Issue Need sample Plain English code that creates custom web page(s) served by the controller. Product Line Andover Continuum Environment CyberStation CX99xx CX9702 CX9640 CX968x ACX57xx Cause Continuum CX controllers allow user created custom web pages to be served directly from the controller's web server, this functionality requires embedding HTML in a PE program. The purpose of this article is to provide sample custom web pages for illustration. Resolution Get the sample code from the links below Home.txt  Home2.txt Home3.txt IMPORTANT: Some strange characters (i.e. 　) added to the code during upload to this site MUST be removed to make the code compile. Read the instructions on the document below Instructions for using sample code to create a custom web page menu system in the CX controller

Issue Since Generation 1 controllers do not have a controller webpage, how can I access the controller configuration to set up the controller or access controller information. Product Line Andover Continuum Environment Hyper Terminal CX9900 CX9940 CX9400 CX9410 CX9200 Cause 1st Generation Controllers do not have an embedded webpage. Resolution Find information about the pin configuration of the direct connection cable in PinOuts for the RS-232 Connection of the older 1st Generation CX controllers. The following document describes how to log into a generation 1 controller via a PC with a terminal emulation application: CX Operators Guide.pdf

Issue The TA210U controller is obsolete since many years, but the manual is sometimes still requested Product Line Field Devices, TAC Vista Environment TAC210U TA210U 2107030QRW 2107030QRT 0844427005 0844428005 Cause Old controller Resolution The (Swedish-only) manual can be found here: TA210U Controller User Manual (L3238001.pdf).

Issue Some actuators manufactured by Belimo are also available from Schneider Electric Environment Various Belimo Actuators: AF 230 AF 230-S AF 24 AF 24-S AF 24-SR LF 230 LF 24 LM 230 A LM 230 A-S LM 24 A LM 24 A-S LM 24 A-SR NM 230A NM 24A NM 24A-SR SM 230A SM 24A SM 24A-SR Various Schneider electric actuators, part no: 875-0000-010 875-0010-010 874-0000-010 874-0010-010 877-0000-010 875-0003-000 874-0003-000 875-1001-000 875-1003-000 875-1005-000 875-1007-000 875-1009-000 875-1011-000 875-1015-000 875-1019-000 875-1021-000 875-1025-000 875-1029-000   Cause Cross reference between various actuators of Belimo and Schneider Electric Resolution A cross reference table for these actuators can be found here (.xls).

Issue Unable to locate data sheet for the MD-S1 and MD-S2 auxiliary switch Product Line Field Devices Environment MD-S1 auxiliary switch MD-S2 auxiliary switch Cause No data sheets can to be found. Resolution Data sheets for the MD-S1 and MD-S2 auxiliary switches are not available. To review the MD-S Auxiliary Switch Installation Sheet, please click HERE.

Issue Is there a way to reset the password for web access to a BCX? Product Line Andover Continuum Environment Continuum site with passwords other than the default Cause The password was changed by mistake. Resolution Restore the controller's user names, passwords and configuration settings to the original factory values (Reset IP button using a two stage operation) The location of the Reset button and the Reset IP button on the controller board. Page 124 in appendix A of the Technical Reference Guide. If you cannot get into Continuum Explorer and edit the controller user under that controller and set the password. You will have to reset the controller and then re-commission and then reload.  Try acc/acc first and then after that the following: Using the Reset IP button The Reset IP button has two stages of operation: Stage 1 is initiated by depressing the button for 5 seconds. After 5 seconds, the IP address, and all network-related addresses entered on the Network Configuration page, are returned to the original factory default values. Stage 2 is initiated by depressing the button for 35 seconds. After 35 seconds, the database is cleared and all persistent configuration data is erased, with the exception of the error log. Note: Depressing the button for 35 seconds performs both operations, setting the IP address back to the factory default setting and clearing the database. When you initially depress the Reset IP button, the CPU Indicator LED will begin blinking. At 5 seconds, the LED will stop blinking and remain lighted in a continuous state. If you release the button before 5 seconds has passed, no changes are made. If you release the button after 5 seconds, but before 35 seconds, stage 1 is executed, but stage 2 is not. The IP address has returned to the original factory value, but the database has not changed. Please see Default IP address for BCX, ACX57xx, CX9702 and Netcontroller II for information on default IP addresses.

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 Selecting the appropriate IO system on a Continuum Net Controller (NC1 or NC2) Product Line Andover Continuum Environment CX9900 CX9940 CX9680 Cause Controller configuration Resolution Continuum Net Controllers can support three different IO systems, ACC-LON, LonMark XDriver and the legacy LBus. Only one IO system can be selected, the controller must be re-started after the selection is made. The document Selecting IO system in Continuum NetController has instructions on selecting the desired IO system for the controller.

Issue The PID controller object provided as part of the MPM software does not allow for any means of programmatic override i.e. forcing the loop output to 0%, 100% or other user defined position.  If you force the referenced Manipulated Variable (output) to a particular position by programmatically disconnecting it from the PID object, there can be a large overshoot when the PID output is reconnected.   Product Line EcoStruxure Building Expert Environment SmartStruxure Lite Multi-Purpose Manager (MPM) Cause If you force the referenced Manipulated Variable (output) to a particular position by programmatically disconnecting it from the PID object,  the PID controller will be 'open loop' and any integral parameter will wind up the output to its max or min position.  This can cause a large overshoot when the PID output is reconnected.   Resolution One option is to write a Lua script that forces the Controlled Variable and the Setpoint Reference to receive the same value when you override the loop output. This would freeze the output of the PID controller and prevent any integral wind up. There would still be a 'bump' when you remove the override, but it should be reduced.   Another option is to replace the PID controller object with a Lua script that provides the same the same functionality but with the addition of an override mode. You can find a sample Lua script here

Issue Availability of IPSEC on older controllers which request higher security constraints on networksLAN sites which have Andover controllers and workstations on a "flat network" but want to merge the devices into the corporate network which has IPSEC enabled. Environment Network of IP level controllers communicating with Cyberstation Cause Higher Security constraints on networksLAN sites which has Andover controllers and workstations on a "flat network" but want to merge the devices into the corporate network which have IPSEC enabled. Resolution Older versions of Andover Continuum controllers do not support network security such as IPSEC. However, the new versions of CyberStation and the new controllers, such as NetController II 9680 and ACX57x0, can be configured to communicate with controllers that do not support network security.   Another point to take note of is whether or not your site has purchased the network security option for this NetController II 9680 or ACX 57x0 controller.   IPsec is an end-to-end security scheme operating in the Internet Layer of the Internet Protocol Suite. It can be used in protecting data flows between a pair of hosts (host-to-host), between a pair of security gateways (network-to-network), or between a security gateway and a host (network-to-host).   Network Security Configuration Guide (zip)

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 Example programs for the xP Display and LD-1 Product Line Andover Continuum Environment XP Display LD-1, LD1, LD 1 ACSM Cause Need example code for these displays to act as a starting point for programming  Resolution example programs for the xP Display.  example programs for the LD-1.  Note: These applications were developed by a UK branch and should be used as a starting point for your specific application. Further information on the programming of these displays is available in The Exchange Download Center for the specific devices. xP-Display Installation and User Guide LD-1 Installation and User Guide

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

Issue Troubleshooting controllers can be aided by observing the CPU light Product Line Andover Continuum Environment Continuum controllers Cause A video created to show the differences between Normal, Error and Bootloader modes Resolution This will not show specifically what mode the controller is in, but it can offered to try to help to determine the mode. The speed of the CPU light on some of the controllers may vary, but this gives a general idea. Normal Mode is on the left, Error Mode is in the middle and Bootloader Mode is on the right. Note if the CPU LED is constant on or off see the KB article - Continuum controller CPU light solid or not illuminated

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  

Issue Supplemental Documentation on the Menta SEQ (sequence) block Environment Menta Cause The document is intended to clarify the inputs and configuration parameters of the Menta SEQ block and when/how to use them. Resolution Click here to download a copy of this document in PDF format Click here to download the example Menta macro   Supplemental Documentation: Menta SEQ   A Brief Overview of Sequence Block The Sequence block is used to start N of M stages based on a percentage input. Each stage is represented by a single bit in the output of the block which requires calculation to determine if each stage is off or on. The Sequence block also provides the ability to rotate the stages, specify a delay between multiple stages activating, and a hysteresis to adjust the activation or deactivation of stages. The Sequence block is ideal for rotating operating stages that have high frequency of change. It is not the proper block to use for run time balancing between multiple stages. Input of the SEQ Block The input expects a 0-100 value where a 0 represents zero stages active and 100 represents all stages are active. Configuration Parameters of the SEQ Block Stages The number of stages to activate at 100% input. Rotate Rotation Flag. If Rotate is set to 0 then the first stage will always be active if 1 stage is required. If Rotate is set to 1 then the first stage to activate will be the first stage to deactivate. Period Time delay(ms) between multiple stages activating. Hysteresis Hysteresis is used to offset the activation or deactivation % for each stage. If the Hysteresis is positive then it will shift the activation % higher by that amount. If the Hysteresis is negative then it will shift the deactivation % lower by that amount. Normal Operation of 4 Stages:    Stage 1 Activation Stage 2 Activation Stage 3 Activation Stage 4 Activation Input 20% 40% 60% 80%  Hysteresis of 10%    Stage 1 Activation Stage 2 Activation Stage 3 Activation Stage 4 Activation Input 30% 50% 70% 90%  Hysteresis of -15%    Stage 1 Deactivation Stage 2 Deactivation Stage 3 Deactivation Stage 4 Deactivation Input 5% 25% 45% 65% Output of the SEQ Block The number of stages active is based on the following formula: Active Stages = ((Maximum Stages +1) * Input) / 100 The number of active stages is then encoded into an Integer as the output of the SEQ block where each bit represents whether each stage is active or inactive. Since this is a single value it must be decoded using expression blocks to detect if each bit is active.

Issue Require a Lua script for using DIM modules Environment SmartStruxure Lite Cause Using a Digital Input Module and Lua script is required to view the Inputs. Resolution For Sontay's DIM4 module download the script here. For Sontay's DIM6 module download the script here. For AXIO's DIM module download the script here. For a generic DIM module download the script here. The voltage received at the AI may need tuning. Copy and paste the text into a Lua program and create the Binary Values (BV).

Issue Modbus Register Groups feature can overcome some Modbus communication problems. It has been seen before where the Modbus controller falls offline for a few seconds then comes back online. This cycle will repeat every few seconds. When register groups are not used, there may also be issues with the amount of time it takes for a Modbus points to update. Product Line EcoStruxure Building Operation Environment Building Operation Workstation Building Operation Enterprise Server Building Operation Automation Server Premium (AS-P) Building Operation Automation Server Bundled (AS-B) Cause In a normal Modbus network, a Modbus polling device obtains data from a polled device by sending a query message to the device and then waiting for the response message that contains the requested value from the selected register. If data from another register is required, the polling device sends out a new query message and awaits the response message. This process is repeated until all subscribed points values have been read. The Modbus Register Groups are a batch read function to poll Modbus devices. Instead of reading each register individually, the batch read function reads registers in manually created groups. When all registers in a group have been read, the response message returns subscribed register values for the whole group. Register grouping provides a dramatic saving in the time taken to poll your devices. For more guidance and tips on this topic, see Section "Batch Read Function" in the EcoStruxure Building Operation Technical Reference Guide.  Note: When viewing a graphic containing Modbus values, those values will update at the same interval as their Modbus register group. Resolution When grouping Modbus points, it is important to keep in mind some of the following points. Try to ensure that as many Modbus points as possible are contained in as few groups as possible. This will reduce the overall time it takes the Enterprise Server or Automation Server to read all the subscribed points in each Modbus device. Network performance can be enhanced by choosing the method of grouping that is most suitable for each device in the Modbus network.  Network performance can be enhanced by selecting a different default poll time for each register group. Network performance can also be enhanced by grouping points that have the same or similar polls. Start with higher group poll times to ensure a stable system before reducing the poll time. Make sure to delete Modbus points out of a register group individually before deleting the group. If this is not done, it can cause system delays. See article Modbus Batch Read Multiple Registers Groups Creating a Modbus Register Group In Workstation, in the System Tree pane, right-click on a Modbus device and select New Object (1).  In the create object window select Modbus Register Group (2), provide a name and select Create (3). Now that the group has been created, existing Modbus points can be dragged and dropped into the group. New Modbus points can also be created in the group.  Right-click on the Modbus Register Group and select New Object (1).  In the create object window expand Modbus Point (2), select a point type (3), provide a name and select Create (4).

Issue Modbus TCP Device (Slave) address greater than 247 Product Line EcoStruxure Building Operation Environment Building Operation Enterprise Server Building Operation Automation Server (AS, AS-P, AS-B)  Modbus TCP Network Modbus TCP Gateway Cause Modbus TCP Device (Slave) address 248 is reserved and cannot be used. (Modbus TCP Network or Gateway) SmartStruxure supports up to address 247, as per StruxureWare Building Operation - Technical Reference Guide (up to v1.6.1). There was a defect within v1.5.0 and earlier that caused address 250 to be used if the Device address is set to "Invalid." This defect was corrected in v1.6.1. Resolution From v1.9 this is corrected, so it is possible to define addresses for Modbus TCP devices from 1-247 and 249-254 Device addresses 0 and 248 are reserved. Device address 255 is used as the Default address.   For Modbus RTU RS485 master/slave networks, slave device addressing is different, see KB article Modbus RTU slave address.   Further information about Modbus can be found in the KB article Modbus basics.