ebr-3000 iec61850 mics document - eaton · 2020-01-15 · ebr-3000 td0262021en 1. introduction this...

EBR-3000

Software-Version: 3.5.b TD0262021EN

Model Implementation Conformance Statement (MICS)

UCA International Users Group Testing Sub Committee

EBR-3000 TD0262021EN

Index

1. Introduction............................................................................................................................... 5

2. Logical Nodes........................................................................................................................... 62.1. Logical Nodes List............................................................................................................................................. 6

2.2. Logical Node definitions.................................................................................................................................... 6

2.2.1. EATON_CILO1.................................................................................................................................................... 7

2.2.2. EATON_CSWI1................................................................................................................................................... 8

2.2.3. EATON_GAPC1.................................................................................................................................................. 8

2.2.4. EATON_GGIO3................................................................................................................................................... 8

2.2.5. EATON_GGIO4................................................................................................................................................... 9

2.2.6. EATON_GGIO5................................................................................................................................................. 10

2.2.7. EATON_IHMI1................................................................................................................................................... 11

2.2.8. EATON_LLN0CON............................................................................................................................................ 11

2.2.9. EATON_LLN0MEA............................................................................................................................................ 11

2.2.10. EATON_LLN0PRO......................................................................................................................................... 12

2.2.11. EATON_LLN0REC.......................................................................................................................................... 12

2.2.12. EATON_LLN0SYS........................................................................................................................................... 12

2.2.13. EATON_LPHDCON......................................................................................................................................... 12

2.2.14. EATON_LPHDMEA......................................................................................................................................... 13

2.2.15. EATON_LPHDPRO......................................................................................................................................... 13

2.2.16. EATON_LPHDREC......................................................................................................................................... 13

2.2.17. EATON_LPHDSYS.......................................................................................................................................... 13

2.2.18. EATON_MMXU9............................................................................................................................................. 14

2.2.19. EATON_PDIF2................................................................................................................................................ 14

2.2.20. EATON_RDIF2................................................................................................................................................ 14

2.2.21. EATON_RDRE1.............................................................................................................................................. 15

2.2.22. EATON_SCBR1.............................................................................................................................................. 15

2.2.23. EATON_XCBR2.............................................................................................................................................. 15

2.2.24. EATON_XSWI1............................................................................................................................................... 16

3. Common Data Class............................................................................................................... 173.1. Common Data Class definitions....................................................................................................................... 17

3.1.1. EATON_ACD1................................................................................................................................................... 17

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3.1.2. EATON_ACT1................................................................................................................................................... 18

3.1.3. EATON_CMV2.................................................................................................................................................. 18

3.1.4. EATON_DPC1................................................................................................................................................... 18

3.1.5. EATON_DPC2................................................................................................................................................... 18

3.1.6. EATON_DPL1................................................................................................................................................... 19

3.1.7. EATON_INC1.................................................................................................................................................... 19

3.1.8. EATON_INS1.................................................................................................................................................... 19

3.1.9. EATON_INS2.................................................................................................................................................... 19

3.1.10. EATON_INS3.................................................................................................................................................. 19

3.1.11. EATON_INS5.................................................................................................................................................. 19

3.1.12. EATON_LPL1.................................................................................................................................................. 20

3.1.13. EATON_LPL2.................................................................................................................................................. 20

3.1.14. EATON_SPC1................................................................................................................................................. 20

3.1.15. EATON_SPC2................................................................................................................................................. 20

3.1.16. EATON_SPS1................................................................................................................................................. 20

3.1.17. EATON_WYE3................................................................................................................................................ 21

3.2. Common Data Attribiutes type definitions......................................................................................................... 21

3.2.1. EATON_analogValue1...................................................................................................................................... 21

3.2.2. EATON_Cancel1............................................................................................................................................... 21

3.2.3. EATON_Oper1.................................................................................................................................................. 21

3.2.4. EATON_origin1................................................................................................................................................. 21

3.2.5. EATON_units1................................................................................................................................................... 21

3.2.6. EATON_vector1................................................................................................................................................ 22

3.3. Enumerated type definitions........................................................................................................................... 22

3.3.1. Beh.................................................................................................................................................................... 22

3.3.2. CBOpCap.......................................................................................................................................................... 22

3.3.3. ctlModel............................................................................................................................................................. 22

3.3.4. Dbpos................................................................................................................................................................ 22

3.3.5. dir...................................................................................................................................................................... 22

3.3.6. Health................................................................................................................................................................ 23

3.3.7. Mod................................................................................................................................................................... 23

3.3.8. multiplier............................................................................................................................................................ 23

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3.3.9. orCategory......................................................................................................................................................... 23

3.3.10. sboClass.......................................................................................................................................................... 24

3.3.11. SIUnit............................................................................................................................................................... 24

4. Appendix – Register Maps...................................................................................................... 264.1. Device Planing Dependencies......................................................................................................................... 36

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1. Introduction

This model implementation conformance statement is applicable to the device EBR-3000 , Release 3.5.b (Firmware-Build 37879 ).

This MICS document specifies the modelling extensions compared to IEC 61850 edition 1.

Clause 2 contains the list of implemented logical nodes.

Clause 2 contains the list of implemented common data classes.

Clause 3 describes the new and extended logical nodes and the new and extended common data classes.

Clause 4 describes the new and extended enum types.

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2. Logical Nodes

2.1. Logical Nodes List

The following table contains the list of logical nodes implemented in the device:

L : System Logical Nodes

LLN0 (Logical Node device)

LPHD (Physical device)

P : Logical Nodes for protection functions

PDIF (Differential)

R : Logical Nodes for protection related functions

RDIF (Differential supervision)

RDRE (Disturbance recorder function)

G : Logical Nodes for generic references

GAPC (Generic automatic process control)

GGIO (Generic process I/O)

M : Logical Nodes for metering and measurement

MMXU (Measurement)

X : Logical Nodes for switchgear

XCBR (Circuit Breaker)

XSWI (Circuit Switch)

C : Logical Nodes for control

CILO (Interlocking)

CSWI (Switch controller)

I : Logical Nodes for interfacing and archiving

IHMI (Human machine interface)

S : Logical Nodes for sensors and monitoring

SCBR (Circuit breaker monitoring)

2.2. Logical Node definitions

LN Type LN Class Description

EATON_CILO1 CILO Interlocking

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LN Type LN Class Description

EATON_CSWI1 CSWI Switch controller

EATON_GAPC1 GAPC Generic automatic process control

EATON_GGIO3 GGIO Generic process I/O



EATON_IHMI1 IHMI Human machine interface

EATON_LLN0CON LLN0 Logical Node device

EATON_LLN0MEA LLN0 Logical Node device

EATON_LLN0PRO LLN0 Logical Node device

EATON_LLN0REC LLN0 Logical Node device

EATON_LLN0SYS LLN0 Logical Node device

EATON_LPHDCON LPHD Physical device

EATON_LPHDMEA LPHD Physical device

EATON_LPHDPRO LPHD Physical device

EATON_LPHDREC LPHD Physical device

EATON_LPHDSYS LPHD Physical device

EATON_MMXU9 MMXU Measurement

EATON_PDIF2 PDIF Differential

EATON_RDIF2 RDIF Differential supervision

EATON_RDRE1 RDRE Disturbance recorder function

EATON_SCBR1 SCBR Circuit breaker monitoring

EATON_XCBR2 XCBR Circuit Breaker

EATON_XSWI1 XSWI Circuit Switch

2.2.1. EATON_CILO1

CILO classAttribute Name

Attribute Type Explanation M/O/E Remarks

CILO EATON_CILO1 InterlockingDataCommon Logical Node InformationMod EATON_INC1 Mode M Status-onlyBeh EATON_INS1 Behavior MHealth EATON_INS3 Health MNamPlt EATON_LPL1 Name plate MStatus InformationEnaOpn EATON_SPS1 Enable Open MEnaCls EATON_SPS1 Enable Close M

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2.2.2. EATON_CSWI1

CSWI class Attribute Name


CSWI EATON_CSWI1 Switch ControllerDataCommon Logical Node InformationMod EATON_INC1 Mode M Status-onlyBeh EATON_INS1 Behavior MHealth EATON_INS3 Health MNamPlt EATON_LPL1 Name plate MLoc EATON_SPS1 Local operation OControlsPos EATON_DPC2 Switch position M

2.2.3. EATON_GAPC1

GAPC classAttribute Name


GAPC EATON_GAPC1 Generic automatic process controlDataCommon Logical Node InformationMod EATON_INC1 Mode M Status-onlyBeh EATON_INS1 Behaviour MHealth EATON_INS3 Health MNamPlt EATON_LPL1 Name plate MLoc EATON_SPS1 Local operation OStatus InformationStr EATON_ACD1 Start MOp EATON_ACT1 Operate M

2.2.4. EATON_GGIO3

GGIO classAttribute Name


GGIO Generic process I/ODataCommon Logical Node InformationMod EATON_INC1 Mode M Status-onlyBeh EATON_INS1 Behavior MHealth EATON_INS3 Health MNamPlt EATON_LPL1 Name plate MStatus informationInd1 EATON_SPS1 General indication (binary input) OInd2 EATON_SPS1 General indication (binary input) OInd3 EATON_SPS1 General indication (binary input) OInd4 EATON_SPS1 General indication (binary input) OInd5 EATON_SPS1 General indication (binary input) O

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Ind6 EATON_SPS1 General indication (binary input) OInd7 EATON_SPS1 General indication (binary input) OInd8 EATON_SPS1 General indication (binary input) OInd9 EATON_SPS1 General indication (binary input) OInd10 EATON_SPS1 General indication (binary input) OInd11 EATON_SPS1 General indication (binary input) OInd12 EATON_SPS1 General indication (binary input) OInd13 EATON_SPS1 General indication (binary input) OInd14 EATON_SPS1 General indication (binary input) OInd15 EATON_SPS1 General indication (binary input) OInd16 EATON_SPS1 General indication (binary input) OInd17 EATON_SPS1 General indication (binary input) OInd18 EATON_SPS1 General indication (binary input) OInd19 EATON_SPS1 General indication (binary input) OInd20 EATON_SPS1 General indication (binary input) OInd21 EATON_SPS1 General indication (binary input) OInd22 EATON_SPS1 General indication (binary input) OInd23 EATON_SPS1 General indication (binary input) OInd24 EATON_SPS1 General indication (binary input) OInd25 EATON_SPS1 General indication (binary input) OInd26 EATON_SPS1 General indication (binary input) OInd27 EATON_SPS1 General indication (binary input) OInd28 EATON_SPS1 General indication (binary input) OInd29 EATON_SPS1 General indication (binary input) OInd30 EATON_SPS1 General indication (binary input) OInd31 EATON_SPS1 General indication (binary input) OInd32 EATON_SPS1 General indication (binary input) O

2.2.5. EATON_GGIO4



GGIO Generic process I/ODataCommon Logical Node InformationMod EATON_INC1 Mode M Status-onlyBeh EATON_INS1 Behavior MHealth EATON_INS3 Health MNamPlt EATON_LPL1 Name plate MStatus informationInd1 EATON_SPS1 General indication (binary input) OInd2 EATON_SPS1 General indication (binary input) OInd3 EATON_SPS1 General indication (binary input) OInd4 EATON_SPS1 General indication (binary input) OInd5 EATON_SPS1 General indication (binary input) OInd6 EATON_SPS1 General indication (binary input) OInd7 EATON_SPS1 General indication (binary input) OInd8 EATON_SPS1 General indication (binary input) OInd9 EATON_SPS1 General indication (binary input) O

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Ind10 EATON_SPS1 General indication (binary input) OInd11 EATON_SPS1 General indication (binary input) OInd12 EATON_SPS1 General indication (binary input) OInd13 EATON_SPS1 General indication (binary input) OInd14 EATON_SPS1 General indication (binary input) OInd15 EATON_SPS1 General indication (binary input) OInd16 EATON_SPS1 General indication (binary input) OInd17 EATON_SPS1 General indication (binary input) OInd18 EATON_SPS1 General indication (binary input) OInd19 EATON_SPS1 General indication (binary input) OInd20 EATON_SPS1 General indication (binary input) OInd21 EATON_SPS1 General indication (binary input) OInd22 EATON_SPS1 General indication (binary input) OInd23 EATON_SPS1 General indication (binary input) OInd24 EATON_SPS1 General indication (binary input) OInd25 EATON_SPS1 General indication (binary input) OInd26 EATON_SPS1 General indication (binary input) OInd27 EATON_SPS1 General indication (binary input) OInd28 EATON_SPS1 General indication (binary input) OInd29 EATON_SPS1 General indication (binary input) OInd30 EATON_SPS1 General indication (binary input) OInd31 EATON_SPS1 General indication (binary input) OInd32 EATON_SPS1 General indication (binary input) O

2.2.6. EATON_GGIO5



GGIO Generic process I/ODataCommon Logical Node InformationMod EATON_INC1 Mode M Status-onlyBeh EATON_INS1 Behaviour MHealth EATON_INS3 Health MNamPlt EATON_LPL1 Name plate MStatus informationSPCSO1 EATON_SPC2 Single point controllable status output OSPCSO2 EATON_SPC2 Single point controllable status output OSPCSO3 EATON_SPC2 Single point controllable status output OSPCSO4 EATON_SPC2 Single point controllable status output OSPCSO5 EATON_SPC2 Single point controllable status output OSPCSO6 EATON_SPC2 Single point controllable status output OSPCSO7 EATON_SPC2 Single point controllable status output OSPCSO8 EATON_SPC2 Single point controllable status output OSPCSO9 EATON_SPC2 Single point controllable status output OSPCSO10 EATON_SPC2 Single point controllable status output OSPCSO11 EATON_SPC2 Single point controllable status output OSPCSO12 EATON_SPC2 Single point controllable status output OSPCSO13 EATON_SPC2 Single point controllable status output O

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SPCSO14 EATON_SPC2 Single point controllable status output OSPCSO15 EATON_SPC2 Single point controllable status output OSPCSO16 EATON_SPC2 Single point controllable status output OSPCSO17 EATON_SPC2 Single point controllable status output OSPCSO18 EATON_SPC2 Single point controllable status output OSPCSO19 EATON_SPC2 Single point controllable status output OSPCSO20 EATON_SPC2 Single point controllable status output OSPCSO21 EATON_SPC2 Single point controllable status output OSPCSO22 EATON_SPC2 Single point controllable status output OSPCSO23 EATON_SPC2 Single point controllable status output OSPCSO24 EATON_SPC2 Single point controllable status output OSPCSO25 EATON_SPC2 Single point controllable status output OSPCSO26 EATON_SPC2 Single point controllable status output OSPCSO27 EATON_SPC2 Single point controllable status output OSPCSO28 EATON_SPC2 Single point controllable status output OSPCSO29 EATON_SPC2 Single point controllable status output OSPCSO30 EATON_SPC2 Single point controllable status output OSPCSO31 EATON_SPC2 Single point controllable status output OSPCSO32 EATON_SPC2 Single point controllable status output O

2.2.7. EATON_IHMI1

IHMI classAttribute Name


IHMI EATON_IHMI1 Human machine interfaceDataCommon Logical Node InformationMod EATON_INC1 Mode M Status-onlyBeh EATON_INS1 Behavior MHealth EATON_INS3 Health MNamPlt EATON_LPL1 Name plate M

2.2.8. EATON_LLN0CON

LLN0 class Attribute Name


LLN0 EATON_LLN0CON Logical Node deviceDataCommon Logical Node InformationMod EATON_INC1 Mode M Status-onlyBeh EATON_INS1 Behavior MHealth EATON_INS3 Health MNamPlt EATON_LPL2 Name plate M

2.2.9. EATON_LLN0MEA

LLN0 classAttribute Name


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LLN0 EATON_LLN0MEA Logical Node deviceDataCommon Logical Node InformationMod EATON_INC1 Mode M Status-onlyBeh EATON_INS1 Behavior MHealth EATON_INS3 Health MNamPlt EATON_LPL2 Name plate M

2.2.10. EATON_LLN0PRO



LLN0 EATON_LLN0PRO Logical Node deviceDataCommon Logical Node InformationMod EATON_INC1 Mode M Status-onlyBeh EATON_INS1 Behavior MHealth EATON_INS3 Health MNamPlt EATON_LPL2 Name plate M

2.2.11. EATON_LLN0REC



LLN0 EATON_LLN0REC Logical Node deviceDataCommon Logical Node InformationMod EATON_INC1 Mode M Status-onlyBeh EATON_INS1 Behavior MHealth EATON_INS3 Health MNamPlt EATON_LPL2 Name plate M

2.2.12. EATON_LLN0SYS

LLN0 classAttribute Name


LLN0 EATON_LLN0SYS Logical Node deviceDataCommon Logical Node InformationMod EATON_INC1 Mode M Status-onlyBeh EATON_INS1 Behavior MHealth EATON_INS3 Health MNamPlt EATON_LPL2 Name plate M

2.2.13. EATON_LPHDCON

LPHD classAttribute Name


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LPHD EATON_LPHDCON Physical device informationDataCommon Logical Node InformationPhyNam EATON_DPL1 Physical device name plate MPhyHealth EATON_INS3 Physical Device Health MProxy EATON_SPS1 Indicates if this LN is a proxy M

2.2.14. EATON_LPHDMEA



LPHD EATON_LPHDMEA Physical device informationDataCommon Logical Node InformationPhyNam EATON_DPL1 Physical device name plate MPhyHealth EATON_INS3 Physical Device Health MProxy EATON_SPS1 Indicates if this LN is a proxy M

2.2.15. EATON_LPHDPRO



LPHD EATON_LPHDPRO Physical device informationDataCommon Logical Node InformationPhyNam EATON_DPL1 Physical device name plate MPhyHealth EATON_INS3 Physical Device Health MProxy EATON_SPS1 Indicates if this LN is a proxy M

2.2.16. EATON_LPHDREC



LPHD EATON_LPHDREC Physical device informationDataCommon Logical Node InformationPhyNam EATON_DPL1 Physical device name plate MPhyHealth EATON_INS3 Physical Device Health MProxy EATON_SPS1 Indicates if this LN is a proxy M

2.2.17. EATON_LPHDSYS



LPHD EATON_LPHDSYS Physical device informationDataCommon Logical Node InformationPhyNam EATON_DPL1 Physical device name plate M

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PhyHealth EATON_INS3 Physical Device Health MProxy EATON_SPS1 Indicates if this LN is a proxy M

2.2.18. EATON_MMXU9

MMXU classAttribute Name


MMXU EATON_MMXU9 MeasurementDataCommon Logical Node InformationMod EATON_INC1 Mode M Status-onlyBeh EATON_INS1 Behaviour MHealth EATON_INS3 Health MNamPlt EATON_LPL1 Name plate MMeasured values

PhV EATON_WYE3 Voltage at the Resistor of the High-Impedance Module (87VA, 87VB, 87VC) O

2.2.19. EATON_PDIF2

PDIF classAttribute Name


PDIF EATON_PDIF2 DifferentialDataCommon Logical Node InformationMod EATON_INC1 Mode M Status-onlyBeh EATON_INS1 Behavior MHealth EATON_INS3 Health MNamPlt EATON_LPL1 Name plate MStatus InformationStr EATON_ACD1 Start MOp EATON_ACT1 Operate M

2.2.20. EATON_RDIF2

RDRE classAttribute Name


RDRE EATON_RDIF High Impedance Differential SupervisionDataCommon Logical Node InformationMod EATON_INC1 Mode M Status-onlyBeh EATON_INS1 Behavior MHealth EATON_INS3 Health MNamPlt EATON_LPL1 Name plate MStatus InformationStr EATON_ACD1 Start MAlm EATON_ACT1 Alarm M

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2.2.21. EATON_RDRE1

RDRE classAttribute Name


RDRE EATON_RDRE1 Disturbance recorder functionDataCommon Logical Node InformationMod EATON_INC1 Mode M Status-onlyBeh EATON_INS1 Behavior MHealth EATON_INS3 Health MNamPlt EATON_LPL1 Name plate MStatus InformationRcdMade EATON_SPS1 Recording made MFltNum EATON_INS2 Fault Number MGriFltNum EATON_INS2 Grid Fault Number ORcdStr EATON_SPS1 Recording startet O

2.2.22. EATON_SCBR1

RBRF classAttribute Name


SCBR EATON_SCBR1 Circuit breaker monitoringDataCommon Logical Node InformationMod EATON_INC1 Mode M Status-onlyBeh EATON_INS1 Behaviour MHealth EATON_INS3 Health MNamPlt EATON_LPL1 Name plate MStatus InformationTrCctAlm EATON_ACD1 Alarm signal E

2.2.23. EATON_XCBR2

XCBR classAttribute Name


XCBR EATON_XCBR2 Circuit BreakerDataCommon Logical Node InformationMod EATON_INC1 Mode M Status-onlyBeh EATON_INS1 Behavior MHealth EATON_INS3 Health MNamPlt EATON_LPL1 Name plate MLoc EATON_SPS1 Local operation MOpCnt EATON_INS2 Operation counter MStatus InformationCBOpCap EATON_INS5 Circuit breaker operating capability MControlsPos EATON_DPC1 Switch position M

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BlkOpn EATON_SPC1 Block opening MBlkCls EATON_SPC1 Block closing M

2.2.24. EATON_XSWI1

XSWI classAttribute Name


XSWI EATON_XSWI1 Circuit switchDataCommon Logical Node InformationMod EATON_INC1 Mode M Status-onlyBeh EATON_INS1 Behavior MHealth EATON_INS3 Health MNamPlt EATON_LPL1 Name plate MLoc EATON_SPS1 Local operation MOpCnt EATON_INS2 Operation counter MStatus InformationSwTyp EATON_INS5 Switch type MSwOpCap EATON_INS5 Switch operating capability MControlsPos EATON_DPC1 Switch position MBlkOpn EATON_SPC1 Block opening MBlkCls EATON_SPC1 Block closing M

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3. Common Data Class

3.1. Common Data Class definitions

The following table contains the list of Common Data Class implemented in the device:

CDC Type CDC Class Description

EATON_ACD1 ACD Directional Protection activation information

EATON_ACT1 ACT Protection Activation Information

EATON_analogValue1 analogValue Analogue value

EATON_Cancel1 Cancel Cancel operating

EATON_CMV2 CMV Complex measured value

EATON_DPC1 DPC Controllable Double Point

EATON_DPC2 DPC Controllable Double Point

EATON_DPL1 DPL Device name plate

EATON_INC1 INC Controllable Integer Status

EATON_INS1 INS Integer Status




EATON_LPL1 LPL Logical node name plate

EATON_LPL2 LPL Logical node name plate

EATON_Oper1 Oper Start/Select operating

EATON_origin1 origin Originator

EATON_SPC1 SPC Controllable Single Point

EATON_SPC2 SPC Controllable Single Point

EATON_SPS1 SPS Single Point Status

EATON_units1 units Unit definition

EATON_vector1 vector Vector definition

EATON_WYE3 WYE Phase to ground related measured values of a three phase system

3.1.1. EATON_ACD1

ACD classAttribute Name

Attribute Type

FC TrgOp Value/Value range M/O/E Remarks

General BOOLEAN ST dchg M

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dirGeneral Enum ST dchg ACDdir Mq Quality ST qchg Mt Timestamp ST M

3.1.2. EATON_ACT1

ACT classAttribute Name

Attribute Type


General BOOLEAN ST dchg Mq Quality ST qchg Mt Timestamp ST M

3.1.3. EATON_CMV2

CMV classAttribute Name

Attribute Type


cVal Struct MX EATON_vector1 Mq Quality ST qchg Mt Timestamp ST MinstCVal Struct MX EATON_vector1 Ounits Struct CF EATON_units1 Odb INT32U CF OdbAng INT32U CF E

3.1.4. EATON_DPC1

DPC classAttribute Name

Attribute Type


stVal Dbpos ST dchg Dbpos Mq Quality ST qchg Mt Timestamp ST MctlModel Enum CF ctlmodel M

3.1.5. EATON_DPC2

DPC classAttribute Name

Attribute Type


origin Struct ST EATON_origin1 OctlNum INT8U ST OstVal Dbpos ST dchg Dbpos Mq Quality ST qchg Mt Timestamp ST MstSeld BOOLEAN ST dchg OctlModel Enum CF ctlmodel MsboTimeout INT32U CF OsboClass Enum CF sboClass OcdcNs VisString255 EX OOper Struct CO EATON_Oper1

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SBOw Struct CO EATON_Oper1Cancel Struct CO EATON_ Cancel1

3.1.6. EATON_DPL1

DPL classAttribute Name

Attribute Type


vendor VisString255 DC M

3.1.7. EATON_INC1

INC classAttribute Name

Attribute Type


stVal Enum ST dchg Mode Mq Quality ST qchg Mt Timestamp ST MctlModel Enum CF ctlModel M

3.1.8. EATON_INS1

INS classAttribute Name

Attribute Type


stVal Enum ST dchg Behavior Mq Quality ST qchg Mt Timestamp ST M

3.1.9. EATON_INS2


Attribute Type


stVal INT32 ST dchg Mq Quality ST qchg Mt Timestamp ST M

3.1.10. EATON_INS3


Attribute Type


stVal Enum ST dchg AutoRecSt Mq Quality ST qchg Mt Timestamp ST M

3.1.11. EATON_INS5


Attribute Type


stVal Enum ST dchg CBOpCap M

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q Quality ST qchg Mt Timestamp ST M

3.1.12. EATON_LPL1

LPL class Attribute Name

Attribute Type


vendor visString255 DC MswRev visString255 DC Md visString255 DC M

3.1.13. EATON_LPL2

LPL classAttribute Name

Attribute Type


vendor visString255 DC MswRev visString255 DC Md visString255 DC MldNs visString255 EX

3.1.14. EATON_SPC1

SPC classAttribute Name

Attribute Type


stVal BOOLEAN ST dchg Mq Quality ST dchg Mt Timestamp ST MctlModel Enum CF ctlModel M

3.1.15. EATON_SPC2

SPC classAttribute Name

Attribute Type


Oper Struct CO EATON_Oper1 OstVal BOOLEAN ST dchg Mq Quality ST dchg Mt Timestamp ST MctlModel Enum CF ctlModel M

3.1.16. EATON_SPS1

SPS classAttribute Name

Attribute Type


stVal BOOLEAN ST dchg Mq Quality ST qchg Mt Timestamp ST M

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3.1.17. EATON_WYE3

WYE classAttribute Name

Attribute Type


phsAB EATON_CMV2phsBC EATON_CMV2phsCA EATON_CMV2

3.2. Common Data Attribiutes type definitions

3.2.1. EATON_analogValue1

analogValue classAttribute Name

Attribute Type


f FLOAT32 MX M

3.2.2. EATON_Cancel1

Cancel classAttribute Name

Attribute Type


ctlval BOOLEAN CO Morigin Struct ST EATON_origin1 OctlNum INT8U ST OT Timestamp CO OTest BOOLEAN CO O

3.2.3. EATON_Oper1

Oper classAttribute Name

Attribute Type


ctlval BOOLEAN CO Morigin Struct ST EATON_origin1 OctlNum INT8U ST OT Timestamp CO OTest BOOLEAN CO OCheck Check CO O

3.2.4. EATON_origin1

origin classAttribute Name

Attribute Type


orCat Enum ST orCategory MorIdent Octet64 ST M

3.2.5. EATON_units1

unit class

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Attribute Name

Attribute Type


SIUnit Enum SIUnit Mmultiplier Enum multiplier O

3.2.6. EATON_vector1

vector classAttribute Name

Attribute Type


mag Struct EATON_analogValue1 Mang Struct EATON_analogValue1 O

3.3. Enumerated type definitions

3.3.1. Beh

Ordinal Semantic1 on2 blocked3 test4 test/blocked5 off

3.3.2. CBOpCap

Ordinal Semantic1 None2 Open3 Close-Open4 Open-Close-Open5 Close-Open-Close-Open

3.3.3. ctlModel

Ordinal Semantic1 status-only2 direct-with-normal-security3 sbo-with-normal-security4 direct-with-enhanced-security5 sbo-with-enhanced-security

3.3.4. Dbpos

Ordinal Semantic1 intermediate2 off3 on4 bad

3.3.5. dir

Ordinal Semantic

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1 unknown2 forward3 backward4 both

3.3.6. Health

Ordinal Semantic1 Ok2 Warning3 Alarm

3.3.7. Mod

Ordinal Semantic1 on2 blocked3 test4 test/block5 off

3.3.8. multiplier

Ordinal Semantic-24 y-21 z-18 a-15 f-12 p-9 n-6 µ-3 m-2 c-1 d01 da2 h3 k6 M9 G12 T15 P18 E21 Z24 Y

3.3.9. orCategory

Ordinal Semantic0 not-supported1 bay-control2 station-control

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3 remote-control4 automatic-bay5 automatic-station6 automatic-remote7 maintenance8 process

3.3.10. sboClass

Ordinal Semantic0 operate-once1 operate-many

3.3.11. SIUnit

Ordinal Semantic1 none2 m3 kg4 s5 A6 K7 mol8 cd9 deg10 rad11 sr21 Gy22 q23 º C 24 Sv25 F26 C27 S28 H29 V30 ohm31 J32 N33 Hz34 lx35 Lm36 Wb37 T38 W39 Pa41 m²42 m³43 m/s44 m/s²45 m³/s

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46 m/m³47 M48 kg/m³49 m²/s50 W/m K51 J/K52 ppm53 1/s54 rad/s61 VA62 Watts63 VAr64 phi65 cos(phi)66 Vs67 V²68 As69 A²70 A²t71 VAh72 Wh73 VArh74 V/Hz

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4. Appendix – Register Maps

LDevice::CTRL

Logical Node Data Object Module.Name

CILO1*(EATON_CILO1 )

Mod

Beh

Health

NamPlt

EnaOpn 86[1] - Lockout Relais 86 TRIP . Interl OPEN

EnaCls 86[1] - Lockout Relais 86 TRIP . Interl CLOSE

CILO2*(EATON_CILO1 )

Mod

Beh

Health

NamPlt

EnaOpn 86[2] - Lockout Relais 86CT . Interl OPEN

EnaCls 86[2] - Lockout Relais 86CT . Interl CLOSE

CSWI1*(EATON_CSWI1 )

Mod

Beh

Health

NamPlt

Loc

Pos 86[1] - Lockout Relais 86 TRIP . Pos

CSWI2*(EATON_CSWI1 )

Mod

Beh

Health

NamPlt

Loc

Pos 86[2] - Lockout Relais 86CT . Pos

LLN0(EATON_LLN0CON )

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LDevice::CTRL

Mod

Beh

Health

NamPlt

LPHD1(EATON_LPHDCON )

PhyNam

PhyHealth

Proxy

TCSSCBR1(EATON_SCBR1 )

Mod TCM[1] - Trip Coil Monitor . Active

Beh

Health

NamPlt

TrCctAlm TCM[1] - Trip Coil Monitor . Pickup

TCSSCBR2(EATON_SCBR1 )

Mod TCM[2] - Trip Coil Monitor . Active

Beh

Health

NamPlt

TrCctAlm TCM[2] - Trip Coil Monitor . Pickup

XCBR1*(EATON_XCBR2 )

Mod

Beh

Health

NamPlt

Loc

OpCnt


BlkOpn

BlkCls

CBOpCap

XCBR2*(EATON_XCBR2 )

Mod

Beh

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LDevice::CTRL

Health

NamPlt

Loc

OpCnt


BlkOpn

BlkCls

CBOpCap

XSWI1*(EATON_XSWI1 )

Mod

Beh

Health

NamPlt

Loc

OpCnt


BlkOpn

BlkCls

SwTyp

SwOpCap

XSWI2*(EATON_XSWI1 )

Mod

Beh

Health

NamPlt

Loc

OpCnt


BlkOpn

BlkCls

SwTyp

SwOpCap

LDevice::DR

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LDevice::CTRL


LLN0(EATON_LLN0REC )

Mod

Beh

Health

NamPlt

LPHD1(EATON_LPHDREC )

PhyNam

PhyHealth

Proxy

RDRE1(EATON_RDRE1 )

Mod

Beh

Health

NamPlt

RcdMade Waveform rec . Recording

FltNum

GriFltNum

RcdStr Waveform rec . Recording

LDevice::EXT


COUTGGIO1(EATON_GGIO4 )

Mod

Beh

Health

NamPlt

Ind1 IEC61850 . VirtOut1-I








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LDevice::CTRL

























CTLGGIO1(EATON_GGIO5 )

Mod

Beh

Health

NamPlt

SPCSO1

SPCSO2

SPCSO3

SPCSO4

SPCSO5

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LDevice::CTRL

SPCSO6

SPCSO7

SPCSO8

SPCSO9

SPCSO10

SPCSO11

SPCSO12

SPCSO13

SPCSO14

SPCSO15

SPCSO16

SPCSO17

SPCSO18

SPCSO19

SPCSO20

SPCSO21

SPCSO22

SPCSO23

SPCSO24

SPCSO25

SPCSO26

SPCSO27

SPCSO28

SPCSO29

SPCSO30

SPCSO31

SPCSO32

EPGAPC1(EATON_GAPC1 )

Mod ExP[1] - Ext Protection . ActiveExP[1] - Ext Protection . Blo TripCmdExP[1] - Ext Protection . ExBlo TripCmd

Beh

Health

NamPlt

Str ExP[1] - Ext Protection . Alarm

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LDevice::CTRL

Op ExP[1] - Ext Protection . Trip



Beh

Health

NamPlt





Beh

Health

NamPlt





Beh

Health

NamPlt



GOSINGGIO1(EATON_GGIO3 )

Mod

Beh

Health

NamPlt

Ind1

Ind2

Ind3

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LDevice::CTRL

Ind4

Ind5

Ind6

Ind7

Ind8

Ind9

Ind10

Ind11

Ind12

Ind13

Ind14

Ind15

Ind16

Ind17

Ind18

Ind19

Ind20

Ind21

Ind22

Ind23

Ind24

Ind25

Ind26

Ind27

Ind28

Ind29

Ind30

Ind31

Ind32

LLN0(EATON_LLN0SYS )

Mod

Beh

Health

NamPlt

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LDevice::CTRL

LPHD1(EATON_LPHDSYS )

PhyNam

PhyHealth

Proxy

LDevice::MEAS


HZMMXU1(EATON_MMXU9 )

Mod

Beh

Health

NamPlt

PhV EBR-Z . 87VAEBR-Z . phi 87VAEBR-Z . 87VBEBR-Z . phi 87VBEBR-Z . 87VCEBR-Z . phi 87VC

LLN0(EATON_LLN0MEA )

Mod

Beh

Health

NamPlt

LPHD1(EATON_LPHDMEA )

PhyNam

PhyHealth

Proxy

LDevice::PROT


HZPDIF1(EATON_PDIF2 )

Mod 87[1] - Overcurrent Differential Protection . Active87[1] - Overcurrent Differential Protection . ExBlo87[1] - Overcurrent Differential Protection . Blo TripCmd

Beh

Health

NamPlt

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LDevice::CTRL

Str 87[1] - Overcurrent Differential Protection . Pickup

Op 87[1] - Overcurrent Differential Protection . Trip



Beh

Health

NamPlt





Beh

Health

NamPlt



HZRDIF1(EATON_RDIF2 )

Mod 87SV[1] - Open CT Supervision . Active87SV[1] - Open CT Supervision . ExBlo

Beh

Health

NamPlt

Str 87SV[1] - Open CT Supervision . Pickup

Alm 87SV[1] - Open CT Supervision . Alarm



Beh

Health

NamPlt



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LDevice::CTRL



Beh

Health

NamPlt



IHMI1(EATON_IHMI1 )

Mod

Beh

Health

NamPlt

LLN0(EATON_LLN0PRO )

Mod

Beh

Health

NamPlt

LPHD1(EATON_LPHDPRO )

PhyNam

PhyHealth

Proxy

* Logical Node is dependent from settings in the “Device Planing”. (See 4.1Device Planing Dependencies)

4.1. Device Planing DependenciesDepending on the settings in the Device Planing section Logical Node instances will be available in the generated ICD file. The following list will give you an overview about the different selections for each Module which have an effect on the existence of a Logical Node.

Module.Name Value

CILO1

86[1] - Lockout Relais 86 TRIP . SwitchgearType Controlled SG

Controlled Make Break SG

CILO2

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Module.Name Value

86[2] - Lockout Relais 86CT . SwitchgearType Controlled SG


CSWI1

86[1] - Lockout Relais 86 TRIP . SwitchgearType Controlled SG


CSWI2

86[2] - Lockout Relais 86CT . SwitchgearType Controlled SG


XCBR1

86[1] - Lockout Relais 86 TRIP . SwitchgearType Monitored Make Break SG


XCBR2

86[2] - Lockout Relais 86CT . SwitchgearType Monitored Make Break SG


XSWI1

86[1] - Lockout Relais 86 TRIP . SwitchgearType Monitored SG

Controlled SG

XSWI2

86[2] - Lockout Relais 86CT . SwitchgearType Monitored SG

Controlled SG

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ebr-3000 iec61850 mics document - eaton · 2020-01-15 · ebr-3000 td0262021en 1. introduction this...

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