Issue Valve V384 is obsolete, a replacement valve is requested. Product Line Field Devices Environment V384 7318421000 7318425000 7318429000 7318433000 7318437000 7318441000 7318445000 7318449000   V341 7314121000 7314125000 7314129000 7314133000 7314137000 7314141000 7314145000 7314149000   V311T 7311717000 7311721000 7311725000 7311729000 7311733000 7311737000 7311741000 7311745000 Cause Replacing obsolete valve V384  Resolution Depending on application, the V311T(nodular iron) or V341(bronze) are recommended as replacement valves. Both will require pipework modification and for V341 a connection kit will be required if internal threads are necessary.   

Issue Replacement of ARE, ARX and ARM rotary actuators Product Line Field Devices Environment Satchwell ARE1xxx Satchwell ARE2xxx Satchwell ARE7xxx Satchwell ARX1xxx Satchwell ARX2xxx Satchwell ARX7xxx Satchwell ARM1xxx Satchwell ARM2xxx Satchwell ARM7xxx Cause Obsolescence of Satchwell ARE, ARX and ARM actuators. Resolution ARE actuator                                                               Replaced by ARE1301                                                                          MD20A-24 (p/n 875 1029 000) ARE1302                                                                          MD20A-24 (p/n 875 1029 000) ARE2301                                                                          MD20A-24 (p/n 875 1029 000) ARE2302                                                                          MD20A-24 (p/n 875 1029 000) ARE2303                                                                          MD20A-24 (p/n 875 1029 000) ARE2304                                                                          MD20A-24 (p/n 875 1029 000) ARE2351                                                                          MD20A-24 (p/n 875 1029 000) ARE2352                                                                          MD10A-24 (p/n 875 1019 000) ARE2354                                                                          MD10A-24 (p/n 875 1019 000) ARE2355                                                                          MD10A-24 (p/n 875 1019 000) ARE7301                                                                          MD20A-24 (p/n 875 1029 000) ARE7303                                                                          MD20A-24 (p/n 875 1029 000)   ARX actuator                                                               Replaced by ARX1201                                                                          MD20B-24 (p/n 875 1025 000) ARX1202                                                                          MD20B-24 (p/n 875 1025 000) ARX2201                                                                          MD20B-24 (p/n 875 1025 000) ARX2202                                                                          MD20B-24 (p/n 875 1025 000) ARX2203                                                                          MD20B-24 (p/n 875 1025 000) ARX2251                                                                          MD10B-24 (p/n 875 1015 000) ARX2252                                                                          MD10B-24 (p/n 875 1015 000) ARX2253                                                                          MD10B-24 (p/n 875 1015 000) ARX7201                                                                          MD20B-24 (p/n 875 1025 000)   ARM actuator                                                             Replaced by ARM1601                                                                        MD20B-230 (p/n 875 1021 000) ARM1602                                                                        MD20B-230 (p/n 875 1021 000) ARM2601                                                                        MD20B-230 (p/n 875 1021 000) ARM2605                                                                        MD20B-230 (p/n 875 1021 000) ARM2606                                                                        MD20B-230 (p/n 875 1021 000) ARM2607                                                                        MD20B-230 (p/n 875 1021 000) ARM2651                                                                        MD20B-230 (p/n 875 1021 000) ARM2656                                                                        MD20B-230 (p/n 875 1021 000) ARM2657                                                                        MD20B-230 (p/n 875 1021 000) ARM7601                                                                        MD20B-230 (p/n 875 1021 000)   Options To fit replacement actuator to an existing MB screwed valve use linkage kit - LMD/MB (p/n 914 1071 000) To fit replacement actuator to an existing MBF flanged valve use linkage kit - LMD/MBF (p/n 914 1070 000)   If 1 end switches are required, the reference is MD-S1 (p/n 914 1060 000)  If 2 end switches are required, the reference is MD-S2 (p/n 914 1061 000)  

Issue What is the contact information for Barber Colman Dyna group? What is the contact information for Barber Colman Aerospace division? What is the contact information for Barber Colman Industrial Instruments division? Environment Barber Colman Cause The old Barber Colman Dyna group is now a part of Woodward Governor. The old Barber Colman Aerospace division is now a part of the GE Aerospace. The old Barber Colman Industrial Instruments is now part of Eurotherm, an Invensys company. Resolution Barber Colman Dyna group is now Woodward Governor. They can be reached at 800-543-5811 Barber Colman Aerospace division is now GE Aerospace. They can be reached at 815-637-3500 Barber Colman Industrial Instruments is Eurotherm, an Invensys company. They can be reached at 815-637-3222 or 815-637-3404 for tech support.

Issue Square D Altivar 61 with BACnet card. Found drives coming on and offline on BACnet Bus. The literature stated the baud rate could be up to 76.8 k. Environment Square D Altivar 61 with BACnet card Cause Communication card would not communicate above 19.2k baud rate. Resolution Change the baud rate of the network below 19.2k.

Issue The CZT controller does not display the correct temperature, only dashes. Product Line Field Devices Environment Satchwell CZT Climatronic controller Cause The temperature sensor used has not been connected to the correct controller input terminals. Resolution This controller type is capable of supporting the two ranges of Satchwell sensor, these are the original type, which had a resistance of 1690 ohms @ 20'C and the "T" type range, which has a resistance of 5573 ohms @ 20'C. Connection of the sensor to the controller is as follows; 1 - Old range sensor (1690 ohms @ 20'C) is connected to terminals 1 and 3. 2 - New "T" type sensor (5573 ohms @ 20'C) is connected to terminals 2 and 3. If the sensor is correctly connected before the controller is powered up, then the controller will establish which sensor type is connected to it, but if the wrong terminals are used, then it may be necessary to "Reload the controller Defaults" to obtain the correct reading. Reloading the controller Defaults. 1 - Ensure that the sensor wiring is correctly connected to the appropriate terminals. 2 - Power down the controller. 3 - Press and hold in the controller "Enter" key. 4 - Switch the controller power back on, while still pressing the "Enter" key in. 5 - Continue to press the "Enter" key for a few seconds, before releasing it. The controller will now display the correct temperature.

Issue The documentation shows how to set the CLOCK but the clock fails to work. The controller always displays the Alarm "SetClock" and the time at the default value " Monday" 12:00 AM Product Line EcoStruxure Building Expert, Field Devices Environment SE7000 Room Controller SE8000 Room Controller Cause The Real Time Clock in the SE7000 uses the 50/60hz AC frequency to operate, if the unit is powered from a DC power source the Real Time Clock will not function and the clock time will always display Monday 12:00. Resolution Power the SE7000 controller from an AC power source if the RTC is required. Note: SE8000 uses a different RTC chip and can be powered from either AC or DC and the time operates correctly.

Issue DC1100 / DC1400 Displays two horizontal black lines when powered up. Product Line Field Device Environment DC1100 / DC1400 Discrete Controller. Cause Cold Start has not been performed. Cold Start has been performed incorrectly. Mains borne corruption has affected processor. Resolution Carry out Cold Start: Isolate Controller power supply. Press and hold down "Enter" and "Exit" buttons. Keep "Enter" and " Exit" buttons depressed while restoring power. Display should show "Self Test" and "Initiating System Variables" Release "Enter" and "Exit" buttons. Controller may then be programmed in accordance with Data Sheet instructions.   Or, if the controller is non-recoverable, the DC1100 and DC1400 units are now obsolete. However, there are several 3rd party companies offering refurbished units, these can be found by using a browser and searching e.g. DC1100 repairs.    

Issue TAC TRV-S series Butterfly Valve Body requires replacement. Product Line Field Devices Environment TAC TRV-S series Butterfly Valve Body installations. Cause Obsolescence of TAC TRV-S series Butterfly Valve Body. Resolution Replace TAC TRV-S series Butterfly Valve Body with S-E VF208W series Butterfly Valve Body. Replace TAC MB15 / MB30 Actuator with S-E MF20 / MF40 series Actuator as appropriate. It should be noted that where a TAC TRV-S series Butterfly Valve Body is to be replaced by a S-E VF208W series Butterfly Valve Body the TAC Actuator fitted to the TAC TRV-S Butterfly Valve Body will not be suitable for reuse on the S-E VF208W.Buttterfly Valve Body. TAC TRV-S series Butterfly Valves utilise TAC MB15 / MB30 series Actuators. TAC MB15 / MB30 Actuators are not suitable for use on S-E VF208W series Butterfly Valve Bodies. S-E VF208W series Butterfly Valve Bodies utilise S-E MF20 / MF40 series Actuators. S-E MF20 / MF40 series Actuators are suitable for use on TAC TRV-S series Butterfly Valve Bodies, but then no linkage kit should be mounted. MF20 datasheet MF40 datasheet  

Issue Obsolescence of TAC VG211, VG222, and VG321 series Valve Bodies. Product Line Field Devices Environment TAC VG211, VG222, and VG321 series Valve Body installations. Cause Obsolescence of TAC VG211, VG222, and VG321 series Valve Bodies. Resolution Replace TAC VG211 series Valve Body with S-E.VGS211F 15 – 100CS series Valve Body. It should be noted that a number of anomalies appear in the current issue of the Data Sheet describing the VGS211F 15 - 100CS range of 2-port Valve Bodies. The VGS211F 15-100CS Data Sheet includes two tables of information. A discrepancy appears in respect of the Kv value stated for the 50mm size Valve Body. The table of information on Page 1 of the Data Sheet displays a Kv value of 38 The table of information on Page 2 of the Data Sheet displays a Kv value of 40 The correct Kv value is 40 The type designation stated in the Data Sheet for this Valve Body is also incorrect. The type designation for this Valve Body should read VGS211F-50CS 40M SD00 Arrangements are currently in hand to correct these anomalies. NB The table on Page 1 of the earlier VG211 Data Sheet displayed a Kv value of 38 This value was also incorrect. The Kv value should have read 40 The VG222, VG222 and VG321 are no longer available, as it is replaced with the following: VG222 Valves will have the family name VG221F VG321 Valves will have the family name VG311F Please find the Product Announcement PA-00085 with the information.

Issue Replacement for Drayton A703 Immersion Temperature Sensor by S-E STP600D Product Line Field Devices Environment Drayton A703 Immersion Temperature Sensor installation. Cause Obsolescence of Drayton A703 Immersion Temperature Sensor Resolution 1.  Replace Drayton A703 Immersion Temperature Sensor with S-E STP600D The S-E STP600D provides the same functionality as the Drayton A703, differing only in its appearance and dimensions. The S-E STP600D Terminals are not polarised. N.B. It should be noted that the S-E STP600D is not supplied with a compatible Pocket. If it is not possible to utilise the existing Drayton Pocket, then a 100mm S-E Pocket (9121041000-Brass or 9121051000-Stainless Steel) should be selected as appropriate and in order to comply with the system requirements. There is a intentional gap between the top of the pocket, and the sensor housing, to ensure the probe tip touches the end of the pocket.  

Issue TAC EGWP 120 is obsolete and needs be replaced. Product Line Field Devices Environment 5122781000 TAC EGWP 120 5123106010 STP100-150 Cause Obsolete product needs replacement. Resolution TAC EGWP 120 (5122781000) is replaced by STP100-150 (5123106010)

Issue The documentation notes a TC900 can be changed from a 4-pipe system with a 2-wire motorized valve to a 2-pipe system with a 3-wire motorized valve. What parameter changes are required? Product Line Field Devices Environment TC907-3A4LAB TC907-3A4LMAB TC907-3A4DLSAB TC907-3A4DLMSAB TC907-4FMSAB TC907-3A4DPSAB TC907-3A4DPMSAB TC907-3A4DPMSA-24B TC907-4FMSA TC907-3A4LMA TC907-3A4LA TC907-3A4DPSA TC907-3A4DPMSA-24 TC907-3A4DPMSA TC907-3A4DLSA TC907-3A4DLMSA Cause Documentation is unclear in how a TC900 is configured to use a 3-wire valve actuator Resolution Access the parameter settings by pressing and holding the mode button for six seconds during thermostat power up. Press the mode button or Fan button to move forward or backward between the parameters until parameter 09 is displayed. Press the up and down buttons to set the parameter to 04.  

Issue Can the GV sensor be connected to the TAC Xenta controller using Analog Input signal? Product Line TAC Vista, Field Devices Environment Xenta 401 Xenta 301 Xenta 281 Xenta 121 Xenta 122 Cause The GV sensor is non-electrical itself and needs a VAV controller to measure the air velocity transferred from the sensor. Resolution The 224V and 224VL that are listed in the GV documentation, are both obsolete and no longer available. The Xenta 102ES, part no. 007305370, is designed to work with the GV sensor.

Issue Replacement Satchwell pneumatic parts not available or obsolete and other pneumatic control brands e.g. Barber Colman used in the UK marketplace. Product Line Field Devices, Other Environment Pneumatics Part Number examples: 541, T100, 2212 Cause Replacement parts required. Resolution Contact OEM Comfort Telephone: +44 (0) 208-344 8777 Website: http://www.secureseal.com/ Email: lewin@secureseal.com

Issue Need to replace discontinued Erie actuator model AH13U020-Z but unsure if the current model AH13U020 can be used as a direct replacement Product Line Field Devices Environment Erie actuators Cause Unable to find any documentation for the AH13U020-Z Resolution The '-Z' models for the Erie actuators indicates it is the Made in China version of the actuator. We have since stopped manufacturing the actuator in China.  The AH13U020 can be used to replace the AH13U020-Z

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

Issue Replacement for Satchwell DWT0001 or DWT1701 by the STP660 Immersion Temperature Sensor due to obsolescence. Product Line Field Devices Environment DWT1701 DWT0001 Cause Obsolescence of Satchwell DWT0001 and DWT1701 Immersion Temperature Sensor. Resolution The STP660 Immersion Temperature Sensor is the replacement for the DWT0001 and older DWT1701 The STP660 provides the same functionality as the Satchwell DWT0001 and DWT1701, differing only in its appearance, dimensions and terminal identification. A pocket or well is also required and is sold separately. 9121066000 - Brass 9121060000 - Stainless Steel N.B. In the case of a DWT0001 and only the sensor part is required, then the STP660 will fit into the existing pocket (and adaptor). or In the case of a DWT1701 and the sensor part is only required, then a pocket adaptor 9121058000 is needed.

Issue Valve Flange Tables Product Line Field Devices Environment Valves Flanged Gaskets Bolt holes PN rating PCD Cause What flanged tables are used with what valves? Resolution The PN of the valve and the valve size will indicate the diameter, PCD (Pitch Circle Diameter), number of bolt hole/size and bolt size and therefore size of flange and gasket. Download the flange tables for BS EN 1092 (metric), ANSI  (ASA) and BS10 or here for an alternative flange table document.

Issue The Heat Meter now has a barcode where the customer number use to be printed. From the customer number the modbus slave ID could be determined. Product Line Field Devices Environment Modbus Heat Meter Cause The Heat Meter now has a barcode where the customer number previously had been printed. From the customer number the modbus slave ID could be determined. Resolution The customer number is a replica of the serial number. The last 3 digits are the modbus slave ID, except when the last 3 digits are 248 or higher, then the slave ID is the last 2 digits. In this case, the slave ID is 210.

Issue How do I identify a valve body when the brass band is missing? Product Line Field Devices Environment Valve body Cause Determine the valve body type to obtain information about the valve body.  Resolution Identify the pipe size and connection type Measure the valve stem diameter Measure the valve stroke Record any valve body casting marks Take pictures and send all information via email to Product Support.