Building Automation Knowledge Base

Issue Replacements for Satchwell sensors Product Line Satchwell MicroNet, Satchwell Sigma, Field Devices Environment DR DR3253 DRT DRT3451 DRT3453 DRT4453 DRT3651 DRT3652 DRT3801 DRT3851 DU DU4301 DUS DUS4302 DUSF DUSF4351 DUSF4352 DRTE DRTE2201 DRTE2801 DRTE2851 DRH DRH7702 DRH7703 DRTH DRTH7712 DRTH7713 DOT DOT0001 DOT0002 DOS DOS0002 DDT DDT1701 Cause Replacements for Satchwell Room sensors Resolution DOT0001/0002 Outside temperature sensor For CSC, KMC, MMC, IAC, MNN New part number: STO600/5126060000 DOS0002 Outside solar sensor For CSC, KMC, MMC, IAC, MNN New part number:  SSO600/5126050000 DR3253 Room sensor non-adjustable For SVT New part number: STR614/004604900 DRT3451 Room sensor exposed adjustment For CZU, CSC New part number: STR612/004604700 DRT3452 Room sensor concealed adjustment For CZU, CSC New part number: STR611/004604600 DRT3453 Room sensor non-adjustable CZU, CSC, CXR, CZT, KMC, MMC, IAC, MNN New part number: STR600/004604100 DRT4451 Room sensor non-adjustable As DRT 3453 in S-Link housing Obsolete with no Schneider Electric replacement Suggestions: Try Titan Products or Sontay DRT3651 Room temperature sensor exposed adjustment For CXR, CZT, KMC, MMC, IAC, MNN New part number: STR602/004604300 DRT3652 Room temperature sensor exposed + LED For MMC, IAC, MNN Obsolete with no Schneider Electric replacement Suggestions: Try Titan Products or Sontay DRT3801 Room temperature sensor fan switch On/off for CZU, MNN, IAC Obsolete with no Schneider Electric replacement Suggestions: Try Titan Products or Sontay DRT3851 Room temperature sensor fan speed switches As above plus medium and high Obsolete with no Schneider Electric replacement Suggestions: Try Titan Products or Sontay DU4301 Room sensor temperature For MNN & URC New part number: STR601/004604200 DUS4302 Room sensor temperature setpoint advanced basic sensor New part number: STR613/004604800 DUSF4351 Room sensor temperature setpoint adjustable fan auto/on/off fan override New part number: STR609/004604400 DUSF4352 Room sensor temperature setpoint advanced fan Auto/1/2/3 fan override New part number: STR610/004604500 DRTE2201 Active room detector Basic sensor Obsolete with no Schneider Electric replacement Suggestions: Try Titan Products or Sontay DRTE2801 Active room detector On/off Obsolete with no Schneider Electric replacement Suggestions: Try Titan Products or Sontay DRTE2851 Active room detector Off/low/medium/high Obsolete with no Schneider Electric replacement Suggestions: Try Titan Products or Sontay DRH7702 2% 0-10V DC humidity only For KMC, MMC, IAC, MNN New part number: SHR100/006902340 DRH7703 3% 0-10V DC humidity only For KMC, MMC, IAC, MNN New part number: SHR100/006902340 DRTH7712 2% 0-10V DC humidity with Satchwell NTC TEMP OUTPUT For KMC, MMC, IAC, MNN New part number: SHR100-T6/006902420 DRTH7713 3% 0-10V DC humidity with Satchwell NTC temperature output For KMC, MMC, IAC, MNN New part number: SHR100-T6/006902420 DDT DDT1701, DDT1702 and DDT0001 Duct sensor non-adjustable New part number: STD660 5126030000 Contact Details: Titan Controls: http://www.titancontrols.net/ Sontay Controls https://www.sontay.com

Issue Unable to discover BACnet devices from a BACnet interface, discover broadcast address and/or devices are offline after changing IP Address on AS or ES. Bacnet devices are offline after a power cycle or loss of IP connection at the AS or ES. Product Line EcoStruxure Building Operation Environment StruxureWare Building Operations site using devices configured with BACnet Cause Broadcasting on wrong network from either the Automation Server or the Enterprise Server can be a problem. In the example below an AS is broadcasting for a BACnet device (in this case a MNB Controller). In the IP Network for the BACnet Interface, check your settings for Broadcast Address. The key is to ensure your BACnet broadcast address is in the correct range.   In this first screen capture, we have a BACnet network interface using the IP Network with a red failure to communicate indicator on the MNB. In this example, the broadcast is on 192.168.1.255 Resolution The computer being used as well as the BACnet devices we want to discover and use are in the following IP network and settings: Changing the broadcast address to match what the BACnet network is using resolves the issue (BBMD and BBDT from Enterprise Server or Automation Server). Lastly, choose to discover devices For subnet calculations and how to setup your subnet addresses, several recommended calculator are SuperNet Online or SubnetMask a downloadable program from Solar Winds.  When the IP Network broadcast address is set incorrectly, a Wireshark capture may reveal that no WHO-IS message is sent out from the SmartStruxure server when a device discovery is attempted. When in doubt as to whether the 'IP Broadcast Address' is correct, a simple test is to set the IP Broadcast address to 255.255.255.255, doing so will instruct the SmartStruxure server to broadcast on ALL subnets, if the problem was caused by an incorrect broadcast address it will be resolved but care must be taken not to leave the default address set to 255.255.255.255 as this will cause unnecessary traffic on all sub-nets, instead, review your calculations for what the appropriate broadcast address should be and set it appropriately. Key Concept: The AS will retain the Broadcast address, and if moved to a new Subnet, the old Broadcast address must be updated. One can do either of the following:  Edit the IP Broadcast Address Setting  Delete the BACnet Interface and recreate in the new Subnet

Issue There is no full end to end description on how to test SNMP alarms in SmartStruxure 1.6.1 and later Product Line EcoStruxure Building Operation Environment SNMP Alarms Cause Only a guide on how to create the SNMP alarms is available, but there is no guide available on how to test them. For general information regarding SNMP traps, refer to the following Web Help links: Versions 1.6 and 1.7 SNMP Notification Properties Create SNMP Notification Wizard – SNMP Notification Page SNMP Notification View Version 1.8 and later SNMP Notification Distribution Method Create Notification Wizard - Configure SNMP Page Resolution Download and install "MIB Browser" from iReasoning Download the mib file for SmartStruxure Load the SmartStruxure mib file into the MIB Browser through "File"-->"Load MIBs", and select the SmartStruxure mib file Create a simple alarm in SmartStruxure and make it trigger on a digital point Create a SNMP notification with the following settings. To get to the conditions/filter, open (double click on it or hit enter) the SNMP notification. Only showing the properties of it will not show the filter settings. "Address" is the address of the SNMP manager that receives the SNMP notification, in this test "localhost" since the SNMP manager is installed locally. "User name" is the user name of the user on the SNMP manager that receives the notification. In filter settings, select normal and alarm state, and add "Source server = *" as a condition In the MIB browser, select "Tools"-->"Trap Receiver" Trigger the alarm in SmartStruxure An alarm will now be seen in the MIB browsers trap receiver window

Issue Communication of BACnet Protocol across different subnets Can see BCX 4040 on Infinity side but will not learn in on the BACnet side. Product Line Andover Continuum Environment BCX (4000, 4040) B4920 Continuum Workstation Cause BBMD configuration Resolution Typical Multi-Network BBMD Setup 1 In this Scenario, the controllers in Remote Building A cannot send or receive BACnet broadcast data from controllers or the Workstation on the Main Building Network.   Solution 1: Configure Building A BCX1-R as a BBMD, and Cyberstation as a BBMD  Typical Multi-Network BBMD Setup 2 In this Scenario, the controllers in Remote Building A cannot send or receive BACnet broadcast data from controllers or the Workstation on the Main Building Network. Solution 2: Configure Building A BCX1-R as a BBMD, and Main Building BCX1-CR as a BBMD Workstation BBMD configuration BACnetPreferences Located in the lower right hand side of the screen in the icon tray right click on the Continuum icon and select BACnet Preferences NOTE: After Workstation configuration and Bacnet Preferences have changed the Workstation will need to be restarted.    BCX BBMD Configuration Enable the BBMD on the configuration page Save changes and submit to controller After controller restarts select the BBMD link on the left side of the web configuration page. Enter the IP address for the BBMD device on the other side of the router After configuration of BBMD’s on each side of the subnet you will be able to receive and broadcast BACnet messages across an IP router. THE GOLDEN RULE HERE IS ONLY ONE BBMD PER SUBNET. Otherwise you’ll create a broadcast storm that that will not be good for the network performance and could possibly cause controllers to go offline. After successful creation of BBMD’s on each side of the router, go into Continuum explorer and perform a “Find new bacnet devices”from right click on the root.

Issue The Xenta 7xx from factory it has the default IP address 192.168.255.2, which also is stated in the manual. But when you run the “format” command on a Xenta 7XX, you will get IP address 172.22.1.5. Product Line Satchwell MicroNet, TAC INET, TAC Vista Environment Xenta Servers Xenta 511, 527, 527 NPR, 555, 701, 711, 721, 731, 901, 911, 913 Cause The format command will wipe all memory from the Xenta Server. Its IP address will need to be reset, system program will need to be reloaded, and XBuilder project will need to be redownloaded. Resolution The Xenta from factory has the default IP address 192.168.255.2 subnet mask 255.255.255.0 After the “format” command it will have IP address 172.22.1.5 subnet mask 255.255.255.0 See IP setup for a Xenta server (Xenta 5/7/9xx) through serial communication for instructions on setting the IP address to the desired address.

Issue For further information, refer to the FLEXnet Licensing End User Guide, available on the Flexera website. Product Line TAC Vista Environment Vista 5 Workstation FLEXnet Licensing Cause If you get this error and attempt to find the End User Guide, you will discover that the company that produces the FLEXnet software has gone through several name changes: Macrovision to Acresso to Flexera. Resolution If you would like a copy of this document, you can find the FLEXnet License Administration Guide (previously called the End User Guide) here.

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 PCT does not run properly following installation. Product Line EcoStruxure Building Operation Environment Building Operation Project Configuration Tool (PCT) Cause Certain environmental settings may need to be adjusted in order to successfully install PCT. These settings are not described in the Project Configuration Reference Guide. Resolution If you have issues successfully running PCT after installation, check the following items: Enable Virtual Hardware Acceleration in BIOS Use this tool to check if virtual hardware acceleration is already enabled on your PC: Intel: https://www-ssl.intel.com/content/www/us/en/support/processors/processor-utilities-and-programs/intel-processor-identification-utility.html AMD: https://support.amd.com/en-us/search/utilities?k=virtualization Disable all Ethernet Adapters except the one in use (Only applies to Server Mode): It may be necessary to check Windows Device Manager for hidden network adapters Disable the Windows firewall Disable Anti-Virus Software A true local account may be needed to install and/or run PCT due to Group Policy or other factors. Use Run as Administrator for both installing and running PCT Note: You can right-click the PCT icon, open properties, select the “Compatibility” tab, and check the box “Run this program as an administrator” Test PCT by opening up the software application, creating a project, creating a server, and opening it up in WorkStation If PCT opens and works then enable Windows firewall and Anti-Virus program. - User may need to allow PCT in Windows firewall and PCT utilize port 9091 as default. - User may need to add exceptions within Anti-Virus software settings. We recommend installing Microsoft Fix 50410 to prefer IPv4 over IPv6. This software can be found here: - https://support.microsoft.com/en-us/kb/929852 - Choose the following download: Prefer IPv4 over IPv6 in prefix policies.

Issue Using access card types not natively supported by Continuum system Product Line Andover Continuum Environment CyberStation CX9900/9940 CX9702 CX9680 ACX5740/5720 ACX701 ACX781 Cause Continuum has built in support for the most widely used Wiegand card types, occasionally a site might be using a card type for which Continuum has not built in support. In such cases the system must be configured using custom card functionality. Resolution Setting Up a Custom Wiegand Format A custom format must be used when the card format is not one of the standard pre-defined formats. Only one custom format can be used in an ACX7xx controller and NC1(CX99xx), NC2(CX968x) using AC1 modules, up to four custom formats can be used with the ACX57xx and NC1/NC2 using AC1Plus modules. In each ACX700 and ACX780/781, NC1, NC2, ACX57xx create an InfinityNumeric point called AccessFormat (use this spelling exactly!). During the creation process, attach a manual array (log) with 22 entries to the point. If using more than one custom card definitions create InfinityNumeric points called AccessFormat2, AccessFormat3 and AccessFormat4 Create the following InfinityProgram in each controller. The program should be type FallThru, and AutoStart. This program basically saves you from having to set each array value individually for each controller. The program, once created, can be copied to all other access controllers that need it. In the following example the AccessFormat array is setup to allow the system to read the HID Corporate 1000, 35 bit card. Program Name: SetCustCrdArray FlowType: FallThru AutoStart: True Code: Set AccessFormat[1] to 35 ‘overall number of bits Set AccessFormat[2] to 0 ‘control mask Set AccessFormat[3] to 0 ‘ manufacturer’s code Set AccessFormat[4] to 0 ‘ start bit of man. Code (first bit is 0, not 1) Set AccessFormat[5] to 0 ‘ end bit of man. code Set AccessFormat[6] to 2 ‘ start bit of site code (NOTE: If the card has no site code set this field to 0) Set AccessFormat[7] to 13 ‘ end bit of site code (NOTE: If the card has no site code set this field to 0) Set AccessFormat[8] to 14 ‘ start bit of card number Set AccessFormat[9] to 33 ‘ end bit of card number Set AccessFormat[10] to 0 ‘ odd parity mask, first 16 bits Set AccessFormat[11] to 0 ‘ odd parity, next 16 Set AccessFormat[12] to 0 ‘ odd parity, next 16 Set AccessFormat[13] to 0 ‘ odd parity, next 16 Set AccessFormat[14] to 0 ‘ even parity, first 16 Set AccessFormat[15] to 0 ‘ even parity, next 16 Set AccessFormat[16] to 0 ‘ even parity, next 16 Set AccessFormat[17] to 0 ‘ even parity, next 16 Set AccessFormat[18] to 0 ‘ card number multiplier Set AccessFormat[19] to 0 ‘ card number divisor Set AccessFormat[20] to 0 ‘ start bit of issue code Set AccessFormat[21] to 0 ‘ end bit of issue code Set AccessFormat[22] to 0 ‘ decimal shift of issue code​   In each Door Configuration, select the Custom Wiegand card type. Other card types may also be selected. For each Personnel, select the Custom Wiegand card type, and enter the correct card number and site code. If the card is not working, check the Event Log and determine the cause. For Invalid Card Parity errors, set all the parity masks to 0 and try again. For proximity cards, the parity check may be eliminated with little consequence. NOTE: In controllers that support the HID Corporate 1000, 35 bit card natively (NC2 – CX968x and ACX2 – ACX57xx) the AccessFormat numeric is internally used by the system, any other custom card definitions must use AccessFormat2 – AccessFormat4 Control mask Some Wiegand cards are encoded with the bits in one or more fields reversed and/or complemented. It is then necessary to operate on the fields when decoding the data in order to obtain the correct data. In the AccessFormat array a control field is provided to configure the system so that the bits in a field in the access card data can be reversed and/or complemented. The control mask is located at AccessFormat[2] Control Mask The bits of the control mask are used by the parsing routine in the controller to reverse or complement selected fields. Setting the appropriate bit to a 1 will enable the special action: Example: To reverse the bits in the site code field set AccessFormat[2] = 8 Parity mask calculation The table below shows the card format information provided by the manufacturer of a 32 bit Wiegand card. From the information provided by the manufacturer we can deduct the flowing about the format of the data on the card: The card data is comprised of the following 3 fields A = Customer Code B = Facility Code C = Card Number Bits 0 through 16 make up the even parity field. (The ‘X’ indicates that the bit is part of the even parity field) Bits 15 through 31 make up the odd parity field. Note the overlap in the fields (bits 15 and 16 are members of both the even and odd parity fields), this is common as the fields are arbitrarily assigned by the card manufacturers. Armed with the information provided by the manufactures we can calculate the parity mask which Continuum will need to use in order to perform the necessary parity check upon receipt of the card data transmitted by the card reader. First, calculate the EVEN parity mask. To better illustrate how the calculation is done we have added a new row to our table, in this row we are going to enter the even parity mask as a binary number. What we do is write a 1 (one) in each bit that is a member of the even parity field and a 0 (zero) for bits that are not part of the even parity field. The second step is to divide the bits that make up the field into groups of 4 which will make it easier to convert the binary number in the previous row to a hexadecimal number. The even parity mask for this card is 0xFFFF8000 It should now be obvious how Continuum uses the mask when checking for even parity. Upon receipt of the card data transmitted from the reader, Continuum applies the mask to the full 32 bit stream of data received, (a logical AND operation is performed) the mask acts like a filer that allows only the set bits in the even parity field to pass through, now all Continuum has to do is count the bits that passed through the filter and make sure the count is an even number, if the count is not an even number Continuum sends a parity error. The Odd parity mask is calculated using the same procedure. Here is an example for the calculation of the parity masks for a 35 bit card A = Company ID Code B = Card Number P= EVEN PARITY Even Parity Mask 0x76DB (30427) 0x6DB6 (28086) 0xC000 (49152) 0x0000 (0) P = ODD PARITY Odd Parity Mask 0x6DB6 (28086) 0xDB6D (56173) 0xA000 (40960) 0x0000 (0) After calculating the parity masks you enter the decimal numbers into the appropriate fields in the AccessFormat array. S = Site Code C = Card Number P= EVEN PARITY Even Parity Mask 0xFFFF (65535) 0XE000 (57344) 0x0000 (0) 0x0000 (0) P = ODD PARITY Odd Parity Mask 0xFFFF (65535) 0xFFFF (65535) 0xF000 (61440) 0x0000 (0) IMPORTANT: If a custom card is configured with a bit count that is the same as the bit count of one of the cards that are supported natively, the parity masks MUST be entered in the AccessFormat array in order for the controller to be able to parse the custom card correctly, if not parity masks information is entered, the controller will generate an 'Invalid attempt, bad parity' event when the custom card is presented at the reader.

Issue What is the compatible SpaceLogic BACnet/IP device firmware version for my EBO or Tridium Niagara N4 installation? Product Line EcoStruxure Building Operation, TAC IA Series Environment SpaceLogic BACnet/IP devices Tridium Niagara N4.10 and later versions Jace 8000 Tridium Niagara N4.10 and later versions Enterprise Server  Cause The SpaceLogic (formerly known as SmartX) IP Controllers shipped from the factory may not have the latest firmware installed. It is essential to verify that the controller has the latest firmware build loaded for the EcoStruxure Building Operation version or Tridium Niagara N4 build being used before programming the controller. Resolution The below table contains the supported SpaceLogic BACnet/IP devices firmware for each EBO release.  * CPs are available on: EBO Hotfix List Note: Versions not mentioned in the table above are out of full support. Refer to earlier versions' release notes for the older versions' compatibility matrix, refer to EBO- Release Notes and Software Support Policy for EcoStruxure™ Building Operation   Note: RP-C is only supported on EBO 3.0 and later SpaceLogic/EasyLogic versions compatibility SpaceLogic BACnet/IP devices can be upgraded using WorkStation, as explained in Updating Firmware in BACnet/IP Controllers.  SpaceLogic BACnet/IP devices firmware can also be upgraded using the eCommission SmartX Controller mobile application, you can download firmware to either a single BACnet/IP controller or multiple controllers, even if not hosted. This is only supported over an IP connection, as explained in Using the eCommission SmartX Controller Mobile Application to Download Firmware to BACnet/IP Controllers   Tridium Niagara N4 Compatibility Note: Previous to Version 1.0, SpaceLogic BACnet/IP devices firmware is only approved at v3.02.03 for Jace 8000 and Niagara Enterprise Server using N4.10 and newer platforms. Starting in Version 2.0 (Build 77) firmware v4.00.04.02002 CP1 is approved for use.  Make sure and reference the controller type in the table above as well. Release Notes  Starting with Version 3.1 (Build 85), firmware 6.00.03.03007 CP2 and 7.x RC can be employed. The EasyLogic controllers are supported by the Niagara modules with these releases.  N4.10, 4.13 and 4.14 are the only versions with these modules. Product Annoucement      

Issue How and when are Modbus points polled? Product Line EcoStruxure Building Operation Environment Building Operations Enterprise Server Building Operation Automation Server Cause Need to understand the Modbus poll mechanism Resolution Consult the 'Modbus Deep Technical Reference' chapter of EcoStruxure Technical Reference Guide Or use WebHelp to find information on the Modbus Poll Manager, which manages all polling of the points/data and devices, and the Poll List which contains all the current subscriptions (eg. data being referenced within Programs, Listviews, Graphics, Logging, etc) These mechanisms isolate the Modbus Polling from programs and graphics. Note: For each network, the poll manager operates with a poll list and a poll task. If a Modbus Object value is only required for logging purposes, then the  "Requested poll interval" is set to a high number (typically 2,147,483,647 ms) This means the object values are not currently being polled. When the time arrives for the log value to be collected, the "Requested poll interval" is set to 1000ms, until the value is collected, at which point it reverts to this higher number.

Issue When configuring a BBMD what is the Broadcast Distribution Mask and what are the valid settings for the field. Continuum EcoStruxure Building Operation Product Line EcoStruxure Building Operation, Continuum Environment Building Operation Automation Server Building Operation Enterprise Server Continuum CyberStation bCX4xxx Cause Documentation Resolution When configuring a BBMD the BACnet protocol defines two methods of propagating the broadcasts messages to other networks. The two methods are referred to as One-Hop also known as a Directed Broadcast and Two-Hop.   Note: In this article the subnet mask is shown using Classless Inter-Domain Routing(CIDR) notation. An IPV4 address is 32 bits long, CIDR notation defines the number of bits used for the subnet mask. The most commonly used are: /8 or 255.0.0.0 /16 or 255.255.0.0 /24 or 255.255.255.0 /32 or 255.255.255.255 One-Hop With the One-Hop method the local BBMD transfers the message directly to the remote devices via the remote router. In this case the IP routers have to support the transfer of IP broadcast messages to remote IP subnets Figure 1 Figure 1 above illustrates the one-hop method, when the bCX1 which has been configured to take the role of BBMD for network 172.16.0.0/16 detects broadcast messages such as WHO-IS, I-AM etc, it sends a message directly to the broadcast address of the 192.168.1.0/24 subnet, it is then up to Router2 to send the directed broadcast to all devices on the subnet. Any device on the subnet that is acting as a router to other networks will then also re-broadcast the message on those networks. (i.e a bCX hosting an MSTP network on COMM2)   Two-Hop With the Two-Hop procedure a BBMD device transfers broadcast messages to a further BBMD in the remote IP subnet, which then distributes the messages in its local network as IP broadcast messages for its IP subnet. Any device on the subnet that is acting as a router to other networks will then also re-broadcast the message on those networks.(i.e a bCX hosting an MSTP network on COMM2) Figure 2 Figure 2  above illustrates the two-hop method, when the bCX1 which has been configured to take the role of BBMD for network 172.16.0.0/16 detects broadcast messages such as WHO-IS, I-AM etc, it sends a unicast message to each BBMD device on its table, it is then up to each BBMD device on each subnet to send a broadcast that will be heard by all devices on the subnet. Which distribution mask should be used? As mentioned earlier, in order for the one-hop method to work, the router on the remote subnet MUST be configured to process incoming messages sent to the broadcast IP address, the two-hop method on the other hand is guaranteed to work, so when in doubt use the two-hop method. Most sites use two-hop distribution for the reason stated above,, the only obvious disadvantage of the two-hop method is that it is a little more verbose than the one-hop method since the message appears twice on the subnet, once as a unicast sent to the BBMD device and then again as a broadcast sent by the BBMD device. In Building Operation and Continuum the distribution mask defaults to the two-hop method (/32 or 255.255.255.255) How to configure the distribution mask For one-hop enter the subnet mask of the remote network in the distribution mask, the system will apply the mask to the IP address to obtain the broadcast address for the remote network. For two-hop enter 255.255.255.255, this tells the system not to do a direct broadcast and instead do a unicast to the remote BBMD device. Sample distribution mask In the BBMD table of a bCX shown in the screen shot above, BDT #1 and #3 use the two-hop method while BDT entry #2 uses the one-hop method.

Issue Update OS, changing a controller, BACnet to Infinet or Infinet to BACnet Can b3 controllers be converted to i2 controllers? Can i2 controllers be converted to b3 controllers? Converting between bCX4040 and bCX9640   Product Line Andover Continuum, EcoStruxure Building Operation Environment i2 b3 Controllers - See Compatibility Matrix bCX Controllers - Continuum 1.7 onwards Cause Only a limited number of controllers can be converted, BACnet to/from Infinet, using Update OS. Resolution The following controllers can be converted between Infinet and BACnet, using the appropriate firmware files: bCX (bCX4040 to/from bCX9640) (options like Xdrivers, node count, IO modules and expansion IO modules are not effected) i28xx-V - b38xx-V (i2865-V to/from b3865-V, i2866-V to/from b3866-V, i2885-V to/from b3885-V) Please see link for swapping the firmware of non -V model i2/b3 Attempting to flash (Update OS) any other controllers BACnet to/from Infinity is not recommended. In nearly every instance, the result will be a non-functioning controller.   UPDATE: A procedure is now available to convert the non -V i2s to b3s in the field https://community.se.com/t5/Building-Automation-Knowledge/Conversion-of-Continuum-devices-from-i2-to-b3-and-vice-versa-in/ta-p/416712    (Note: In the bCX controllers, the ACCNetID will revert back to the default of "1", you may need to change this in the Controllers configuration webpage back to what it should be.  See Will IP settings persist when flashing a bCX4040 (BACnet) to a bCX9640 (Infinet)? for details.)   Please refer to Exchange for specific firmware: BACnet Firmware Infinet Firmware The following can be used as a general rule to determine which OS is currently running in the controller. bCX only. (b3 & i2 CPU is green) CPU LED is Green = BACnet OS CPU LED is Yellow = Infinet OS

Issue Need to configure SMTP settings to use a Google SMTP server Product Line EcoStruxure Building Operation Environment Building Operation Workstation Cause There is no SMTP settings configured by default Resolution Note: As of May 30, 2022 please also consult Less secure apps & your Google Account 

Issue The Drayton Theta YBL1A Valve Body / Actuator assembly is to be replaced. Product Line Field Devices Environment Replacement Drayton Actuator Valve YBL1A Cause The Drayton Theta YBL1A Valve Body / Actuator assembly is obsolete. Resolution OVERVIEW The Drayton Theta YBL1A 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 YBL1A 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 YBL1A 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 YBL1A 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. N.B. The YBL1A Actuator also included an additional 3-wire electrical connection associated with an integral S.P.C.O. Auxiliary Switch wired as follows :-  Terminal S1 – Normally Closed Contact Terminal S2 – Common Terminal S3 – Normally Open Contact Where external wiring is connected to the YBL1A Actuator Auxiliary Switch then an Auxiliary Switch Kit containing a S.P.C.O. Auxiliary Switch should be installed on the MD Actuator. Auxiliary Switch Kit MD-S1 (914-1060-000) Details of the MD-S1 Auxiliary Switch Kit may be viewed here. The MD-S1 Auxiliary Switch Kit should be wired as follows :-. Terminal S1 – Common Terminal S2 – Normally Closed Contact Terminal S3 – Normally Open Contact   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 YBL1A 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 YBL1A 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. N.B. The YBL1A Actuator also included an additional 3-wire electrical connection associated with an integral S.P.C.O. Auxiliary Switch wired as follows :-  Terminal S1 – Normally Closed Contact Terminal S2 – Common Terminal S3 – Normally Open Contact Where external wiring is connected to the YBL1A Actuator Auxiliary Switch then an Auxiliary Switch Kit containing a S.P.C.O. Auxiliary Switch should be installed on the MD Actuator. Auxiliary Switch Kit MD-S1 (914-1060-000) Details of the MD-S1 Auxiliary Switch Kit may be viewed here. The MD-S1 Auxiliary Switch Kit should be wired as follows :-. Terminal S1 – Common Terminal S2 – Normally Closed Contact Terminal S3 – Normally Open Contact   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 YBL1A Valve / Actuator assembly only will need to be replaced, while any associated Controller and Sensors may be retained.

Issue How to decode BACnet errors when they are encountered in the following products. Product Line EcoStruxure Building Operation, Andover Continuum, TAC IA Series Environment EBO Error Log Tool Continuum bCX4040 (BACnet) Continuum b3s Building Operation Multi-purpose Controller (MPC/V) Building Operation Room Controller (RPC/V) Building Operation IP-IO EBO Trace and System logs Cause Documentation is unavailable for these errors when reviewing log files against any captures.  Resolution The error in log files is composed of two fields, BACnetErrorClass and BACnetErrorCode. The BACnet Error Class (BEC) field is made of the high 16 bits and the BACnet Error Code (BE) of the low 16 bits.  0x800 indicates the error class and error code are in Hexidecimal format. Error Class 0x8001, when remove 0x800, 1 decodes to Object Error Code 001f decodes to Unknown Object Therefore, the error code is Object_Unknown Object, where the device indicates it has no knowledge of the object, either it does not exist or the device does not have the expected program/database installed. For b3, it could be memory was wiped on power failure and needs to be reloaded. It could mean the expected application needs to be downloaded for other devices.   The following are a subset of BACnet errors defined in the specification. If you have questions or encounter ones not listed, please contact Product Support Services.   Error Class List High 16 bits of Error. See BACnet spec clause 18. May not include 0x8000. (Example: could be 0x5002B instead of 0x8005002B for COV subscription failed) Error Class Hex(0x800) Dec Notes device 0 0   object 1 1   property 2 2   resources 3 3   security 4 4   services 5 5   vt 6 6   proprietary     64 is the first available code for proprietary error classes client 7FFD   0x7FFD0000 Reject 7FFE   0x7FFE0000 (error code is BACnetReject) Abort 7FFF   0x7FFF0000 (error code is BACnetAbort)   Error Code List Low 16 bits of Error. See BACnet spec clause 18. Error Code Hex (0x) Dec other 0 0 authentication_failed 1 1 configuration_in_progress 2 2 device_busy 3 3 dynamic_creation_not_supported 4 4 file_access_denied 5 5 incompatible_security_levels 6 6 inconsistent_parameters 7 7 inconsistent_selection_criterion 8 8 invalid_data_type 9 9 invalid_file_access_method A 10 invalid_file_start_position B 11 invalid_operator_name C 12 invalid_parameter_data_type D 13 invalid_time_stamp E 14 key_generation_error F 15 missing_required_parameter 10 16 no_objects_of_specified_type 11 17 no_space_for_object 12 18 no_space_to_add_list_element 13 19 no_space_to_write_property 14 20 no_vt_sessions_available 15 21 property_is_not_a_list 16 22 object_deletion_not_permitted 17 23 object_identifier_already_exists 18 24 operational_problem 19 25 password_failure 1A 26 read_access_denied 1B 27 security_not_supported 1C 28 service_request_denied 1D 29 timeout 1E 30 unknown_object 1F 31 unknown_property 20 32 removed 21 33 unknown_vt_class 22 34 unknown_vt_session 23 35 unsupported_object_type 24 36 value_out_of_range 25 37 vt_session_already_closed 26 38 vt_session_termination_failure 27 39 write_access_denied 28 40 character_set_not_supported 29 41 invalid_array_index 2A 42 cov_subscription_failed 2B 43 not_cov_property 2C 44 optional_functionality_not_supported 2D 45 invalid_configuration_data 2E 46 datatype_not_supported 2F 47 duplicate_name 30 48 duplicate_object_id 31 49 property_is_not_an_array 32 50   Common BACnet errors you may see: Error Code Translation Notes 0x8000001e Device + timeout likely something is offline 0x8001001f Object + unknown object likely b3/AS memory was wiped in power fail 0x80020020 Property + unknown property   0x80020025 Property + value out of range likely writing 0 to a multistate object 0x80020028 Property + write access denied   0x8002002c Property + not cov property trying to subscribe to non COV property  0x8002002e Property + invalid configuration data likely configured a change-of-value alarm on non-analog 0x80030000 Resources + out of memory   0x80050007 Services + inconsistent parameters   0x80050019 Services + operational problem   0x8005001D Services + service request denied   0x8005002B Services + COV subscription failed (0x5002B may show, not including the 0x800)   In Wireshark, using the display filter bacapp.type == 5 one will see errors dissected in the APDU packets in Decimal format. In this example, the BACnet device returns an error for Device (0) and operational problem (25) when responding to a readPropertyMultiple.

Issue  EBO can have license violation bar without a known reason. Product Line EcoStruxure Building Operation Environment Building Operation Enterprise Server Building Operation Enterprise Central Building Operation Automation Server Building Operation Automation Server Premium Building Operation Automation Server Bundled Building Operation Edge Server - Standard Cause License enforcement is the process of checking whether a software application has a valid license available to it at runtime. If you do not have enough licenses, a license violation occurs. This is accomplished by a license violation bar in WorkStation and WebStation.   Firstly, the license violation will be yellow, and it can be hidden for 8 hours. You can use Hide to hide the License Violation bar for 7 days. After 7 days, the Hide function is disabled. After 30 days, the bar turns red. Resolution Below information can be collected to help in troubleshooting: Refer to the document Part Number Summary and Hardware Software Matrix for software and features that need licenses and note that some feature licenses can be inherited from parent server to child servers. Get a screenshot of the License information page in the control panel, make sure to have all content in license information page are shown in the screenshots, ex child servers' status. It can tell which feature needs a license or which child server needs a license, refer to License Information Get the License Diagnostics, and entitlement certificates to make sure that required licenses are activated. Install the latest CP/hotfix to make sure that the system is not affected by one of the known license related defects, Make sure that all EBO servers have correct date and time, incorrect date and time can cause license violation, as explained in: Incorrect Automation Server date and time leads to license violation - Schneider Electric Community Check Known issues community. Get screenshots for the following: In ES, "System/LicenseManager/LicenseStatus/ConnectedASLicenseStatus" will show all connected Automation Servers. Show the license violation tab to know which Automation Server has violation as Automation Server may have violation although license information doesn't show that, ex. if the "Change Control" feature is enabled in an Automation server and ES doesn't have a license for it. For parent server and any server that has violation, search in folder "/System/LicenseManager/LicenseStatus". In the object name, write "*" and add columns License Violation, Checked Out License, Available Licenses, Required Licenses, and Installed Licenses. Export the results to XLSX. Check license Metadata for the parent server and any servers have license violation, search in folder "/System/LicenseManager/LicensingMetadata". In object name, write "*" and add columns FeatureVersion, FatureName, ProductVersion, EntitlmentID and Activation ID. Export the results to XLSX.   Get screenshot from FlexNet Publisher web interface, localhost:8888, concurrent tab. Make sure all features are shown in the screenshot, and the entire webpage can be saved instead of taking screenshots. If the server has just started, wait for some minutes till all data is collected.   Collect the logs and configuration files listed below: Log files located in C:\Program Files (x86)\Schneider Electric EcoStruxure\Building Operation x.x\License Server\logs Configuration file located in C:\Program Files (x86)\Schneider Electric EcoStruxure\Building Operation x.x\License Server\conf Using EBO WorkStation, go to module, '/System/Modules/Trace/Loggers/nsp/nsp.csc/nsp.csc.licensemanager", set trace level to debug, reproduce the issue, if possible. Collect the server logs, then set the module trace level back to "information", refer to Collect logs from an Automation Server - Communities and Collect logs from the Enterprise Server and Enterprise Central - Communities.

Issue How to add Web Service and create Simple XML Web Service with Graphic Product Line EcoStruxure Building Operation Environment StruxureWare Building Operation site with release 1.2 or later Cause What are Web Services and how to add to my existing StruxureWare Building Operation site. How to add XML files and how to add to a project or site How to create values from the XML Files added How to make a graphic that uses the values from XML Service Resolution Wikipedia: A Web Service is a method of communication between two electronic devices over the web (internet). W3C: A "Web Service" as "a software system designed to support interoperable machine-to-machine interaction over a network." Web Services: Are hardware, programming language, and operating system independent Applications written in different programming languages and running on different platforms can seamlessly exchange data over intranet or the internet using Web Services Web Service interfaces are supported in both the AS and ES(does not support connection over a ProxyServer) Like BACnet, Lon, and Modbus, you can create a Web Service interface. EWS Interface - EcoStruxure Web Services Script Web Service - Generic Consume via Script (Web Service addition Script Web Service) Simple XML Web Service - Rest Generic Consume via Binding Tool SOAP Web Service - SOAP Generic Consume via Binding Tool (Web Service addition SOAP Web Service) This article explains adding Weather for a particular location data using Simple XML: Select New > Interface > Web Service > Simple XML Specify the URL for this data (to find the weather for your area, Google XML data Make changes to polling, alarm, retry interval Choose Create Now you can Create a value from that Simple XML Web Service by highlighting and select New > Value > and type of value. Select Analog for temperature, String Value for wind direction and so forth. One can add as many of the values as desired. The Simple XML List View would look like the below screen capture. Lastly for Simple XML Web Service a graphic is created and the values which come from the XML Web Service are place on the page. Also check out the SmartStruxure - Web Services - Simple XML Interface Quick-Help video on the Exchange.

Issue Send an SMS text message when an alarm occurs. Product Line EcoStruxure Building Operation Environment Alarming SMS Text Cause Sending an SMS Text message in response to an alarm condition will allow the responsible personnel to react immediately, even if they are not currently at the workstation. Resolution EcoStruxure Building Operation does not support direct SMS texting. One workaround is to use an Email to SMS Test service provider that handles conversion of emails to SMS, as emails are easily created in EcoStruxure Building Operation.   If direct SMS functionality is required there are work arounds with 3rd party programs such as SysManSMS via file output options (see Using Sysman alert server with StruxureWare Building Operation). Note that this third party products such as this are not supported or tested by Schneider Electric.

Issue Activation of the Security Expert SSN with a new installation of the client software, software extensions (e.g. SX-VIM, SX-DOR-50) and integration licenses (e.g. SX-NVR, SX-CAM-10) need to be completed manually because there is no Interne access. Product Line EcoStruxure Security Expert Environment Licensing Cause The computer which the Security Expert client is installed on, does not have Internet access to use the 'Automatic License Update' method to activate the license. The manual method must be used to register and obtain the new license. Resolution In the Security Expert client go to About | License | information make a note of your system's SSN In the Security Expert client go to About | License | License Update and select Generate a License Request File for this System Copy the 'ICT_LicenceRequest.req' license request file produced onto a machine that has Internet access. Navigate to https://se.ict.co/license/ and enter your details on this web page. Enter the SSN for your system Upload the 'ICT_LicenceRequest.req' license request file generated previously and Submit. You should then be able to download a 'Security Expert YJWB...............O4PJ5W License.lic' file. Return to your offline Security Expert Client and go to About | License | License Update , Select Browse for your Downloaded License file Select the 'Security Expert YJWB...............O4PJ5W License.lic' file downloaded previously. Once the license update is complete shut down the client and restart the services   Support for manual activation: v4.2.194 - Manual activation is supported. v4.2.216 - Manual license activation's are no longer supported and an Internet connection is required on the Security Expert installation to be able to perform a new activation or update a license. v4.2.243 - Manual activation is supported. v4.3.x - Manual activation is supported.

Issue Documentation supplied with new UNC, ENC, or Jace 8000 was discarded.  Is there a way to determine the default, the factory-defined IP address, for the Ethernet port on the controller? Product Line TAC IA Series Environment I/A Series (Niagara) R2 UNC I/A Series (Niagara) G3 ENC Niagara N4 or G3 Jace 8000 Cause Lost or discarded document, shipped with the controller, that contained the configured IP address. Resolution The default Ethernet IP address for an I/A Series (Niagara) UNC or ENC is based on the serial number and type of device. For a UNC or ENC, the default address is 192.168.1.14X where X is the last digit of the device serial number.  The default serial number is found on a sticker on the controller circuit board.  This sticker has the full model number, date code, and the serial number of the controller.  The serial number is preceded with S/N:.The subnet mask is 255.255.255.0 in all UNCs, ENCs, and Jace 8000 The default address base address (192.168.1.140) is the same for all UNC-410, UNC-510, UNC-520, ENC-410, and ENC-520 controllers. The default IP address of a Jace 8000 for PRI (LAN1) is 192.168.1.140.  SEC (LAN2) is by default disabled.