Schweitzer Engineering Laboratories SEL-2701 - Appendix C: GOMSFE Model Example

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Date Code 20020501 SEL-2701 Ethernet Processor Instruction Manual

Appendix C

GOMSFE Model Example

Introduction

This appendix illustrates how to use the SEL-2030 and SEL-2701 to provide a

UCA2 interface for data collection and control. An example is provided with

an SEL-351S Relay connected to an SEL-2030. The step-by-step format will

allow you to duplicate this work or adjust it to meet the requirements of your

specific project. This appendix contains information on the following topics:

➤ SEL-2030 data collection settings

➤ SEL-2030/SEL-2701 network settings

➤ GOMSFE models of SEL-351S Relay data

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 - Appendix C: GOMSFE Model Example

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