The first time WebClient is accessed through a browser, either in new installs or upgrades, files need to be installed on that client browser machine. You will need to be logged in with a Windows user that has the permissions to install software. Install of WebClient on the IIS computer while virus scan software is running. Make sure that when installing WebClient, either new installs or upgrades, that any virus scan software is disabled. In some instances virus scan software has caused problems with WebClient installs or upgrades. "&" characters in names of objects Ampersands are special characters in web browsing and should not be used in anything in Continuum that the WebClient browser will have access to. Some of the problems that have been seen are alarms not showing up in the Active Alarm view and not being able to add areas to personnel objects. Setting up WebClient graphics Once WebClient is installed on the IIS server you need to make sure you open CyberStation Pinpoint and set the “Web Locations” for your graphics sharing. If you do not set this you will not be able to access graphics through WebClient. When these are set incorrectly you will see a red “X” next to the path. Ports used in WebClient Until V1.74 we only support the use of Port 80 in WebClient. CyberStation on the IIS WebClient server. In order for WebClient to function properly the CyberStation that is installed as part of the WebClient install on the IIS server must be running. You do not need to be logged on to the CyberStation it just needs to be running. WebClient graphics and firewalls Prior to 1.73 there were some special installation considerations when dealing with customers that had browsing machines both inside and outside a firewall. In the 1.73 WebClient there is no special installation/configuration that needs to be done. The system can be set up as if all the browsers are on the local network. Renaming or changing the Domain of the IIS Server after IIS is installed Renaming or changing the Domain that the IIS server was initially installed with will cause problems with IIS which in turn will cause problems with WebClient. If this has to be done then you will need to uninstall webclient before name change and then re-install webclient. Directory Browsing setting for WebClient graphics In some instances where the Windows security on the IIS server is restrictive you will need to add “Directory Browsing” to the NewGraphicsFiles share in the web site configuration on the IIS Server. In webclient 2.0 and greater, directory browsing is configured during the installation. Using underscores or hyphens in the name of the IIS Server This will cause problems with the operation of WebClient because those characters are special characters in the application.

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 The Drayton Theta YBL1 Valve Body / Actuator assembly is to be replaced. Environment Replacement Drayton Actuator Valve YBL1 Cause The Drayton Theta YBL1 Valve Body / Actuator assembly is obsolete. Resolution OVERVIEW The Drayton Theta YBL1 Valve Body / Actuator assembly is obsolete, and there is no purpose built replacement. The Valve Body was available in 1.1/4", 1.1/2" and 2" B.S.P. sizes and was normally installed as a mixing valve in variable temperature, constant volume, compensated heating circuits. No Valve Body / Actuator assemblies are currently available in these sizes. Details of the YB Valve Body may be viewed here.   VALVE BODY REPLACEMENT To replace the YBL1 Valve Body the following is required:- S-E SatchwellMB Valve Body of appropriate size - MB1552 (1.1/4"), MB1602 (1.1/2"), MB1652 (2") Details of the MB Valve Body may be viewed here.   ACTUATOR REPLACEMENT (6-WIRE INSTALLATION) The YBL1 Actuator normally comprised a 6-wire electrical connection enabling it to be operated by a Theta Potentiometric Controller as follows :-  Terminal M1 – Open signal Terminal M2 – Close signal Terminal M3 – Common  Terminal M4 – 135 ohm Feedback Potentiometer – winding Terminal M5 – 135 ohm Feedback Potentiometer – wiper Terminal M6 – 135 ohm Feedback Potentiometer – winding Where 6 wires are connected to the YBL1 Actuator then the Actuator may be replaced by one or other of the following S-E Actuators :- MD10B-24 MD20B-24 (if MD10B-24 not available) Details of the MD10B-24 Actuator may be viewed here. Details of the MD20B-24 Actuator may be viewed here.   LINKAGE KIT A Linkage Kit will also be required in order to enable the MD Actuator to be mounted on the MB Valve Body. Linkage Kit LMD/AR-MB (914-1071-000) Details of the LMD/AR-MB Linkage Kit may be viewed here   IMPORTANT NOTE In such 6-wire installations not only will the YBL1 Valve / Actuator assembly need to be replaced but the associated Theta Potentiometric Controller and its Sensors will also need to be replaced.   CONTROLLER REPLACEMENT The Theta Potentiometric Controller may be replaced by the S-E Satchwell CSC5252 or the CSC5352 Compensator Controller. Details of the CSC Controllers may be viewed here.   SENSOR REPLACEMENT Theta 3-wire Temperature Sensors may be replaced by S-E Satchwell 2-wire Temperature Sensors compatible with the S-E Satchwell CSC 5252 or CSC5352 Compensator Controllers selected from the following as appropriate. Outside Air Temperature Sensor (STO 600) Contact Temperature Sensor (STC 600), or alternatively :- Immersion Temperature Sensor (STP 660) + Sensor Pocket Adaptor (DWA 0001) Room Temperature Sensor (STR 600) – OPTIONAL ONLY Details of the STO 600 Outside Air Temperature Sensor may be viewed here. Details of the STC 600 Contact Temperature Sensor may be viewed here. Details of the STP 660 Water Temperature Sensor may be viewed here. Details of the DWA 0001 Sensor Pocket Adaptor may be viewed here. Details of the STR 600 Room Temperature Sensor may be viewed here.   N.B. ACTUATOR REPLACEMENT (3-WIRE INSTALLATION) Should only 3 wires be connected to a YBL1 Actuator then the Actuator may be replaced by one or other of the following S-E Actuators :- MD10B-24 MD20B-24 (if MD10B-24 not available) Details of the MD10B-24 Actuator may be viewed here. Details of the MD20B-24 Actuator may be viewed here.   LINKAGE KIT A Linkage Kit will also be required in order to enable the MD Actuator to be mounted on the MB Valve Body. Linkage Kit LMD/AR-MB (914-1071-000) Details of the LMD/AR-MB Linkage Kit may be viewed here In such 3-wire installations the YBL1 Valve / Actuator assembly only will need to be replaced, while any associated Controller and Sensors may be retained.

Issue The object information received from a MicroNet and IAC controller is based on a request for information from the Xenta. If the local area network receives too many requests, the system will not operate as quickly as expected. It is important to configure the objects with a realistic poll time to avoid issues with slow system response. Product Line Satchwell MicroNet Environment Xenta 500 Xenta 700 Satchwell MicroNet Cause Slow graphic, alarm, updates 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. ---------------------------------------------------------------------------------------------------------------------------------------------------------- Network Architecture The size of a MicroNet/Satchnet network within XBuilder is not limited. It is quite possible to have 80 Unifact Pro controllers directly connected on an NCP RS485 network; ARCNET and Satchnet networks with routers can be much larger than this. With such large networks, to achieve acceptable system performance, the number of signals requested and their poll rate must be considered when engineering the Xenta 555. Note that Satchnet networks run four times slower than MicroNet NCP networks. Bandwidth and Performance  Because both MicroNet and Satchnet networks are polled, there is a limited bandwidth available in which to obtain all signal data. This means that it is necessary for the Xenta 555 to request each programmed signal (point) in turn from each controller. There are many factors which deter-mine the performance of a network, however it is generally accepted that certain signal parameters should update more frequently than others. The Xenta 555 has a special dynamic poll scheme that is inherent in the controller and needs no configuration. The polling of any signal depends on the signal type and its poll frequency. Priority is given to signals with the fastest poll rate; therefore some mea-sure of control can be applied to the prioritization of signals. The most important signals should be configured with the fastest poll rate. In the event that a particular signal is referenced more than once, for example, in an alarm, log and web page, that signal appears in the poll scheme once only and is polled at the fastest rate (that is, the fastest of the alarm rate, log rate or web page rate). Typically, the order of engineering priority should be: 1 Alarms 2 Web pages 3 Logs Tip Connection objects should be kept to a minimum because each connection comprises a read signal and a write signal (that is, two operations). Performance example Consider a Xenta 555 ARCNET or NCP network with three web clients showing three web pages (two alarm pages and one values page with 50 signals). The Xenta 555 configuration comprises a total of 480 signals: . 100 alarm signals set with a scan time of four seconds. . 300 logs at a logging interval of one hour. . 30 connection objects at a period of 10 seconds. 50 point signals on a values page with a fixed refresh time of 10 seconds. In this network, the signals will arrive in the alarm pages typically within 60 seconds. Connection objects and signals in values pages will update within 60 seconds. The Xenta 555 polling algorithm computes the optimum poll rate for each signal, therefore if the sum of the poll frequencies exceeds the available bandwidth at any particular time, the lower frequency polls will be delayed. This has the effect of spreading the polls out over the available bandwidth and therefore optimizing performance. Signals on graphics pages and values pages are only polled when the page is being displayed in a web browser, however when a signal is required for logging, alarming or for a connection object, the signals are continuously polled at the configured poll time Web Page Updates Some examples of expected polling rates follow: - In addition to MicroNet network updates, web pages are updated at regularly intervals and this should be considered when analyzing the over-all performance; ten seconds should be considered typical for a web page update. However, polling performance is affected by the number of web clients and the number of web pages. If each web client simultaneously requests a different web page, each with a set of signals not currently being polled (for example, alarms), then the number of polled signals will increase substantially and therefore slow down the rate of web page updates. For this reason it is recommended that the number of web clients is restricted to three for a typical Xenta 555 network as described in the example given earlier. Due to a slightly enhanced Native Communications Protocol (NCP) and Attached Resource Computer Network (ARCnet)  employed by the 50 series controller a small difference between the 100 series and 50 series controller Packets/Min can be seen, these are indicated below. Xenta555 - MNMI NCP Polling 50 Objects 10 Polls/Sec 426 to 595 Packets/Min MN620 526 Packets/Min MN650 567 Packets/Min Xenta555 - MNMI ARCnet Polling 50 Objects 10 Polls/Sec 426 to 595 Packets/Min MN620 484 Packets/Min MN650 495 Packets/Min Xenta555 - SNP 1200 Polling 50 Objects 2.5 Polls/Sec 169 to 174 Packets/Min Xenta555 - SNP 4800 Polling 50 Objects 7.5 Polls/Sec 398 Packets/Min These times are the averages found during testing, these figures will be affected by the following: - 1. The amount of controllers on the LAN (The Xenta 555/731 carries out some background polling an each controller for online and null output status). 2. The controller type has a small bearing on the polling rate per second. 3. Quality of the communications wiring.(poor wiring or incorrect cable specification can cause errors and re-tries) 4. Quality of the controller wiring, particularly with ARCnet installations. (Unscreened inputs ETC can result in noise reaching communications cable causing errors). 5. With the Xenta 731 particularly a high level of Menta programs ETC can cause time delays if the Xenta processor struggles to process all the information in good time. Further information can be found in the TAC Xenta 555 Supplement Manual.

Issue Changing the Automation Server HTTP / HTTPS ports, 1.3 or higher. Product Line EcoStruxure Building Operation Environment Building Operation Automation Server Building Operation Automation Server Premium Building Operation Automation Server Bundled Cause There is a need to change the Automation Server's HTTP and/or HTTPS ports from the default ports of 80 (HTTP) and 443 (HTTPS). Resolution The HTTP / HTTPS ports of the Automation Server can be changed from Struxureware/EcoStruxure Building Operation WebStation, requires SBO/EBO V1.3 or higher.  From a web browser*, connect and log on to the Automation Server. After you have logged on, click on the 'Account menu' near the top right corner: EBO 4.0.3 or higher,  From the "Options" select 'Setting'. From the network tab, you can change the HTTP / HTTPS ports.    EBO V4.0.2 or lower, From the "Options" select 'Device Configuration'.   The TCP/IP configuration page should appear. From here, you can change the HTTP / HTTPS ports.       3. Perform a Warm Start on the Automation Server to apply the HTTP / HTTPS port changes to the server.     * Check supported web browsers for Struxureware/EcoStruxure Building Operation at the WebStation specification sheet, make sure to select the correct SBO/EBO version: WebStation (se.com)     Firefox 4 or later (32-bit)

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 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 Replacement I/NET Controller NICAD Battery info., I/Net Batteries Product Line TAC INET Environment All I/NET controllers Cause Controller battery has failed, because the battery on the controller is over 5 years old   Resolution The 3 pin version Battery is used for the NPR2000 and the DPU48K (MIP Board) -- part number 3/V80H-SLF (Note this battery has to be order from an outside Vendor and not Schneider Electric). Click here to view a PDF on this part. The 7910, 7920, 7930 7780 & 7940 use the 2 pin version -- part number 3/V80H-LPC (Note this battery has to be ordered from an outside Vendor and not Schneider Electric). Click here to view a PDF on this part. The battery used on the 7700, 7716, 7718, 7728, 7720, 7928, 7793, 7798B, & 7798C (and like controllers) is the Dallas/INET part number 801288-07. This also can be ordered from the Rockford order entry using 01-2100-545 (Old CSI P/N 801288-07). This battery also has an outside Vendor source from Power-Sonic P/N - PCBM-3.6 Click here to view a PDF on this part. For battery testing process see How to test the NiCAD Battery on a Controller

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.

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 Services for assistance. Issue During certain situations, it may be required to remove and re-install PCT to address software conflicts with other software applications. While trying to remove/install PCT you may receive an error preventing you from completing the installation. The setup had detected that no version of SBO Project Configuration Tool is installed.  The specific command-line options require that the application be installed to continue. The setup will now terminate. Error: -1603 Fatal error during installation. Consult Windows Installer help(Msi.chm)or MSDN for more information. Error 1722. There is a problem with this Windows Installer... Product Line EcoStruxure Building Operation Environment Client versions (64 Bit Only): Editions: Pro, Home, Enterprise Windows 10 Windows 8.1 Windows 8 Windows 7       Server versions (64 Bit Only): Editions: Standard, Enterprise Server 2008 R2 Server 2012 Server 2012 R2  PCT versions (64 Bit OS Only): SBO Project Configuration Tool v 1.0.0.487 - SmartStruxure Solution - Software SBO Project Configuration Tool v 1.0.0.510 - SmartStruxure Solution - Software SBO Project Configuration Tool v 1.1.0.47 - SmartStruxure Solution - Software SBO Project Configuration Tool v 1.1.1.49 - SmartStruxure Solution - Software SBO Project Configuration Tool v 1.1.2.57 - SmartStruxure Solution - Software Cause In order to get past a possible installation loop, you will need to locate and delete the following Windows registry key: [HKEY_CLASSES_ROOT\Installer\Products\B2A4F0AEC8BB0E2438706F07E2E2560B] Resolution Note: Always make a backup of your registry before making any modifications.   Run regedit.exe Locate/Search: Computer\HKEY_LOCAL_MACHINE\SOFTWARE\Classes\Installer\Products\B2A4F0AEC8BB0E2438706F07E2E2560B Delete Registry Key entry: B2A4F0AEC8BB0E2438706F07E2E2560B  

Issue Instruction on how to use your Entitlement to rehost Vista 5 License onto a new host computer or dongle. Product Line TAC Vista Environment Vista 5 Dongle Host ID Flexnet Licensing Entitlement Vista Licensing website Cause Limited documentation exists for how to properly rehost a Vista license on the Vista licensing website Resolution NOTE: Please remember that 5.0.X license files are not backwards compatible with versions of Vista 5.1.X. If your current license files are 5.0.X you must install 5.0.3 or earlier to properly rehost your license. Log onto https://schneider-electric.flexnetoperations.com and enter your Entitlement or Activation ID. To obtain an unknown ID, follow instructions in Lost license Entitlement ID Vista 5.x. In the top corner of the Home Page Select LICENSE SUPPORT and List Licenses This Entitlements license(s) will be listed. Select the License you wish to rehost by checking the Tick box located just left of the License. In the Action Menu, Select Rehost. Select Add New Host. From the Server Host Dropdown, select either ETHERNET (MAC address) or VENDOR DEFINED (Dongle) depending on your site. Enter the Mac address or Dongle ID to be used in the textbox *note that a Dongle ID must be entered as "TAC_HL_ID=##########" Select OK The New Server Hosts will now be populated with the correct Host ID. Click Next. Select Verify to verify the Host ID is valid Select Rehost to generate the new License. From the main page, select the License you wish to retrieve by checking the Tickbox located just left of the License. Select View and Save To File or Email license to obtain the .lic file. It may be a good idea to compare the old .lic file with the new .lic file in Notepad to ensure they contain the same features. It is possible that the site license was a combined license generated from multiple Entitlements. If this is the case, repeat the steps above for each Entitlement then follow instructions in Manually Consolidating License Files.