Schweitzer Engineering Laboratories SEL-2701 - Figure C.4 DI Model; Figure C.5 FAULT Model; Figure C.6 GCTL Model with RB3 ST (Status) Point; SEL-2701 Ethernet Processor Instruction Manual Date Code

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C.5

Date Code 20020501 SEL-2701 Ethernet Processor Instruction Manual

GOMSFE Model Example

GOMSFE Models

Figure C.4 DI Model.

Figure C.5 FAULT Model.

Figure C.6 GCTL Model With RB3 ST (status) Point.

Main Page

Default Chapter3
- Table of Contents3
List of Tables5
Manual Change Information9
Preface11
Section 1: Introduction12
Section 1: Introduction15
- Introduction15
- Features16
- Model Options17
- Table 1.1 SEL-2701 Network Connection Options17
- Table 1.2 Ethernet Physical Layer Designators17
- Applications18
- Figure 1.1 Redundant Substation Ethernet Network18
- Figure 1.2 Example Ethernet Substation Network19
- Figure 1.3 SEL Relays on Ethernet Network Using the SEL-203021
- Ethernet Networks24
- Figure 1.5 OSI Seven-Layer Model24
- Figure 1.6 Adding a Node to a Multidrop Network27
- Figure 1.7 Ethernet Star Network27
- Uca229
- Specifications31
Section 1: Introduction31
Section 2: Installation33
- Introduction33
- Installation33
Section 2: Installation34
Section 2: Installation34
- Figure 2.1 SEL-2030 ID Command34
Section 3: Settings and Commands41
- Introduction41
- Ethernet Network Operation Settings42
- Table 3.1 SEL-2701 Network Configuration Settings42
- Figure42
- Table 3.2 DEFRTR Address Setting Examples43
- Table 3.3 SEL-2701 IP Network Address Resolution Settings44
- Data Access Settings45
- Table 3.4 Basic File Structure45
- Table 3.5 SEL-2701 FTP Settings46
- Table 3.6 SEL-2701 Telnet Settings47
Section 3: Settings and Commands48
- Table 3.7 SEL-2701 UCA2 Settings48
Section3: Settings and Commands54
- Table 3.15 HELP Command Options54
- Table 3.16 ID Command Internal Parameters Displayed54
- Figure 3.1 GOOSE Command Response54
- Table 3.17 PING Command Options55
- Table 3.18 TIME Command55
Section 4: SEL-2030 Host57
- Introduction57
- Features and Capabilities58
Section 4: SEL-2030 Host59
- Settings59
- Table 4.1 SEL-2030 Port Settings with SEL-2701 Installed59
- Table 4.2 SEL-2030 Port Control Settings with SEL-2701 Installed59
- Table 4.3 SEL-2030 Automatic Message Settings with SEL-2701 Installed60
- Operation61
- Table 4.4 SEL-2030 Access Levels61
- Table 4.5 SEL-2030 Access Level User Names and Passwords61
- Table 4.6 SEL-2030 LOCAL ELEMENTS262
- Data Access63
- Table 4.7 SEL-2030 File Structure63
- Figure65
- Table 4.8 Example GLOBE Generic Binary Data Mapping67
Section5: SEL-400 Series Host69
- Introduction69
- Features and Capabilities70
Section5: SEL-400 Series Host71
- Settings71
- Table 5.1 SEL-400 Series Relay Port Settings with SEL-2701 Installed71
- Table 5.2 SEL-400 Series Relay Port Control Settings with SEL-2701 Installed71
- Operation72
- Table 5.3 SEL-400 Series Relay Access Levels72
- Table 5.4 SEL-400 Series Relay Access Level User Names and Passwords72
- Data Access74
- Table 5.5 SEL-400 Series Relay File Structure74
- Table 5.6 GOOSE Bit Pair Value Mapping75
- Table 5.7 GLOBE MX Data75
Section 6: Troubleshooting77
- Introduction77
- SEL-2701 Firmware Ids78
Section 6: Troubleshooting80
Section5: SEL-400 Series Host80
Section 6: Troubleshooting80
- SEL-2701 Indicator Leds80
- Table 6.1 SEL-2701 LED Indicators80
- Figure 6.1 Example SEL-2701 Panel80
- SEL-2701 Status81
- Error Messages and Codes82
- Table 6.2 Error Codes and Messages82
- Troubleshooting Procedures83
- Table 6.3 Troubleshooting Procedures83
Appendix A: Firmware Versions85
Appendix A Firmware Versions85
- Table A.1 Firmware Versions85
- Sel-203086
- Table A.2 SEL-2030 Firmware Compatibility86
- SEL-421 Relay87
- Table A.3 SEL-421 Relay Firmware Compatibility87
Appendix B: UCA2 GOMSFE Models89
- Introduction89
Appendixb: UCA2 GOMSFE Models90
- GOMSFE Tables90
- Table B.1 GOMSFE Model Table Column Definitions90
  - SEL-2030 Domains91
- Table B.2 SEL-2030 Domains91
  - SEL-2030 Domain-LNO92
- Table B.3 Models in LN0 Domain92
- Table B.4 Device ID Model (DI)-SEL-203092
- Table B.5 Globe Model (GLOBE)-SEL-203093
  - SEL Relay Virtual Device94
- Table B.6 Models in Virtual Device Domain for SEL Relays94
- Table B.7 Device ID Model (DI)95
- Table B.8 Fault Identification Model (FAULT)95
- Table B.9 Generic Control Model (GCTL)-SEL Relay Connected to an SEL-203096
- Table B.10 Globe Model (GLOBE)-SEL Relay Connected to an SEL-203097
- Table B.11 Polyphase Measurement Unit99
  - Communications Card or Non-SEL Virtual Device105
- Table B.12 Models in Virtual Device105
- Table B.13 Device ID Model (DI)-Non-SEL IED Connected to an SEL-2030105
- Table B.14 Generic Control Model106
- Table B.15 Globe Model (GLOBE)-Non-SEL IED Connected to an SEL-2030106
- Table B.16 Polyphase Measurement Unit108
- Table B.17 Polyphase Meter Unit Model (MMTR)113
  - Special Translation Rules117
- Table B.18 Special Translation Rules117
- Table B.19 Relay Target Bit Mapping118
- Table B.20 Event Types118
Appendix C: GOMSFE Model Example127
- Introduction127
Appendixc: GOMSFE Model Example128
Appendixb: UCA2 GOMSFE Models128
- Settings128
- Figure C.1 Example SEL-2030/SEL-351S Relay System128
Appendixc: GOMSFE Model Example129
- Table C.1 SEL-2030 Automatic Messaging Settings129
Glossary133
Index135

Schweitzer Engineering Laboratories SEL-2701 - Figure C.4 DI Model; Figure C.5 FAULT Model; Figure C.6 GCTL Model with RB3 ST (Status) Point; SEL-2701 Ethernet Processor Instruction Manual Date Code

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