Table of Contents

• Introduction
  
• IED List
  
• Detailed Addressing Information for IED TEMPLATE
  
• Logical Devices for IED TEMPLATE
  
• Proprietary Logical Nodes for IED TEMPLATE
  
• Proprietary Data Objects for IED TEMPLATE
  
• GOOSE Subscriptions for IED TEMPLATE
  
• GOOSE Publication for IED TEMPLATE
  
• Logical Nodes for IED TEMPLATE
  
• DataSets for IED TEMPLATE
  
• Logical Node Definitions for IED TEMPLATE
  
• Common Data Class Definitions
  
• Common Data Attribute Definitions
  
• Enumeration Definitions
  
• Annex A - Notes on Contents
  

Introduction

This model implementation conformance statement is applicable for ElectroIndustries, Nexus 1500(Electro Industries NX1500) , with firmware 1.00 .

This MICS document specifies the modelling extensions compared to IEC 61850 edition 1. For the exact details on the standardized model please compare the ICD substation configuration file: [filename.icd], version [version].

IEC 61850 Data Model Definitions

IEDs within Nexus 1500 ICD

Detailed Address Information for IED TEMPLATE (Electro Industries NX1500)

Access Point=S1, description=

Logical Device list

Logical Device Instances within IED TEMPLATE (Electro Industries NX1500); AccessPoint: S1(); Server: ():

Proprietary Logical Nodes

Logical Device TEMPLATEMeas (Instance Meas of TEMPLATE): Power Meter

Proprietary Data Objects

Logical Device TEMPLATEMeas (Instance Meas of TEMPLATE): Power Meter

Subscribed GOOSEes for IED TEMPLATE

No GOOSE subscriptions in IEDTEMPLATE

Published GOOSEes for IED TEMPLATE

No GOOSE publications in IEDTEMPLATE

Logical Node list

Logical Nodes within Logical Device TEMPLATEMeas (Instance Meas of TEMPLATE)

No Datasets found in IED

Logical Node Definitions based upon IED declarations

Logical Nodes within: TEMPLATE, LD inst=Meas

Logical node TEMPLATEMeas/LLN0: type= NX1500_LLN0, base class= LLN0: Logical Device Description

Logical node TEMPLATEMeas/LPHD1: type= NX1500_LPHD, base class= LPHD: Physical Device Description

Logical node TEMPLATEMeas/nsMMXU1: type= NX1500_MMXU, base class= MMXU: Analogue Measurements: Normal speed update rate

Logical node TEMPLATEMeas/hsMFLK1: type= NX1500_MFLK, base class= MFLK: Analogue Measurements: High speed update rate

Logical node TEMPLATEMeas/lsMHAI1: type= NX1500_MHAI, base class= MHAI: Analogue Measurements: Low speed update rate

Logical node TEMPLATEMeas/lsMSQI1: type= NX1500_MSQI, base class= MSQI: Analogue Measurements: Low speed update rate

Logical node TEMPLATEMeas/eneMMTR1: type= NX1500_MMTR, base class= MMTR: Analogue Measurements: Energy

Logical node TEMPLATEMeas/intdiGGIO1: type= NX1500_GGIO_INT, base class= GGIO: Digital Measurements: Built-in High speed digital input

Logical node TEMPLATEMeas/extdiGGIO1: type= NX1500_GGIO_EXT, base class= GGIO: Digital Measurements: Option board (slot 3) digital input

Logical node TEMPLATEMeas/extdiGGIO2: type= NX1500_GGIO_EXT, base class= GGIO: Digital Measurements: Option board (slot 4) digital input

Logical node TEMPLATEMeas/ctrtanTCTR1: type= NX1500_TCTR, base class= TCTR: Configuration: CT ratios - Phase A

Logical node TEMPLATEMeas/ctrtbnTCTR2: type= NX1500_TCTR, base class= TCTR: Configuration: CT ratios - Phase B

Logical node TEMPLATEMeas/ctrtcnTCTR3: type= NX1500_TCTR, base class= TCTR: Configuration: CT ratios - Phase C

Logical node TEMPLATEMeas/ctrtnnTCTR4: type= NX1500_TCTR, base class= TCTR: Configuration: CT ratios - Neutral

Logical node TEMPLATEMeas/ptrtanTVTR1: type= NX1500_TVTR, base class= TVTR: Configuration: PT ratios - Phase A

Logical node TEMPLATEMeas/ptrtbnTVTR2: type= NX1500_TVTR, base class= TVTR: Configuration: PT ratios - Phase B

Logical node TEMPLATEMeas/ptrtcnTVTR3: type= NX1500_TVTR, base class= TVTR: Configuration: PT ratios - Phase C

Logical node TEMPLATEMeas/ptrtaxTVTR4: type= NX1500_TVTR, base class= TVTR: Configuration: PT ratios - Phase AUX

Common Data Class Definitions

Common DATA class INC of variant EIG_INC_Mod:

Common DATA class INS of variant EIG_INS_Beh:

Common DATA class INS of variant EIG_INS_Health:

Common DATA class LPL of variant EIG_LPL_LLN0:

Common DATA class LPL of variant EIG_LPL:

Common DATA class LPL of variant EIG_LPL_EIG:

Common DATA class DPL of variant EIG_DPL:

Common DATA class SPS of variant EIG_SPS:

Common DATA class WYE of variant EIG_WYE:

Common DATA class WYE of variant EIG_WYE_A:

Common DATA class DEL of variant EIG_DEL:

Common DATA class SEQ of variant EIG_SEQ:

Common DATA class BCR of variant EIG_BCR:

Common DATA class CMV of variant EIG_CMV:

Common DATA class CMV of variant EIG_CMV_SEQ:

Common DATA class MV of variant EIG_MV:

Common DATA class ASG of variant EIG_ASG:

Data Attribute Definitions

Attribute structure EIG_VECTOR_ANG:

Attribute structure EIG_VECTOR:

Attribute structure EIG_ANALOGUE_VALUE_FLOAT:

Attribute structure EIG_ANALOGUE_VALUE_LIM:

Attribute structure EIG_RANGE_CONFIG:

Enumeration Definitions

Enumeration definition ModBeh:

Enumeration definition Health:

Enumeration definition SeqT:

Enumeration definition range:

Enumeration definition CtlModels:

Annex A - Notes on Contents

IED List:

Detailed Addressing Information:

Logical Device list:

Proprietary Logical Node list:

Proprietary Data Objects list:

GOOSE Subscriptions:

GOOSE Publications:

Logical Node list:

DataSets:

Logical Node Definitions

• based upon IED declarations: Lists each Logical Node found within the Instance section (the <IED> section).
• based upon DataTypeTemplates declarations: Lists each of the Logical Nodes found in the templates section once. It is shorter than the full Logical Node list.

• Name (DataObject.attribute.attribute...)
• (DefinitionLocation) where the location is either "Instance" (IED section) or "Template" (DataTypeTemplates section)
• (valKind) which is either "Set" (read/write at runtime) or "Conf" (assignable at configuration startup time) or "RO" (read-only)
• Value (The actual value of the attribute). Note that attributes may be marked as read-only without a value (for example, the device serial number is of this type)

Common Data Class Definitions

Enumeration Definitions

Additional Information

The SCL-to-MICS converter is an XSLT (eXtensible Style Language for Transformation).
It executes within a browser without needing additional "plug-ins" (IE 9 and FireFox 15.0.1 tested).

To use it, follow these instructions:

• Place the file IcdToMisc.xslt in the same folder as the ICD file
• Open the file IcdToMisc.xslt in NotePad (or your favorite text editor) and copy the line <?xml-stylesheet type="text/xsl" href="IcdToMics.xslt"?>
  to the Windows clipboard. Close the file.
  
• Open the ICD or CID or SCD file with a text editor and paste the line just after first line <?xml version="1.0" encoding="UTF-8"?>
  
  The resulting file should now beign with:
  <?xml version="1.0" encoding="UTF-8"?>
  <?xml-stylesheet type="text/xsl" href="IcdToMics.xslt"?>
  ...
  
• Save the file with an extension "XML" as the original extension
• Open the file with a browser (in Windows, this means right-click on file, select "Open with" and select your browser
• Wait a few seconds and view the file with enbeddded links

Bruce Muschlitz (EnerNex)

Wolfgang Wimmer and Christian Frei (ABB Baden)

The most up-to-date version of this file can be found at http://www.ucaiug.org