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Label: "field devices"

View in: "Building Automation Knowledge Base" | Community

720 Posts | First Used: 2018-09-06

Building Automation Knowledge Base

Issue There are a few different stem heaters to choose from. Product Line Field Devices Environment 8800108000 8800109000 8800110000 8800112000 Stem heater Yoke heater Cause Depending on application, there are a few different stem (yoke) heaters to choose between for the Forta actuators. Resolution When Forta series actuator is used with a Venta valve, stem heater part no 8800108000 should be used when media temp is 0°C to -20°C. Note: This stem heater is not compatible with the M700 actuator. If used with V321 DN65-100, stem heater 8800110000 should be used. If used with V222 DN65-100, stem heater 8800112000 should be used. In other applications, yoke heater part no 8800109000 for Forta should be used. Capacity for the yoke heater is: Ambient temp down to -10°C or media temp down to -8°C For more on stem heaters, see Stem heater for V222/V292.

Issue XIF and Device Resource files for the Schneider Electric SE7000 Series Room Controllers Product Line EcoStruxure Building Expert, Field Devices, TAC IA Series Environment SE7000 Series Room Controller Cause In order to commission Schneider Electric SE7000 Series Room Controllers into an LNS system, the XIF is required. Resolution LonWorks External Interface Files (XIF) SE72_73_PIR.XIF (80:00:10:55:00:04:04:20) SE76_PIR.XIF (80:00:10:55:00:04:04:21) SE76RH_PIR.XIF (80:00:10:55:00:04:04:22) Device Resource File for XIFs listed above. For Datasheets for the SE7000 Series Controllers, see Where to find datasheets and information on the SE7000/SE8000 series room controllers.

Issue Need help with programming Need help to make graphic Installation questions Forum Environment BMS Security Video Cause A great way of getting help with various application programming and graphic making is to spread knowledge between all the great technician out there. A forum exist for this and people worldwide that works with SE Solution share their knowledge here. Resolution Please enter the forum by the link below. http://community.se.com/welcome

Issue What are the differences between the IAC 400 and the IAC 420 controllers? Product Line Field Devices, Other, Satchwell MicroNet, Satchwell Sigma Environment IAC 400 IAC 420 Cause The IAC 400 controller is obsolete and its replacement is the IAC420. Resolution Hardware differences; The IAC 400 has 3 Temperature, 2 Analogue and 1 Digital input, where as the IAC 420 has 6 Universal inputs. Communications differences; The IAC 400 controller uses terminal 3 to earth the communications cable screening, on the IAC 420 the screening must be connected to a good earth and not terminal 3. Tables and offsets; Because the IAC 420 has different inputs that tables and offsets are changed, please review IAC Controllers - Tables and Offsets. IAC 400 Wiring details. For the full data sheet please click HERE. IAC 420 Wiring details. For the full data sheet please click HERE.

Issue Which stem heater should be used with V222 and V292? Product Line Field Devices Environment 8800112000 8800113000 Cause In some applications, a stem heater is required. Resolution For V222/V292, DN65-100, stem heater 8800112000 should be used. For V222/V292, DN125-150, stem heater 8800113000 should be used. For more information on stem heaters, see Stem heater for Forta actuator.

Issue Satchwell “AL..S” series Spring Return Linear Actuator requires replacement Product Line Field Devices Environment Satchwell “AL..S” series Spring Return Linear Actuator installed on Satchwell MJF, MZ, MZF, VJF, VSF, VZ or VZF series Plug and Seat Valve Body. Actuator type :- AL..S series. Cause Obsolescence of Satchwell AL..S series Spring Return Linear Actuator. Resolution Replace Satchwell AL..S series Spring Return Linear Actuator with S-E M700 Spring Return Linear Actuator and Linkage Kit : AL..S = M700 + L7SV (880-0126-000) Linkage Kit. N.B. M700 is available with two different spring return actions M700 - SRSU (880-0430-000) = Spring Return Spring Up ( M700 - SRSU will CLOSE a Satchwell Valve.) M700 - SRSD (880-0440-000) = Spring Return Spring Down ( M700 - SRSD will OPEN a Satchwell Valve.) Should the Satchwell AL..S series Actuator include a wired Auxiliary Switch then the following S-E M700 Actuator specifications which include 2 independent 24 volt 4 amp AC-1 rated SPDT Auxiliary End Point Switches should be considered as appropriate: M700 - S2 - SRSU (880-0431-000) M700 - S2 - SRSD (880-0441-000) Alternatively Auxiliary Switch Pack S2 (880-0104-000) - Two independent 24 volt 4 amp AC-1 rated SPDT Auxiliary End Point Switches may be purchased separately permitting local installation. Particular care should be taken when selecting a TAC Forta M700 Spring Return Actuator to replace an existing Satchwell ALMS, ALXS or ALES Spring Return Actuator. Please refer to Replacement of Satchwell "AL..S" series Spring Return Linear Actuator by S-E M700 Spring Return Linear Actuator due to obsolescence.(Actuator Wiring). Please check the latest catalog for current equipment.

Issue Require manuals, datasheets, install guides or sales information for Field Devices. Product Line Field Devices Environment European Field Devices, U.S. Field Devices IPortal, USiportal, Extranet Datasheets, Specification, manual, sources of information Cause Where to obtain field device data? Resolution Field Device information for your part of the world can be accessed from the Exchange Extranet: Field Devices. When you logon to the site it will allow access to products available for your location. U.S. Products can also be easily found using the search in iPortal. Catalog information can be obtained via the following Valve, Actuator, Sensor, Field Device, Peripheral, HVAC Control Devices Datasheets and Catalogues, Selection Tool. Note: The Extranet links above are for Schneider Electric personnel or approved partners, if you do not have a logon account please contact your local Schneider Electric office for information. For pricing information please contact you local Order Entry or sales contact.

Issue SE7300 series BACnet controller does not come online in StruxureWare Building Operation if the communications address is greater then 127. Product Line EcoStruxure Building Expert, EcoStruxure Building Operation, Field Devices Environment StruxureWare Building Operation BACnet Cause The communications Address of SE7300 series BACnet controller can be set between 0 to 254. In StruxureWare Building Operation the highest address can be set only up to 127. Resolution Set the communication address less than or equal to 127 for SE7300 series BACnet controllers. Please refer to the Default Device ID / Device Instance of SE7000 series BACnet controllers to know the default Device ID / Device Instance of SE7000 series BACnet controllers.

Issue Drayton Theta ll ES4 Optimiser Controller requires replacement. Product Line Field Devices, Satchwell Sigma Environment Stand alone discreet Drayton Optimiser Controller Theta ll ES4 Cause Obsolescence of Drayton Theta ll ES4 Optimiser Controller. Resolution Please note that the Satchwell SVT controller is no longer available, and that the only possible replacement is the DC1400. Please refer to What is the replacement for the SVT controller range? for more details. Replace Drayton Theta ll ES4 Optimiser Controller with Satchwell SVT Optimiser Controller. N.B. Two models of the Satchwell SVT Optimiser Controller are available :- SVT 4201 with Analogue Timeswitch SVT 4251 with Digital Timeswitch, Details of the Satchwell SVT Optimiser Controllers may be viewed here. It should also be noted that the associated Drayton Theta ll ES4 Optimiser Controller Sensors are obsolete. These Sensors are not compatible with the Satchwell SVT Optimiser Controllers and must therefore be replaced. Unlike the Drayton Theta ll ES4 Optimiser Controller, which requires the installation of both an Outside Air Temperature Sensor and an Inside Air Temperature Sensor, the Satchwell SVT Optimiser Controllers require the installation of a Inside Air Temperature Sensor only. A STR 614 Inside Air Temperature Sensor is packed with the Satchwell SVT Optimiser Controller when supplied new :- Details of the STR 614 Room Temperature Sensor may be viewed here.

Issue How to protect an OAT sensor from the sun? Product Line Field Devices Environment Outside Air sensors, Outdoor Temperature Sensor STO100 System Vista, Xenta STO200 System I/NET STO500 System Continuum STO600 System Satchwell STO600D System Drayton STO300 Outdoor temperature transmitter ETO100, ETO200, ETO500, ETO800 Cause Direct solar heating will affect the outside temperature reading. Resolution We do not supply sun shields for an Outside Air Sensors as there should never be a requirement to fit one. The Outside Air Temperature sensor for a building should always be fitted to the North side of the building where it will not be in direct sunlight (or the South side in the southern hemisphere). The temperature on the East, South or West sides of any building will always be higher than the North side (in the northern hemisphere) and give inaccurate readings if the sensor is mounted there. Also any sort of sunshade will also act as a shield to retain the heat also giving an erroneously high reading. For sites like weather stations where the measurements are to be taken in a field installation a Stevenson screen could be used, these are available from specialist instrument suppliers. A web search should provide local suppliers. Also see Recommended locations for Temperature Sensors, Valves, and Actuators for further details on sensor location.

Issue Where can I find datasheets, install guides and other documentation on the HID SmartID, iClass, HID Proximity and Indala Proximity cards and readers? Product Line Andover Continuum, Field Devices, TAC INET Environment Electronic Access Control cards and readers for Continuum and I/Net products. Cause Additional product information from HID may be required that is not available on Schneider Electric's own websites. Resolution Schneider Electric supply a subset of the full HID range of cards and readers and these are detailed in the Electronic Access Control Catalogue or see How to determine the part number for the card format required for part number information. For HID product information this can be directly downloaded from the HID Global website. This contains datasheets, installation guides, application notes, feature lists, brochures and other documentation. HID also have a "Knowledge Center" website that allows you to search for product information and help: HID Knowledge Base. Information on the specific ranges can be obtained from the following links: SmartID: SmartID Cards iClass: iClass Readers iClass SE Readers iClass Cards HID Prox: HID Proximity Readers HID Proximity Cards Indala Prox: Indala Proximity Readers Indala Proximity Cards

Issue Without knowing the Device ID / Device Instance these devices cannot add to the MSTP network in the AS or ES. Product Line Andover Continuum, EcoStruxure Building Expert, EcoStruxure Building Operation, Field Devices Environment Automation Server Enterprise Server BACnet SE7000 Cause Only the MAC ID / Com Address is shown in the display but not the Device ID / Device Instance. Resolution SE7200x Models Default Device ID is set to: 72000 + MAC Where MAC is the current MAC address of the device. The device ID will also be upgraded as soon as there is a change to the device’s MAC. For example, when a SE7200F5045B controller with a MAC address of 41 is connected to a network, its default Device Name will be SE7200F5x45B-41 and its default Device ID will be 72041. SE73xxx Models Default Device ID is set to: 73000 + MAC Where MAC is the current MAC address of the device. The device ID will also be upgraded as soon as there is a change to the device’s MAC. For example, when a SE7300C5045B controller with a MAC address of 63 is connected to a network, its default Device Name will be SE7300C5x45B-63 and its default Device ID will be 73063. Click here for the Integration Manual. Please refer to the SE7300 series BACnet controller does not come online in StruxureWare Building Operation if SE7300 controller does not come online.

Issue Satchwell TR Series 230 V ac / 24 V ac Transformer requires replacement. Product Line Field Devices Environment Satchwell TR1 (25VA), TR2 (50VA), TR3 (80VA), TR4 (200VA) and TR5 (300VA) 230 V ac / 24 V ac Transformers. Cause Obsolescence of Satchwell TR1, TR2, TR3, TR4 and TR5 230 V ac / 24 V ac Transformers. Resolution Replace Satchwell 871-1-201 TR1 (25VA) 230 V ac / 24 V ac Transformer with S-E TR 32 (32VA) 230 V ac / 24 V ac Transformer SE part number 3413032000. Replace Satchwell 871-1-202 TR2 (50VA) 230 V ac / 24 V ac Transformer with S-E TR 60 (60VA) 230 V ac / 24 V ac Transformer SE part number 3413060000. Replace Satchwell 871-1-203 TR3 (80VA) 230 V ac / 24 V ac Transformer with Transformer of another manufacturer's origin. Replace Satchwell 871-1-204 TR4 (200VA) 230 V ac / 24 V ac Transformer with Transformer of another manufacturer's origin. Replace Satchwell 871-1-205 TR5 (300VA) 230 V ac / 24 V ac Transformer with Transformer of another manufacturer's origin. The S-E TR range of Transformers provide the same functionality as the Satchwell TR range of Transformers but differ in appearance, dimensions and the range of VA ratings available. Specification EN 60742, with which the Satchwell range of Transformers complied, has been superseded by Specification EN 61558, with which the S-E range of Transformers comply. To review the transformer data sheet, see TR32-60 Transformer Data sheet en [101917].pdf.

Issue The discontinuation of the SVT controller due to component obsolescence. Product Line Field Devices Environment SVT Optimiser 4201 4251 Cause What replacements are available for the SVT 4201 / 4251 controllers? Resolution Important Note - The replacement controller mentioned in this article is no longer available, and therefore a replacement for the SVT 4201 / 4251 is not available. The SVT controller range has been discontinued due to component obsolescence. The SVT controller was a basic optimiser that performed the start calculation using only an internal temperature sensor. There are no exact replacements for this controller available. What is available? The Schneider Electric DC1400 Optimiser / Compensator is the recommended replacement, but this is not a direct replacement. Differences in the controllers. The SVT controller provides only an optimum start, the DC1400 provides optimum start and stop. The SVT controller uses only a room temperature sensor for the start calculation, the DC1400 uses only a room temperature sensor and an outside temperature sensor for the start/stop calculations. The SVT controller has a dedicated "Boost" relay, which allows overriding of a CSC compensator, and control valve. This is an internal function with the DC1400 optimiser/compensator. The DC1400 has many other built in functions. Controller wiring - Modifications will be required. SVT general wiring connections. Relay R1 is the main plant relay and relay R2 is the boost relay. To see the full controller details, please click SVT Optimiser DS2001 0210.pdf DC1400 general wiring details. To see the full controller details, please click DC1400 DS2044A.pdf Controller Sensors As already indicated, the SVT controller uses only a space temperature detector, and this sensor is NOT suitable to use with the DC1400. The DC1400 controller will, as a minimum, require a room temperature sensor and an outside temperature sensor, meaning that extra wiring for the outside temperature sensor, and the sensor itself, will need to be installed. For details on suitable sensors, please refer to What sensors does the DC1400 optimiser/compensator require?

Issue Verifying the Com Port on a PC is working properly by using "Loopback" test in Terminal Emulator. Product Line Andover Continuum, Field Devices, Other, Satchwell MicroNet, Satchwell Sigma, TAC IA Series, TAC INET, TAC Vista Environment Hyperterminal RS-232 serial port Cause The following test writes to the serial port and reads from the same port. This will verify the Full duplex operation of the RS-232 communication. Resolution Short the TX and RX pins of the cable (pins 2 and 3) following the pinouts below. Gender is determined by pin type. Male DB9 (Left) and Female DB9 (right) Launch Hyperterminal by selecting Start>>Programs>>Accessories>>Hyperterminal. If you do not have Hyperterminal, please read Hyperterminal on Microsoft Windows Operating Systems. If you are asked if you would like to install a modem, select No. Choose any icon and name the session, select "OK". In the next Pop-Up menu, choose direct to COMx (where x is the number of the COM Port you are testing.) Set the flow control setting to None. Leave the other settings to default settings, select "OK" Select File » Properties from the menu bar, select the Settings tab, and then push the ASCII Setup button. Check the option for Echo typed characters locally. Type something. If you see double characters the serial port is setup correctly and is functional. The display is showing characters that are sent out and what is read in. The Emulator will send and display the TX and immediately read and display RX. If you see exactly what you are typing, you have a communication issue. which could be: Bad Com Port Bad cables Pins not shorted correctly If you are out of physical ports to try, use a USB Serial Port converter. If you are using a USB, use Reassigning a USB Serial Adaptor to a desired COM port for instructions of assigning Com to another port.

Issue What is the unit load of SE8300 that will help me to count how many SE8300 controllers that can be added on AS ComA and ComB Product Line EcoStruxure Building Expert, EcoStruxure Building Operation, Field Devices Environment SER8300 room controller SE8300 room controller Automation Server Cause Documentation does not state the unit load of the SE8000 range Resolution The Generic application note AN01 can be applied with answers to the transceiver interface attributes below. The SE8000 range use the ADM4850A transceivers which are a failsafe transceiver (not requiring bias) and reduced 1/8 UL load. In addition the 100K local bias resistors have been eliminated and therefore the 1/8 UL of the transceiver would be the total UL presented to the bus by the SE8000. Transceiver Xcvr Unit Load Xcvr Failsafe Adaptor Circuit Bias Circuit Bias Load Total Unit Load Isolated 485 Bus ADM 4850A0 0.125 Yes None None 0.125 Yes** ** Unlike the normally recommended interconnection of the communication common/reference (ground) terminal on all bus devices such as documented in the generic application note for the isolated RS485 bus interfaces, the Viconics bus should be operated with the communications REF (reference) terminal open on each SE8000 and not connected to the bus shield wire, or to any other circuit. Based on the above the total number of devices can be calculated as 32/0.125 = 256 The BACnet MSTP standard specifies that the address range for BACnet master devices is 0-127 and therefore an Automation Server is limited to 127 devices per com port (254 total per AS) so this should effectively be the limiting factor. Also check out the SmartStruxure-RS485-Controller Unit Load Quick-Help video on the Exchange.

Issue Replacing Satchwell Sensors with Schneider Electric part numbers Product Line Field Devices Environment Sensors Cause Cross referencing older 'T' type sensors to the current version. Resolution Outside Sensor DOT2301 , DOT0001, DOT0002 is now STO600 Immersion Pipe Sensor DWT1701 (125mm), DWT1702 (200mm), DWT0001 is now STP660 (note, if replacing sensor only then DWA0001 required). Strap On/Pipe Contact Sensor DST1601 , DST0001 is now STC600 Duct Sensor (mainly FCUs) DDU1803 , DDU0001 is now STD670 Duct Sensor DDT1701 (300mm) , DDT1702 (460mm) , DDT0001 is now STD660 Room Sensor DRT3453 (sensor only, no setpoint adjust) is now STR600 For other DR and DRT sensors see Replacements for Satchwell sensors Drayton Room Sensor A701 is now STR600D Drayton Outside Sensor A702 is now STO600D Drayton Immersion Sensor A703 is now STP600D Drayton Strap On / Contact Sensor A704 is now STC600D

Issue The ZigBee network configuration parameters (Channel and PAN ID) of the MPM matches those of the room controller, but the room controller will not come online. Symptoms: For SE(R)8000 Series: The "ZigBee Short" field in the "Network" menu option keeps changing. For SE(R)7000 Series: The Green LED is blinking twice where 3 blinks are expected. (Description of LED status defined in LED status for SE7000 Room Controller ZigBee communication module) Product Line EcoStruxure Building Expert, Field Devices Environment SmartStruxure Lite Multi-Purpose Manager SE8xxx Room controller SE8000 Series SER8300, SE8300, SE8350 Viconics branding VT8000 Series Cause A temporary bug causes the MPM to prevent a specific ZigBee com module (installed inside the room controller) from joining the network on a particular channel. Resolution MPM has to be reset using one of the following methods Method 1: Unplug and replug power to the MPM Method 2: Click on the "Restart Controller" button as shown in image below. Note: Database must be saved before restarting the controller to avoid loss of data.

Issue How and where should sensors be fitted and maintained? Product Line Field Devices Environment Temperature and humidity sensors Cause General advice is required for cleaning and maintaining temperature and humidity sensors. Resolution The most important thing about sensors is to fit them correctly and appropriately during installation as this will reduce the amount of maintenance required. Fit them in locations that are accessible as well as away from dust and dirt to reduce the amount of cleaning required. See Recommended locations for Temperature Sensors, Valves, and Actuators for further advice on sensor location. Check the specific installation instructions for the sensor used and verify they are fitted accordance with this. All sensors should be regularly checked for correct operation as part of a regular building maintenance plan and replaced if they are not operating correctly. Most sensors are sealed units and do not require maintenance, maybe just an occasional dust with a clean cloth to remove surface dust, these include duct and immersion temperature sensors, outdoor sensors and thermostats. Room temperature and humidity sensors usually have vents or gauzes to allow airflow over the elements; these should be regularly dusted and can be cleaned with careful use of a vacuum cleaner or air blower to remove dust or other particles from within the unit. Do not however use equipment that can produce excessive pressures like compressed airlines as this could result in damage to the sensor. If you do need to use cleaning products on the sensors, then first check the materials used on that specific sensor (see datasheet, most sensors use Polycarbonate or ABS plastics) then verify that the cleaning chemicals are safe for use on that type of plastic or metal. Chemical/ material compatibility data is widely available on external websites (e.g. http://www.coleparmer.co.uk/Chemical-Resistance )

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