manualshive.com logo in svg

Triconex Tricon v10, Field Terminations Manual, Page: 1 / 420

Share
Download
Triconex Tricon v10 Field Terminations Manual Download Page 1

Field Terminations Guide

for Tricon v9–v10 Systems

Assembly No. 9700052-018

February 2009

Tricon Version 9–10 Systems

Summary of Contents for Tricon v10

Page 1: ...Field Terminations Guide for Tricon v9 v10 Systems Assembly No 9700052 018 February 2009 Tricon Version 9 10 Systems ...

Page 2: ... by any means electronic or mechanical for any purpose without the express written permission of Invensys Systems Inc 2006 2009 by Invensys Systems Inc All rights reserved Triconex Tricon Trident TriStation 1131 TriStation MSW and CEMPLE are trademarks of Invensys plc its subsidiaries and affiliates All other brands may be trademarks of their respective owners Document No 9720052 018 Printed in th...

Page 3: ... Signal Conditioning 6 Termination Panel 9251 210 for Digital Output Module 3603B 6 Termination Panel 9863 710 for Analog Output Module 3806E 6 Cables 7 Interface Cables 7 Fanned Out Cables 7 Special Cables Relay Loopback 7 Chapter 2 Field Termination Options and Installation 9 Overview 10 Determining Field Termination Options by Module Part Number 10 Determining Field Termination Options by Modul...

Page 4: ... 51 16 Point Non Commoned Digital Input Term Panels 54 9561 110 115 V non commoned 16 pts 54 Basic Digital Input Term Panels 57 9551 110 115 V basic 16 pts 57 9552 610 48 V basic 16 pts 59 9553 610 24 V basic 16 32 pts 61 9750 310 24 VDC basic 32 pts 65 9750 410 48 VDC basic 32 pts 67 Pulse Input and Pulse Totalizer Input Term Panels 70 9753 110 8 PI pts 16 PTI pts 70 Bypass Term Panels 75 BP9228 ...

Page 5: ...8 VDC commoned interposing relay 16 pts 157 9673 810 120 VDC commoned interposing relay 16 pts 160 Non Commoned Interposing Relay Term Panels 164 9670 110 115 VAC non commoned interposing relay 16 pts 164 Chapter 5 Analog Input and Analog Output Termination Panels 169 Overview 170 16 Point Current Input Term Panels 171 9761 210 current input 0 5 VDC 16 pts 172 9761 410 current input 0 10 VDC 16 pt...

Page 6: ...58 9786 110 TC input upscale downscale 16 pts 262 9789 610 4 20 mA high density 32 pts 264 Analog Output Term Panels 268 9861 610 3805E H module 8 pts 268 9871 810 3807 module 4 pts 271 Digital Input Term Panels 275 9572 610 24 VDC commoned 16 pts 275 9570 610 24 VDC high density 32 pts 280 9571 610 24 VDC fail safe 32 pts 283 Digital Output Term Panels 286 9671 610 24 VDC commoned supervised 16 p...

Page 7: ...nned Out Cables 344 Appendix A Re Keying Connectors 347 Re Configuring a System 348 I O Connector Key Positions 349 Re Keying a Connector 353 Re Keying a Fanned Out Cable 354 Appendix B Fanned Out Cable Pinouts 355 Signal Names 356 Connector 1 357 Connector 2 359 Appendix C Recommended Replacement Parts 361 Appendix D Panel Dimensions 365 Appendix E Shield Ground 369 Appendix F Panel Labels 371 Ov...

Page 8: ...and 3700A AI Module ETP Upgrade 390 3704E AI Module ETP Upgrade 391 3604E DO Module ETP Upgrade 392 3614E DO Module ETP Upgrade 394 3615E DO Module ETP Upgrade 396 3624 DO Module ETP Upgrade 398 Appendix J Using V8 ETAs with v9 v10 Systems 399 Appendix K Warning Labels 403 Overview 404 General Hazard 405 Hazardous Voltage 406 Hot Surface 407 ...

Page 9: ... can use with analog input modules and analog output modules Chapter 6 Hazardous Location Nonincendive Termination Panels describes external field termination panels that you can use in hazardous locations Chapter 7 RG 1 180 Termination Panels describes external termination panels that you can use in nuclear power plant EMI RFI environments Chapter 8 Fanned Out Cables describes fanned out cables t...

Page 10: ...formation about Triconex products and in house and on site training see the Triconex Web site or contact your regional Triconex support office Web Site http www ips invensys com en triconex Technical Support Customers in the U S and Canada can obtain technical support from the IPS Global Client Support GCS center at the numbers below International customers should contact their regional support ce...

Page 11: ...p by step instructions that are incorrect information that requires clarification or more details missing information that you would find helpful Your suggestions for correcting or improving the documentation The version of the Triconex hardware or software you are using Your name company name job title phone number and e mail address Send e mail to us at triconextechpubs ips invensys com Please k...

Page 12: ...xii Preface Field Terminations Guide for Tricon v9 v10 Systems ...

Page 13: ...Field Terminations Guide for Tricon v9 v10 Systems 1 Introduction to Field Terminations Overview 2 External Termination Panels 3 Cables 7 ...

Page 14: ...ex external field termination products for the Tricon system All cables and termination panels are built to withstand harsh industrial environments The environmental specifications for components used on these products are the same as for a Tricon chassis For more information see the Planning and Installation Guide for Tricon v9 v10 Systems ...

Page 15: ...s have an optional current limiting series resistor others have a fuse with a blown fuse indicator to protect the field wiring and field device Standard termination panels are pre configured for a specific application For instance commoned standard termination panels can be ordered with commoned power and return or redundant DC power configurations with a diode ORing The thermocouple input termina...

Page 16: ...n backplane s connector A basic termination panel is packaged with a cable that connects between a Tricon chassis backplane and the basic termination panel A female connector on one end of the cable is keyed to match the male connector on the Tricon backplane A male connector on the opposite end of the cable is keyed to match the male connector on the termination panel Basic termination panels are...

Page 17: ...state The loopback cable must be ordered separately Each interposing relay panel provides the capability to common power and return through a factory mounted bus bar arrangement Each interposing relay panel consists of A 7 in x 19 in 36 cm x 48 cm rack mountable panel with terminals for 16 digital outputs and 16 digital inputs Two ELCO connectors mounted on the panel for connecting to digital inpu...

Page 18: ... to 2 panels These termination panels are compatible with any signal conditioners in the 1 to 5 volt output range For example the 7B series of signal conditioners from Analog Devices are known to work well Termination Panel 9251 210 for Digital Output Module 3603B The special 16 point non commoned digital output termination panel 9251 210 is required for use with the 16 point non commoned digital ...

Page 19: ... a Tricon chassis backplane The other end of the cable contains 50 fanned out leads each individually labeled with its corresponding connector pin number Each fanned out cable has the following characteristics PVC outer covering 56 pin connector at one end 50 stranded stripped tinned and labeled 22 gauge leads at opposite end Fanned out cables should only be used with digital input and digital out...

Page 20: ...8 Chapter 1 Introduction to Field Terminations Field Terminations Guide for Tricon v9 v10 Systems ...

Page 21: ...or Tricon v9 v10 Systems 2 Field Termination Options and Installation Overview 10 Determining Field Termination Options by Module Part Number 10 Determining Field Termination Options by Module Type 14 Installation and Removal 24 ...

Page 22: ...DC 32 pts 9561 810 9561 110 9551 110 n a n a 9101 010 n a 9141 010 3502E DI 48 VAC VDC 32 pts 9562 810 n a 9552 610 n a n a 9101 010 n a 9142 010 3503E DI 24 VAC VDC 32 pts 9563 810 9563 910 n a 9553 610 9572 610 n a 9101 010 BP9228 010 9143 010 3504E DI 24 48 VDC non isolated 64 pts 9566 810 24V 9565 810 48V n a n a 9750 310 24V 9750 410 48V 9570 610 24V n a n a n a n a BP9229 010 n a n a n a 350...

Page 23: ...n a n a n a n a n a n a 3617E DO 48 VDC 8 pts 9667 910 n a n a n a n a n a n a n a 3623 DO 120 VDC 16 pts 9661 910 n a 9651 110 n a n a 9101 010 n a n a 3623T DO 120 VDC 16 pts 9664 810 n a n a n a n a n a n a n a 3624 DO 24 VDC 16 pts 9662 610 n a 9653 610 9671 610 n a 9101 010 n a n a 3625 DO 24 VDC 32 pts 9662 610 n a 9653 610 9671 610 n a 9101 010 n a n a 3636R 3636T Relay output non triplicat...

Page 24: ... input 9790 610 current input 9792 610 4 20 mA 0 5 V 48 VDC field 9783 110 voltage input 9764 310 RTD TC AI input 9753 110 0 5 V 9764 3101 2770H AI HART Interface n a n a 9761 210 0 5 V 9791 610 current input 9790 610 current input n a n a 3701 AI 0 10 VDC differential 32 pts n a 9763 810 9761 410 n a n a 9753 110 0 10 V n a 3703E2 AI 0 5 0 10 VDC isolated 16 pts n a 9763 810 9762 210 0 5 V 9762 4...

Page 25: ...input 9787 110 voltage input 9790 610 4 20 mA 0 5 V 9792 610 4 20 mA 0 5 V 48 VDC field 9795 610 4 20 mA 0 10 V 9783 110 voltage input 9764 310 RTD TC AI input 9753 110 0 5 V 1 Signal conditioners must be ordered separately A total of 16 is required for each termination panel 2 Must be configured with TriStation Module Part Module Description 3 Wire 4 20 mA Voltage 2 Wire 4 20 mA Nonincendive Term...

Page 26: ... Digital Input Modules This table identifies termination products you can use with 32 point digital input modules Note You need two termination panels or cables for each 32 point or 64 point DI module Also you can mix any combination of two termination products listed in a particular module s column For example for a 115 VAC VDC module you may use two 9561 810 Table 2 Termination Products for 32 P...

Page 27: ...d in a particular module s column Note You need one termination panel for each 8 point PI module Table 3 Termination Products for 64 Point Digital Input Modules Termination Option 24 48 VDC 3504E 24 VDC 3564 Standard termination panel commoned 9566 810 24 V 9565 810 48 V 9566 710 Basic termination panel 9750 310 24 V 9750 410 48 V 9553 610 Nonincendive termination panel 9570 610 9571 610 Bypass pa...

Page 28: ...9572 610 Fanned out cable Contact Triconex for availability of pulse totalizer fanned out cables Table 6 Termination Products for 16 Point Non Supervised Digital Output Modules Termination Option 115 VAC 3601E 115 VAC 3601T 120 VDC 3603B 120 VDC 3603E 120 VDC 3603T 24 VDC 3604E 48 VDC 3607E Standard termination panel commoned 9661 610 9663 610 9663 610 n a 9661 910 9664 810 9664 810 9662 810 9667 ...

Page 29: ...ou may use two 9662 610 panels or one 9653 610 basic panel and one 9101 010 fanned out cable and so on Table 7 Termination Products for 8 Point Supervised Digital Output Modules Termination Option 115 VAC 3611E 120 VDC 3613E 24 VDC 3614E 24 VDC low power 3615E 48 VDC 3617E Standard termination panel commoned 9661 510 9661 810 9662 910 9662 710 9667 910 Table 8 Termination Products for 16 Point Sup...

Page 30: ...es Note You need two termination panels or cables for each 32 point relay output module Also you can mix any combination of two termination products listed For example you may use two 9668 110 panels two 9651 110 basic panels or one 9668 110 panel and one 9651 110 basic panel Table 10 Termination Products for 32 Point Dual Digital Output Modules Termination Option 24 VDC 3664 3674 Standard termina...

Page 31: ... 10 VDC 3703E Standard termination panel voltage input 9763 810 Standard termination panel current input 9762 210 0 5 V 9762 410 0 10 V Standard termination panel current input user configurable 9771 210 0 5 V Basic termination panel voltage input 9753 110 Nonincendive termination panel current input 9791 610 Nonincendive termination panel voltage input 9787 110 RG 1 180 Term Panel 9790 610 4 20 m...

Page 32: ...ion panel current input user configurable 9771 210 n a 9771 210 0 5 V 9761 410 0 10 V Basic termination panel voltage input 9753 110 9753 110 9753 110 Nonincendive termination panel current input 9791 610 n a 9791 610 Nonincendive termination panel voltage input 9787 110 n a 9787 110 RG 1 180 Term Panel 9790 610 current input 9792 610 4 20 mA 0 5 V 48 VDC field 9783 110 voltage input 9764 310 RTD ...

Page 33: ...t thermocouple input module Also you can use a 9766 210 panel with a 9766 510 panel Basic termination panel voltage input 9750 810 0 5 V 0 10 V 9750 810 Nonincendive termination panel current input 9789 610 9789 610 Fanned out cable Contact Triconex for availability of analog fanned out cables Table 14 Termination Products for 64 Point Analog Input Modules continued Termination Option 0 5 VDC or 0...

Page 34: ...rmination Products for 8 Point Analog Output Modules Termination Option 4 20 mA 3805E H 6 4 20 mA 2 20 320 mA 3806E Basic termination panel 9853 610 n a Special panel Recommended for use in turbine control applications n a 9863 710 Nonincendive termination panel 9861 610 n a RG 1 180 Term Panel 9860 610 n a Fanned out cable Contact Triconex for availability of analog fanned out cables Table 18 Ter...

Page 35: ...roducts you can use with HART AI and AO interface modules Table 19 Termination Products for HART Interface Modules Termination Option HART AI Interface 2770H HART AO Interface 2870H Standard termination panel current input 9761 210 n a Basic termination panel n a 9853 610 Nonincendive termination panel 9791 610 9861 610 RG 1 180 termination panel 9790 610 9860 610 ...

Page 36: ...l on a DIN rail as shown in these pictures Note These termination panels cannot be installed on a DIN rail They must be installed on a standard 19 inch 47 5 cm rack Electronics Industries Association Standard RS 310 C 9251 210 9670 110 9670 610 9671 810 9672 810 9673 810 WARNING Perform the installation removal and replacement procedures according to the safety requirements for your environment CA...

Page 37: ...sliding along the DIN rail as shown in this picture For Nuclear Class 1E applications additional installation guidelines may be applicable and must be considered Please contact the IPS Global Client Support GCS center for details After placing the bottom of the DIN rail place the top of the DIN rail into the upper brackets and snap the top rail edge into the grooves Place the bottom of the DIN rai...

Page 38: ...e cable so that it is aligned with the connector on the termination panel Mate the two connectors together until the threaded end of the thumbscrew is making contact with the nut in the female connector You may need to slightly rock the connector on the cable while mating it to the connector on the termination panel As you apply pressure to the top of the connector on the cable use your other hand...

Page 39: ...onnectors used in ATEX installations and replace it before the end of its five year life span Triconex recommends that you use the gasket in all hazardous locations requiring nonincendive circuits Order Triconex part number 3000793 001 for a kit of 25 gaskets Turn the thumbscrew clockwise until the connectors are fully mated installed gasket gasket ...

Page 40: ...n If the program operates as intended you are ready to enable the process equipment according to the safety requirements for your environment If you need additional information on how to install external field termination panels contact the IPS Global Client Support GCS center Torque Specifications for Field Wiring Terminals Tighten the screws on the field wiring and power terminals of the ETPs in...

Page 41: ... Terminations Guide for Tricon v9 v10 Systems Tighten the screws on the field wiring and power terminals of the ETPs in the list below to this torque 12 0 lbf in 1 0 lbf ft 1 36 Nm 9670 110 9670 610 9671 610 9671 810 9672 810 9673 810 ...

Page 42: ...e your other hand to turn the thumbscrew counter clockwise You may need to rock the connector slightly while pulling Ensure that the mating surfaces of the ELCO connectors on the cable and the termination panel do not have any bent pins or other damage 5 Detach the other end of the interface cable from the ELCO connector on the Tricon backplane in the same manner as you disconnected the cable from...

Page 43: ... cable 9 Verify the connection of all I O points to the appropriate field wiring by using the TriStation software to inspect input points and force output points Note To inspect input points and force output points see the Planning and Installation Guide for Tricon v9 v10 Systems 10 Load and test the control program using TriStation If you need additional information on how to install fanned out c...

Page 44: ...32 Chapter 2 Field Termination Options and Installation Field Terminations Guide for Tricon v9 v10 Systems ...

Page 45: ...ion Panels Overview 34 16 Point Commoned Digital Input Term Panels 35 32 Point Commoned Digital Input Term Panels 46 16 Point Non Commoned Digital Input Term Panels 54 Basic Digital Input Term Panels 57 Pulse Input and Pulse Totalizer Input Term Panels 70 Bypass Term Panels 75 ...

Page 46: ...uide for Tricon v9 v10 Systems Overview This chapter describes external field termination panels you can use with digital input modules Digital input termination panels are available in these configurations 16 point commoned 32 point commoned Non commoned Basic Bypass ...

Page 47: ...mination panel with fuses and blown fuse indicators Figure 1 Typical 16 Point Commoned DI Term Panel with Fuse Protection This figure represents a typical 16 point commoned digital input termination panel with resistors Figure 2 Typical 16 Point Commoned DI Term Panel with Resistor Protection SN REV A 7400165 J1 2 18 3 19 4 20 5 21 6 22 7 23 8 24 9 25 10 26 11 27 12 28 13 29 14 30 15 31 16 32 1 17...

Page 48: ...module Each term panel comes with two sets of labels 1 16 and 17 32 For information on how to apply the labels see Appendix F Panel Labels Specifications This table describes specifications for 9561 810 Compatible Modules This table describes digital input modules compatible with 9561 810 Table 20 Specifications for Term Panel 9561 810 Feature Description Panel type Commoned Points 16 Leakage curr...

Page 49: ...t digital input module and a 9561 810 with a DC power supply to the field Figure 3 Field Wiring for 9561 810 with a 3501E or 3501T Module and a DC Power Supply This figure illustrates how to connect a 32 point digital input module and a 9561 810 with an AC power supply to the field Figure 4 Field Wiring for 9561 810 with a 3501E or 3501T Module and an AC Power Supply ...

Page 50: ...have 32 points which means you must use two term panels for each digital input module Each term panel comes with two sets of labels 1 16 and 17 32 For information on how to apply the labels see Appendix F Panel Labels Specifications This table describes specifications for 9562 810 32 POINT DIGITAL INPUT MODULE AC DC Input Circuit Leg to Leg Isolation Bridge Rectifier AC Smoothing Threshold Detect ...

Page 51: ...ible with 9562 810 Field Wiring Diagrams This figure illustrates how to connect a 32 point digital input module and a 9562 810 to the field Figure 6 Field Wiring for 9562 810 with a 3502E Module Table 23 Modules Compatible with 9562 810 Module Part Number Points per Module Module Description Fuse 3502E 32 48 VAC VDC commoned in groups of 8 TMR with self test 1A slow ...

Page 52: ...a 3502E DI Module with a 9562 810 Panel LEDs are blown fuse indicators 32 POINT DIGITAL INPUT MODULE WITH SELF TEST AC DC Input Circuit Leg to Leg Isolation Bridge Rectifier AC Smoothing Threshold Detect Opto Isolator Threshold Detect Opto Isolator Threshold Detect Opto Isolator to Input Mux A to Input Mux B to Input Mux C Test A Test B Test C to spare module BACKPLANE CABLE TERMINATION PANEL PWR ...

Page 53: ... comes with two sets of labels 1 16 and 17 32 For information on how to apply the labels see Appendix F Panel Labels Specifications This table describes specifications for 9563 810 Compatible Modules This table describes digital input modules compatible with 9563 810 Table 24 Specifications for Term Panel 9563 810 Feature Description Panel type Commoned Points 16 Leakage current per point Maximum ...

Page 54: ...anels Field Terminations Guide for Tricon v9 v10 Systems Field Wiring Diagrams This figure illustrates how to connect a 32 point digital input module and a 9563 810 to the field Figure 8 Field Wiring for 9563 810 with a 3503E or 3505E Module ...

Page 55: ...int is protected by a 180 ohm resistor The modules compatible with 9563 910 have 32 points which means you must use two term panels for each digital input module Each term panel comes with two sets of labels 1 16 and 17 32 For information on how to apply the labels see Appendix F Panel Labels 32 POINT DIGITAL INPUT MODULE WITH SELF TEST AC DC Input Circuit Leg to Leg Isolation Bridge Rectifier AC ...

Page 56: ...es how to connect a 32 point digital input module and a 9563 910 to the field Figure 10 Field Wiring for 9563 910 with a 3503E or 3505E Module Table 26 Specifications for Term Panel 9563 910 Feature Description Panel type Commoned resistor protected Points 16 Table 27 Modules Compatible with 9563 910 Module Part Number Points per Module Module Description 3503E 32 24 VAC VDC commoned in groups of ...

Page 57: ...Simplified Schematic of a 3503E or 3505E DI Module with a 9563 910 Panel 32 POINT DIGITAL INPUT MODULE WITH SELF TEST AC DC Input Circuit Leg to Leg Isolation Bridge Rectifier AC Smoothing Threshold Detect Opto Isolator Threshold Detect Opto Isolator Threshold Detect Opto Isolator to Input Mux A to Input Mux B to Input Mux C Test A Test B Test C to spare module BACKPLANE CABLE TERMINATION PANEL op...

Page 58: ...n fuse indicators for field device protection Figure 12 Typical 32 Point Commoned DI Term Panel with Fuse Protection This figure represents a typical 32 point commoned digital input term panel that has resistors for field device protection Figure 13 Typical 32 Point Commoned DI Term Panel with Resistor Protection SN REV A 7400150 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 J1 1 2 3 4 5 6 7 8 9...

Page 59: ...ans you must use two term panels for each digital input module Each term panel comes with two sets of labels 1 32 and 33 64 For information on how to apply the labels see Appendix F Panel Labels Specifications This table describes specifications for 9565 810 Compatible Modules This table describes digital input modules compatible with 9565 810 Table 28 Specifications for Term Panel 9565 810 Featur...

Page 60: ...on Panels Field Terminations Guide for Tricon v9 v10 Systems Field Wiring Diagrams This figure illustrates how to connect a 64 point digital input module and a 9565 810 to the field Figure 14 Field Wiring for 9565 810 with a 3504E Module ...

Page 61: ... Each input point is protected by a 180 ohm current limiting resistor The modules compatible with 9566 710 have 64 points which means you must use two term panels for each digital input module Each term panel comes with two sets of labels 1 32 and 33 64 For information on how to apply the labels see Appendix F Panel Labels Specifications This table describes specifications for 9566 710 64 POINT HI...

Page 62: ...l input modules compatible with 9566 710 Field Wiring Diagrams This figure illustrates how to connect a 64 point digital input module and a 9566 710 to the field Figure 16 Field Wiring for 9566 710 with a 3564 Module Table 31 Modules Compatible with 9566 710 Module Part Number Points per Module Module Description 3564 64 24 VDC commoned single ...

Page 63: ...rrent limiting resistor You should use term panel 9566 810 in 24 volt applications The modules compatible with 9566 810 have 64 points which means you must use two term panels for each digital input module Each term panel comes with two sets of labels 1 32 and 33 64 For information on how to apply the labels see Appendix F Panel Labels Specifications This table describes specifications for 9566 81...

Page 64: ...es compatible with 9566 810 Field Wiring Diagrams This figure illustrates how to connect a 64 point digital input module and a 9566 810 to the field Figure 18 Field Wiring for 9566 810 with a 3504E Module Table 33 Modules Compatible with 9566 810 Module Part Number Points per Module Module Description 3504E 64 24 48 VDC commoned high density DC coupled TMR ...

Page 65: ... 24 VDC digital input module with a 9566 810 1 of 64 module points shown Figure 19 Simplified Schematic of a 3504E DI Module in a 24 V Application with a 9566 810 Panel 64 POINT HIGH DENSITY DIGITAL INPUT MODULE BACKPLANE CABLE to spare TERMINATION PANEL PS1 PS2 PS1 PS2 to other points ADC Amp Hi Ref Low Ref 1 64 Mux ADC Amp ADC Amp Hi Ref Low Ref 1 64 Mux Hi Ref Low Ref 1 64 Mux 180 Ohms 2 7K ...

Page 66: ... digital input modules and has 16 input points and 16 power terminals PWR and PWR Each input point is protected by a fuse with a blown fuse indicator The modules compatible with 9561 110 have 32 points which means you must use two term panels for each digital input module Each term panel comes with two sets of labels 1 16 and 17 32 For information on how to apply the labels see Appendix F Panel La...

Page 67: ...d Wiring Diagrams This figure illustrates how to connect a 32 point digital input module and a 9561 110 to the field Figure 21 Field Wiring for 9561 110 with a 3501E or 3501T Module Table 35 Modules Compatible with 9561 110 Module Part Number Points per Module Module Description Fuse 3501E 32 115 VAC VDC non commoned isolated TMR 1A slow 3501T 32 115 VAC VDC non commoned isolated TMR 1A slow ...

Page 68: ...shown Figure 22 Simplified Schematic of a 3501E or 3501T DI Module with a 9561 110 Panel LEDs are blown fuse indicators 32 POINT DIGITAL INPUT MODULE to spare module AC DC Input Circuit Leg to Leg Isolation Bridge Rectifier AC Smoothing BACKPLANE CABLE PWR1 Threshold Detect Opto Isolator Threshold Detect Opto Isolator Threshold Detect Opto Isolator to Input Mux A to Input Mux B to Input Mux C TERM...

Page 69: ... a typical 16 point or 32 point basic digital input termination panel Figure 23 Typical 16 Point 32 Point Basic DI Term Panel 9551 110 115 V basic 16 pts Termination panel 9551 110 is compatible with 115 VAC VDC digital input modules and has 16 input points The modules compatible with 9551 110 have 32 points which means you must use two term panels for each digital input module Specifications This...

Page 70: ...110 Field Wiring Diagrams This figure illustrates how to connect a 32 point digital input module and a 9551 110 to the field Figure 24 Field Wiring for 9551 110 with a 3501E or 3501T Module Table 37 Modules Compatible with 9551 110 Module Part Number Points per Module Module Description 3501E 32 115 VAC VDC non commoned isolated TMR 3501T 32 115 VAC VDC non commoned isolated TMR ...

Page 71: ... and has 16 input points The modules compatible with 9552 610 have 32 points which means you must use two term panels for each digital input module Specifications This table describes specifications for 9552 610 32 POINT DIGITAL INPUT MODULE to spare module AC DC Input Circuit Leg to Leg Isolation Bridge Rectifier AC Smoothing BACKPLANE CABLE PWR1 Threshold Detect Opto Isolator Threshold Detect Op...

Page 72: ...ompatible with 9552 610 Field Wiring Diagrams This figure illustrates how to connect a 32 point digital input module and a 9552 610 to the field Figure 26 Field Wiring for 9552 610 with a 3502E Module Table 39 Modules Compatible with 9552 610 Module Part Number Points per Module Module Description 3502E 32 48 VAC VDC commoned in groups of 8 with self test TMR ...

Page 73: ...ules and 32 input points when used with 64 point modules You must use two term panels for each digital input module Specifications This table describes specifications for 9553 610 IN IN TERMINATION PANEL 32 POINT DIGITAL INPUT MODULE WITH SELF TEST AC DC Input Circuit Leg to Leg Isolation Bridge Rectifier AC Smoothing Threshold Detect Opto Isolator Threshold Detect Opto Isolator Threshold Detect O...

Page 74: ...s figure illustrates how to connect a 32 point digital input module and a 9553 610 to the field Figure 28 Field Wiring for 9553 610 with a 3503E or 3505E Module Table 41 Modules Compatible with 9553 610 Module Part Number Points per Module Module Description 3503E 32 24 VAC VDC commoned in groups of 8 with self test TMR 3505E 32 24 VDC low threshold commoned in groups of 8 TMR 3564 64 24 VDC commo...

Page 75: ...s This figure illustrates how to connect a 64 point digital input module and a 9553 610 without commoned return to the field Figure 29 Field Wiring for 9553 610 with a 3564 Module One RTN connection is required More than one is okay One PWR connection is required More than one is okay ...

Page 76: ...own Figure 31 Simplified Schematic of a 3564 DI Module with a 9553 610 Panel IN IN TERMINATION PANEL 32 POINT DIGITAL INPUT MODULE WITH SELF TEST AC DC Input Circuit Leg to Leg Isolation Bridge Rectifier AC Smoothing Threshold Detect Opto Isolator Threshold Detect Opto Isolator Threshold Detect Opto Isolator to Input Mux A to Input Mux B to Input Mux C Test A Test B Test C to spare module BACKPLAN...

Page 77: ...se two term panels for each digital input module Specifications This table describes specifications for 9750 310 Compatible Modules This table describes digital input modules compatible with 9750 310 Table 42 Specifications for Term Panel 9750 310 Feature Description Panel type Basic Points 32 Table 43 Modules Compatible with 9750 310 Module Part Number Points per Module Module Description 3504E 6...

Page 78: ...icon v9 v10 Systems Field Wiring Diagrams This figure illustrates how to connect a 64 point digital input module and a 9750 310 to the field Figure 32 Field Wiring for 9750 310 with a 3504E DI Module One RTN connection is required More than one is okay Optional ballast resistor ...

Page 79: ...with 24 48 VDC digital input modules and has 32 input points The modules compatible with 9750 410 have 64 points which means you must use two term panels for each digital input module Specifications This table describes specifications for 9750 410 64 POINT HIGH DENSITY DIGITAL INPUT MODULE BACKPLANE CABLE to spare TERMINATION PANEL RTN IN ADC Amp Hi Ref Low Ref 1 64 Mux ADC Amp ADC Amp Hi Ref Low ...

Page 80: ...lustrates how to connect a 64 point digital input module and a 9750 410 to the field Figure 34 Field Wiring for 9750 410 with a 3504E DI Module Table 45 Modules Compatible with 9750 410 Module Part Number Points per Module Module Description 3504E 64 24 48 VDC commoned high density DC coupled TMR configured as 48 VDC when used with 9750 410 One RTN connection is required More than one is okay Opti...

Page 81: ...gital input module with a 9750 410 1 of 32 module points shown Figure 35 Simplified Schematic of a 3504E DI Module with a 9750 410 Panel 64 POINT HIGH DENSITY DIGITAL INPUT MODULE BACKPLANE CABLE to spare TERMINATION PANEL RTN IN ADC Amp Hi Ref Low Ref 1 64 Mux ADC Amp ADC Amp Hi Ref Low Ref 1 64 Mux Hi Ref Low Ref 1 64 Mux to other points For maximum noise immunity install a 1W 10k ohms ballast r...

Page 82: ...le with pulse input modules and pulse totalizer input modules When used with pulse input modules 9753 110 has 8 differential input signal terminals IN and IN When used with pulse totalizer input modules 9753 110 has 16 input signal terminals IN and IN The pulse totalizer input modules compatible with 9753 110 have 32 points which means you must use two term panels for each pulse totalizer input mo...

Page 83: ... Hz to 20 KHz pulse input non commoned AC coupled 50 ms typical input update rate 3511 8 20 Hz to 20 KHz pulse input non commoned AC coupled 25 ms typical input update rate 3515 32 0 to 1 kHz pulse totalizer input non commoned CAUTION Unused points must be shorted together Functional earth ground quiet ground is recommended for shield connections For shield grounding instructions see Appendix E Wh...

Page 84: ...10 with a 3515 Pulse Totalizer Input Module CAUTION With the 3515 pulse totalizer input module sensor pulse outputs should be the push pull type You may use high side or low side solid state output but maximum frequency may be reduced based on cable distance Do not use mechanical relay switch contacts To prevent point to point cross talk use individually shielded twisted pair wire for lengths grea...

Page 85: ...with a 9753 110 1 of 8 module points shown Figure 39 Simplified Schematic of a 3510 or 3511 PI Module with a 9753 110 Panel 8 POINT PULSE INPUT MODULES BACKPLANE CABLE to spare TERMINATION PANEL Counter Timer IN1 IN1 Micro Processor to other points Counter Timer Micro Processor to other points Counter Timer Micro Processor to other points Comparator Comparator Comparator AC coupled AC coupled AC c...

Page 86: ...753 110 1 of 32 module points shown Figure 40 Simplified Schematic of a 3515 Pule Totalizer Input Module with a 9753 110 Panel 32 POINT TOTALIZER INPUT MODULE to spare module AC DC Input Circuit Leg to Leg Isolation BACKPLANE CABLE IN IN Threshold Detect Opto Isolator Threshold Detect Opto Isolator Threshold Detect Opto Isolator TERMINATION PANEL To Counters Leg A To Counters Leg B To Counters Leg...

Page 87: ...ss 32 pts for 32 pt modules BP9229 010 24 V bypass 32 pts for 64 pt modules This figure represents a typical 32 point bypass termination panel that is compatible with 32 point digital input modules Figure 41 Typical 32 Point Bypass Term Panel for 32 Point DI Modules 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 2 AMP 250V BLOWN FUSE OFF ON TRICONEX FRONT RE...

Page 88: ... 5 inches high 4 0 inches deep and 19 inches wide 88 9 mm x 101 6 mm x 482 5 mm and complies with EIA Standard RS 310 C Each cable is keyed to the appropriate digital input module P1 connects points 1 16 and P2 connects points 17 32 A 6 terminal barrier strip has terminals for redundant 24 VDC power with diode ORing provided on the panel Each screw terminal accepts either 6 ring lug terminals or 2...

Page 89: ...This figure illustrates how to connect a 32 point digital input module and a BP9228 010 Figure 43 Field Wiring for BP9228 010 with a 3503E or 3505E DI Module Table 49 Modules Compatible with BP9228 010 Module Part Number Points per Module Module Description 3503E 32 24 VAC VDC commoned in groups of 8 with self test 3505E 32 24 VDC low threshold commoned in groups of 8 with self test ...

Page 90: ...minal barrier strip has terminals for redundant 24 VDC power with diode ORing provided on the panel Each screw terminal accepts either 6 ring lug terminals or 24 gauge to 12 gauge 0 2 mm2 to 3 3 mm2 wires The modules compatible with BP9229 010 have 64 points which means you must use two term panels for each digital input module Specifications This table describes specifications for BP9229 010 32 P...

Page 91: ...odules compatible with BP9229 010 Field Wiring Diagrams This figure illustrates how to connect a 64 point digital input module and a BP9229 010 Figure 45 Field Wiring for BP9229 010 with a 3504E DI Module Table 51 Modules Compatible with BP9229 010 Module Part Number Points per Module Module Description 3504E 64 24 VDC commoned ...

Page 92: ... with a BP9229 010 1 of 32 module points shown Figure 46 Simplified Schematic of a 3504E DI Module with a BP9229 010 Panel 64 POINT HIGH DENSITY DIGITAL INPUT MODULE to spare module BACKPLANE CABLE BYPASS PANEL LED3 1 4 24V 2 5 RTN 3 AC safety ground to other points Keyswitch Bypass switch LED4 6 ADC Amp Hi Ref Low Ref 1 64 Mux ADC Amp ADC Amp Hi Ref Low Ref 1 64 Mux Hi Ref Low Ref 1 64 Mux ...

Page 93: ... Overview 82 8 Point Commoned Digital Output Term Panels 83 16 Point Commoned Digital Output Term Panels 99 16 Point Non Commoned Digital Output Term Panels 121 Basic Digital Output Term Panels 135 Commoned Interposing Relay Term Panels 150 Non Commoned Interposing Relay Term Panels 164 ...

Page 94: ...tems Overview This chapter describes external field termination panels you can use with digital output modules Digital output termination panels are available in these configurations 8 point commoned 16 point commoned Non commoned Basic Commoned interposing relay Non commoned interposing relay ...

Page 95: ... 48 VDC commoned 8 pts This figure represents a typical 8 point commoned AC digital output termination panel with fuses and blown fuse indicators Figure 47 Typical 8 Point Commoned AC DO Term Panel This figure represents a typical 8 point commoned DC digital output termination panel with fuses and blown fuse indicators Figure 48 Typical 8 Point Commoned DC DO Term Panel SN REV A 7300167 J1 F2 F4 F...

Page 96: ...th a blown fuse indicator Specifications This table describes specifications for 9661 510 Compatible Modules This table describes digital output modules compatible with 9661 510 Table 52 Fuse Identification for 8 Point Commoned DO Term Panels Point Primary Fuse Secondary Fuse 1 F1 F9 2 F2 F10 3 F3 F11 4 F4 F12 5 F5 F13 6 F6 F14 7 F7 F15 8 F8 F16 Table 53 Specifications for Term Panel 9661 510 Feat...

Page 97: ...ure illustrates how to connect an 8 point supervised AC digital output module with shorted load detection and a 9661 510 to the field Figure 49 Field Wiring for 9661 510 with a 3611E Module A load must be installed at every point to prevent missing load alarm If a field load is not available install a 2 2k ohm 10W load resistor ...

Page 98: ...moned power terminals PWR and PWR Each output point is protected by a fuse with a blown fuse indicator Specifications This table describes specifications for 9661 810 BACKPLANE 8 POINT SUPERVISED AC DIGITAL OUTPUT MODULE CABLE Output Switch Drive Circuitry Output Switch Drive Circuitry Output Switch Drive Circuitry Output Switch Drive Circuitry A A C B C Voltage Sensor Voltage Loopback C A B Volta...

Page 99: ...le and a 9661 810 to the field without shorted load detection Figure 51 Field Wiring for 9661 810 with a 3613E Module and No Shorted Load Detection Table 56 Modules Compatible with 9661 810 Module Part Number Points per Module Module Description Primary Fuse Secondary Fuse 3613E 8 120 VDC commoned supervised galvanically isolated TMR 1A fast 0 125A fast To prevent missing load alarm install a load...

Page 100: ...connect an 8 point supervised DC digital output module and a 9661 810 to the field with shorted load detection Figure 52 Field Wiring for 9661 810 with a 3613E Module and Shorted Load Detection To prevent missing load alarm install a load at each unused point If a field load is not available install a 2 2 k ohm 10 W load resistor ...

Page 101: ...rminals PWR and PWR Each output point is protected by a fuse with a blown fuse indicator Specifications This table describes specifications for 9662 710 LEDs are blown fuse indicators BACKPLANE 8 POINT SUPERVISED DC DIGITAL OUTPUT MODULE CABLE to hot spare Output Switch Drive Circuitry Output Switch Drive Circuitry Output Switch Drive Circuitry Output Switch Drive Circuitry A A C B C Voltage Senso...

Page 102: ...d a 9662 710 to the field without shorted load detection Figure 54 Field Wiring for 9662 710 with a 3615E Module and No Shorted Load Detection Table 58 Modules Compatible with 9662 710 Module Part Number Points per Module Module Description Primary Fuse Secondary Fuse 3615E 8 24 VDC low power commoned supervised galvanically isolated TMR 0 25A fast 0 125A fast To prevent missing load alarm install...

Page 103: ... connect an 8 point supervised DC digital output module and a 9662 710 to the field with shorted load detection Figure 55 Field Wiring for 9662 710 with a 3615E Module and Shorted Load Detection To prevent missing load alarm install a load at each unused point If a field load is not available install a 470 ohm 10 W load resistor ...

Page 104: ...R and PWR Each output point is protected by a fuse with a blown fuse indicator Specifications This table describes specifications for 9662 910 LEDs are blown fuse indicators BACKPLANE 8 POINT SUPERVISED DC DIGITAL OUTPUT MODULE CABLE to hot spare Output Switch Drive Circuitry Output Switch Drive Circuitry Output Switch Drive Circuitry Output Switch Drive Circuitry A A C B C Voltage Sensor Voltage ...

Page 105: ...ule and a 9662 910 to the field without shorted load detection Figure 57 Field Wiring for 9662 910 with a 3614E Module and No Shorted Load Detection Table 60 Modules Compatible with 9662 910 Module Part Number Points per Module Module Description Primary Fuse Secondary Fuse 3614E 8 24 VDC commoned supervised galvanically isolated TMR 1A fast 0 125A fast To prevent missing load alarm install a load...

Page 106: ... connect an 8 point supervised DC digital output module and a 9662 910 to the field with shorted load detection Figure 58 Field Wiring for 9662 910 with a 3614E Module and Shorted Load Detection To prevent missing load alarm install a load at each unused point If a field load is not available install a 470 ohm 10 W load resistor ...

Page 107: ...R and PWR Each output point is protected by a fuse with a blown fuse indicator Specifications This table describes specifications for 9667 910 LEDs are blown fuse indicators BACKPLANE 8 POINT SUPERVISED DC DIGITAL OUTPUT MODULE CABLE to hot spare Output Switch Drive Circuitry Output Switch Drive Circuitry Output Switch Drive Circuitry Output Switch Drive Circuitry A A C B C Voltage Sensor Voltage ...

Page 108: ...le and a 9667 910 to the field without shorted load detection Figure 60 Field Wiring for 9667 910 with a 3617E Module and No Shorted Load Detection Table 62 Modules Compatible with 9667 910 Module Part Number Points per Module Module Description Primary Fuse Secondary Fuse 3617E 8 48 VDC commoned supervised galvanically isolated TMR 1 25A fast 0 125A fast To prevent missing load alarm install a lo...

Page 109: ... connect an 8 point supervised DC digital output module and a 9667 910 to the field with shorted load detection Figure 61 Field Wiring for 9667 910 with a 3617E Module and Shorted Load Detection To prevent missing load alarm install a load at each unused point If a field load is not available install a 470 ohm 10 W load resistor ...

Page 110: ...17E DO Module with a Commoned DO Panel LEDs are blown fuse indicators BACKPLANE 8 POINT SUPERVISED DC DIGITAL OUTPUT MODULE CABLE to hot spare Output Switch Drive Circuitry Output Switch Drive Circuitry Output Switch Drive Circuitry Output Switch Drive Circuitry A A C B C Voltage Sensor Voltage Loopback C A B Voltage Current Sensor Voltage Current Sensor Dual Voltage Sensor Voltage Loopback to hot...

Page 111: ...s 9663 610 115 VAC commoned 16 pts 9664 810 120 VDC commoned 16 pts 9667 810 48 VDC commoned 16 pts This figure represents a typical 16 point commoned DC digital output termination panel with fuses and blown fuse indicators Figure 63 Typical 16 Point Commoned DC DO Term Panel with Fuses This figure represents a typical 16 point commoned digital output panel without fuses Figure 64 Typical 16 Point...

Page 112: ...m Panel with Fuses for 3601E or 3601T 9661 610 115 VAC commoned 16 pts Termination panel 9661 610 is compatible with 115 VAC digital output modules and has 16 load terminals and commoned power terminals PWR and PWR Each output point is protected by a fuse with a blown fuse indicator SN REV A 7400166 J1 F2 F4 F6 F8 F1 F3 F5 F7 F10 F12 F14 F16 F9 F11 F13 F15 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 L L ...

Page 113: ...agrams This figure illustrates how to connect the 16 point AC digital output module 3601E and a 9661 610 to the field Figure 67 Field Wiring for 9661 610 with a 3601E Module Table 63 Specifications for Term Panel 9661 610 Feature Description Panel type Commoned Points 16 Maximum total current 30 amps Table 64 Modules Compatible with 9661 610 Module Part Number Points per Module Module Description ...

Page 114: ...as 16 load terminals and commoned power terminals PWR and PWR Each output point is protected by a fuse with a blown fuse indicator Specifications This table describes specifications for 9661 910 LEDs are blown fuse indicators BACKPLANE 16 POINT DIGITAL OUTPUT MODULE PS1 Hot L L CABLE to hot spare Output Switch Drive Circuitry Output Switch Drive Circuitry Output Switch Drive Circuitry Output Switc...

Page 115: ...ams This figure illustrates how to connect a 16 point DC digital output module and a 9661 910 to the field 1 of 16 points shown Figure 69 Field Wiring for 9661 910 with a 3603E Module Table 66 Modules Compatible with 9661 910 Module Part Number Points per Module Module Description Primary Fuse 3603E 16 120 VDC commoned opto isolated TMR 1A fast 3623 16 120 VDC commoned supervised opto isolated TMR...

Page 116: ...ates how to connect the 16 point supervised DC digital output module 3623 and a 9661 910 to the field 8 of 16 points shown Figure 70 Field Wiring for 9661 910 with a 3623 Module A load must be installed at every point to prevent a missing load alarm If a field load is not available install a 2 2k ohm 10W load resistor ...

Page 117: ...EDs are blown fuse indicators BACKPLANE 16 POINT DIGITAL OUTPUT MODULE PS1 L L CABLE to hot spare Output Switch Drive Circuitry Output Switch Drive Circuitry Output Switch Drive Circuitry Output Switch Drive Circuitry A A B B C Voltage Loopback Detector A B C C A B to other points PS1 to other points TERMINATION PANEL PS2 PS2 to other points LED A B PS1 L L to hot spare Output Switch Drive Circuit...

Page 118: ...escribes digital output modules compatible with 9662 610 CAUTION Use termination panel 9662 610 with self protected modules only Table 67 Specifications for Term Panel 9662 610 Feature Description Panel type Commoned Points 16 Maximum total current1 1 When the 9662 610 panel is used with the Model 3625 DO Module the maximum total current is 10 amps per termination panel to limit the power dissipat...

Page 119: ... point or 32 point supervised DC digital output module with self protection and a 9662 610 to the field 1 of 16 points shown Figure 73 Field Wiring for 9662 610 with a 3624 or 3625 Module When using a Model 3624 or 3625 module a load must be installed at every point to prevent missing load alarm If a field load is not available install a 470 ohm 10 W load resistor ...

Page 120: ...erminations Guide for Tricon v9 v10 Systems This figure illustrates how to connect a 32 point DC dual digital output module with self protection and a 9662 610 to the field 1 of 32 points shown Figure 74 Field Wiring for 9662 610 with a 3664 or 3674 Module ...

Page 121: ...ed DO Panel PS1 L L to other points PS1 to other points PS2 PS2 to hot spare Output Switch Drive Circuitry Output Switch Drive Circuitry Output Switch Drive Circuitry Output Switch Drive Circuitry A A B B C Voltage Loopback Detector A B C C A B Voltage Loopback Detector A B C to other points to other points BACKPLANE 16 POINT DIGITAL OUTPUT MODULE CABLE TERMINATION PANEL OVD Switch 1 OVD Switch 2 ...

Page 122: ... protected by a fuse with a blown fuse indicator Specifications This table describes specifications for 9662 810 Compatible Modules This table describes digital output modules compatible with 9662 810 BACKPLANE 32 POINT DUAL DIGITAL OUTPUT MODULE CABLE PS1 L L to other points PS1 to other points TERMINATION PANEL PS2 PS2 to hot spare Voted Output Drive Circuitry Voted Drive Output Circuitry Loopba...

Page 123: ... Terminations Guide for Tricon v9 v10 Systems Field Wiring Diagrams This figure illustrates how to connect the 16 point DC digital output module 3604E and a 9662 810 to the field 1 of 16 points shown Figure 78 Field Wiring for 9662 810 with a 3604E Module ...

Page 124: ... has 16 load terminals and commoned power terminals PWR and PWR Each output point is protected by a fuse with a blown fuse indicator Specifications This table describes specifications for 9663 610 LEDs are blown fuse indicators BACKPLANE 16 POINT DIGITAL OUTPUT MODULE PS1 L L CABLE to hot spare Output Switch Drive Circuitry Output Switch Drive Circuitry Output Switch Drive Circuitry Output Switch ...

Page 125: ...ure illustrates how to connect the 16 point AC digital output module 3601E or 3601T and a 9663 610 to the field 1 of 16 points shown Figure 80 Field Wiring for 9663 610 with a 3601E or 3601T Module Table 72 Modules Compatible with 9663 610 Module Part Number Points per Module Module Description Primary Fuse 3601E 16 115 VAC non commoned opto isolated TMR 3A fast 3601T 16 115 VAC non commoned opto ...

Page 126: ...s 16 load terminals and commoned power terminals PWR and PWR Each output point is protected by a fuse with a blown fuse indicator Specifications This table describes specifications for 9664 810 LEDs are blown fuse indicators BACKPLANE 16 POINT DIGITAL OUTPUT MODULE PS1 L L CABLE to hot spare Output Switch Drive Circuitry Output Switch Drive Circuitry Output Switch Drive Circuitry Output Switch Dri...

Page 127: ...ct the 16 point DC digital output module 3603E or 3603T and a 9664 810 to the field 1 of 16 points shown Figure 82 Field Wiring for 9664 810 with a 3603E or 3603T Module Table 74 Modules Compatible with 9664 810 Module Part Number Points per Module Module Description Primary Fuse 3603E 16 120 VDC commoned opto isolated TMR 1A fast 3603T 16 120 VDC commoned opto isolated TMR 1A fast 3623T 16 120 VD...

Page 128: ...tes how to connect the 16 point supervised DC digital output module 3623T and a 9664 810 to the field 8 of 16 points shown Figure 83 Field Wiring for 9664 810 with a 3623T Module A load must be installed at every point to prevent a missing load alarm If a field load is not available install a 2 2k ohm 10W load resistor ...

Page 129: ...nel LEDs are blown fuse indicators BACKPLANE 16 POINT DIGITAL OUTPUT MODULE PS1 L L CABLE to hot spare Output Switch Drive Circuitry Output Switch Drive Circuitry Output Switch Drive Circuitry Output Switch Drive Circuitry A A B B C Voltage Loopback Detector A B C C A B to other points PS1 to other points TERMINATION PANEL PS2 PS2 to other points LED A B PS1 L L to hot spare Output Switch Drive Ci...

Page 130: ... protected by a fuse with a blown fuse indicator Specifications This table describes specifications for 9667 610 Compatible Modules This table describes digital output modules compatible with 9667 810 Table 75 Specifications for Term Panel 9667 810 Feature Description Panel type Commoned Points 16 Maximum total current 16 amps Table 76 Modules Compatible with 9667 810 Module Part Number Points per...

Page 131: ... Terminations Guide for Tricon v9 v10 Systems Field Wiring Diagrams This figure illustrates how to connect the 16 point DC digital output module 3607E and a 9667 810 to the field 1 of 16 points shown Figure 86 Field Wiring for 9667 810 with a 3607E Module ...

Page 132: ...t panel 1 of 16 points shown Figure 87 Simplified Schematic of a 3607E DO Module with a Commoned DO Panel LEDs are blown fuse indicators BACKPLANE 16 POINT DIGITAL OUTPUT MODULE PS1 L L CABLE to hot spare Output Switch Drive Circuitry Output Switch Drive Circuitry Output Switch Drive Circuitry Output Switch Drive Circuitry A A B B C Voltage Loopback Detector A B C C A B to other points PS1 to othe...

Page 133: ...668 110 non commoned relay output 16 pts This figure represents a typical 16 point non commoned digital output termination panel for the 3603B module Figure 88 Typical 16 Point Non Commoned DO Term Panel for Module 3603B This figure represents a typical 16 point non commoned digital output termination panel for modules 3601E 3604E and 3607E Figure 89 Typical 16 Point Non Commoned DO Term Panel for...

Page 134: ...EIA Standard RS 310 C mounting plate with a smoked plexiglas cover two pieces and a 10 foot cable The mounting plate has room for two termination panels If you order a second termination panel you can mount it on the first mounting plate and save or discard the second mounting plate Each output point has a Positive and negative terminal for connecting to a field load Positive and negative terminal...

Page 135: ...This figure illustrates how to connect a 16 point digital output module and a 9251 210 to the field 1 of 16 points shown Figure 92 Field Wiring for 9251 210 with a 3603B Module Table 77 Specifications for Term Panel 9251 210 Feature Description Panel type Non commoned Points 16 Leakage current per point Maximum 3 3 mA Typical 2 5 mA Table 78 Modules Compatible with 9251 210 Module Part Number Poin...

Page 136: ... is compatible with 115 VAC digital output modules and has 16 LOAD and LOAD terminals 16 PWR and PWR terminals 16 fuses with blown fuse indicators CAUTION Do not exceed 10 inch pounds 1 13 Nm of torque when securing the 6 screws on the termination panel Although the 6 screws are rated for 16 inch pounds 1 81 Nm the standard industrial torque limit for 6 to 32 screws is 6 to 8 inch pounds 0 68 to 0...

Page 137: ...ield Wiring Diagrams This figure illustrates how to connect a 16 point digital output module and a 9661 110 to the field 1 of 16 points shown Figure 94 Field Wiring for 9661 110 with a 3601E Module Table 79 Specifications for Term Panel 9661 110 Feature Description Panel type Non commoned Points 16 Table 80 Modules Compatible with 9661 110 Module Part Number Points per Module Module Description Fu...

Page 138: ...s compatible with 24 VDC digital output modules and has 16 LOAD and LOAD terminals 16 PWR and PWR terminals 16 fuses with blown fuse indicators Specifications This table describes specifications for 9662 110 BACKPLANE 16 POINT DIGITAL OUTPUT MODULE PWR1 LOAD 1 CABLE to hot spare Output Switch Drive Circuitry Output Switch Drive Circuitry Output Switch Drive Circuitry Output Switch Drive Circuitry ...

Page 139: ...ble with 9662 110 Field Wiring Diagrams This figure illustrates how to connect a 16 point digital output module and a 9662 110 to the field 1 of 16 points shown Figure 96 Field Wiring for 9662 110 with a 3604E Module Table 82 Modules Compatible with 9662 110 Module Part Number Points per Module Module Description Fuse 3604E 16 24 VDC non commoned opto isolated TMR 2 5A fast ...

Page 140: ...s compatible with 115 VAC digital output modules and has 16 LOAD and LOAD terminals 16 PWR and PWR terminals 16 fuses with blown fuse indicators Specifications This table describes specifications for 9664 110 BACKPLANE 16 POINT DIGITAL OUTPUT MODULE PWR1 LOAD 1 CABLE to hot spare Output Switch Drive Circuitry Output Switch Drive Circuitry Output Switch Drive Circuitry Output Switch Drive Circuitry...

Page 141: ...T Module Table 84 Modules Compatible with 9664 110 Module Part Number Points per Module Module Description Fuse 3601E 16 115 VAC non commoned opto isolated TMR 3A fast 3601T 16 115 VAC non commoned opto isolated TMR 3A fast Power Supply Load Typical point 1 of 16 points shown Termination panel 8 7 6 5 4 3 2 1 F5 F1 F3 F10 F8 F12 F9 F7 F11 F2 F16 F14 F4 F15 F13 F6 16 15 14 13 12 11 10 9 16 15 14 13...

Page 142: ...10 is compatible with 48 VDC digital output modules and has 16 LOAD and LOAD terminals 16 PWR and PWR terminals 16 fuses with blown fuse indicators Specifications This table describes specifications for 9667 110 BACKPLANE 16 POINT DIGITAL OUTPUT MODULE PWR1 LOAD 1 CABLE to hot spare Output Switch Drive Circuitry Output Switch Drive Circuitry Output Switch Drive Circuitry Output Switch Drive Circui...

Page 143: ...le with 9667 110 Field Wiring Diagrams This figure illustrates how to connect a 16 point digital output module and a 9667 110 to the field 1 of 16 points shown Figure 100 Field Wiring for 9667 110 with a 3607E Module Table 86 Modules Compatible with 9667 110 Module Part Number Points per Module Module Description Fuse 3607E 16 48 VDC non commoned opto isolated TMR 1 25A fast ...

Page 144: ...les compatible with 9668 110 have 32 points which means that you must use two term panels for each relay output module Each term panel comes with two sets of labels 1 16 and 17 32 For information on how to apply the labels see Appendix F Panel Labels Specifications This table describes specifications for 9668 110 BACKPLANE 16 POINT DIGITAL OUTPUT MODULE PWR1 LOAD 1 CABLE to hot spare Output Switch...

Page 145: ...ates how to connect a 32 point relay output module and a 9668 110 to the field 1 of 32 points shown Figure 102 Field Wiring for 9668 110 with a 3636R or 3636T Relay Output Module Table 88 Modules Compatible with 9668 110 Module Part Number Points per Module Module Description Fuse 3636R 32 Non commoned simplex normally open galvanically isolated 2 5A fast 3636T 32 Non commoned simplex normally ope...

Page 146: ... output module with a non commoned relay output panel 1 of 32 points shown Figure 103 Simplified Schematic of a 3636R or 3636T Relay Output Module with a Non Commoned Relay Output Panel BACKPLANE PWR1 LOAD 1 CABLE TERMINATION PANEL LOAD 1 PWR1 32 POINT RELAY OUTPUT MODULE V V Point Register Point Register Point Register to spare module Loopback Detector Isolator Voted Output Drive Circuitry ...

Page 147: ...sic DO and Relay Output Term Panel 9651 110 basic digital relay output 16 pts Termination panel 9651 110 has 16 digital output terminals LOAD 16 power terminals PWR 16 return terminals RTN Termination panel 9651 110 is compatible with 115 VAC 16 point digital output modules 120 VDC 16 point digital output modules 32 point relay output modules Note When using 32 point modules you must use two term ...

Page 148: ...ications for Term Panel 9651 110 Feature Description Panel type Basic digital output and basic relay output Points 16 Table 90 Modules Compatible with 9651 110 Module Part Number Points per Module Module Description 3601E 16 115 VAC non commoned opto isolated TMR 3603E 16 120 VDC commoned opto isolated TMR 3623 16 120 VDC commoned supervised opto isolated TMR 3636R 32 Non commoned simplex normally...

Page 149: ...ule One PWR connection per point is recommended One RTN connection per point is recommended To prevent missing load alarm install a load at each unused point If a field load is not available for model 3623 install a 2 2k ohm 10 W load resistor J1 SN REV A 7400143 TRICONEX TM DIDO PANEL E E A A C C 4 6 8 10 12 14 16 18 20 22 24 26 28 30 2 32 Termination Panel 2C LOAD1 2A PWR1 AC HOT DC AC NEUTRAL R...

Page 150: ...Wiring for 9651 110 with a 3636R or 3636T Relay Output Module When switching reactive loads de rate the output switching power to 25 of maximum 500 VA for AC applications 37 5 W for DC applications When switching incandescent lamps use the inrush current when calculating the required output switching power For specifications contact the lamp manufacturer The inrush current may be 10 15 times the r...

Page 151: ... points shown Figure 108 Simplified Schematic of a 3603E DO Module with a Basic DO Panel BACKPLANE 16 POINT DIGITAL OUTPUT MODULE TERMINATION PANEL to hot spare Output Switch Drive Circuitry Output Switch Drive Circuitry Output Switch Drive Circuitry Output Switch Drive Circuitry A A B B C Voltage Loopback Detector A B C C A B PWR1 2A RTN1 2E LOAD1 2C CABLE A B BACKPLANE 16 POINT DIGITAL OUTPUT MO...

Page 152: ...igure 110 Simplified Schematic of a 3636R or 3636T Relay Output Module with a Basic DO Panel PWR1 2A to hot spare Output Switch Drive Circuitry Output Switch Drive Circuitry Output Switch Drive Circuitry Output Switch Drive Circuitry A A B B C Voltage Loopback Detector A B C C A B BACKPLANE 16 POINT DIGITAL OUTPUT MODULE CABLE TERMINATION PANEL Voltage Loopback Detector A B C to other points to ot...

Page 153: ... are not self protected such as the 3607E it is up to you to provide protection for all outpoint points Specifications This table describes specifications for 9652 610 Compatible Modules This table describes digital output modules compatible with 9652 610 Table 91 Specifications for Term Panel 9652 610 Feature Description Panel type Basic digital output Points 16 Table 92 Modules Compatible with 9...

Page 154: ...d Wiring for 9652 610 with a 3607E DO Module One PWR connection per point is recommended One RTN connection per point is recommended To prevent missing load alarm install a load at each unused point J1 SN REV A 7400143 TRICONEX TM DIDO PANEL E E A A C C 4 6 8 10 12 14 16 18 20 22 24 26 28 30 2 32 Termination Panel 2C LOAD1 2A PWR1 AC HOT DC AC NEUTRAL RETURN Solenoid relay etc 2E RTN1 2 5 A fast a...

Page 155: ...N When using 32 point modules you must use two term panels for each relay output module When using modules that are not self protected such as the 3604E it is up to you to provide protection for all outpoint points Modules 3624 3625 3664 and 3674 have built in protection Specifications This table describes specifications for 9653 610 BACKPLANE 16 POINT DIGITAL OUTPUT MODULE TERMINATION PANEL to ho...

Page 156: ... commoned opto isolated TMR 3624 16 24 VDC commoned supervised opto isolated self protected TMR 3625 32 24 VDC commoned supervised non supervised opto isolated self protected TMR 3664 32 24 VDC commoned opto isolated self protected dual 3674 32 24 VDC commoned opto isolated self protected dual One PWR connection per point is recommended One RTN connection per point is recommended To prevent missin...

Page 157: ...3 610 with a 3624 or 3625 DO Module J1 SN REV A 7400143 TRICONEX TM DIDO PANEL E E A A C C 4 6 8 10 12 14 16 18 20 22 24 26 28 30 2 32 Termination Panel 2C LOAD1 2A PWR1 AC HOT DC AC NEUTRAL RETURN Solenoid relay etc 2E RTN1 2 5 A fast acting Recommended Wiring Connections Typical for One Point One PWR connection per point is recommended One RTN connection per point is recommended When using a 362...

Page 158: ...a 3664 or 3674 DO Module Simplified Schematics This is a simplified schematic of a typical 16 point non commoned digital output module with a basic digital output panel 1 of 16 points shown CAUTION For proper operation one PWR connection per point is required J1 SN REV A 7400143 TRICONEX TM DIDO PANEL E E A A C C 4 6 8 10 12 14 16 18 20 22 24 26 28 30 2 32 Termination panel 2C LOAD1 2A PWR1 DC RET...

Page 159: ...a basic digital output panel 1 of 32 points shown BACKPLANE 16 POINT DIGITAL OUTPUT MODULE TERMINATION PANEL to hot spare Output Switch Drive Circuitry Output Switch Drive Circuitry Output Switch Drive Circuitry Output Switch Drive Circuitry A A B B C Voltage Loopback Detector A B C C A B PWR1 2A RTN1 2E LOAD1 2C CABLE A B PWR1 2A to hot spare Output Switch Drive Circuitry Output Switch Drive Circ...

Page 160: ...Panel BACKPLANE 32 POINT DIGITAL OUTPUT MODULE CABLE PWR1 2A RTN1 2E LOAD1 2C TERMINATION PANEL to hot spare Output Switch Drive Circuitry A A or C Output Switch Drive Circuitry Output Switch Drive Circuitry B Output Switch Drive Circuitry C A B C A or C A B C Voltage Loopback Detector All output switches are opto isolated Analog Digital Mux Current Loopback Detector ...

Page 161: ...put module with a basic digital output panel 1 of 32 points shown Figure 119 Simplified Schematic of a 3664 or 3674 DO Module with a Basic DO Panel BACKPLANE 32 POINT DUAL DIGITAL OUTPUT MODULE TERMINATION PANEL to hot spare Voted Output Drive Circuitry Voted Drive Output Circuitry Loopback Detector Isolator A B C PWR1 2A RTN1 2E LOAD1 2C to other points A B C A B C ...

Page 162: ...nd has 16 relay points C and NO 2 terminals PW1 and for primary power and return 2 terminals PW2 and for redundant power and return An individual fuse with blown fuse indicator for relay coil and loopback circuit Each terminal accepts either 6 ring lug terminals or 24 to 12 gauge 0 3mm2 to 2 1mm2 wires F1 F2 F3 F4 F5 F6 F7 F8 F9 F10 F11 F12 F13 F14 F15 F16 K1 K2 K3 K4 K5 K6 K7 K8 K9 K10 R25 K12 K1...

Page 163: ...can Relay expected life at maximum rated load 100 000 operations Relay isolation 1000 VAC minimum 1500 VDC minimum Power consumption per relay Less than 2 watts CAUTION When switching reactive loads you should de rate the switching power of the outputs to 25 of maximum 625 VA for AC applications or 22 5 watts for DC applications When switching incandescent lamps the inrush current can be 10 to 15 ...

Page 164: ...eld Terminations Guide for Tricon v9 v10 Systems Field Wiring Diagrams This figure illustrates how to connect a 16 point digital output module and a 9670 610 to the field 1 of 16 points shown Figure 121 Field Wiring for 9670 610 with a 3601E DO Module ...

Page 165: ...ator for relay coil and loopback circuit When using 32 point modules you must use two term panels for each digital output module Each term panel comes with two sets of labels 1 16 and 17 32 For information on how to apply the labels see Appendix F Panel Labels Each terminal accepts either 6 ring lug terminals or 24 to 12 gauge 0 3mm2 to 2 1mm2 wires LEDs are blown fuse indicators BACKPLANE 16 POIN...

Page 166: ... 10A 30 VDC or 277 VAC Relay switching power see CAUTION below AC 2500 VA DC 90 W Relay maximum output cycle rate Once per scan Relay expected life at maximum rated load 100 000 operations Relay isolation 1000 VAC minimum 1500 VDC minimum Power consumption per relay Less than 2 watts CAUTION When switching reactive loads you should de rate the switching power of the outputs to 25 of maximum 625 VA...

Page 167: ...0 to the field 1 of 16 or 32 points shown Figure 123 Field Wiring for 9671 810 with a 3604E 3664 or 3674 DO Module Table 98 Modules Compatible with 9671 810 Module Part Number Points per Module Module Description Fuse 3604E 16 24 VDC non commoned opto isolated TMR 2 5A fast 3664 32 24 VDC commoned opto isolated self protected dual 2 5A fast 3674 32 24 VDC commoned opto isolated self protected dual...

Page 168: ...Interposing Relay Panel LEDs are blown fuse indicators BACKPLANE 16 POINT DIGITAL OUTPUT MODULE POWER1 PW1 CABLE to spare module Output Switch Drive Circuitry Output Switch Drive Circuitry Output Switch Drive Circuitry Output Switch Drive Circuitry A B C Voltage Loopback Detector A B C RELAY OUTPUT PANEL C A B LED PW1 POWER1 PW2 PW2 CONTACT 1C CONTACT 1NO Threshold Detect Opto Isolator to spare mo...

Page 169: ...d loopback circuit Each terminal accepts either 6 ring lug terminals or 24 to 12 gauge 0 3mm2 to 2 1mm2 wires BACKPLANE CABLE Threshold Detect Opto Isolator to spare module Current limiting Bridge rectifier AC Smoothing Optical isolation TYPICAL DIGITAL INPUT POINT OPTIONAL 32 POINT DUAL DIGITAL OUTPUT MODULE to hot spare Voted Output Drive Circuitry Voted Drive Output Circuitry A B C Loopback Det...

Page 170: ...scan Relay expected life at maximum rated load 100 000 operations Relay isolation 1000 VAC minimum 1500 VDC minimum Power consumption per relay Less than 2 watts CAUTION When switching reactive loads you should de rate the switching power of the outputs to 25 of maximum 625 VA for AC applications or 22 5 watts for DC applications When switching incandescent lamps the inrush current can be 10 to 15...

Page 171: ...Field Wiring Diagrams This figure illustrates how to connect a 16 point digital output module and a 9672 810 to the field 1 of 16 points shown Figure 126 Field Wiring for 9672 810 with a 3607E DO Module CAUTION Do not exceed 10 inch pounds 1 13 Nm of torque when securing leads to the 6 terminal ...

Page 172: ...e with blown fuse indicator for relay coil and loopback circuit Each terminal accepts either 6 ring lug terminals or 24 to 12 gauge 0 3mm2 to 2 1mm2 wires LEDs are blown fuse indicators BACKPLANE 16 POINT DIGITAL OUTPUT MODULE POWER1 PW1 CABLE to spare module Output Switch Drive Circuitry Output Switch Drive Circuitry Output Switch Drive Circuitry Output Switch Drive Circuitry A B C Voltage Loopba...

Page 173: ...at maximum rated load 100 000 operations Relay isolation 1000 VAC minimum 1500 VDC minimum Power consumption per relay Less than 2 watts CAUTION When switching reactive loads you should de rate the switching power of the outputs to 25 of maximum 625 VA for AC applications or 22 5 watts for DC applications When switching incandescent lamps the inrush current can be 10 to 15 times the rated nominal ...

Page 174: ...eld Wiring Diagrams This figure illustrates how to connect a 16 point digital output module and a 9673 810 to the field 1 of 16 points shown Figure 128 Field Wiring for 9673 810 with a 3603E or 3603T DO Module CAUTION Do not exceed 10 inch pounds 1 13 Nm of torque when securing leads to the 6 terminal ...

Page 175: ...d Interposing Relay Panel LEDs are blown fuse indicators BACKPLANE 16 POINT DIGITAL OUTPUT MODULE POWER1 PW1 CABLE to spare module Output Switch Drive Circuitry Output Switch Drive Circuitry Output Switch Drive Circuitry Output Switch Drive Circuitry A B C Voltage Loopback Detector A B C RELAY OUTPUT PANEL C A B LED PW1 POWER1 PW2 PW2 CONTACT 1C CONTACT 1NO Threshold Detect Opto Isolator to spare ...

Page 176: ...ing to a relay contact 16 terminals for connecting DC or AC hot 16 terminals for connecting DC return or AC neutral An individual fuse with blown fuse indicator for relay coil and loopback circuit Each terminal accepts either 6 ring lug terminals or 24 to 12 gauge 0 3mm2 to 2 1mm2 wires F1 F2 F3 F4 F5 F6 F7 F8 F9 F10 F11 F12 F13 F14 F15 F16 K1 K2 K3 K4 K5 K6 K7 K8 K9 K10 R25 K12 K13 K14 K15 K16 R2...

Page 177: ...er scan Relay expected life at maximum rated load 100 000 operations Relay isolation 1000 VAC minimum 1500 VDC minimum Power consumption per relay Less than 2 watts CAUTION When switching reactive loads you should de rate the switching power of the outputs to 25 of maximum 625 VA for AC applications or 22 5 watts for DC applications When switching incandescent lamps the inrush current can be 10 to...

Page 178: ...eld Terminations Guide for Tricon v9 v10 Systems Field Wiring Diagrams This figure illustrates how to connect a 16 point digital output module and a 9670 110 to the field 1 of 16 points shown Figure 131 Field Wiring for 9670 110 with a 3601E DO Module ...

Page 179: ...ed Interposing Relay Panel LEDs are blown fuse indicators BACKPLANE CABLE Threshold Detect Opto Isolator to spare module Current limiting Bridge rectifier AC Smoothing Optical isolation TYPICAL DIGITAL INPUT POINT OPTIONAL 32 POINT DUAL DIGITAL OUTPUT MODULE to hot spare POWER1 PW1 LED PW1 POWER1 PW2 PW2 CONTACT 1C CONTACT 1NO to other points RELAY OUTPUT PANEL Output Switch Drive Circuitry Output...

Page 180: ...168 Chapter 4 Digital Output Termination Panels Field Terminations Guide for Tricon v9 v10 Systems ...

Page 181: ... Input and Analog Output Termination Panels Overview 170 16 Point Current Input Term Panels 171 32 Point Current Input Term Panels 188 Thermocouple Input Term Panels 199 Voltage Input Term Panels 208 RTD TC AI Input Term Panels 218 Analog Output Term Panels 229 ...

Page 182: ...nels are available in these configurations Current input 16 point 16 point user configurable 32 point 32 point 3 wire 32 point basic Thermocouple input 16 point 32 point Voltage input 16 point 16 point basic 32 point basic Panels for use with signal conditioners which interface with resistive thermal devices thermocouples and 4 20 mA transmitters RTD TC AI Analog output termination panels are avai...

Page 183: ...point current input termination panel Figure 133 Typical 16 Point Current Input Term Panel This figure represents a typical 16 point current input user configurable termination panel Figure 134 Typical 16 Point Current Input User Configurable Term Panel SN REV A 7400165 J1 2 18 3 19 4 20 5 21 6 22 7 23 8 24 9 25 10 26 11 27 12 28 13 29 14 30 15 31 16 32 1 17 PS1 PS2 CR1 CR2 R2 R4 R6 R8 R10 R12 R14...

Page 184: ... which means you must use two term panels for each analog input module Each term panel comes with two sets of labels 1 16 and 17 32 For information on how to apply the labels see Appendix F Panel Labels Specifications This table describes specifications for 9761 210 Compatible Modules This table describes analog input modules compatible with 9761 210 Table 105 Specifications for Term Panel 9761 21...

Page 185: ...og input interface module and a 9761 210 to the field 1 of 32 module points shown See Appendix E Shield Ground for shield ground installation guidelines Figure 135 Field Wiring for 9761 210 with a 3700 3700A or 3721 AI Module or a 2770H HART AI Interface Module Note For additional instructions on installing HART Interface Modules see the Planning and Installation Guide for Tricon v9 v10 Systems ...

Page 186: ...d analog input module with a current input panel 1 of 32 module points shown Figure 136 Simplified Schematic of a 3700 3700A or 3721 AI Module with a 9761 210 Panel 32 POINT ANALOG INPUT MODULES BACKPLANE CABLE to spare Isolation filtering ADC Amp 1 32 Mux Hi Ref Low Ref ADC Amp 1 32 Mux Hi Ref Low Ref ADC Amp 1 32 Mux Hi Ref Low Ref TERMINATION PANEL PS1 PS2 PS1 PS2 to other points 180 Ohms 250 O...

Page 187: ...l is current limited with a 180 ohm series resistor Each input has a precision 500 ohm resistor for 0 10 VDC current to voltage conversion The panel supports redundant 24 VDC power sources with diode ORing The modules compatible with 9761 410 have 32 points which means you must use two term panels for each analog input module Each term panel comes with two sets of labels 1 16 and 17 32 For informa...

Page 188: ...cribes analog input modules compatible with 9761 410 Table 107 Specifications for Term Panel 9761 410 Feature Description Panel type Current input Points 16 Table 108 Modules Compatible with 9761 410 Module Part Number Points per Module Module Description 3701 32 0 10 VDC non commoned differential DC coupled TMR 3721 32 0 to 5 VDC or 5 to 5 VDC Use TriStation to configure input range differential ...

Page 189: ...ms Field Wiring Diagrams This figure illustrates how to connect a 32 point analog input module and a 9761 410 to the field 1 of 32 module points shown See Appendix E Shield Ground for shield ground installation guidelines Figure 138 Field Wiring for 9761 410 with a 3701 or 3721 AI Module ...

Page 190: ...power output terminals and 16 current input terminals Each positive terminal is current limited with a 180 Ohm series resistor Each input has a precision 250 Ohm resistor for 0 5 VDC current to voltage conversion The panel supports redundant 24 VDC power sources with diode ORing Specifications This table describes specifications for 9762 210 32 POINT ANALOG INPUT MODULES BACKPLANE CABLE to spare I...

Page 191: ...onnect a 16 point analog input module and a 9762 210 to the field 1 of 16 module points shown See Appendix E Shield Ground for shield ground installation guidelines Figure 140 Field Wiring for 9762 210 with a 3703E AI Module Table 110 Modules Compatible with 9762 210 Module Part Number Points per Module Module Description 3703E 16 0 5 VDC or 0 10 VDC Use TriStation to configure for 0 5 VDC non com...

Page 192: ...has 16 power output terminals and 16 current input terminals Each positive terminal is current limited with a 180 Ohm series resistor Each input has a precision 500 Ohm resistor for 0 10 VDC current to voltage conversion The panel supports redundant 24 VDC power sources with diode ORing Specifications This table describes specifications for 9762 410 16 POINT ANALOG INPUT MODULES BACKPLANE CABLE to...

Page 193: ...onnect a 16 point analog input module and a 9762 410 to the field 1 of 16 module points shown See Appendix E Shield Ground for shield ground installation guidelines Figure 142 Field Wiring for 9762 410 with a 3703E AI Module Table 112 Modules Compatible with 9762 410 Module Part Number Points per Module Module Description 3703E 16 0 5 VDC or 0 10 VDC Use TriStation to configure for 0 10 VDC non co...

Page 194: ...oint non commoned analog input module with a current input panel 1 of 16 module points shown Figure 143 Simplified Schematic of a 3703E AI Module with a 9762 410 Panel 16 POINT ANALOG INPUT MODULES BACKPLANE CABLE to spare TERMINATION PANEL ADC Amp Hi Ref Low Ref 1 16 Mux ADC Amp Hi Ref Low Ref 1 16 Mux ADC Amp Hi Ref Low Ref 1 16 Mux PS1 PS2 PS1 PS2 to other points 180 Ohms 500 Ohms ...

Page 195: ...l comes with two sets of labels 1 16 and 17 32 For information on how to apply the labels see Appendix F Panel Labels Specifications This table describes specifications for 9771 210 Compatible Modules This table describes analog input modules compatible with 9771 210 Table 113 Specifications for Term Panel 9771 210 Feature Description Panel type Current input user configurable Points 16 Table 114 ...

Page 196: ...pendix E Shield Ground for shield ground installation guidelines Figure 144 Field Wiring for 9771 210 with a 3700 3700A 3703E or 3721 AI Module J1 T CR1 CR2 PS1 PS2 SN REV A 7400195 CR3 CR5 CR4 W17 T T T A W1 W2 W3 W4 W5 W6 W7 W8 W9 W10 W11 W12 W13 W14 W15 W16 R1 R3 R5 R7 R9 R11 R13 R15 R17 R19 R21 R23 R25 R27 R29 R31 R2 R4 R6 R8 R10 R12 R14 R16 R18 R20 R22 R24 R26 R28 R30 R32 A DC Power Supply DC...

Page 197: ...restrictions regarding the segregation of safety and control functions The sharing capability of this termination panel should only be used in those applications where these restrictions do not exist or can be otherwise mitigated J1 T CR1 CR2 PS1 PS2 SN REV A 7400195 CR3 CR5 CR4 W17 T T T A W1 W2 W3 W4 W5 W6 W7 W8 W9 W10 W11 W12 W13 W14 W15 W16 R1 R3 R5 R7 R9 R11 R13 R15 R17 R19 R21 R23 R25 R27 R2...

Page 198: ... a 3700 3700A or 3721 AI Module with a 9771 210 Panel 32 POINT ANALOG INPUT MODULES BACKPLANE CABLE to spare TERMINATION PANEL Isolation filtering ADC Amp 1 32 Mux Hi Ref Low Ref ADC Amp 1 32 Mux Hi Ref Low Ref ADC Amp 1 32 Mux Hi Ref Low Ref PS1 PS2 PS1 PS2 to other points 180 Ohms A IN IN W W17 250 Ohms When the 9771 210 panel is used with a 3700A or a 3721 module do not remove the W17 jumper To...

Page 199: ...tic of a 3703E AI Module with a 9771 210 Panel For extended common mode operation you must remove the W17 jumper To aid sharing the field transmitter with another system for example a DCS the W jumper may be removed 16 POINT ANALOG INPUT MODULES BACKPLANE CABLE to spare TERMINATION PANEL ADC Amp Hi Ref Low Ref 1 16 Mux ADC Amp Hi Ref Low Ref 1 16 Mux ADC Amp Hi Ref Low Ref 1 16 Mux IN PS2 PS1 PS2 ...

Page 200: ...ent input 0 5 VDC 32 pts This figure represents a typical 32 point current input basic panel Figure 148 Typical 32 Point Current Input Basic Term Panel This figure represents a typical 32 point current input termination panel Figure 149 Typical 32 Point Current Input Term Panel J1 SN REV A 7400144 E 4 6 8 10 12 14 16 18 20 22 24 26 28 30 2 A C 32 SN REV A 7400150 17 18 19 20 21 22 23 24 25 26 27 2...

Page 201: ...es with two sets of labels 1 32 and 33 64 For information on how to apply the labels see Appendix F Panel Labels Specifications This table describes specifications for 9750 210 Compatible Modules This table describes analog input modules compatible with 9750 210 Table 115 Specifications for Term Panel 9750 210 Feature Description Panel type Current input basic Points 32 Table 116 Modules Compatibl...

Page 202: ...r Tricon v9 v10 Systems Field Wiring Diagrams This figure illustrates how to connect a 64 point analog input module and a 9750 210 to the field 1 of 64 module points shown Figure 150 Field Wiring for 9750 210 with a 3704E or 3720 AI Module One RTN connection is required More than one is okay ...

Page 203: ...nput has a precision 250 Ohm resistor for 0 5 VDC current to voltage conversion The panel supports redundant 24 VDC power sources with diode ORing The modules compatible with 9760 210 have 64 points which means you must use two term panels for each analog input module Each term panel comes with two sets of labels 1 32 and 33 64 For information on how to apply the labels see Appendix F Panel Labels...

Page 204: ...oint analog input module and a 9760 210 to the field 1 of 64 module points shown See Appendix E Shield Ground for shield ground installation guidelines Figure 152 Field Wiring for 9760 210 with a 3704E or 3720 AI Module Table 118 Modules Compatible with 9760 210 Module Part Number Points per Module Module Description 3704E 64 0 5 VDC or 0 10 VDC Use TriStation to configure for 0 5 VDC commoned hig...

Page 205: ...put has a precision 500 ohm resistor for 0 5 VDC current to voltage conversion The panel supports redundant 24 VDC power sources with diode ORing The modules compatible with 9760 410 have 64 points which means you must use two term panels for each analog input module Each term panel comes with two sets of labels 1 32 and 33 64 For information on how to apply the labels see Appendix F Panel Labels ...

Page 206: ...int analog input module and a 9760 410 to the field 1 of 64 module points shown See Appendix E Shield Ground for shield ground installation guidelines Figure 154 Field Wiring for 9760 410 with a 3704E or 3720 AI Module Table 120 Modules Compatible with 9760 410 Module Part Number Points per Module Module Description 3704E 64 0 5 VDC or 0 10 VDC Use TriStation to configure for 0 10 VDC commoned hig...

Page 207: ...use protects each terminal 32 input terminals T for the output terminal of a 4 20 mA field transmitter A 50 mA fast acting fuse protects the precision current to voltage resistor 32 return terminals RTN for the return terminal of a 3 wire 4 20 mA field transmitter The panel supports redundant 24 VDC power sources with diode ORing The modules compatible with 9765 210 have 64 points which means you ...

Page 208: ... 9765 210 Table 121 Specifications for Term Panel 9765 210 Feature Description Panel type 3 wire current input Points 32 Leakage current per point Maximum 3 5 mA Typical 2 0 mA Maximum total current 12 amps Table 122 Modules Compatible with 9765 210 Module Part Number Points per Module Module Description 3704E 64 0 5 VDC or 0 10 VDC Use TriStation to configure for 0 5 VDC commoned high density DC ...

Page 209: ...ield Wiring Diagrams This figure illustrates how to connect a 64 point 3 wire analog input module and a 9765 210 to the field 1 of 64 module points shown See Appendix E Shield Ground for shield ground installation guidelines Figure 156 Field Wiring for 9765 210 with a 3704E or 3720 AI Module ...

Page 210: ... a current input panel 1 of 64 module points shown Figure 157 Simplified Schematic of a 3704E or 3720 AI Module with a 9765 210 Panel 64 POINT ANALOG INPUT MODULES BACKPLANE CABLE to spare TERMINATION PANEL T T PS1 PS2 PS1 PS2 to other points ADC Amp Hi Ref Low Ref 1 64 Mux ADC Amp ADC Amp Hi Ref Low Ref 1 64 Mux Hi Ref Low Ref 1 64 Mux 50 mA Isolation filtering 500 mA 250 Ohms 12K RTN LED LEDs ar...

Page 211: ...t termination panel Figure 158 Typical 16 Point Thermocouple Input Term Panel 9765 610 TC input upscale downscale 16 pts Termination panel 9765 610 is compatible with isolated thermocouple input modules Each panel has 16 thermocouple input points TMR cold junction temperature sensors Upscale downscale open input bias circuitry Specifications This table describes specifications for 9765 610 J1 2 3 ...

Page 212: ...und installation guidelines Figure 159 Field Wiring for 9765 610 with a 3708E Thermocouple Input Module Table 124 Modules Compatible with 9765 610 Module Part Number Points per Module Module Description 3708E 16 Type E J K and T differential isolated DC coupled TMR upscale or downscale open input detection Use TriStation to configure the thermocouple type and specify upscale or downscale open inpu...

Page 213: ...mpatible with non isolated thermocouple input modules Each panel has 16 thermocouple input points TMR cold junction temperature sensors Upscale open input bias circuitry The modules compatible with 9766 210 have 32 points which means you must use two term panels for each thermocouple input module Each term panel comes with two sets of labels 1 16 and 17 32 For information on how to apply the label...

Page 214: ...ibes thermocouple input modules compatible with 9766 210 Table 125 Specifications for Term Panel 9766 210 Feature Description Panel type Thermocouple input upscale Points 16 Table 126 Modules Compatible with 9766 210 Module Part Number Points per Module Module Description 3706A 32 Type J K and T differential non isolated DC coupled TMR upscale open input detection Use TriStation to configure the t...

Page 215: ... 9766 210 to the field 1 of 32 module points shown See Appendix E Shield Ground for shield ground installation guidelines Figure 161 Field Wiring for 9766 210 with a 3706A Thermocouple Input Module CAUTION Unused points must be shorted together J1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 1 SN REV A 7400171 Termination panel Typical point 1 of 16 points shown Typical unused point Shield Ground ...

Page 216: ...patible with non isolated thermocouple input modules Each panel has 16 thermocouple input points TMR cold junction temperature sensors Downscale open input bias circuitry The modules compatible with 9766 510 have 32 points which means you must use two term panels for each thermocouple input module Each term panel comes with two sets of labels 1 16 and 17 32 For information on how to apply the labe...

Page 217: ...e input modules compatible with 9766 510 Table 127 Specifications for Term Panel 9766 510 Feature Description Panel type Thermocouple input downscale Points 16 Table 128 Modules Compatible with 9766 510 Module Part Number Points per Module Module Description 3706A 32 Type J K and T differential non isolated DC coupled TMR upscale open input detection Use TriStation to configure the thermocouple ty...

Page 218: ...t module and a 9766 510 to the field 1 of 32 module points shown See Appendix E Shield Ground for shield ground installation guidelines Figure 163 Field Wiring for 9766 510 with a 3706A Thermocouple Input Module CAUTION Unused points must be shorted together J1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 1 SN REV A 7400171 Termination panel Typical point 1 of 16 points shown Typical unused point Shield G...

Page 219: ...le input module with a thermocouple input panel 1 of 32 module points shown Figure 164 Simplified Schematic of a 3706A Thermocouple Input Module with a 9766 510 Panel 32 POINT THERMOCOUPLE INPUT MODULES BACKPLANE CABLE to spare TERMINATION PANEL Isolation filtering ADC Amp 1 32 Mux Hi Ref Low Ref ADC Amp 1 32 Mux Hi Ref Low Ref ADC Amp 1 32 Mux Hi Ref Low Ref V 22M 22M V ...

Page 220: ...0 5 VDC 0 10 VDC voltage input basic 16 pts 9763 810 0 5 VDC 0 10 VDC voltage input 16 pts This figure represents a typical 16 point voltage input basic termination panel Figure 165 Typical 16 Point Voltage Input Basic Term Panel This figure represents a typical 16 point voltage input termination panel Figure 166 Typical 16 Point Voltage Input Term Panel J1 SN REV A 7400143 TRICONEX TM DIDO PANEL ...

Page 221: ...nalog input module Each term panel comes with two sets of labels 1 32 and 33 64 For information on how to apply the labels see Appendix F Panel Labels Specifications This table describes specifications for 9750 810 Compatible Modules This table describes analog input modules compatible with 9750 210 J1 SN REV A 7400144 E 4 6 8 10 12 14 16 18 20 22 24 26 28 30 2 A C 32 Table 129 Specifications for ...

Page 222: ... for Tricon v9 v10 Systems Field Wiring Diagrams This figure illustrates how to connect a 64 point analog input module and a 9750 810 to the field 1 of 64 module points shown Figure 168 Field Wiring for 9750 810 with a 3704E or 3720 AI Module CAUTION Unused points must be shorted together ...

Page 223: ...modules and has 16 voltage input terminals IN and IN and commoned return terminals RTN When using 32 point modules you must use two term panels for each module Each term panel comes with two sets of labels 1 16 and 17 32 For information on how to apply the labels see Appendix F Panel Labels Specifications This table describes specifications for 9753 110 64 POINT HIGH DENSITY ANALOG INPUT MODULE BA...

Page 224: ... 9753 110 with a 3700 3700A 3701 3703E or 3721 AI Module Table 132 Modules Compatible with 9753 110 Module Part Number Points per Module Module Description 3700 32 0 5 VDC non commoned differential DC coupled TMR 3700A 32 0 5 VDC non commoned differential DC coupled TMR 3701 32 0 10 VDC non commoned differential DC coupled TMR 3703E 16 0 5 VDC or 0 10 VDC Use TriStation to configure for 0 5 VDC or...

Page 225: ... input module with a basic current input panel 1 of 32 module points shown Figure 171 Simplified Schematic of a 3700 3700A 3701 or 3721 AI Module with a 9753 110 Panel 32 POINT ANALOG INPUT MODULES BACKPLANE CABLE to spare TERMINATION PANEL Isolation filtering ADC Amp 1 32 Mux Hi Ref Low Ref ADC Amp 1 32 Mux Hi Ref Low Ref ADC Amp 1 32 Mux Hi Ref Low Ref IN1 IN1 ...

Page 226: ... VDC or 0 to 10 VDC analog input modules and has 16 voltage input terminals When using 32 point modules you must use two term panels for each analog input module Each term panel comes with two sets of labels 1 16 and 17 32 For information on how to apply the labels see Appendix F Panel Labels Specifications This table describes specifications for 9763 810 16 POINT ANALOG INPUT MODULES BACKPLANE CA...

Page 227: ...3700 3700A 3701 3703E or 3721 AI Module Table 134 Modules Compatible with 9763 810 Module Part Number Points per Module Module Description 3700 32 0 5 VDC non commoned differential DC coupled TMR 3700A 32 0 5 VDC non commoned differential DC coupled TMR 3701 32 0 10 VDC non commoned differential DC coupled TMR 3703E 16 0 5 VDC or 0 10 VDC Use TriStation to configure for 0 5 VDC or 0 10 VDC non com...

Page 228: ... typical 32 point analog input module with a voltage input panel 1 of 32 module points shown Figure 174 Simplified Schematic of a 3700 3700A 3701 or 3721 AI Module with a 9763 810 Panel 32 POINT ANALOG INPUT MODULES BACKPLANE CABLE to spare TERMINATION PANEL Isolation filtering ADC Amp 1 32 Mux Hi Ref Low Ref ADC Amp 1 32 Mux Hi Ref Low Ref ADC Amp 1 32 Mux Hi Ref Low Ref ...

Page 229: ...16 point analog input module with a voltage input panel 1 of 16 module points shown Figure 175 Simplified Schematic of a 3703E AI Module with a 9763 810 Panel 16 POINT ANALOG INPUT MODULES BACKPLANE CABLE to spare TERMINATION PANEL ADC Amp Hi Ref Low Ref 1 16 Mux ADC Amp Hi Ref Low Ref 1 16 Mux ADC Amp Hi Ref Low Ref 1 16 Mux ...

Page 230: ...ications for 9764 310 U1 U2 U3 U4 U5 U6 U7 U8 U9 U12 U13 U14 U15 U16 U11 U10 7B47 ANALOG DEVICES 7B47 ANALOG DEVICES 7B47 ANALOG DEVICES 7B47 ANALOG DEVICES 7B32 ANALOG DEVICES 7B32 ANALOG DEVICES 7B32 ANALOG DEVICES 7B32 ANALOG DEVICES ANALOG DEVICES ANALOG DEVICES ANALOG DEVICES ANALOG DEVICES ANALOG DEVICES 7B34 ANALOG DEVICES 7B34 ANALOG DEVICES 7B34 ANALOG DEVICES ISOLATED RTD INPUT ISOLATED ...

Page 231: ...iStation to configure input range differential DC coupled TMR Table 137 Signal Conditioning Module Temperature and Output Ranges Description Input Range Output Range Analog Devices Part No Dataforth Part No Triconex Part No Isolated Process Current Input Module 4 mA to 20 mA 1 V to 5 V 7B32 011 SCM7B32 01 1600099 001 Isolated Linearized RTD Input 100Ω Platinum 2 or 3 Wire α 0 00385 148 F to 212 F ...

Page 232: ...2 F 0 C to 900 C 1 V to 5 V 7B47 E 071 SCM7B47E 07 1600094 001 Isolated Linearized Type R Thermocouple Input Module 932 F to 3182 F 500 C to 1750 C 1 V to 5 V 7B47 R 08 1 1600024 170 Isolated Linearized Type S Thermocouple Input Module 1292 F to 3182 F 700 C to 1750 C 1 V to 5 V 7B47 S 09 1 1600024 180 Isolated Linearized Type B Thermocouple Input Module 1472 F to 3272 F 800 C to 1800 C 1 V to 5 V...

Page 233: ...OLATED TC INPUT ISOLATED TC INPUT ISOLATED TC INPUT ISOLATED PROCESS CURRENT INPUT ISOLATED PROCESS CURRENT INPUT ISOLATED PROCESS CURRENT INPUT ISOLATED PROCESS CURRENT INPUT 7B34 7B34 7B34 7B34 7B34 ISOLATED RTD INPUT ISOLATED RTD INPUT ISOLATED RTD INPUT ISOLATED RTD INPUT ISOLATED RTD INPUT J2 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 1 2 3 4 5 6 7 8 9 10 11...

Page 234: ...G DEVICES 7B47 ANALOG DEVICES 7B47 ANALOG DEVICES ISOLATED TC INPUT ISOLATED TC INPUT ISOLATED TC INPUT ISOLATED TC INPUT 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 J3 R1 R2 R3 R4 Shield Install jumper Point 4 Typical see 9764 310 RTD TC AI ETP Pin Outs on page 223 for other points U5 U6 U7 U8 7B32 ANALOG DEVICES 7B32 ANALOG DEVICES 7B32 ANALOG DEVICES 7B32 ANALO...

Page 235: ...9764 310 RTD TC AI panel Table 138 9764 310 RTD TC AI ETP Pin Outs Point Connector Pin TC RTD AI Point 1 J3A upper 1 NC1 NC NC J3B lower 1 Jump NC NC J3A upper 2 NC X2 NC J3B lower 2 Jump NC NC J3A upper 3 and SH3 J3B lower 3 NC NC NC J3A upper 4 and SH J3B lower 4 NC NC NC Point 2 J3A upper 5 NC NC NC J3B lower 5 Jump NC NC J3A upper 6 NC X NC J3B lower 6 Jump NC NC J3A upper 7 and SH J3B lower 7...

Page 236: ...upper 14 NC X NC J3B lower 14 Jump NC NC J3A upper 15 and SH J3B lower 15 NC NC NC J3A upper 16 and SH J3B lower 16 NC NC NC Point 5 J4A upper 1 NC NC NC J4B lower 1 Jump NC NC J4A upper 2 NC X NC J4B lower 2 Jump NC NC J4A upper 3 and SH J4B lower 3 NC NC NC J4A upper 4 and SH J4B lower 4 NC NC NC Point 6 J4A upper 5 NC NC NC J4B lower 5 Jump NC NC J4A upper 6 NC X NC J4B lower 6 Jump NC NC J4A u...

Page 237: ...J4B lower 14 Jump NC NC J4A upper 15 and SH J4B lower 15 NC NC NC J4A upper 16 and SH J4B lower 16 NC NC NC Point 9 J5A upper 1 NC NC NC J5B lower 1 Jump NC NC J5A upper 2 NC X NC J5B lower 2 Jump NC NC J5A upper 3 and SH J5B lower 3 NC NC NC J5A upper 4 and SH J5B lower 4 NC NC NC Point 10 J5A upper 5 NC NC NC J5B lower 5 Jump NC NC J5A upper 6 NC X NC J5B lower 6 Jump NC NC J5A upper 7 and SH J5...

Page 238: ...upper 14 NC X NC J5B lower 14 Jump NC NC J5A upper 15 and SH J5B lower 15 NC NC NC J5A upper 16 and SH J5B lower 16 NC NC NC Point 13 J6A upper 1 NC NC NC J6B lower 1 Jump NC NC J6A upper 2 NC X NC J6B lower 2 Jump NC NC J6A upper 3 and SH J6B lower 3 NC NC NC J6A upper 4 and SH J6B lower 4 NC NC NC Point 14 J6A upper 5 NC NC NC J6B lower 5 Jump NC NC J6A upper 6 NC X NC J6B lower 6 Jump NC NC J6A...

Page 239: ...1 and SH J6B lower 11 NC NC NC J6A upper 12 and SH J6B lower 12 NC NC NC Point 16 J6A upper 13 NC NC NC J6B lower 13 Jump NC NC J6A upper 14 NC X NC J6B lower 14 Jump NC NC J6A upper 15 and SH J6B lower 15 NC NC NC J6A upper 16 and SH J6B lower 16 NC NC NC 1 NC No connect 2 X Third wire sense signal 3 SH Shield Table 138 9764 310 RTD TC AI ETP Pin Outs continued Point Connector Pin TC RTD AI ...

Page 240: ...ith a RTD TC AI panel 1 of 32 module points shown Figure 182 Simplified Schematic of a 3700 or 3700A AI Module with a 9764 310 RTD TC AI Panel 32 POINT ANALOG INPUT MODULES BACKPLANE CABLE to spare RTD TC AI PANEL Isolation filtering ADC Amp 1 32 Mux Hi Ref Low Ref ADC Amp 1 32 Mux Hi Ref Low Ref ADC Amp 1 32 Mux Hi Ref Low Ref Com P1 P2 x 7BXX Typical Signal Conditioner CJ y rfu LEDs are blown fu...

Page 241: ...rent Output Term Panel This figure represents a typical BiPolar Analog Output termination panel Figure 185 Typical BiPolar Analog Output Term Panel J1 SN REV A 7400143 TRICONEX TM HCAO PANEL E E 4 6 8 10 12 14 16 18 20 22 24 26 28 30 32 34 36 2 A A C C CH5 Volts CH1 Volts J1 SN REV A 7400143 TRICONEX TM DIDO PANEL E E 4 6 8 10 12 14 16 18 20 22 24 26 28 30 2 A A C C 32 EXT TERM TRICON TRICONEX T A...

Page 242: ...s Two voltage current converters Six 4 20 mA output terminals OUT and RTN Terminals for connecting redundant 24 VDC power supplies Specifications This table describes specifications for 9863 710 Compatible Modules This table describes analog output modules compatible with 9863 710 Table 139 Specifications for Term Panel 9863 710 Feature Description Panel type Analog output Points 8 Table 140 Modul...

Page 243: ...ng for 9863 710 with a 3806E AO Module J1 SN REV A 7400143 TRICONEX TM HCAO PANEL E E 4 6 8 10 12 14 16 18 20 22 24 26 28 30 32 34 36 2 A A C C CH5 Volts CH1 Volts 24 VDC RTN Load E2 RTN1 A2 OUT1 24 VDC E24 RTN E22 RTN A22 PWRA A24 PWRB E20 RTN8 A20 OUT8 BOUT1 BOUT5 Termination panel Points 2 4 6 8 A shorting jumper must be connected to each unused point One RTN connection is required More than on...

Page 244: ...output module with a 9863 710 panel 1 of 8 module points shown Figure 187 Simplified Schematic of 3806E AO Module with a 9863 710 Panel BACKPLANE 8 POINT ANALOG OUTPUT MODULE PWRA 22A RTN 22E PWRB 24A CABLE Selector Logic DAC TERMINATION PANEL RTN 24E OUT2 6A RTN2 6E Selector Logic DAC Selector Logic DAC Loop power Current loopback Current loopback Current loopback A B C Typical points 2 4 6 8 ...

Page 245: ...TN3 Channel 3 return A10 h OUT4 Channel 4 out E10 l RTN4 Channel 4 return A12 e OUT5A Channel 5A out E12 b RTN5A Channel 5A return A14 e OUT5B Channel 5B out E14 b RTN5B Channel 5B return A16 W OUT6 Channel 6 out E16 S RTN6 Channel 6 return A18 L OUT7 Channel 7 out E18 F RTN7 Channel 7 return A20 M OUT8 Channel 8 out E20 B RTN8 Channel 8 return A22 t PWRA Power A E22 x RTN Power A A24 j PWRB Power...

Page 246: ...coil thus maintaining the correct actuator output For example If the controller output is 160 mA and the coil impedance is equal the controller output is split evenly supplying 80 mA to each coil If one coil fails all of the controller output current goes to the remaining good coil effectively doubling the force that the failed coil produced before the failure The voltage to current converter acro...

Page 247: ...oltage to Current Converter V I COIL 1 COIL 2 DUAL COIL ACTUATOR TP 2A TP 2E TP 4A TP 4E PIN AA PIN LL TP 28A TP 28E VOLTAGE TO CURRENT CONVERTER VOLTAGE TO CURRENT CONVERTER COIL 1 CURRENT CONTROLLER OUTPUT 20 360 mA COIL STATUS FEEDBACK V I COIL 1 COIL 2 DUAL COIL ACTUATOR TP 12A TP 12E TP 14A TP 14E PIN e PIN b TP 30A TP 30E COIL 2 CURRENT CONTROLLER OUTPUT 20 360 mA COIL STATUS FEEDBACK Point ...

Page 248: ...al 20 28 VDC maximum range Current 20 mA quiescent with Vsupply 24 V Vin 0 RL 0 Is 4 mA Input impedance 1 MW Differential Mode 850 kΩ Common Mode Input voltage range for 4 20 mA out 0 20 V Maximum input voltage either terminal with respect to power supply common 100 V continuous 200 V pulsed 0 5 second 2 duty cycle Differential mode frequency response 6 dB octave from 1 kHz to 8 kHz 12 dB octave a...

Page 249: ...s shown Figure 191 Field Wiring for 9853 610 with a 3805E or 3805H AO Module or 2870H HART AO Interface Module Note For additional instructions on installing HART Interface Modules see the Planning and Installation Guide for Tricon v9 v10 Systems Table 144 Modules Compatible with 9853 610 Module Part Number Points per Module Module Description 2870H 8 HART analog output interface module 3805E H 8 ...

Page 250: ...n analog output module with a basic current output panel 1 of 8 module points shown Figure 192 Simplified Schematic of a 3805E or 3805H AO Module with a 9853 610 Panel BACKPLANE 8 POINT ANALOG OUTPUT MODULE PWRA 22A RTN 22E PWRB 24A CABLE Selector Logic DAC TERMINATION PANEL RTN 24E OUT1 2A RTN1 2E Selector Logic DAC Selector Logic DAC Loop power Current loopback Current loopback Current loopback ...

Page 251: ... Schematic of a 2870H HART AO Interface Module with a 3805E or 3805H AO Module and a 9853 610 Panel BACKPLANE 8 POINT ANALOG OUTPUT MODULE PWRA 22A RTN 22E PWRB 24A FIELD CABLE RS 485 CABLE HART CONTROLLER Selector Logic DAC TERMINATION PANEL RTN 24E OUT1 2A RTN1 2E Selector Logic DAC Selector Logic DAC Loop power Current loopback Current loopback Current VX1 VX2 loopback A B C 2870H HART AO INTER...

Page 252: ...up to 1 0 Henry A four position terminal for redundant 24 VDC loop power Two one position terminals for protective earth connection Specifications This table describes specifications for 9871 810 Compatible Modules This table describes the analog output module compatible with 9871 810 Table 145 Specifications for Term Panel 9871 810 Feature Description Panel type Current output Points 4 with 4 red...

Page 253: ...oes outside the cabinet that houses the Tricon chassis the I O cable should be routed in a metal conduit EXT TERM TRICON TRICONEX T ATEX BPAO ETP 7400305 REV B SN L18 C24 L4 C10 L7 L8 L9 L10 L13 L14 L15 L3 C5 L1 R20 R19 L17 C22 L5 C12 L12 C17 C45 C27 C37 C38 C39 C40 C41 C42 C43 R2 R1 C35 4 1 C 5 1 C 2 C 3 C 0 2 C 9 1 C 8 C 7 C C44 C25 DO NOT SEPARATE WHEN ENERGIZED P1 P2 TB1 TB4 J4 J5 L TB8 TB7 J1...

Page 254: ...the coil diagnostic input is hardwired on the termination panel Figure 195 Simplified Schematic of a 3807 BiPolar AO Module with a 9871 810 Panel BACKPLANE BPAO MODULE P1 PWR P1 RTN P2 PWR CABLE TERMINATION PANEL P2 RTN L L Loop power Coil L Redundant Coil L 680nF 301 Protective Earth ATEX A DAC ADC Channel Select B DAC ADC Channel Select C DAC ADC Channel Select 18 18 18 18 18 18 Coil Diagnostic ...

Page 255: ...6 Hazardous Location Nonincendive Termination Panels Overview 244 Field Wiring in Hazardous Locations 245 Analog Input Term Panels 246 Analog Output Term Panels 268 Digital Input Term Panels 275 Digital Output Term Panels 286 Pulse Input Term Panels 292 ...

Page 256: ...External Termination Panels Term Panel Type Term Panel Model Description Analog Input 9791 610 4 20 mA 0 5 VDC 16 pts 9787 110 0 5 VDC voltage input 16 pts 9785 610 TC input downscale 16 pts 9784 610 TC input upscale 16 pts 9786 110 TC input isolated 16 pts 9789 610 4 20 mA high density 32 pts Analog Output 9861 610 3805E H module 8 pts 9871 810 3807 module 4 pts Digital Input 9572 610 24 VDC comm...

Page 257: ...e and load parameters must be known and controlled The Cable and Load Parameters tables in each termination panel section identify the maximum permissible values of the parameters for each termination panel Electrical Code Approval The ETPs and associated field wiring in hazardous locations must be installed per the requirements of the prevailing local electrical codes and the instructions in chap...

Page 258: ...erminals support for 16 points Two terminals per point for 4 20 mA transmitter F F A four position terminal for redundant 24 VDC loop power Two one position terminals for protective earth connection Each positive terminal is current limited with a 190 to 310 ohm series resistor Each input has a precision 250 ohm resistor for 0 to 5 VDC current to voltage conversion The panel supports redundant 24 ...

Page 259: ... Output Connection F Specifications Maximum output voltage Uo Voc 32 V Maximum output current Io Isc 0 169 A Maximum output power Po Po 1 347 W C external maximum Co Ca 1 18 µF L external maximum Lo La 4 95 mH Table 150 Modules Compatible with 9791 610 Module Part Number Points per Module Module Description 2770H 32 HART analog input interface 3700A 32 0 5 VDC non commoned differential DC coupled ...

Page 260: ...a HART analog input interface module and a 9791 610 to the field 1 of 16 or 32 module points shown See Appendix E Shield Ground for shield ground installation guidelines Figure 196 Field Wiring for 9791 610 with a 3700A 3703E or 3721 AI Module or 2770H HART AI Interface Module Note For additional instructions on installing HART Interface Modules see the Planning and Installation Guide for Tricon v...

Page 261: ...with a current input panel 1 of 32 module points shown Figure 197 Simplified Schematic of a 3700A or 3721 Analog Input Module with a 9791 610 Panel 32 POINT ANALOG INPUT MODULES BACKPLANE CABLE to spare Isolation filtering ADC Amp 1 32 Mux Hi Ref Low Ref ADC Amp 1 32 Mux Hi Ref Low Ref ADC Amp 1 32 Mux Hi Ref Low Ref TERMINATION PANEL PS1 PS2 PS1 PS2 to other points 190 310 Ohms 250 Ohms ...

Page 262: ...e points shown Figure 198 Simplified Schematic of a 2770H HART AI Interface Module with a 3700A or 3721 Analog Input Module and a 9791 610 Panel 32 POINT ANALOG INPUT MODULES BACKPLANE CABLE to spare Isolation filtering ADC Amp 1 32 Mux Hi Ref Low Ref ADC Amp 1 32 Mux Hi Ref Low Ref ADC Amp 1 32 Mux Hi Ref Low Ref TERMINATION PANEL PS1 PS2 PS1 PS2 to other points 190 310 Ohms 250 Ohms 2770H HART A...

Page 263: ...h panel has Two sixteen position field terminals support for 16 points Two terminals per point for differential analog input I I Two one position terminals for protective earth connection When using 32 point modules you must use two term panels for each module Each term panel comes with two sets of labels 1 16 and 17 32 For information on how to apply the labels see Appendix F Panel Labels 32 POIN...

Page 264: ...Symbol ISA Symbol Description for Zone 2 Group IIB Operating temperature range Tamb Tamb 32 F to 140 F 0 C to 60 C Working voltage Uw Uw 19 to 32 V Maximum voltage Um Um 32 V Input Connection I and I Specifications when Used with 3700A Maximum input voltage Ui Vmax 32 V Maximum input current Ii Imax 0 00 A Maximum input power Pi Pi 0 00 W C internal maximum Ci Ci 0 038 µF L internal maximum Li Li ...

Page 265: ... for shield ground installation guidelines Figure 200 Field Wiring for 9787 110 with a 3700A 3703E or 3721 AI Module Table 153 Modules Compatible with 9787 110 Module Part Number Points per Module Module Description 3700A 32 0 5 VDC non commoned differential DC coupled TMR 6 input over range measurement 3703E 16 0 5 VDC or 0 10 VDC Use TriStation to configure input range non commoned differential ...

Page 266: ...al 32 point non commoned analog input module with a voltage input panel 1 of 32 module points shown Figure 201 Simplified Schematic of a 3700A or 3721 Analog Input Module with a 9787 110 Panel 32 POINT ANALOG INPUT MODULES BACKPLANE CABLE to spare TERMINATION PANEL Isolation filtering ADC Amp 1 32 Mux Hi Ref Low Ref ADC Amp 1 32 Mux Hi Ref Low Ref ADC Amp 1 32 Mux Hi Ref Low Ref ...

Page 267: ...n field terminals support for 16 points Two terminals per point for differential analog input I I Two one position terminals for protective earth connection TMR cold junction temperature sensors Downscale open input bias circuitry The modules compatible with 9785 610 have 32 points which means you must use two term panels for each thermocouple input module Each term panel comes with two sets of la...

Page 268: ...e Points 16 Table 155 Cable and Load Parameters for Term Panel 9785 610 Feature IEC Symbol ISA Symbol Description for Zone 2 Group IIB Operating temperature range Tamb Tamb 32 F to 140 F 0 C to 60 C Output Connection I and I Specifications Maximum output voltage UO Vmax 1 5 V Maximum output current Io Imax 0 00005 A Maximum output power Po Pi 0 000075 W C external maximum Co Ca 1000 µF L external ...

Page 269: ...re illustrates how to connect a 3706A thermocouple input module and a 9785 610 to the field 1 of 32 module points shown See Appendix E Shield Ground for shield ground installation guidelines Figure 203 Field Wiring for 9785 610 with a 3706A Thermocouple Input Module CAUTION Unused points must be shorted together ...

Page 270: ...ixteen position field terminals support for 16 points Two terminals per point for differential analog input I I Two one position terminals for protective earth connection TMR cold junction temperature sensors Upscale open input bias circuitry The modules compatible with 9784 610 have 32 points which means you must use two term panels for each thermocouple input module Each term panel comes with tw...

Page 271: ...58 Cable and Load Parameters for Term Panel 9784 610 Feature IEC Symbol ISA Symbol Description for Zone 2 Group IIB Operating temperature range Tamb Tamb 32 F to 140 F 0 C to 60 C Output Connection I and I Specifications Maximum output voltage Uo Vmax 1 5 V Maximum output current Io Imax 0 00005 A Maximum output power Po Pi 0 000075 W C external maximum Co Ca 1000 µF L external maximum Lo La 1 H T...

Page 272: ...Diagrams This figure illustrates how to connect a 3706A thermocouple input module and a 9784 610 to the field 1 of 32 module points shown See Appendix E Shield Ground for shield ground installation guidelines Figure 205 Field Wiring for 9784 610 with a 3706A Thermocouple Input Module CAUTION Unused points must be shorted together ...

Page 273: ...input module with a thermocouple input panel 1 of 32 module points shown Figure 206 Simplified Schematic of a 3706A Thermocouple Input Module with a 9784 610 Panel 32 POINT THERMOCOUPLE INPUT MODULES BACKPLANE CABLE to spare TERMINATION PANEL Isolation filtering ADC Amp 1 32 Mux Hi Ref Low Ref ADC Amp 1 32 Mux Hi Ref Low Ref ADC Amp 1 32 Mux Hi Ref Low Ref V 22M 22M V ...

Page 274: ...n input bias circuitry Specifications This table describes general specifications for 9786 110 This table describes cable and load parameters for 9786 110 Table 160 General Specifications for Term Panel 9786 110 Feature Description Panel type Thermocouple input upscale or downscale Points 16 Table 161 Cable and Load Parameters for Term Panel 9786 110 Feature IEC Symbol ISA Symbol Description for Z...

Page 275: ...ints shown See Appendix E Shield Ground for shield ground installation guidelines Figure 207 Field Wiring for 9786 110 with a 3708E Thermocouple Input Module Table 162 Module Compatible with 9786 110 Module Part Number Points per Module Module Description 3708E 16 Type E J K and T differential isolated DC coupled TMR upscale or downscale open input detection Use TriStation to configure the thermoc...

Page 276: ...or dry contact or 4 20 mA transmitter Two one position terminals for protective earth connection A four position terminal for redundant 24 VDC loop power Each positive terminal is current limited with a 190 to 310 ohm series resistor Each input has a precision 250 ohm resistor for 0 to 5 VDC current to voltage conversion The panel supports redundant 24 VDC power sources with diode ORing The module...

Page 277: ... Feature IEC Symbol ISA Symbol Description for Zone 2 Group IIB Operating temperature range Tamb Tamb 32 F to 140 F 0 C to 60 C Working voltage Uw Uw 32 V Maximum voltage Um Um 32 V Input Connection Specifications Maximum input voltage Ui Vmax 32 V Maximum input current Ii Imax 0 036 A Maximum input power Pi Pi 1 152 W C internal maximum Ci Ci 0 088 µF L internal maximum Li Li 43 µH Output Connect...

Page 278: ...delines Figure 209 Field Wiring for 9789 610 with a 3704E or 3720 AI Module Table 165 Modules Compatible with 9789 610 Module Part Number Points per Module Module Description 3704E 64 0 5 VDC or 0 10 VDC Use TriStation to configure for 0 5 VDC or 0 10 VDC commoned high density DC coupled TMR 3720 64 0 5 VDC single ended high density TMR CAUTION When used with the 9789 610 the accuracy of modules 3...

Page 279: ...e with a 4 20 mA high density input panel 1 of 64 module points shown Figure 210 Simplified Schematic of a 3704E or 3720 Analog Input Module with a 9789 610 Panel 64 POINT ANALOG INPUT MODULE BACKPLANE CABLE to spare TERMINATION PANEL PS1 PS2 PS1 PS2 to other points ADC Amp Hi Ref Low Ref 1 64 Mux ADC Amp ADC Amp Hi Ref Low Ref 1 64 Mux Hi Ref Low Ref 1 64 Mux 190 310 Ohms 250 Ohms ...

Page 280: ...minal for redundant 24 VDC loop power Two one position terminals for protective earth connection Specifications This table describes specifications for 9861 610 This table describes cable and load parameters for 9861 610 Table 166 Specifications for Term Panel 9861 610 Feature Description Panel type Current output Points 8 Table 167 Cable and Load Parameters for Term Panel 9861 610 Feature IEC Sym...

Page 281: ...nalog output module or a HART analog output interface module and a 9861 610 to the field 1 of 8 module points shown Figure 211 Field Wiring for 9861 610 with a 3805E or 3805H AO Module or a 2870H HART AO Interface Module Table 168 Module Compatible with 9861 610 Module Part Number Points per Module Module Description 2870H 8 HART analog output interface 3805E H 8 4 20 mA commoned return DC coupled...

Page 282: ...ics This is a simplified schematic of a typical 8 point commoned return analog output module with an analog output panel 1 of 8 module points shown Figure 212 Simplified Schematic of a 3805E or 3805H Analog Output Module with a 9861 610 Panel BACKPLANE 8 POINT ANALOG OUTPUT MODULE PWRA RTN PWRB CABLE Selector Logic DAC TERMINATION PANEL RTN OUT2 RTN2 Selector Logic DAC Selector Logic DAC Loop powe...

Page 283: ...el has Two eight position field terminals support for four points and four redundant point connections Two terminals per point Out Rtn L L Per point snubbers suitable for inductive loads up to 1 0 henries A four position terminal for redundant 24 VDC loop power Two one position terminals for protective earth connection BACKPLANE 8 POINT ANALOG OUTPUT MODULE PWRA RTN PWRB FIELD CABLE RS 485 CABLE H...

Page 284: ...nel type Current output Points 4 with 4 redundant connections Table 170 Cable and Load Parameters for Term Panel 9871 810 Feature IEC Symbol ISA Symbol Description for Zone 2 Group IIB Operating temperature range Tamb Tamb 32 F to 140 F 0 C to 60 C Working voltage Uw Uw 30 V Maximum voltage Um Um 32 V Output Connection L Specifications Maximum output voltage Uo Voc 32 V Maximum output current Io I...

Page 285: ...diagnostic inputs CAUTION Unused points must be shorted together If the I O cable the cable that connects the termination panel to the Tricon backplane goes outside the cabinet that houses the Tricon chassis the I O cable should be routed in a metal conduit EXT TERM TRICON TRICONEX T ATEX BPAO ETP 7400305 REV B SN L18 C24 L4 C10 L7 L8 L9 L10 L13 L14 L15 L3 C5 L1 R20 R19 L17 C22 L5 C12 L12 C17 C45 ...

Page 286: ... the coil diagnostic input is hardwired on the termination panel Figure 215 Simplified Schematic of a 3807 BiPolar Analog Output Module with a 9871 810 Panel BACKPLANE BPAO MODULE P1 PWR P1 RTN P2 PWR CABLE TERMINATION PANEL P2 RTN L L Loop power Coil L Redundant Coil L 680nF 301 Protective Earth ATEX A DAC ADC Channel Select B DAC ADC Channel Select C DAC ADC Channel Select 18 18 18 18 18 18 Coil...

Page 287: ...y contact F F A four position terminal for redundant 24 VDC loop power Two one position terminals for protective earth connection Each positive terminal is current limited with a 190 to 310 ohm series resistor The panel supports redundant 24 VDC power sources with diode ORing The modules compatible with 9572 610 have 32 points which means you must use two term panels for each module Each term pane...

Page 288: ... V Input Connection F Specifications Maximum input voltage Ui Vmax 32 V Maximum input current Ii Imax 0 0478 A Maximum input power Pi Pi 1 5296 W C internal maximum Ci Ci 0 088 µF L internal maximum Li Li 43 µH Output Connection F Specifications Maximum output voltage Uo Voc 32 V Maximum output current Io Isc 0 169 A Maximum output power Po Po 1 347 W C external maximum Co Ca 1 18 µF L external ma...

Page 289: ...de for Tricon v9 v10 Systems Field Wiring Diagrams This figure illustrates how to connect a 3503E or a 3505E digital input module and a 9572 610 to the field 1 of 32 module points shown Figure 216 Field Wiring for 9572 610 with a 3503E or 3505E DI Module ...

Page 290: ... 217 Field Wiring for 9572 610 with a 3515 Pulse Totalizer Input Module CAUTION With the 3515 pulse totalizer input module sensor pulse outputs should be the push pull type You may use high side or low side solid state output but maximum frequency may be reduced based on cable distance Do not use mechanical relay switch contacts To prevent point to point cross talk use individually shielded twiste...

Page 291: ...Schematic of a 3503E or 3505E Digital Input Module with a 9572 610 Panel 32 POINT DIGITAL INPUT MODULE WITH SELF TEST AC DC Input Circuit Leg to Leg Isolation Bridge Rectifier AC Smoothing Threshold Detect Opto Isolator Threshold Detect Opto Isolator Threshold Detect Opto Isolator to Input Mux A to Input Mux B to Input Mux C Test A Test B Test C to spare module BACKPLANE CABLE opto isolated TERMIN...

Page 292: ... terminal for redundant 24 VDC loop power Two one position terminals for protective earth connection Each positive terminal is current limited with a 190 to 310 ohm series resistor The panel supports redundant 24 VDC power sources with diode ORing The modules compatible with 9570 610 have 64 points which means you must use two term panels for each module Each term panel comes with two sets of labe...

Page 293: ...ture IEC Symbol ISA Symbol Description for Zone 2 Group IIB Operating temperature range Tamb Tamb 32 F to 140 F 0 C to 60 C Working voltage Uw Uw 18 to 32 V Maximum voltage Um Um 32 V Input Connection Specifications Maximum input voltage Ui Vmax 32 V Maximum input current Ii Imax 0 0145 A Maximum input power Pi Pi 0 464 W C internal maximum Ci Ci 0 058 µF L internal maximum Li Li 30 0 µH Output Co...

Page 294: ... compatible with 9570 610 Field Wiring Diagrams This figure illustrates how to connect a 3504E digital input module and a 9570 610 to the field 1 of 64 module points shown Figure 220 Field Wiring for 9570 610 with a 3504E DI Module Table 177 Module Compatible with 9570 610 Module Part Number Points per Module Module Description 3504E 64 24 VDC commoned high density DC coupled TMR ...

Page 295: ...t for dry contact A four position terminal for redundant 24 VDC loop power Two one position terminals for protective earth connection Each positive terminal is current limited with a 190 to 310 ohm series resistor The panel supports redundant 24 VDC power sources with diode ORing The modules compatible with 9571 610 have 64 points which means you must use two term panels for each module Each term ...

Page 296: ... Commoned fail safe Points 32 Table 179 Cable and Load Parameters for Term Panel 9571 610 Feature IEC Symbol ISA Symbol Description for Zone 2 Group IIB Operating temperature range Tamb Tamb 32 F to 140 F 0 C to 60 C Working voltage Uw Uw 15 to 32 V Maximum voltage Um Um 32 V Output Connection and Specifications Maximum output voltage Uo Voc 32 V Maximum output current Io Isc 0 169 A Maximum outpu...

Page 297: ...Schematics This is a simplified schematic of a typical 64 point fail safe commoned digital input module with a commoned input panel 1 of 64 module points shown Figure 223 Simplified Schematic of a 3564 Digital Input Module with a 9571 610 Panel 64 POINT DIGITAL INPUT MODULE BACKPLANE CABLE to spare Threshold Detect Opto Isolator Test ON Relays opto isolated to other points sensors Test OFF Relays ...

Page 298: ...sed digital output modules Each panel has Two sixteen position field terminals support for 16 points Two terminals per point for field devices L L A four position terminal for redundant 24 VDC loop power Two one position terminals for protective earth connection The panel supports redundant 24 VDC power sources with diode ORing When using 32 point modules you must use two term panels for each digi...

Page 299: ...Operating temperature range Tamb Tamb 32 F to 140 F 0 C to 60 C Working voltage Uw Uw 16 to 32 V Maximum voltage Um Um 32 V Output Connection F Specifications Maximum output voltage Uo Voc 32 V Maximum output current Io Isc 0 169 A Maximum output power Po Po 1 347 W C external maximum Co Ca 1 16 µF L external maximum Lo La 4 96 mH Table 183 Modules Compatible with 9671 610 Module Part Number Point...

Page 300: ...is figure illustrates how to connect a 3604E 3624 or 3625 digital output module and a 9671 610 to the field 16 of 16 points shown Figure 224 Field Wiring for 9671 610 with a 3604E 3624 or 3625 DO Module If a field load is not available install a 470 Ohm 10 W load resistor A load must be installed at every point to prevent missing load alarm ...

Page 301: ...ations Guide for Tricon v9 v10 Systems This figure illustrates how to connect a 3664 or a 3674 dual digital output module and a 9671 610 to the field 1 of 32 module points shown Figure 225 Field Wiring for 9671 610 with a 3664 or 3674 DO Module ...

Page 302: ...6 point supervised digital output module with self protection and a commoned digital output panel 1 of 16 module points shown Figure 227 Simplified Schematic of a 3624 Digital Output Module with a 9671 610 Panel PS1 L L to other points PS1 to other points PS2 PS2 to hot spare Output Switch Drive Circuitry Output Switch Drive Circuitry Output Switch Drive Circuitry Output Switch Drive Circuitry A A...

Page 303: ...ic of a 3664 or 3674 Digital Output Module with a 9671 610 Panel BACKPLANE 32 POINT DIGITAL OUTPUT MODULE CABLE PS1 L L to other points PS1 to other points TERMINATION PANEL PS2 PS2 to hot spare Output Switch Drive Circuitry A A or C Output Switch Drive Circuitry Output Switch Drive Circuitry B Output Switch Drive Circuitry C A B C A or C A B C Voltage Loopback Detector All output switches are opt...

Page 304: ...le describes cable and load parameters for 9793 110 Table 184 Specifications for Term Panel 9793 110 Feature Description Panel type Pulse input Points 8 Table 185 Cable and Load Parameters for Term Panel 9793 110 Feature IEC Symbol ISA Symbol Description for Zone 2 Group IIB Operating temperature range Tamb Tamb 32 F to 140 F 0 C to 60 C Input Connection I and I Specifications Maximum input voltag...

Page 305: ...or 9793 110 with a 3511 PI Module Table 186 Modules Compatible with 9793 110 Module Part Number Points per Module Module Description 3511 8 20 Hz to 20 kHz pulse input non commoned AC coupled 25 ms typical input update rate When possible install a terminating resistor as shown For further information see Technical Application Note TAN 006 on the IPS Global Client Support Web Site Functional earth ...

Page 306: ...panel 1 of 8 module points shown Figure 231 Simplified Schematic of a 3511 PI Module with a 9793 110 Panel CAUTION Unused points must be shorted together 8 POINT PULSE INPUT MODULES BACKPLANE CABLE to spare TERMINATION PANEL Counter Timer IN1 IN1 Micro Processor to other points Counter Timer Micro Processor to other points Counter Timer Micro Processor to other points Comparator Comparator Compara...

Page 307: ... Terminations Guide for Tricon v9 v10 Systems 7 RG 1 180 Termination Panels Overview 296 Analog Input Term Panels 297 Analog Output Term Panels 319 Pulse Input Term Panels 323 RTD TC AI Input Term Panels 326 ...

Page 308: ...tation and control I C systems in a nuclear power plant environment This chapter describes external termination panels ETPs that can be used in applications that are required to meet RG 1 180 guidelines Note that throughout this manual these term panels are referred to as RG 1 180 termination panels This table identifies RG 1 180 ETPs Table 187 RG 1 180 External Termination Panels Term Panel Type ...

Page 309: ...e modules Each panel has Two sixteen position field terminals support for 16 points Two terminals per point for 4 20 mA transmitter F F A four position terminal for redundant 24 VDC loop power Two one position terminals for protective earth connection Each positive terminal is current limited with a 190 to 310 ohm series resistor Each input has a precision 250 ohm resistor for 0 to 5 VDC current t...

Page 310: ... 0 5 VDC non commoned differential DC coupled TMR 6 input over range measurement 3703E 16 0 5 VDC or 0 10 VDC Use TriStation to configure input range non commoned differential isolated TMR 3721 32 0 to 5 VDC or 5 to 5 VDC Use TriStation to configure input range differential DC coupled TMR CAUTION When used with the 9790 610 the accuracy of the 3700A 3703E and 3721 modules may be affected by up to ...

Page 311: ...t interface module and a 9791 610 to the field 1 of 16 or 32 module points shown See Appendix E Shield Ground for shield ground installation guidelines Figure 232 Field Wiring for 9790 610 with a 3700A 3703E or 3721 AI Module or 2770H HART AI Interface Module Note For additional instructions on installing HART Interface Modules see the Planning and Installation Guide for Tricon v9 v10 Systems L J2...

Page 312: ...odule with a current input panel 1 of 32 module points shown Figure 233 Simplified Schematic of a 3700A or 3721 Analog Input Module with a 9790 610 Panel 32 POINT ANALOG INPUT MODULES BACKPLANE CABLE to spare Isolation filtering ADC Amp 1 32 Mux Hi Ref Low Ref ADC Amp 1 32 Mux Hi Ref Low Ref ADC Amp 1 32 Mux Hi Ref Low Ref TERMINATION PANEL PS1 PS2 PS1 PS2 to other points 190 310 Ohms 250 Ohms ...

Page 313: ...le with a current input panel 1 of 16 module points shown Figure 234 Simplified Schematic of a 3703E Analog Input Module with a 9790 610 Panel 16 POINT ANALOG INPUT MODULES BACKPLANE CABLE to spare TERMINATION PANEL ADC Amp Hi Ref Low Ref 1 16 Mux ADC Amp Hi Ref Low Ref 1 16 Mux ADC Amp Hi Ref Low Ref 1 16 Mux PS1 PS2 PS1 PS2 to other points 190 310 Ohms 250 Ohms ...

Page 314: ...nsmitter F F A four position terminal for redundant 24 VDC loop power Two one position terminals for protective earth connection Each positive terminal is current limited with a 190 to 310 ohm series resistor Each input has a precision 500 ohm resistor for 0 to 10 VDC current to voltage conversion The panel supports redundant 24 VDC power sources with diode ORing When using 32 point modules you mu...

Page 315: ...4 20 mA Points 16 Table 191 Modules Compatible with 9795 610 Module Part Number Points per Module Module Description 3703E 16 0 5 VDC or 0 10 VDC Use TriStation to configure input range non commoned differential isolated TMR 3721 32 0 to 5 VDC or 5 to 5 VDC Use TriStation to configure input range differential DC coupled TMR CAUTION When used with the 9795 610 the accuracy of these modules may be a...

Page 316: ...Wiring Diagrams This figure illustrates how to connect a 3703E or 3721 analog input module and a 9795 610 to the field 1 of 16 or 32 module points shown See Appendix E Shield Ground for shield ground installation guidelines Figure 236 Field Wiring for 9795 610 with a 3703E or 3721 AI Module L J2 J3 L ...

Page 317: ...ule with a current input panel 1 of 32 module points shown Figure 237 Simplified Schematic of a 3721 Analog Input Module with a 9795 610 Panel 32 POINT ANALOG INPUT MODULES BACKPLANE CABLE to spare Isolation filtering ADC Amp 1 32 Mux Hi Ref Low Ref ADC Amp 1 32 Mux Hi Ref Low Ref ADC Amp 1 32 Mux Hi Ref Low Ref TERMINATION PANEL PS1 PS2 PS1 PS2 to other points 190 310 Ohms 250 Ohms ...

Page 318: ... power output T Two terminals per point for 4 20 mA transmitter T A points are jumper configurable Two one position terminals for protective earth connection Each positive terminal is current limited with a series 250 ohm PTC in parallel with a 3 3 kilohm resistor Each input has a precision 250 ohm resistor for 0 5 VDC current to voltage conversion The panel supports redundant 48 VDC power sources...

Page 319: ...ber Points per Module Module Description 3700 32 0 5 VDC non commoned differential DC coupled TMR 3700A 32 0 5 VDC non commoned differential DC coupled TMR 6 input over range measurement 3703E 16 0 5 VDC or 0 10 VDC Use TriStation to configure for 0 5 VDC non commoned differential isolated TMR 3721 32 0 to 5 VDC or 5 to 5 VDC Use TriStation to configure input range differential DC coupled TMR CAUT...

Page 320: ...og input module and a 9792 610 to the field 1 of 16 or 32 module points shown See Appendix E Shield Ground for shield ground installation guidelines Figure 239 Field Wiring for 9792 610 with a 3700 3700A 3703E or 3721 AI Module 12 AWG as short as possible Second term panel T Typical point 1 of 16 points shown Field Xmtr 4 20 mA Shield Ground DC Power Supply DC Power Supply PS1 PS2 ...

Page 321: ...er System WARNING Sharing a transmitter between the Tricon and another system may violate restrictions regarding the segregation of safety and control functions The sharing capability of this termination panel should only be used in those applications where these restrictions do not exist or can be otherwise mitigated 12 AWG as short as possible Second term panel T Typical point 1 of 16 points sho...

Page 322: ... AI Module with a 9792 610 Panel 32 POINT ANALOG INPUT MODULES BACKPLANE CABLE to spare TERMINATION PANEL Isolation filtering ADC Amp 1 32 Mux Hi Ref Low Ref ADC Amp 1 32 Mux Hi Ref Low Ref ADC Amp 1 32 Mux Hi Ref Low Ref PS1 PS2 PS1 PS2 to other points 3 3 kilohms 250 ohm PTC A IN IN JP JP17 250 Ohms t When the 9792 610 panel is used with a 3700A or a 3721 module do not remove the JP17 jumper To ...

Page 323: ...ints Two terminals per point for differential analog input I I Two one position terminals for protective earth connection When using 32 point modules you must use two term panels for each module Each term panel comes with two sets of labels 1 16 and 17 32 For information on how to apply the labels see Appendix F Panel Labels For extended common mode operation you must remove the JP17 jumper To aid...

Page 324: ... for Term Panel 9783 110 Feature Description Panel type Voltage input 0 5 VDC Points 16 Table 195 Modules Compatible with 9783 110 Module Part Number Points per Module Module Description 3700A 32 0 5 VDC non commoned differential DC coupled TMR 6 input over range measurement 3703E 16 0 5 VDC or 0 10 VDC Use TriStation to configure input range non commoned differential isolated TMR 3721 32 0 to 5 V...

Page 325: ...ustrates how to connect a 3700A 3703E or 3721 analog input module and a 9783 110 to the field 1 of 16 or 32 module points shown See Appendix E Shield Ground for shield ground installation guidelines Figure 243 Field Wiring for 9783 110 with a 3700A 3703E or 3721 AI Module CAUTION Unused points must be shorted together ...

Page 326: ...non commoned analog input module with a voltage input panel 1 of 32 module points shown Figure 244 Simplified Schematic of a 3700A or 3721 Analog Input Module with a 9783 110 Panel 32 POINT ANALOG INPUT MODULES BACKPLANE CABLE to spare TERMINATION PANEL Isolation filtering ADC Amp 1 32 Mux Hi Ref Low Ref ADC Amp 1 32 Mux Hi Ref Low Ref ADC Amp 1 32 Mux Hi Ref Low Ref ...

Page 327: ...s designed for use in applications that need to meet RG 1 180 requirements and is compatible with isolated thermocouple input modules Each panel has Two sixteen position field terminals support for 16 points Two terminals per point for differential analog input I I Two one position terminals for protective earth connection TMR cold junction temperature sensors Upscale downscale open input bias cir...

Page 328: ...2 110 Table 196 General Specifications for Term Panel 9782 110 Feature Description Panel type Thermocouple input upscale or downscale Points 16 Table 197 Module Compatible with 9782 110 Module Part Number Points per Module Module Description 3708E 16 Type E J K and T differential isolated DC coupled TMR upscale or downscale open input detection Use TriStation to configure the thermocouple type and...

Page 329: ...re illustrates how to connect a 3708E thermocouple input module and a 9782 110 to the field 1 of 16 module points shown See Appendix E Shield Ground for shield ground installation guidelines Figure 246 Field Wiring for 9782 110 with a 3708E Thermocouple Input Module CAUTION Unused points must be shorted together ...

Page 330: ...16 point thermocouple input module with a thermocouple input panel 1 of 16 module points shown Figure 247 Simplified Schematic of a 3708E Thermocouple Input Module with a 9782 110 Panel 16 POINT THERMOCOUPLE INPUT MODULES BACKPLANE CABLE to spare TERMINATION PANEL ADC Amp Hi Ref Low Ref 1 16 Mux ADC Amp Hi Ref Low Ref 1 16 Mux ADC Amp Hi Ref Low Ref 1 16 Mux ...

Page 331: ...nterface modules Each panel has Two eight position field terminals support for eight points Two terminals per point Out Rtn L L A four position terminal for redundant 24 VDC loop power Two one position terminals for protective earth connection Specifications This table describes specifications for 9860 610 Compatible Modules This table describes the analog output module compatible with 9860 610 Ta...

Page 332: ...dule or a HART analog output interface module and a 9860 610 to the field 1 of 8 module points shown Figure 248 Field Wiring for 9860 610 with a 3805E or 3805H AO Module or a 2870H HART AO Interface Module Note For additional instructions on installing HART Interface Modules see the Planning and Installation Guide for Tricon v9 v10 Systems CAUTION Unused points must be shorted together ...

Page 333: ...module with an analog output panel 1 of 8 module points shown Figure 249 Simplified Schematic of a 3805E or 3805H Analog Output Module with a 9860 610 Panel BACKPLANE 8 POINT ANALOG OUTPUT MODULE PWRA RTN PWRB CABLE Selector Logic DAC TERMINATION PANEL RTN OUT2 RTN2 Selector Logic DAC Selector Logic DAC Loop power Current loopback Current loopback Current loopback A B C Typical point ...

Page 334: ...plified Schematic of a 2870H HART AO Interface Module with a 3805E or 3805H AO Module and a 9860 610 Panel BACKPLANE 8 POINT ANALOG OUTPUT MODULE PWRA RTN PWRB FIELD CABLE RS 485 CABLE HART CONTROLLER Selector Logic DAC TERMINATION PANEL RTN OUT2 RTN2 Typical point Selector Logic DAC Selector Logic DAC Loop power Current loopback Current loopback Current VX1 VX2 loopback A B C 2870H HART AO INTERF...

Page 335: ...ch panel has Two sixteen position field terminals support for 8 points Two terminals per point for differential analog input I I Two one position terminals for protective earth connection Specifications This table describes specifications for 9794 110 Compatible Modules This table describes pulse input modules compatible with 9794 110 Table 200 Specifications for Term Panel 9794 110 Feature Descri...

Page 336: ... the field Figure 251 Field Wiring for 9794 110 with a 3511 PI Module CAUTION Unused points must be shorted together When possible install a terminating resistor as shown For further information see Technical Application Note TAN 006 on the IPS Global Client Support Web Site Functional earth ground quiet ground is recommended for shield connections For shield grounding instructions see Appendix E ...

Page 337: ...nput panel 1 of 8 module points shown Figure 252 Simplified Schematic of a 3511 PI Module with a 9794 110 Panel 8 POINT PULSE INPUT MODULES BACKPLANE CABLE to spare TERMINATION PANEL Counter Timer IN1 IN1 Micro Processor to other points Counter Timer Micro Processor to other points Counter Timer Micro Processor to other points Comparator Comparator Comparator AC coupled AC coupled AC coupled A B C...

Page 338: ...I Input Term Panels Termination panel 9764 310 can be used in applications that are required to meet RG 1 180 guidelines For more information including a description specifications compatible modules field wiring diagrams and simplified schematics see 9764 310 RTD TC AI input 0 5 VDC 16 pts on page 218 ...

Page 339: ...tions Guide for Tricon v9 v10 Systems 8 Fanned Out Cables Overview 328 Description of Fanned Out Cables 9101 010 328 Fanned Out Cables with Digital Input Modules 329 Fanned Out Cables with Digital Output Modules 335 ...

Page 340: ...h its corresponding male connector on the Tricon chassis For instructions on re keying connectors see Appendix A Re Keying Connectors Fanned out cables should only be used with digital input and digital output modules They are not certified for use with analog signals Contact the Triconex Customer Support Center if you need a fanned out cable for handling analog signals The part number for a fanne...

Page 341: ...odules to Fanned Out Cables on page 333 Connecting 32 Point Digital Input Modules to Fanned Out Cables This table describes 32 point digital input modules that are compatible with a fanned out cable Table 202 32 point Digital Input Modules Compatible with a Fanned Out Cable Module Part Number Module Description 3501E 115 VAC VDC non commoned isolated TMR 3501T 115 VAC VDC non commoned isolated TMR...

Page 342: ... or 3505E Module Note You must re key the female connector to match its corresponding male connector on the Tricon chassis For instructions on re keying connectors see Appendix A Re Keying Connectors Two cables are required for 32 points Each point must be independently wired 3501 E supports commoned and uncommoned configurations 3502E 3503E and 3505E support commoned configurations only AC HOT DC...

Page 343: ... to a fanned out cable 1 of 32 module points shown Figure 254 Simplified Schematic of a 3501E or 3501T DI Module with a Fanned Out Cable 32 POINT DIGITAL INPUT MODULE to spare module AC DC Input Circuit Leg to Leg Isolation Bridge Rectifier AC Smoothing BACKPLANE FANNED OUT CABLE IN IN Threshold Detect Opto Isolator Threshold Detect Opto Isolator Threshold Detect Opto Isolator to Input Mux A to In...

Page 344: ...n Figure 255 Simplified Schematic of a 3502E 3503E or 3505E DI Module with a Fanned Out Cable 32 POINT DIGITAL INPUT MODULE WITH SELF TEST AC DC Input Circuit Leg to Leg Isolation Bridge Rectifier AC Smoothing Threshold Detect Opto Isolator Threshold Detect Opto Isolator Threshold Detect Opto Isolator to Input Mux A to Input Mux B to Input Mux C Test A Test B Test C to spare module BACKPLANE FANNE...

Page 345: ...e Figure 256 Field Wiring for 9101 010 with a 3564 Module Note You must re key the female connector to match its corresponding male connector on the Tricon chassis For instructions on re keying connectors see Appendix A Re Keying Connectors Table 203 64 point Digital Input Module Compatible with a Fanned Out Cable Module Part Number Module Description 3564 24 VDC commoned single 64 POINT DIGITAL I...

Page 346: ...ected to a fanned out cable 1 of 64 module points shown Figure 257 Simplified Schematic of a 3564 DI Module with a Fanned Out Cable Two cables are required for 64 points Only one RTN connection is required for proper operation of a 64 point digital input module DC RETURN 14C 32C RTN 2E IN2 FANNED OUT CABLE FIELD WIRING 1A slow Field Contact Terminal Block to backplane 2A IN1 1A slow ...

Page 347: ... table describes 16 point digital output modules that are compatible with a fanned out cable Note You must re key the female connector on each fanned out cable to match the corresponding male connector on the Tricon backplane Male connectors are mounted on the backplane directly above their respective I O slots For instructions on re keying connectors see Appendix A Re Keying Connectors Table 204 ...

Page 348: ...eld Wiring for 9101 010 with a 3601E 3603E 3604E 3607E or 3623 Module CAUTION For proper operation one PWR connection per point is required For all unused points PWR and RTN must be connected For all modules one RTN per point is required AC HOT DC AC NEUTRAL RETURN 2A PWR1 2E RTN1 FIELD WIRING Solenoid relay etc 2C LOAD1 Terminal block to backplane FANNED OUT CABLE To prevent missing load alarm in...

Page 349: ...le connector to match its corresponding male connector on the Tricon chassis For instructions on re keying connectors see Appendix A Re Keying Connectors CAUTION For proper operation one RTN connection and one PWR connection per point are required If a field load is not available install a 470 Ohm 10 W resistor To prevent missing load alarm install a load at each unused point One RTN connection pe...

Page 350: ...fanned out cable 1 of 16 module points shown Figure 260 Simplified Schematic of a 3603E DO Module with a Fanned Out Cable BACKPLANE 16 POINT DIGITAL OUTPUT MODULE PWR1 2A RTN1 2E LOAD1 2C FANNED OUT CABLE to hot spare Output Switch Drive Circuitry Output Switch Drive Circuitry Output Switch Drive Circuitry Output Switch Drive Circuitry A A B B C Voltage Loopback Detector A B C C A B to other point...

Page 351: ... fanned out cable 1 of 16 module points shown Figure 261 Simplified Schematic of a 3601E 3604E or 3607E DO Module with a Fanned Out Cable BACKPLANE 16 POINT DIGITAL OUTPUT MODULE PWR1 2A RTN1 2E LOAD1 2C FANNED OUT CABLE to hot spare Output Switch Drive Circuitry Output Switch Drive Circuitry Output Switch Drive Circuitry Output Switch Drive Circuitry A A B B C Voltage Loopback Detector A B C C A ...

Page 352: ...oints shown Figure 262 Simplified Schematic of a 3623 or 3624 DO Module with a Fanned Out Cable PWR1 2A to hot spare Output Switch Drive Circuitry Output Switch Drive Circuitry Output Switch Drive Circuitry Output Switch Drive Circuitry A A B B C Voltage Loopback Detector A B C C A B BACKPLANE 16 POINT DIGITAL OUTPUT MODULE FANNED OUT CABLE Voltage Loopback Detector A B C to other points to other ...

Page 353: ...is figure illustrates how to connect field wiring to a 32 point commoned digital output module with self protection using a fanned out cable Figure 263 Field Wiring for 9101 010 with a 3625 Module Table 205 32 point Digital Output Modules Compatible with a Fanned Out Cable Module Part Number Module Description 3625 24 VDC commoned supervised non supervised opto isolated self protected TMR 3664 24 ...

Page 354: ... to a 32 point dual digital output module using a fanned out cable Figure 264 Field Wiring for 9101 010 with a 3664 or 3674 Module Note You must re key the female connector to match its corresponding male connector on the Tricon chassis For instructions on re keying connectors see Appendix A Re Keying Connectors CAUTION For proper operation one RTN connection and one PWR connection per point are r...

Page 355: ...s shown Figure 266 Simplified Schematic of a 3664 or 3674 DO Module with a Fanned Out Cable BACKPLANE 32 POINT DIGITAL OUTPUT MODULE PWR1 2A RTN1 2E LOAD1 2C FANNED OUT CABLE to hot spare Output Switch Drive Circuitry A A or C Output Switch Drive Circuitry Output Switch Drive Circuitry B Output Switch Drive Circuitry C A B C A or C A B C Voltage Loopback Detector All output switches are opto isola...

Page 356: ...ch fanned out cable to match the corresponding male connector on the Tricon backplane Male connectors are mounted on the backplane directly above their respective I O slots For instructions on re keying connectors see Appendix A Re Keying Connectors Table 206 32 point Relay Output Modules Compatible with a Fanned Out Cable Module Part Number Module Description 3636R Non commoned simplex galvanical...

Page 357: ...is For instructions on re keying connectors see Appendix A Re Keying Connectors Simplified Schematics This is a simplified schematic of a typical 32 point relay output module connected to a fanned out cable 1 of 32 module points shown Figure 268 Simplified Schematic of a 3636R or 3636T Relay Output Module with a Fanned Out Cable 2A C1 2E C1 Contact 1 Terminal block FIELD WIRING to backplane FANNED...

Page 358: ...346 Chapter 8 Fanned Out Cables Field Terminations Guide for Tricon v9 v10 Systems ...

Page 359: ...Field Terminations Guide for Tricon v9 v10 Systems A Re Keying Connectors Re Configuring a System 348 I O Connector Key Positions 349 Re Keying a Connector 353 Re Keying a Fanned Out Cable 354 ...

Page 360: ... For instructions on repositioning slot keys see the Planning and Installation Guide for Tricon v9 v10 Systems To re configure an existing system Procedure 1 Reposition the slot s top and bottom keys 2 Re key the corresponding male connector on the backplane 3 Install a replacement for the termination assembly or re key the female connector on the fanned out cable To re configure an existing syste...

Page 361: ...ermination panel Rating Module Small key Large key 9551 110 115 VAC 3501E 3501T 1 1 9552 610 48 VAC VDC 3502E 1 2 9553 610 24 VAC VDC 3503E 3505E 1 3 9553 610 24 VDC 3564 1 3 9750 310 24 VDC non isolated 3504E 1 3 9750 410 48 VDC non isolated 3504E 1 2 9561 110 115 VAC 3501E 3501T 1 1 9561 810 115 VAC 3501E 3501T 1 1 9562 810 48 VAC VDC 3502E 1 2 9563 810 24 VAC VDC 3503E 3505E 1 3 9565 810 48 VDC...

Page 362: ...e Small key Large key 9651 110 115 VAC 3601E 3601T 3 1 9651 110 115 VAC 3623 3623T 3603E 3603T 3 1 9652 610 48 VDC 3607E 3 2 9653 610 24 VDC 3604E 3624 3664 3 3 9661 110 115 VAC 3601E 3601T 3 1 9661 510 115 VAC 3611E 3 1 9661 610 115 VAC 3601E 3601T 3 1 9661 710 120 VDC 3663 3 1 9661 810 120 VDC 3613E 3 1 9251 210 120 VDC 3603B see note 1 9661 910 120 VDC 3603E 3623 3623T 3 1 9662 110 24 VDC 3604E...

Page 363: ...Input Panel Key Positions Termination panel Rating Module Small key Large key 9750 210 4 20 mA 5 VDC 3704E 1 5 9750 810 0 5 0 10 VDC 3704E 1 5 9753 110 0 5 0 10 VDC 3700A 3701 3703E 1 5 9761 210 4 20 mA 5 VDC 3700 1 5 9761 410 4 20 mA 10 VDC 3701 1 5 9763 810 0 5 0 10 VDC 3700 3701 1 5 9762 210 4 20 mA 5 VDC 3703E 1 5 9762 410 4 20 mA 10 VDC 3703E 1 5 9763 810 0 5 0 10 VDC 3703E 1 5 9765 610 Therm...

Page 364: ...rmination panel Rating Module Small key Large key 9670 110 115 VAC 3601E 3601T 31 1 Small key is 1 at term panel end of cable 1 9670 610 115 VAC 3601E 31 1 9671 810 24 VDC 3604E 3664 3674 31 3 9672 810 48 VDC 3607E 3607T 31 2 9673 810 120 VDC 3603E 3603T 31 1 Table 214 Bypass Panel Key Positions Termination panel Rating Module Small key Large key BP9228 010 Bypass 3503E 3505E 1 3 Table 215 RTD Pan...

Page 365: ...opening and loosen the nut on the small male key 6 While you hold the nut in place with the nut driver remove the small male key cylindrical in shape and reposition it to the correct number for your new module See diagram below 7 Tighten the nut for the small male key 8 Replace the backplane cover and eight screws Note Keys are shown in their default position 1 which is also the position for 115 V...

Page 366: ...ecure the cable clamp 2 Remove the four screws on the connector that fasten it to the housing 3 Pull the connector away from the housing and rotate the connector slightly to expose the keying nuts 4 Loosen the nut on the large hexagonal key using the nut driver part 2000236 001 5 While holding the nut in place with the nut driver remove the large key and reposition it to the correct number 6 Tight...

Page 367: ...Field Terminations Guide for Tricon v9 v10 Systems B Fanned Out Cable Pinouts Signal Names 356 Connector 1 357 Connector 2 359 ...

Page 368: ...T2 COM RX COM TX I O RX I O TX COM RX COM TX I O RX I O TX PASS FAULT ACTIVE MAINT1 MAINT2 COM RX COM TX I O RX I O TX REMOTE RUN Ñ LOCAL Ñ 1 PROGRAM STOP EMP 3006 EMP 3006 EMP 3006 PASS FAULT ACTIVE NET 1 TX RX NET 2 TX RX COMM TX RX NCM 4329 EICM 4119 PASS FAULT ACTIVE 1TX 1RX 2TX 2RX 3TX 3RX 4TX 4RX PRT 115 230 VAC PASS FAULT ALARM TEMP BATT LOW POWER MODULE MODEL 8310 115 230 VAC PASS FAULT AL...

Page 369: ... RTN3 IN3 8A h IN7 IN7 IN4 PWR4 PWR4 C4 IN4 OUT4 IN4 8C k PWR PWR LOAD4 LOAD4 8E l IN8 IN8 IN4 RTN4 RTN4 C4 IN4 RTN4 IN4 10A e IN9 IN9 IN5 PWR5 PWR5 C5 IN5 OUT5 IN5 10C a LOAD5 LOAD5 10E b IN10 IN10 IN5 RTN5 RTN5 C5 IN5 RTN5 IN5 12A W IN11 IN11 IN6 PWR6 PWR6 C6 IN6 OUT6 IN6 12C R PWR PWR LOAD6 LOAD6 12E S IN12 IN12 IN6 RTN6 RTN6 C6 IN6 RTN6 IN6 14A L IN13 IN13 IN7 PWR7 PWR7 C7 IN7 OUT7 IN7 14C E R...

Page 370: ... PWR13 SEC5 C13 IN13 26C d RTN RTN LOAD13 26E c IN26 IN26 IN13 RTN13 RTN C13 IN13 28A Z IN27 IN27 IN14 PWR14 SEC6 C14 IN14 28C V RTN RTN LOAD14 28E U IN28 IN28 IN14 RTN14 RTN C14 IN14 30A P IN29 IN29 IN15 PWR15 SEC7 C15 IN15 30C K RTN RTN LOAD15 30E J IN30 IN30 IN15 RTN15 RTN C15 IN15 32A N IN31 IN31 IN16 PWR16 SEC8 C16 IN16 32C D RTN RTN LOAD16 32E C IN32 IN32 IN16 RTN16 RTN C16 IN16 34A T CGND C...

Page 371: ...C u RTN LOAD19 6E v IN38 IN38 IN19 RTN19 C19 8A h IN39 IN39 IN20 PWR20 C20 8C k PWR RTN LOAD20 8E l IN40 IN40 IN20 RTN20 C20 10A e IN41 IN41 IN21 PWR21 C21 10C a RTN LOAD21 10E b IN42 IN42 IN21 RTN21 C21 12A W IN43 IN43 IN22 PWR22 C22 12C R PWR RTN LOAD22 12E S IN44 IN44 IN22 RTN22 C22 14A L IN45 IN45 IN23 PWR23 C23 14C E RTN RTN LOAD23 14E F IN46 IN46 IN23 RTN23 C23 16A M IN47 IN47 IN24 PWR24 C24...

Page 372: ...N28 C28 26A f IN57 IN57 IN29 PWR29 C29 26C d RTN RTN LOAD29 26E c IN58 IN58 IN29 RTN29 C29 28A Z IN59 IN59 IN30 PWR30 C30 28C V RTN RTN LOAD30 28E U IN60 IN60 IN30 RTN30 C30 30A P IN61 IN61 IN31 PWR31 C31 30C K RTN RTN LOAD31 30E J IN62 IN62 IN31 RTN31 C31 32A N IN63 IN63 IN32 PWR32 C32 32C D RTN RTN LOAD32 32E C IN64 IN64 IN32 RTN32 C32 34A T CGND CGND CGND CGND CGND 34C H CGND CGND CGND CGND CGN...

Page 373: ...ay fuse 1 4 in x 1 1 4 in 326 005 MDA 5 3S350 Littlefuse Bussman Bel Fuse 1410039 001 115 VAC VDC power supplies 2 5 amp time delay fuse 1 4 in x 1 1 4 in 326 02 5 MDA 2 1 2 3SB2 5 Littlefuse Bussman Bel Fuse 1410040 001 230 VAC power supplies 3 amp fast acting fuse 5 mm x 20 mm 235003 GMA 3A 5MF3 Littlefuse Bussman Bel Fuse 1410003 001 Digital output termination panels 2 5 amp fast acting fuse 5 ...

Page 374: ...Bussman Bel Fuse 1410011 001 Digital and analog input termination panels IC Extractor M125B002 OK 1580009 001 All modules Fuse Extractor Tool M45B001 34 015 Jensen Tools Ideal 1580000 001 Terminations Load Resistor 2200 ohm 10 W 10 CP 10 2200 10 PW 10 2200 10 SQP 10 2200 10 Dale IRC RCD RF 1100280 001 Supervised digital output termination panels Load Resistor 470 ohm 10 W 10 CP 10 470 10 PW 10 470...

Page 375: ...0 feet 6 m 1060 2 Inmac 1600010 006 ACM and NCM Cable assembly cable Ethernet BNC 30 feet 9 m 1060 3 Inmac 1600010 009 ACM and NCM Feedthru terminator Ethernet BNC PE6008 50 Pasternack n a ACM and NCM Male terminator Ethernet BNC 105000 PE6000 50 Inmac Pasternack 1600008 011 ACM and NCM BNC T adapter F M F 1051 329518 3285 31 208 Inmac Amp ITT Pomona Amphenol 1500097 001 ACM and NCM Re keying tool...

Page 376: ...mination panels except basic bypass and interposing relay ELCO connector gasket These gaskets must be replaced before the end of their 5 year lifespan 3000793 001 kit of 25 gaskets Triconex 3000793 001 kit of 25 gaskets The male side of all ELCO connectors used in hazardous locations those requiring nonincendive circuits Key for blank logical slot 2000508 001 Triconex 2000508 001 All chassis Table...

Page 377: ...Field Terminations Guide for Tricon v9 v10 Systems D Panel Dimensions This figure illustrates the dimensions described in Table 220 Panel Dimensions page 366 ...

Page 378: ...9566 710 4 5 in 11 43 cm 10 in 25 4 cm 4 25 in 10 795 cm 9566 810 4 5 in 11 43 cm 10 in 25 4 cm 4 25 in 10 795 cm 9567 810 4 5 in 11 43 cm 10 in 25 4 cm 4 25 in 10 795 cm 9570 610 4 42 in 11 23 cm 9 88in 25 08 cm 4 25 in 10 795 cm 9571 610 4 42 in 11 23 cm 9 88 in 25 08 cm 4 25 in 10 795 cm 9572 610 4 42 in 11 23 cm 5 02 in 12 75 cm 4 25 in 10 795 cm 9651 110 3 in 7 62 cm 5 in 12 7 cm 4 25 in 10 7...

Page 379: ... in 48 26 cm 4 75 in 12 065 cm 9673 810 7 in 17 78 cm 19 in 48 26 cm 4 75 in 12 065 cm 9750 210 3 in 7 62 cm 5 in 12 7 cm 4 25 in 10 795 cm 9750 310 3 in 7 62 cm 5 in 12 7 cm 4 25 in 10 795 cm 9750 410 3 in 7 62 cm 5 in 12 7 cm 4 25 in 10 795 cm 9750 810 3 in 7 62 cm 5 in 12 7 cm 4 25 in 10 795 cm 9753 110 3 in 7 62 cm 5 in 12 7 cm 4 25 in 10 795 cm 9760 210 4 5 in 11 43 cm 10 in 25 4 cm 4 25 in 1...

Page 380: ...5 02 in 12 75 cm 4 25 in 10 795 cm 9791 610 4 42 in 11 23 cm 5 02 in 12 75 cm 4 25 in 10 795 cm 9792 610 4 42 in 11 23 cm 7 75 in 19 685 cm 4 25 in 10 795 cm 9793 110 4 42 in 11 23 cm 5 02 in 12 75 cm 4 25 in 10 795 cm 9794 110 4 42 in 11 23 cm 5 02 in 12 75 cm 4 25 in 10 795 cm 9795 610 4 42 in 11 23 cm 5 02 in 12 75 cm 4 25 in 10 795 cm 9853 610 3 in 7 62 cm 5 in 12 7 cm 4 25 in 10 795 cm 9860 6...

Page 381: ...ion guidelines in the Planning and Installation Guide for Tricon v9 v10 Systems Type NLS MS 3 10 AB SS AKG 4 Black Ref 1 2 3 Description Neutral busbar Support N PE terminal block Phoenix Order 04 04 18 5 04 04 42 8 04 21 03 2 19 4 mm 7 mm 23 4 mm 35 5 mm 26 mm 23 5 mm J1 J1 1 2 3 One typical thermocouple point shown Dedicated Bus Bar or Cabinet Safety Ground Bus Bar Plant Safety Ground System or ...

Page 382: ...370 Appendix E Shield Ground Field Terminations Guide for Tricon v9 v10 Systems ...

Page 383: ...ems F Panel Labels 16 Point Non Commoned DI DO RO Panels 373 16 Point Non Commoned AI TI Panels 374 16 Point Commoned AI DI DO Panels 375 32 Point Commoned AI DI Panels 376 16 Point Commoned AI ATEX RG 1 180 Panels 377 16 Point RTD TC AI Panels 378 ...

Page 384: ...e requires two 32 point panels the first panel connects points 1 32 the second panel connects points 33 64 Panels that are not used in a two panel arrangement are labelled at the factory Standard panels that require labels include the appropriate labels as loose piece parts Since a panel can be connected as the first or second panel a set of labels appropriate for either range is provided with eve...

Page 385: ...e 269 16 Point Non Commoned DI DO RO Panel Label Placement SN REV A 7400168 J1 F5 F6 F7 F8 F1 F2 F3 F4 F13 F14 F15 F16 F9 F10 F11 F12 CONTACT PWR Panel 9561 110 9661 110 9662 110 9667 110 9667 310 9668 110 Type DI DO DO DO DO RO Labels for front and back row Labels for front and back row Labels for front and back row Labels for front and back row First Panel Second Panel 1 2 3 4 5 6 7 8 9 10 11 12...

Page 386: ... commoned analog input and thermocouple input termination panels Figure 270 16 Point Non Commoned AI TI Panel Label Placement SN REV A 7400171 J1 Panel 9763 810 Type AI 9765 610 TI 9766 210 9766 510 TI TI Labels for front and back row First Panel Second Panel 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 Labels for front and back row 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 ...

Page 387: ... DO Panel Label Placement Labels for front and back row First Panel 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 Labels for front and back row Second Panel 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 SN REV A 7400166 J1 CR 2 CR 1 F2 F4 F6 F8 F1 F3 F5 F7 F10 F12 F14 F16 F9 F11 F13 F15 L L L L PS1 PS2 Panel 9561 810 9562 810 9563 810 9661 610 9661 710 9661 910 Type DI DI DI DO DO DO 9667 610 9667 710 ...

Page 388: ... and back row First Panel 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 Labels for front and back row Labels for front and back row Second Panel 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64 SN REV A 7400150 J1 PS1 PS2 R2 R4 R6 R8 R10 R12 R14 R16 CR1 CR2 R1 R3 R5 R7 R9 R11 R13 R15 R18 R20 R22 R24 R26 R28 R30...

Page 389: ...l Placement First Panel Second Panel Labels for front and back row 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 Labels for front and back row 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 Panel Type 9790 610 9791 610 9795 610 9783 110 9787 110 AI AI AI AI AI EXT TERM TRICON TRICONEX 7 7 0 7400275 REV B SN 2 127 6 3 5 7 1 1 5 R8 R7 5 R5 R4 R3 R2 R1 R32 R31 R30 R29 R28 R27 5 R25 R 2 4 R 2 3 R 2 2 R 2 1 ...

Page 390: ...PUT ISOLATED RTD INPUT ISOLATED RTD INPUT ISOLATED RTD INPUT J2 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 J4 J3 J6 J5 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 7400225 TRIC...

Page 391: ...3 110 9561 810 3000510 180 4000093 110 9562 810 3000510 280 4000093 210 9563 810 3000510 380 4000093 310 9563 910 3000510 390 4000093 310 9565 710 3000530 280 4000093 210 9565 810 3000540 280 4000093 210 9566 710 3000530 380 4000093 310 9566 810 3000540 380 4000093 310 9567 810 3000530 180 4000093 110 9570 610 3000768 370 4000165 310 9571 610 3000768 390 4000165 310 9572 610 3000771 380 4000165 31...

Page 392: ... 710 4000094 210 9667 610 3000520 290 4000094 210 9667 710 3000520 260 4000094 210 9667 810 3000520 280 4000094 210 9667 910 3000550 280 4000094 210 9668 110 3000590 110 4000094 110 9670 110 3000290 110 4000111 110 9670 610 3000290 160 4000111 110 9671 610 3000769 390 4000166 310 9671 810 3000290 380 4000111 310 9672 810 3000290 280 4000111 210 9673 810 3000290 181 4000111 110 9750 210 3000420 120...

Page 393: ... 3000767 160 4000142 510 9784 610 3000767 220 4000164 510 9785 610 3000767 210 4000164 510 9786 110 3000767 230 4000164 510 9787 110 3000767 110 4000164 510 9789 610 3000768 510 4000165 510 9790 610 3000771 560 4000142 510 9791 610 3000771 510 4000164 510 9792 610 3000772 660 4000103 510 9793 110 3000767 115 4000164 510 9794 110 3000767 165 4000142 510 9795 610 3000771 460 4000142 510 9853 610 300...

Page 394: ...382 Appendix G Part Number Cross Reference Field Terminations Guide for Tricon v9 v10 Systems ...

Page 395: ...cm 4000007 0xx 2 125 in 5 3975 cm 4000008 0xx 2 125 in 5 3975 cm 4000009 0xx 2 125 in 5 3975 cm 4000010 00x 3 in 7 62 cm 4000015 0xx 2 125 in 5 3975 cm 4000016 0xx 2 125 in 5 3975 cm 4000017 0xx 2 125 in 5 3975 cm 4000027 006 2 5 in 6 35 cm 4000028 006 1 75 in 4 445 cm 4000029 0xx 5 5 in 13 97 cm 4000030 025 1 75 in 4 445 cm 4000041 0xx 2 125 in 5 3975 cm 4000042 xxx 5 6 in 14 224 cm 4000043 1xx 4...

Page 396: ...95 cm 4000071 0x0 3 5 in 8 89 cm 4000072 x10 4 6 in 11 684 cm 4000073 x10 6 25 in 15 875 cm 4000074 0x0 5 25 in 13 335 cm 4000075 0x0 4 25 in 10 795 cm 4000076 510 5 in 12 7 cm 4000076 510 6 25 in 15 875 cm 4000078 x10 5 6 in 14 224 cm 4000079 510 6 25 in 15 875 cm 4000085 x10 4 6 in 11 684 cm 4000086 510 5 25 in 13 335 cm 4000089 025 1 75 in 4 445 cm 4000090 025 2 125 in 5 3975 cm 4000091 0xx 2 1...

Page 397: ...3 97 cm 4000117 110 5 6 in 14 224 cm 4000118 510 5 5 in 13 97 cm 4000120 510 6 in 15 24 cm 4000121 010 5 5 in 13 97 cm 4000122 x10 5 6 in 14 224 cm 4000123 310 5 6 in 14 224 cm 4000126 110 5 6 in 14 224 cm 4000127 510 5 5 in 13 97 cm 4000128 510 5 5 in 13 97 cm 4000129 510 5 5 in 13 97 cm 4000139 010 7 4 in 18 796 cm 4000140 x10 6 6 in 16 764 cm 4000141 x10 6 6 in 16 764 cm 4000142 x10 8 1 in 20 5...

Page 398: ...cm 4000163 xxx 6 25 in 15 875 cm 4000164 xxx 6 25 in 15 875 cm 4000165 xxx 5 6 in 14 224 cm 4000166 xxx 5 6 in 14 224 cm 4000172 3xx 5 in 12 7 cm 4000173 3xx 4 in 10 16 cm 4000174 3xx 4 in 10 16 cm 4000182 5xx 6 25 in 15 875 cm 4000183 5xx 5 in 12 7 cm 4000184 5xx 5 5 in 13 97 cm 4000185 3xx 5 in 12 7 cm 4000186 3xx 5 in 12 7 cm 4100002 001 3 5 in 8 89 cm 4100005 xx0 2 in 5 08 cm Table 222 Minimum...

Page 399: ...Field Terminations Guide for Tricon v9 v10 Systems I Low Density Chassis I O Module Compatibility Overview 388 Module Upgrades 388 ETP Upgrades for Compatibility with I O Modules 389 ...

Page 400: ... panels Upgrade ETP kits are available that include ETPs cables and new chassis interface modules Note Some existing ETPs used in low density systems are compatible with Model 3720 3721 and 3625 I O Modules The existing ETP models that are compatible with these I O modules are identified in this appendix Module Upgrades This table lists existing I O modules and identifies the newer I O modules tha...

Page 401: ...ity with Model 3720 3721 and 3625 I O Modules in low density Tricon systems that have been upgraded to v10 2 x or later Also Existing ETP models that are already compatible with these I O modules are identified Topics include 3700 and 3700A AI Module ETP Upgrade on page 390 3704E AI Module ETP Upgrade on page 391 3604E DO Module ETP Upgrade on page 392 3614E DO Module ETP Upgrade on page 394 3615E...

Page 402: ...points use the 2750 2L Current input 0 5 VDC 32 pts 2750 2L 2 x 4000184 510 cable 1 x 3000280 500 interface module 1 x 3000142 220 ETP 2750 82 2 This ETP does not require an upgrade kit for compatibility with Model 3721 AI Modules in low density systems however if you want to add additional AI points use the 2750 8L Voltage input 0 5 VDC 32 pts 2750 8L 2 x 4000184 510 cable 1 x 3000280 500 interfa...

Page 403: ...s RETMA Rail ETP Model Upgrade RETMA Rail ETP Kit Model Upgrade ETP Kit Includes 2760 21 Current input 0 5 VDC 64 pts n a n a 2760 81 Voltage input 0 5 VDC 64 pts 1 This ETP does not require a new kit for compatibility with Model 3720 AI Modules in low density systems n a n a Table 227 3704E AI Module Upgrade to 3720 with DIN Rail ETP Kits DIN Rail ETP Model DIN Rail ETP Description Upgrade DIN Ra...

Page 404: ...Includes 2652 1 24 VDC non commoned 16 pts 2652 110L 2 x 4000172 310 cable 1 x 3000280 300 interface module 1 x 3000120 310 ETP 2652 6 24 VDC 1x8 commoned 16 pts 2652 610L 2 x 4000172 310 cable 1 x 3000280 300 interface module 1 x 3000120 360 ETP 2652 8 24 VDC redundant 16 pts 2652 810L 2 x 4000172 310 cable 1 x 3000280 300 interface module 1 x 3000120 380 ETP 2661 1 24 VDC external relay 16 pts 2...

Page 405: ...grade ETP Kit Includes 9662 110 24 VDC non commoned fused 16 pts 9662 110L 2 x 4000185 310 cable 1 x 3000280 300 interface module 1 x 3000570 310 ETP 9662 610 24 VDC commoned 16 pts 9662 610L 2 x 4000185 310 cable 1 x 3000280 300 interface module 1 x 3000520 390 ETP 9662 810 24 VDC commoned fused 16 pts 9662 810L 2 x 4000185 310 cable 1 x 3000280 300 interface module 1 x 3000520 380 ETP 9653 610 2...

Page 406: ... cable 1 x 3000280 300 interface module 2 x 3000120 350 ETP Use this kit if you have two eight point ETPs 2652 510L3 2 x 4000174 310 cable 1 x 3000280 300 interface module 3 x 3000120 350 ETP Use this kit if you have one eight point ETP 2652 510L4 2 x 4000174 310 cable 1 x 3000280 300 interface module 4 x 3000120 350 ETP Use this kit if you have no eight point ETPs 2652 9 24 VDC redundant 8 pts 26...

Page 407: ... 3614E DO Module Upgrade to 3625 with DIN Rail ETP Kits DIN Rail ETP Model DIN Rail ETP Description Upgrade DIN Rail ETP Kit Model Upgrade ETP Kit Includes Comments 9662 910 24 VDC commoned fused 8 pts 9662 910L0 2 x 4000173 310 cable 1 x 3000280 300 interface module Use this kit if you have four eight point ETPs 9662 910L1 2 x 4000173 310 cable 1 x 3000280 300 interface module 1 x 3000550 380 ETP...

Page 408: ...10 cable 1 x 3000280 300 interface module 2 x 3000120 355 ETP Use this kit if you have two eight point ETPs 2652 55L3 2 x 4000174 310 cable 1 x 3000280 300 interface module 3 x 3000120 355 ETP Use this kit if you have one eight point ETP 2652 55L4 2 x 4000174 310 cable 1 x 3000280 300 interface module 4 x 3000120 355 ETP Use this kit if you have no eight point ETPs 2652 95 24 VDC redundant 8 pts 2...

Page 409: ...E DO Module Upgrade to 3625 with DIN Rail ETP Kits DIN Rail ETP Model DIN Rail ETP Description Upgrade DIN Rail ETP Kit Model Upgrade ETP Kit Includes Comments 9662 710 24 VDC commoned low power fused 8 pts 9662 710L0 2 x 4000173 310 cable 1 x 3000280 300 interface module Use this kit if you have four eight point ETPs 9662 710L1 2 x 4000173 310 cable 1 x 3000280 300 interface module 1 x 3000550 39...

Page 410: ... of the points on the module which is recommended you may wish to purchase additional ETPs separately Note A load must be installed at every point to prevent missing load alarm If a field load is not available configure each unused point as non supervised and install a 470 ohm 10 W load resistor Table 234 3624 DO Module Upgrade to 3625 with DIN Rail ETP Kits DIN Rail ETP Model DIN Rail ETP Descrip...

Page 411: ...ng information Table 235 V8 ETAs Compatible with v9 v10 Systems V8 Termination Model Description Compatible v9 v10 I O Module Compatible v9 v10 Interface Cable V8 Termination Panel ETA Digital Input 2551 1 Digital Input 115 VAC VDC Non commoned 3501E T 4000104 1xx 2 required per ETA 3000110 110 2551 6 Digital Input 115 VAC VDC Commoned 3501E T 4000104 1xx 2 required per ETA 3000110 160 2551 8 Digi...

Page 412: ...rted Not supported Digital Output 2651 1 Digital Output 115 VAC Non commoned 3601E T 4000115 1xx 3000120 110 2651 6 Digital Output 115 VAC Commoned 3601E T 4000115 1xx 3000120 160 2652 1 Digital Output 24 VDC Non commoned 3604E 4000115 3xx 3000120 310 2652 6 Digital Output 24 VDC Commoned 3604E 4000115 3xx 3000120 360 2652 8 Digital Output 24 VDC Commoned Redundant 3604E 4000115 3xx 3000120 380 26...

Page 413: ... Supervised Digital Output All versions 3611E 3613E 3614E 3617E Not supported Not supported Relay Output 2658 1 Relay Output Non commoned 3636R 4000117 1xx 2 required per ETA 3000250 010 2658 6 Relay Output Commoned 3636R 4000117 1xx 2 required per ETA 3000250 060 2658 8 Relay Output Commoned Redundant 3636R 4000117 1xx 2 required per ETA 3000250 080 Analog Input 2750 2 AI 0 20 ma 5 V 3700 3700A 4...

Page 414: ...3E 4000118 5xx 3000142 380 2760 2 Analog Input 0 20 mA 5 V 3704E 4000093 5xx 2 required per ETA 3000352 120 2760 8 Analog Input 0 5 0 10 VDC 3704E 4000093 5xx 2 required per ETA 3000352 180 2756 2 upscale 2756 5 downscale Non Isolated Thermocouple Input 3706A 4000118 5xx 2 required per ETA 3000142 900 2755 6 Isolated Thermocouple Input 3708E 4000118 5xx 3000142 600 Analog Output 2852 1 Analog Outp...

Page 415: ...Field Terminations Guide for Tricon v9 v10 Systems K Warning Labels Overview 404 General Hazard 405 Hazardous Voltage 406 Hot Surface 407 ...

Page 416: ...et with a general hazard warning label attached prominently Hazardous Voltage For installations with voltages greater than 30 Vrms 425 V peak or 36 VDC the controller and associated equipment must be installed in a locked cabinet with a hazardous voltage warning label attached prominently Hot Surface For installations with ambient temperatures exceeding 94 F 35 C the controller and associated equi...

Page 417: ...nly Black border 0 06 x base width Safety alert symbol Black triangle orange exclamation point Sans serif font a Signal word ll capital letters minimum letter height 1 5 x message panel text height Black letters on white background Sans serif font Upper or lower case 2 54 mm high 0 10 inch Optional black border White background Base width minimum 30 mm 1 2 inch Yellow background WARNING Signal wor...

Page 418: ...estricted to trained personnel only Black border 0 06 x base width Safety alert symbol Black triangle orange exclamation point Sans serif font a Signal word ll capital letters minimum letter height 1 5 x message panel text height Black letters on white background Sans serif font Upper or lower case 2 54 mm high 0 10 inch Optional black border White background Base width minimum 30 mm 1 2 inch Yell...

Page 419: ...exclamation point Sans serif font a Signal word ll capital letters minimum letter height 1 5 x message panel text height Black letters on white background Sans serif font Upper or lower case 2 54 mm high 0 10 inch Optional black border White background Base width minimum 30 mm 1 2 inch Yellow background WARNING HOT SURFACE Contact may cause burns Service restricted to trained personnel only Signal...

Page 420: ...408 Appendix K Warning Labels Field Terminations Guide for Tricon v9 v10 Systems ...

Reviews:

No comments