GE Multilin 3 Series Manual Download

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Multilin

3 Series Retrofits

from M & MII Family, 239, 735/737, MLJ, & TOV relays

LISTED

Retrofit Guide

3 Series version: 2.3x

GE publication code: 1601-0380-A2 (GEK-130924A)

*1601-0380-A2*

Grid Solutions

Summary of Contents for Multilin 3 Series

Page 1: ...MultilinTM 3 Series Retrofits from M MII Family 239 735 737 MLJ TOV relays LISTED Retrofit Guide 3 Series version 2 3x GE publication code 1601 0380 A2 GEK 130924A 1601 0380 A2 GE Grid Solutions ...

Page 2: ...ut notice Part numbers contained in this manual are subject to change without notice and should therefore be verified by GE Multilin Inc before ordering Part number 1601 0380 A2 September 2017 For further assistance For product support contact the information and call center as follows GE Grid Solutions 650 Markland Street Markham Ontario Canada L6C 0M1 Worldwide telephone 1 905 927 7070 Europe Mi...

Page 3: ...d in a manner not specified by the manufacturer or functions abnormally proceed with caution Otherwise the protection provided by the equipment may be impaired and can result in impaired operation and injury Note Hazardous voltages can cause shock burns or death Note Installation service personnel must be familiar with general device test practices electrical awareness and safety precautions must ...

Page 4: ...er supply and at the device connection to current transformers voltage transformers control and test circuit terminals Make sure all sources of such voltages are isolated prior to attempting work on the device Hazardous voltages can exist when opening the secondary circuits of live current transformers Make sure that current transformer secondary circuits are shorted out before making or removing ...

Page 5: ...FILES 24 CONVERTING A SAVED MIF II OR MIV II SETPOINT FILE 25 CONVERSION REPORT 27 LOADING SETPOINTS FROM A FILE 28 CONVERTING MIN II 67IG1 TO 350 32N 29 3 INSTALLING THE 3 SERIES RELAY 3 SERIES DIMENSIONS AND MOUNTING 34 M AND MII FAMILY RELAYS 36 239 DIMENSIONS 43 735 737 DIMENSIONS AND 350 RETROFIT MOUNT 44 MLJ AND TOV DIMENSIONS AND MOUNTING 46 P40 AGILE DIMENSIONS 49 4 ELECTRICAL INSTALLATION...

Page 6: ...3 SERIES RETROFIT INSTRUCTION MANUAL vi ...

Page 7: ...ormation allowing users to troubleshoot and minimize downtime 3 Series relays streamline work flow processes and simplify engineering tasks such as configuration wiring testing commissioning and maintenance The MultilinTM 3 Series Retrofit Instruction Manual offers a solution to upgrade previously installed Multilin relays providing detailed order code equivalencies mechanical details and wiring d...

Page 8: ...der code 2 Convert the existing settings file if applicable MIF II and MIV II file conversion is currently supported for most models see Chapter 2 Converting Settings Files 3 Install the new 3 Series Retrofit see Chapter 3 Installing the 3 Series Relay 4 Wire the new 3 Series Retrofit see Chapter 4 Electrical Installation 3 Series relays have an IP54 rating superior to that of the MII Family relay...

Page 9: ...P 2 50N 2 50_2 50G SG 2 TOC 51P 51N 51_2 51G SG Other protection 67G SG 32N VTFF 27_1 27X 59X 67P 67N 46BC 32 27P 59P 59_2 59N 81U 2 81O 2 Arc Flash Autoreclose 79 Cold Load Pickup CLP Breaker Failure 50BF Other control 60CTS 86 25 Monitoring Metering Breaker Health Event Recording Breaker Health Event Recording Breaker Health Event Recording Oscillography 8 samples cycle maximum length 24 cycles ...

Page 10: ...0C 0 Basic Model 1 Option 1 Configurable I O Event Recording and Oscillography 2 Option 2 Option 1 and Cold Load Pickup Breaker Failure Protection Breaker Health and Configurable Logic MIFIIPA11E 0 0HI00 0 Basic Model 1 Option 1 Event Recording Oscillography Configurable I O and LEDs 2 Option 2 Option 1 and Cold Load Pickup Breaker Failure Protection Breaker Health Configurable Logic and Circuit B...

Page 11: ...ion 25 1 VTFF 1 24 1 Volt Hz Oscillography 8 samples cycle maximum length 24 cycles MIV 1000 3000 8 samples cycle maximum length 24 cycles MIV 2000 2 samples per cycle maximum length 432 cycles up to 32 samples per cycle user selectable maximum length 192 cycles Communication s Serial RS232 RS485 protocols Modbus RTU Serial RS232 RS485 protocols Modbus RTU USB Serial RS485 protocols Modbus RTU DNP...

Page 12: ...on 350E PXGX HE N N V SNNN V Voltage Metering 27P 4 27X 1 27P_1 1 59P 4 59N 4 59X 1 59_2 2 81O 4 81U 4 25 1 VTFF 1 Voltage Range MIV10 0 0E000F00C 0 10 250 V Setting Range 1 2 60 V Setting Range MIVII10 1 0E00HI00 0 10 250 V Setting Range 1 2 60 V Setting Range All 350 models with the VT module Primary VT range 0 15 to 550kV VT Secondary range 50 to 220V Language All MIV relays come with English s...

Page 13: ... when Restricted Ground Fault protection is required the 345 relay with 87G can be used a P40 Agile P14D relay or 850 Feeder Protection System can also be used Installed Relay MIG II Generator Protection System MIG Machine Protection Relay Retrofit Relay 350 Feeder Protection System 345 Transformer Protection System 339 Motor Protection System 850 Feeder Protection System or P40 Agile P14D Relay F...

Page 14: ...ic 10 LEDs non programmable LEDs 12 LEDs programmable LEDs 10 inputs 7 outputs 2 Form A 5 Form C Configurable I O Configurable Logic 10 LEDs non programmable LEDs 12 LEDs programmable LEDs 1 For additional features refer to the 350 Instruction Manual 2 For additional features refer to the 345 Instruction Manual Feature MIG MIG II P 3501 3452 Feature MIG order code options MIG II P order code optio...

Page 15: ... 50G TOC 51G 51N 51P Undercurrent 37 66 Current Unbalance 46 Acceleration Time 48 Thermal Protection 49 IOC 50G SG 1 50L 50N 1 50P 1 TOC 51N 1 51P 1 51R Undercurrent 37 66 Other Protection 86 50BF Metering Monitoring Metering Event Recording Metering Event Recording Oscillography 8 samples cycle maximum length 24 cycles 8 samples cycle maximum length 24 cycles up to 32 samples per cycle user selec...

Page 16: ...E00HI00 A ANSI Curves I IEC Curves All 339 relays come with ANSI IEC and IAC curves standard Phase CT Range MIGPA 1 1E000F00C 1 Phase CT 1 A 0 1 2 4 A 5 Phase CT 5 A 0 5 12 A MIGIIQA 1 1E00HI00 1 Phase CT 1 A 0 1 2 4 A 5 Phase CT 5 A 0 5 12 A 339E P0 G0HESNNSNNN P0 user selectable 1 5 A three phase current inputs 0 02 20 CT Ground CT Range MIGPA1 1 E000F00C 1 Ground CT In 1 A 0 1 2 4 A 5 Ground CT...

Page 17: ... Breaker Health Event Recording Oscillography 8 samples cycle maximum length 24 cycles 8 samples cycle maximum length 24 cycles up to 32 samples per cycle user selectable maximum length 192 cycles Communications Serial RS232 RS485 protocols Modbus RTU Serial RS232 RS485 protocols Modbus RTU USB Serial RS485 protocols Modbus RTU DNP 3 0 IEC 60870 5 103 Ethernet protocols Modbus TCP IP DNP 3 0 IEC 6...

Page 18: ... CT In 1 A or 5 A 10 240 of CT rating S2 Isolated ground3 and Peterson coil 350EP0 G0 HEENRSNNN G0 user selectable 1 5 A Ground current input 0 02 20 CT S0 user selectable 1 5 A Sensitive Ground current input 0 002 3 CT Power Supply MINNA0E000 H 00C H 110 250 VDC Range 88 300 VDC 110 230 VAC Range 88 264 VAC F 24 48 VDC Range 19 58 VDC MINIINA0EE00 HI 00 HI 110 250 VDC Range 88 300 VDC 110 230 VAC...

Page 19: ...IO and LEDs Configurable Logic Metering Breaker Health Event Recording Programmable Logic Elements Oscillography 8 samples cycle maximum length 24 cycles 8 samples cycle maximum length 24 cycles up to 32 samples per cycle user selectable maximum length 192 cycles Communications Serial RS232 RS485 protocols Modbus RTU Serial RS232 RS485 protocols Modbus RTU USB Serial RS485 protocols Modbus RTU DNP...

Page 20: ...I order code options 350 order code options Function n a MIWII 1 000E00HI00 11 3x Directional Power 1x Loss of Field 1x Fuse Failure 2 4x Directional Power 350EP0G0HEEN W SNNN W Advanced Protection 27P 2 27X 1 27P_1 1 59P 2 59N 1 59X 1 59_2 1 81O 2 81U 2 67P 1 67N 1 67G SG 1 VTFF 1 25 1 60CTS 32 2 Power Supply MIW1000E000 F 00C H 110 250 VDC Range 88 300 VDC 110 230 VAC Range 88 264 VAC F 24 48 VD...

Page 21: ...cal jam 39 Current unbalance 46 Stator winding overtemperature 49 Phase short circuit 50 Timed overload 51 Ground fault instantaneous or definite time 50G 50N Alarm relay 74 Lockout and trip relay 86 94 Undercurrent 37 Current Unbalance 46 Acceleration Time 48 Thermal Protection 49 IOC 50G SG 1 50L 50N 1 50P 1 TOC 51N 1 51P 1 51R Other Protection 66 86 50BF Monitoring Metering Metering Event Recor...

Page 22: ... 1 50G SG 1 50N 1 50L 51R 66 86 51N 1 51P 1 50BF Phase CT Range 239 standard phase CT Input 1 A and 5 A secondary Range 0 1 to 11 x phase CT primary 339E P0 G0HESNNSNNH P0 user selectable 1 5 A three phase current inputs 0 02 20 CT Ground CT Range 239 standard ground CT input 5 A secondary and 50 0 025 Range 0 03 to 1 4 x CT primary 5 A CT 0 05 to 16 0 A 50 0 025 CT 339EP0 G0 HESNNSNNH G0 user sel...

Page 23: ...rrent Metering shown in Metering Breaker Health Event Recording Programmable Logic Elements Communications RS485 2 wire communications or RS422 4 wire communications USB Serial RS485 protocols Modbus RTU DNP 3 0 IEC 60870 5 103 Ethernet protocols Modbus TCP IP DNP 3 0 IEC 60870 5 104 IEC 61850 GOOSE IEC 61850 OPC UA Hardware 8 LED trip indicators 4 LED status indicators 3 standard outputs 737 has ...

Page 24: ... additional output relays 350EP0G0HE E NNSNDN E Extended configuration User selectable 49 50P 2 50G SG 2 50N 2 51P 1 51G SG 1 51N 1 Phase CT Range 735 5 5HI485 1 1 A Phase CT Secondaries 5 5 A Phase CT Secondaries 350E P0 G0HEENNSNDN P0 P0 user selectable 1 5 A three phase current inputs Ground CT Range 7355 5 HI485 1 1 A Ground CT Secondaries 5 5 A Ground CT Secondaries 350EP0 G0 HEENNSNDN G0 use...

Page 25: ...ion Control UV 27 Synchrocheck 25 UV 27 OV 59 UV 27P 4 27X 1 27P_1 1 OV 59P 4 59N 4 59X 1 59_2 2 Underfrequency 81U 4 Overfrequency 81O 4 Synchrocheck 25 1 Voltage Fuse Failure VTFF 1 Communications Serial RS232 RS485 fiber protocols GEPCE USB Serial RS485 protocols Modbus RTU DNP 3 0 IEC 60870 5 103 Ethernet protocols Modbus TCP IP DNP 3 0 IEC 60870 5 104 IEC 61850 GOOSE IEC 61850 OPC UA Hardware...

Page 26: ...ome with 3 phase and ground standard Function n a TOV4013 I 030F00C I Undervoltage M Overvoltage 350E PXGX HE N N V SNNN V Voltage Metering 27P 4 27X 1 27P_1 1 59P 4 59N 4 59X 1 59_2 2 81O 4 81U 4 25 1 VTFF 1 Protocol MLJ100 5 B010F00C 5 RS485 communications 6 RS485 RS232 plastic fiber optics communications 7 RS485 RS232 glass fiber optics communications n a 350EPXGXHENENV SN NN SN Standard Front ...

Page 27: ...hown on the relay display from the Information menu and can be found in the Enervista MII Setup software under File Properties MII Family MIF II MIG II MIN II MIV II MIW II and MIB relay order codes are in the format MIFIIPA11E00HI00 To find the order code for your existing MII relay check the label on the side of the relay The model listed on the label is the complete order code The order code is...

Page 28: ...22 3 SERIES RETROFIT INSTRUCTION MANUAL FINDING YOUR M AND MII FAMILY RELAY ORDER CODE CHAPTER 1 OVERVIEW ...

Page 29: ... file All converted settings and new settings set to default values must be carefully reviewed before the file is uploaded to the new 3 Series relay NOTE Note Settings file conversion is currently available for converting most MIF II and MIV II relay settings files to EnerVista 3 Series Setup software version 2 3x files Table 2 1 File conversion support for 3 Series release 2 3x MII models FW vers...

Page 30: ...lder file versions must be converted to the latest version using the latest EnerVista MII Setup software To download the latest MII setup software see http www gegridsolutions com Ensure that the site and corresponding device s have been properly defined and configured Refer to the MIF II Instruction Manual for more information on the Enervista MII Setup software 2 Obtain settings information from...

Page 31: ...tpoint files from EnerVista MII Setup version 2 70 and firmware versions listed at the beginning of this chapter are supported for conversion 1 Install and start the latest version of the EnerVista 3 SeriesSetup software available from the GE EnerVista CD or Website See the 350 Feeder Protection Instruction Manual for more information 2 Select Offline New Settings File from the top menu bar The fo...

Page 32: ...o replace an existing file All 3 Series setpoint files should have the extension sr3 for example 350 1 sr3 NOTE Notehe one that is added in File names for setting files cannot have a decimal point other than the one that is added in front of sr3 7 Click the box beside Initialize Settings from MIF II or MIV II Settings File 8 To select an existing MIIF II or MIV II file click the button beside the ...

Page 33: ...The report is found under Device Definition in the Offline pane of the EnerVista 3 Series Setup Setup software The Conversion Report can be printed using the File Print command in the EnerVista taskbar or can be printed from the GUI print button NOTE Note All Conversion Reports are removed when the converted file is edited in the EnerVista 3 Series Setup software Save the conversion report promptl...

Page 34: ...ersion report window to navigate to the corresponding settings window to review converted settings 2 4 Loading setpoints from a file Once the converted settings file has been thoroughly reviewed it can be uploaded to the 3 Series Relay An error message occurs when attempting to upload a setpoint file with a revision number that does not match the relay firmware If the firmware has been upgraded si...

Page 35: ... detection of an overvoltage condition Figure 2 1 MIN II functional block diagram option S This same protection can be provided by the 350 relay using the Wattmetric Ground Fault 32N element The Wattmetric ground fault element also called the Wattmetric Zero sequence Directional element responds to power derived from zero sequence voltage and zero sequence current in a direction specified by the e...

Page 36: ...lculated In 67IG1 Current Low 0 01 A WGN 1 Current PKP 0 01 x CT convert 0 01 A to x CTn for example if CTn 1 As the new setting is 0 01 xCT WGN 1 Power PKP 0 003 xCTxVT enter in x CTxVT as explained below WGN 1 Ref Power PKP 0 500 xCTxVT Applicable only if Curve is selected under WGN 1 Curve 67IG1 Direction Forward WGN 1 ECA 90 setting the ECA angle to 90 deg provides for FORWARD direction positi...

Page 37: ... Vh Il and Vl Ih points as indicate din the figure below Express the result in x CTxVT This will be the setting for WGN 1 Power PKP Example matching screenshots above Voltage average 0 1 0 3 2 0 2 xVT Current average 0 025 0 01 2 0 0175 xCT Compute average power 0 2 xVT 0 0175 xCT 0 0035 x CTxVT Since the relay allows only three decimal places select 0 003 xVTxCT as the more sensitive setting If a...

Page 38: ...32 3 SERIES RETROFIT INSTRUCTION MANUAL CONVERTING MIN II 67IG1 TO 350 32N CHAPTER 2 CONVERTING SETTINGS FILES ...

Page 39: ...ON MANUAL 33 3 Series Retrofit Chapter 3 Installing the 3 Series Relay GE Grid Solutions Installingthe3SeriesRelay This chapter describes the mechanical installation of the 3 Series Retrofit for various installed Multilin relays ...

Page 40: ...ys 350 345 and 339 have the same dimensions with small differences between the drawout and non drawout models Figure 3 1 3 Series Dimensions Drawout Non drawout in mm in mm H 7 93 201 5 7 98 202 7 W 6 62 168 2 6 23 158 2 D 9 62 244 2 9 35 237 5 W1 3 96 100 6 3 96 100 6 D1 7 89 200 4 7 88 200 2 D2 1 73 43 8 1 47 37 3 D3 1 087 27 6 0 755 19 17 H1 6 82 173 2 6 82 173 2 ...

Page 41: ... available in two widths as accessories 18L0 0076 3 Series depth reducing collar 1 375 34 92 mm 18L0 0075 3 Series depth reducing collar 3 00 76 20 mm Straight terminal block connectors are available for the non drawout NDO 3 Series relays providing screws parallel to the wires for easier access when space is limited 3S NDO STCONKIT 3 Series NDO straight terminal block kit 5 350 0 010 135 9 mm 0 2...

Page 42: ...s relays The small difference in size of the panel cutout 6 mm does not affect the relay mount M4 Din9021 zinc plated washers must be used to compensate for the slightly wider screw holes in the MII M cutout panel Four screws 8 32 x 3 8 must be used to secure the 3 Series relay from the back instead of the front as for the MII M relays NOTE Note Using four mounting screws instead of eight does not...

Page 43: ...G MIN and MIW like the MII Family have a slightly larger cutout panel than the 3 Series relays and uses four mounting screws from the front to secure the relay The MIV relay has a smaller cutout panel than the 3 Series relays NOTE Note Replacing an MIV relay with a 3 Series relay requires panel modification Figure 3 3 M Family MIF MIG MIN MIW MIV note MIV is smaller ...

Page 44: ... 3 SERIES RELAY 3 2 2 MII Family of relays The MII Family of relays MIF II MIG II MIN II MIW II and MIB has a slightly larger cutout panel than the 3 Series relays and uses four mounting screws from the front to secure the relay Figure 3 4 MII Family MIF II MIG II MIN II MIV II MIW II MIB ...

Page 45: ... not included to install a 3 Series relay in an existing MII or M cutout NOTE Note Ensure the MII settings file has been saved before disconnecting an installed MII relay The pictures show an MII relay however the same steps also apply to an M relay with the exception of the MIV unless otherwise noted 1 Disconnect power and unplug all wires from the installed MII or M unit 2 For an MII relay pull ...

Page 46: ...40 3 SERIES RETROFIT INSTRUCTION MANUAL M AND MII FAMILY RELAYS CHAPTER 3 INSTALLING THE 3 SERIES RELAY 4 Carefully remove the MII relay 5 Remove the mounting clips from the screw holes ...

Page 47: ...STALLING THE 3 SERIES RELAY M AND MII FAMILY RELAYS 3 SERIES RETROFIT INSTRUCTION MANUAL 41 6 Insert the 3 Series relay into the empty panel cutout 7 To complete the installation go around to the back of the panel ...

Page 48: ...shers not included with a torque of 18 in lb NOTE Note The M and MII screws cannot be reused for the 3 Series relay installation as they are a different size 9 Wire the 3 Series relay referring to the table provided in Chapter 4 Electrical Installation and to the complete product instruction manual if needed 10 Load the converted settings file if applicable as described in 2 4 Loading setpoints fr...

Page 49: ...9 relays do not have panel cutouts compatible with the 3 Series relays and require panel modification in order to retrofit with 3 Series relays Depth reducing collars are available for the 3 Series relays if space is limited Refer to section 3 1 3 Series dimensions and mounting for details Figure 3 5 239 dimensions and cutout ...

Page 50: ...it 3 Series relays 735 737 to 350 Retrofit Kit Part number 1819 0103 Contents Adapter Plate 1463 0012 Washer Lock 8 1430 0003 Machine Screws 8 1408 0015 Flat Washers 4 1430 0039 Screws with ext Lock Washers 4 1410 0112 The 350 unit is deeper than the 735 737 and may require a depth reducing collar if space is limited Existing 735 737 relays installed with a depth reducing collar may also need a re...

Page 51: ...s on the existing panel at the 10 32 nut locations as indicated on the adapter plate drawing above 3 Mount the adapter plate in the correct orientation front surface outside the surface with flush nuts is the front surface of the adapter plate Ensure that the mounting screws do not penetrate through the adapter plate front surface 4 Mount the 350 captive unit chassis using the adapter plate 5 Slid...

Page 52: ...ays do not have panel cutouts compatible with the 3 Series relays Both the large MLJ models with communications 1006 and 1007 shown below and the smaller MLJ and TOV models shown on the following pages require panel modification in order to retrofit with 3 Series relays Refer to section 3 1 3 Series dimensions and mounting for details Figure 3 8 MLJ 1006 and 1007 226B6086H2 ...

Page 53: ...CHAPTER 3 INSTALLING THE 3 SERIES RELAY MLJ AND TOV DIMENSIONS AND MOUNTING 3 SERIES RETROFIT INSTRUCTION MANUAL 47 Figure 3 9 MLJ 1000 and 1005 226B6086H1 ...

Page 54: ...48 3 SERIES RETROFIT INSTRUCTION MANUAL MLJ AND TOV DIMENSIONS AND MOUNTING CHAPTER 3 INSTALLING THE 3 SERIES RELAY Figure 3 10 TOV 226B6086H1 ...

Page 55: ...the preferred replacement option Dimensions of the two P40 Agile P14x case sizes are provided for reference For additional information refer to the P40 Technical Manual Figure 3 11 P40 Agile P14x 20TE case dimensions 99 0mm 159 0mm 168 0mm 78 0mm 8 holes 3 4mm 52 0mm 23 5mm 10 5mm 102 4mm 177 0mm 213 1mm 243 1mm A A A A B B B B A Clearance holes B Mounting holes E01403 ...

Page 56: ...IMENSIONS CHAPTER 3 INSTALLING THE 3 SERIES RELAY Figure 3 12 P40 Agile P14x 30TE case dimensions 151 0mm 159 0mm 168 0mm 129 5mm 10 75 8 holes 3 4mm 23 7mm 103 6mm 154 2mm 177 0mm 213 1mm 242 7mm A A A A B B B B A Clearance hole B Mounting hole E01404 ...

Page 57: ... wiring diagram translations for MIV II MIF II and 350 relays NOTE NoteNote 3 Series relays have DC digital inputs while MII Family relays have both AC and DC options For other relays and for complete wiring diagrams for the relays included in this chapter refer to the appropriate product Instruction Manuals available on our website www gegridsolutions com multilin ...

Page 58: ...PHASE C CT A1 TRIP N O B4 INPUT 4 C4 RS485 D8 GND CT E8 GND CT A2 TRIP COM B5 INPUT 5 C5 RS485 COM D9 PHASE A VT E9 PHASE A VT A3 TRIP OPTV B6 INPUT 6 C6 CHASSIS GND D10 PHASE B VT E10 PHASE B VT A4 CLOSE N O B7 INPUT 7 C7 RESERVED D11 PHASE C VT E11 PHASE C VT A5 CLOSE COM B8 INPUT 8 C8 RESERVED D12 AUX VT E12 AUX VT A6 CLOSE OPTV B9 INPUT 9 A7 AUX 3 N C B10 INPUT 10 A8 AUX 3 COM B11 INPUT COM A9...

Page 59: ... N O B12 CHASSIS GND A10 AUX 4 N C A11 AUX 4 COM A12 AUX 4 N O A13 AUX 5 N C A14 AUX 5 COM A15 AUX 5 N O A16 AUX 6 N C A17 AUX 6 COM A18 AUX 6 N O A19 CRIT FAIL N C A20 CRIT FAIL COM A21 CRIT FAIL N O INPUT 1 INPUT 2 INPUT 3 INPUT 4 INPUT 5 INPUT 6 INPUT 7 INPUT 8 INPUT 9 INPUT 10 INPUT COM CHASSIS GND 1 2 3 4 5 6 7 8 9 10 11 12 W1 PHASE A CT W1 PHASE B CT W1 PHASE C CT W1 GND CT W2 PHASE A CT W2 ...

Page 60: ... 10 A8 Start Inhibit COM B11 INPUT COM A9 Start Inhibit N O B12 CHASSIS GND A10 AUX 4 N C A11 AUX 4 COM A12 AUX 4 N O A13 AUX 5 N C A14 AUX 5 COM A15 AUX 5 N O A16 AUX 6 N C A17 AUX 6 COM A18 AUX 6 N O A19 CRIT FAIL N C A20 CRIT FAIL COM A21 CRIT FAIL N O INPUT 1 INPUT 2 INPUT 3 INPUT 4 INPUT 5 INPUT 6 INPUT 7 INPUT 8 INPUT 9 INPUT 10 INPUT COM CHASSIS GND 1 2 3 4 5 6 7 8 9 10 11 12 PHASE A CT PHA...

Page 61: ...10 A8 Start Inhibit COM B11 INPUT COM A9 Start Inhibit N O B12 CHASSIS GND A10 Trip N C A11 Trip COM A12 Trip N O A13 AUX 5 N C A14 AUX 5 COM A15 AUX 5 N O A16 AUX 6 N C A17 AUX 6 COM A18 AUX 6 N O A19 CRIT FAIL N C A20 CRIT FAIL COM A21 CRIT FAIL N O INPUT 1 INPUT 2 INPUT 3 INPUT 4 INPUT 5 INPUT 6 INPUT 7 INPUT 8 INPUT 9 INPUT 10 INPUT COM CHASSIS GND 1 2 3 4 5 6 7 8 9 10 11 12 PHASE A CT PHASE B...

Page 62: ...F II Terminal Blocks A1 L B1 C1 IA D1 IA A2 N B2 C2 N D2 N A3 B3 C3 IB D3 IB A4 B4 C4 N D4 N A5 TRIP B5 C5 IC D5 IC A6 TRIP B6 C6 N D6 N A7 COM DO B7 OUT1 DO C7 IG D7 IG A8 CC1 DI B8 OUT2 DO C8 N D8 N A9 CC2 DI B9 OUT3 DO C9 D9 A10 COM DI B10 OUT4 DO C10 D10 A11 B11 RS485 GND C11 D11 A12 RS485 SDB B12 RS485 SDA C12 D12 ...

Page 63: ... MANUAL 57 4 5 MIV II Wiring Table 4 6 MIV II Terminal Blocks A1 L B1 VI A2 N B2 N A3 VIII B3 VII A4 N B4 N A5 TRIP B5 READY CO A6 TRIP B6 READY CO A7 COM DO B7 OUT1 DO A8 CC1 DI B8 OUT2 DO A9 CC2 DI B9 OUT3 DO A10 COM DI B10 OUT4 DO A11 B11 RS485 GND A12 RS485 SDB B12 RS485 SDA ...

Page 64: ... 8 9 10 11 12 13 14 15 16 17 18 19 20 21 PS Power Supply Power Supply Chssis GND NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA A TRIP N O TRIP COM TRIP OPTV CLOS E N O CLOSE COM CLOSE OPTV AUX 3 N C AUX 3 COM AUX 3 N O AUX 4 N C AUX 4 COM AUX 4 N O AUX 5 N C AUX 5 COM AUX5 N O AUX6 N C AUX6 COM AUX6 N O CRIT FAIL N C CRIT FAIL COM CRIT FAIL N O B INPUT 1 INPUT 2 INPUT 3 INPUT 4 INPUT 5 INP...

Page 65: ...16 17 18 19 20 21 Table 4 10 350 to MIF II Terminal Block Mapping 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 Table 4 11 350 to MIV II Terminal Block Mapping 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 PS A1 A2 GND NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA A A5 A6 B7 A7 B7 B8 A7 B8 B9 A7 B9 B10 A7 B10 B6 A7 B5 B A8 A9 NA NA NA NA NA NA NA NA NA C B12 A12 B11 NA NA N...

Page 66: ... 4 N C B8 B8 A10 Contact Output AUX 4 COM A7 A7 A11 Contact Output AUX 4 N O B8 B8 A12 Contact Output AUX 5 N C B9 B9 A13 Contact Output AUX 5 COM A7 A7 A14 Contact Output AUX 5 N O B9 B9 A15 Contact Output AUX 6 N C B10 B10 A16 Contact Output AUX 6 COM A7 A7 A17 Contact Output AUX 6 N O B10 B10 A18 Contact Output CRIT FAIL N C B6 B6 A19 Contact Output CRIT FAIL COM A7 A7 A20 Contact Output CRIT F...

Page 67: ... In7 NA NA B7 Contact Input In8 NA NA B8 Contact Input In9 NA NA B9 Contact Input In10 NA NA B10 Contact Input Common A10 A10 B11 Contact Input Chassis NA NA B12 Table 4 17 Communications Type Function MIF II MIV II 350 IRIG B NA NA C1 IRIG B NA NA C2 RS485 B12 B12 C3 RS485 A12 A12 C4 RS485 COM B11 B11 C5 Comms CHASSIS GND C6 Spare terminal N A C7 Spare terminal N A C8 Table 4 16 I O Contact Input...

Page 68: ...sw 11 Ground CT 50 0 025 23 Trip NO 46 Option 1 sw 12 Ground CT COM 24 Trip COM 47 Option 2 sw 25 Trip NC 48 RTD shield 26 Alarm NO 49 RTD1 hot 27 Alarm COM 50 RTD1 comp 28 Alarm NC 51 RTD1 ret 29 Auxiliary NO 52 RTD2 hot 30 Auxiliary COM 53 RTD2 comp 31 Auxiliary NC 54 RTD2 ret 32 Service NO 55 RTD3 hot 33 Service COM 56 RTD3 comp 34 Service NC 57 RTD3 ret 35 V1 polarizing Mod 509 only 58 Vcom po...

Page 69: ...Chassis Ground GND Stud 14 Filter ground Chassis Ground 15 RS485 A C3 16 RS485 B C4 17 RS485 ground C5 18 Analog out Not Applicable 19 Analog out Not Applicable 20 Analog out shield Not Applicable 21 Thermistor in Not Applicable 22 Thermistor com Not Applicable 23 Trip NO A1 24 Trip COM A2 25 Trip NC May Use Aux 4 Contact 26 Alarm NO A12 27 Alarm COM A11 28 Alarm NC A10 29 Auxiliary NO A15 30 Auxi...

Page 70: ...rrent or voltage or both 43 Access sw Programmable from B1 to B10 44 Restart sw Programmable from B1 to B10 45 Reset sw Programmable from B1 to B10 46 Option 1 sw Programmable from B1 to B10 47 Option 2 sw Programmable from B1 to B10 48 RTD shield A11 49 RTD1 hot B8 50 RTD1 comp A8 51 RTD1 ret B11 52 RTD2 hot B9 53 RTD2 comp A9 54 RTD2 ret B11 55 RTD3 hot B10 56 RTD3 comp A10 57 RTD3 ret B11 58 Vc...

Page 71: ...ASE C INST NC PHASE B INST NC PHASE A INST NO PHASE A INST NC GROUND TIMED NC PHASE C TIMED NO PHASE C TIMED NC PHASE TIMED NC PHASE A TIMED NO PHASE A TIMED NC COM TIMED PHASE A NO TIMED PHASE B COM TIMED PHASE B COM TIMED PHASE C NO TIMED GROUND COM TIMED GROUND COM INST PHASE A NO INST PHASE B COM INST PHASE B COM INST PHASE C COM INST GROUND NO INST GROUND Table 4 20 Terminal Description 735 7...

Page 72: ...tput contacts that are custom programmable to indicate Pickup and Cause of Trip Similar functionality can be achieved with the 350 relay by configuring the four Auxiliary contacts For details please contact GE Multilin RS485 H9 F3 RS485 H10 F4 RS485 Shield H8 F5 RS422TX Option G9 N A RS422TX Option G10 N A Table 4 20 Terminal Description 735 737 Terminal 350 Terminal ...

Page 73: ...etails including any limitations and disclaimers see our Terms and Conditions at https www gegridsolutions com multilin warranty htm For products shipped before 1 October 2013 the standard 24 month warranty applies Change notes Manual Revision history Table 1 Revision History MANUAL P N RELEASE DATE 1601 0380 A1 August 2016 1601 0380 A2 September 2017 Table 2 Major Updates for A2 Page Number CHANG...

Page 74: ...al Added 239 Added 735 737 Chapter 2 Added MIN II 67IG to 32N 350 mapping section Chapter 3 Added vibrations test details Added straight terminal block kit Added 239 Added 735 737 Chapter 4 Added note about 3 Series DC digital inputs Added 239 Added 735 737 General Updated P40 Agile pictures throughout Minor corrections Table 3 Major Updates for A1 Page Number CHANGES Initial release Table 2 Major...

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