GE Multilin F650 - Page 220

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5-68 F650 DIGITAL BAY CONTROLLER GEK-106310-AF

5.4 PROTECTION ELEMENTS CHAPTER 5: SETPOINTS

The following figure shows the logic scheme for the neutral Instantaneous overcurrent element.

Figure 5-12: LOGIC SCHEME FOR NEUTRAL IOC element

Main Page

Default Chapter3
- Table of Contents3
1 Getting Started15
- Important Procedures15
- Cautions and Warnings15
- Inspection Checklist19
- Safety Instructions21
  - General Safety Instructions22
  - Warning Symbols23
- Overview24
- Enervista 650 Setup Software28
- Hardware33
2 Product Description37
- F650 Overview37
- Description38
- ANSI Device Numbers and Functions39
- Other Device Functions40
- Order Codes41
  - CIO Modules43
- Technical Specifications44
- External Connections66
3 Hardware69
- Module Description69
- HARDWARE 3.1 Module Description69
- Power Supply71
- Gek-106310-Af F650 Digital Bay Controller71
- Mechanical Description72
- Wiring78
- Transceiver Optical Power Budget Vs. Link Length80
4 Interfaces, Settings & Actual Values81
- Enervista 650 Setup Software81
- Human-Machine Interface (HMI)116
- Web Server146
5 Setpoints153
- Overview153
- Setpoint Main Menu153
- SETPOINTS 5.1 Overview153
- Product Setup156
- System Setup183
- Protection Elements191
- Control Elements255
- Inputs/Outputs287
- Remote Comms306
- Testing307
  - Force IO-Input Testing307
  - Force IO-Output Testing307
- Relay Configuration308
- Logic Configuration (PLC Editor)327
- IEC 61850 Configuration337
- Procome Configuration340
- IEC 60870-5-103 Configuration345
6 Actual Values349
- Front Panel349
- Status350
- Operation Bits Status350
- Breaker Status350
- Protection Status351
  - Protection Blocks351
  - Phase Current352
  - Neutral Current352
  - Ground Current353
  - Sensitive Ground Current353
  - Negative Sequence Current354
  - Thermal Model354
  - Voltage355
  - Power356
- Control Element Status357
  - Frequency357
  - Synchrocheck358
  - Autoreclose358
  - Breaker Failure360
  - VT Fuse Failure361
  - Broken Conductor361
  - Setting Groups361
  - Locked Rotor362
  - Pulse Counters362
  - Analog Comparators362
  - Load Encroachment363
  - Maximum Number of Starts364
  - Digital Counters364
  - Cold Load Pickup365
- Protection & Control Status Summary366
- Snapshot Event Summary369
- MODBUS User Map372
- Switchgear Status373
- Calibration Status374
- Flexcurves375
- System Info375
- Record Status378
  - Fault Reports378
  - Control Events380
  - Oscillography380
  - Data Logger381
  - Demand381
  - Energy381
  - Breaker Maintenance382
- IEEE 1588 Precision Time Protocol (PTP)383
- Versions383
- Redundancy385
- Metering386
  - Primary Values386
  - Secondary Values389
  - Phasor Diagram391
  - Frequency392
- Inputs / Outputs393
  - Contact Inputs393
  - Contact Output Status393
  - Contact Output Operates394
  - Contact Output Resets395
  - I/O Board Status395
  - Virtual Inputs396
  - Virtual Outputs396
  - Remote Outputs396
  - Remote Inputs398
  - Analog Inputs399
  - Virtual Output Latched399
  - Rios399
- Records400
  - Event Recorder400
  - Waveform Capture403
  - Fault Report404
  - Data Logger405
7 Iec 61850 Protocol407
- IEC 61850 Generic Substation State Event (GSSE)407
- IEC 61850 Profile for F650413
- IEC 61850 Configurator616
  - IEC 61850 Configurator Tool617
- Changing Passwords662
- Enabling Security663
- Logging into Enervista 650 Setup664
9 Bootcode and665
- Communication Parameters667
- Bootware Version Upgrade668
- Firmware Version Upgrade676
- Summary of Main Steps684
- Firmware Upgrade(*)685
- Firmware Upgrade Version 7.00 or above686
  - Firmware Version Upgrade687
    - Order Code Upgrade Process690
  - Summary of Main Firmware Upgrade Steps692
    - COMMISSIONING 10.1 Visual Inspection695
    - Out of Service Setting696
- General Considerations, Power Supply Network697
- Isolation Tests698
- Indicators699
- Verification of Measurement700
  - Active, Reactive Power, and COSJ Metering701
- Inputs and Outputs703
  - Contact Outputs704
- Connections for Testing Protection Elements705
- Instantaneous Overcurrent (50PH, 50PL, 50N, 50G, 50SG)706
- Time Overcurrent (51PH, 51PL, 51N, 51G, 46)707
- Directional Elements (67P, 67N, 67G, 67SG)708
  - G Element709
- Undervoltage Elements (27P, 27X)711
- Overvoltage Elements (59P, 59X, 59NH, 59NL, 47)712
  - NH and 59NL Elements713
- Frequency Elements (81O/81U)715
- Recloser (79)716
  - Recloser Status717
- Thermal Image Element (49)718
  - Communicate with the Relay719
  - Set the Protection Function721
    - Test722
    - Example 2: TOC Protection & Reclosing Settings723
  - Set the Recloser724
- Example 3: Set an Operation726
  - Test728
    - Control & HMI732
    - Relay Configuration733
- Symptoms and Recommended Actions735
A.1 Operands - F650 - Model FX - GX741
- B.1 Introduction773
B.2 Modbus F650774
- B.2.4 Generic Reading776
- B.2.5 Generic Writing777
- B.2.6 Function Codes778
B.3 Data Type779
B.4 MODBUS Data780
- B.4.4 Operations783
- B.4.6 Control Events784
- B.4.6.1 Event Structure785
- B.4.6.2 Event Collection Process786
- B.4.6.3 Control Events from the Command Line787
- B.4.7 Write Virtual Inputs788
- B.4.10 Time Synchronization789
- B.4.12 Traces and Troubleshooting790
B.5 Memory Map793
C.1 DNP 3.0 Protocol Settings927
C.2 DNP 3.0 Device Profile Document931
C.3 Implementation Table934
C.4 Binary Input Points937
C.5 DNP Configuration Examples939
- C.5.2 Example of Custom Binary Input Points Map941
C.6 Binary Output and Control Relay Output944
C.7 Binary Counters945
C.8 Analog Inputs946
D.1 Introduction951
D.3 Basic Application Functions952
D.4 IEC 104 Settings953
D.5 IEC 60870-5-104 Point List960
D.6 IEC 60870-5-104 Interoperability961
- E.1 PROCOME Protocol975
- F.1 IEC 60870-5-103 Protocol977
- F.1.2 Application Level983
G.1 PRP and HSR Ethernet Protocols985
- G.1.1 Prp988
- G.1.2 Hsr989
G.2 RSTP (IEEE 802.1D-2004) and Daisy Chain990
- G.2.3 Use in Meshed Networks991
G.3 Link Loss Alert (LLA)992
- I.1 Factory Default Settings1005
- I.2 Factory Default Configuration1032
- J.1 GE Multilin Warranty1045

GE Multilin F650 - Page 220

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