IEC 61850 ICD Designer - SystemCORP...IEC 61850 ICD Designer User Manual Introduction 1 Introduction...

IEC 61850 ICD Designer User Manual

IEC 61850 ICD Designer 2

User Manual

This PDF Document contains internal hyperlinks for ease of navigation. For example, click on any item listed in the Table of Contents to go to that page.

General Description ICD Designer User Guide

Copyright: All rights reserved. None of the information contained in this document may be reproduced or stored in a database or retrieval system or disclosed to others without written authorization by SystemCORP Energy Pty Ltd.

The information in this document is subject to change without prior notice and should not be construed as a commitment by SystemCORP Energy Pty Ltd. SystemCORP Energy Pty Ltd do not assume responsibility for any errors, which may be in this

document.


Documentation Control

Author: Phillip Lawrence

Revision: 2.10

Revision History: 1.00 Initial release 1.01 Document Clean-up DR 1.02 New Logical Nodes 1.03 Updated Quick Validate 2.00 Updated to Edition ½ compatible version and client configuration options

added 2.01 Added General Description of Server, Client, Reports and GOOSE 2.02 Added more details to GOOSE publisher section –DR 2.03 Completed GOOSE section and general review of document – DJ 2.10 Added General Description of LN Template Creator – FB

Creation Date: 30 October 2013

Last Revision Date: 29 October 2018

Product Reference: 198-000

Document Status: RELEASE


Table of Contents

1 Introduction .................................................................................................................. 8

1.1 Usage of document .......................................................................................................................... 8 1.2 Scope ............................................................................................................................................... 8 1.3 Overview .......................................................................................................................................... 8 ▪ Document Reference ....................................................................................................................... 8 ▪ List of Abbreviations ......................................................................................................................... 9

2 General Description ................................................................................................... 11

2.1 SystemCORP ICD Designer Overview .......................................................................................... 11 ▪ ICD Designer Workflow Overview .................................................................................................. 12 ▪ ICD File Design Overview .............................................................................................................. 13 ▪ General CID file structure ............................................................................................................... 14 ▪ Header file section .......................................................................................................................... 14 ▪ Communication section .................................................................................................................. 15 ▪ Creating an IEC 61850 Server CID File ......................................................................................... 16 ▪ Creating and editing a data set ...................................................................................................... 17 ▪ Setting up Report Publishing .......................................................................................................... 18 ▪ Creating an IEC 61850 Client CID File .......................................................................................... 19 ▪ Setting up Report Subscription ...................................................................................................... 20

Server GOOSE Publishing .......................................................................................................................... 21 ▪ Server GOOSE Subscription .......................................................................................................... 23 ▪ What is required for GOOSE Subscription? ................................................................................... 23 ▪ Client GOOSE Subscription ........................................................................................................... 24

2.2 Using external GOOSE references with a remote server .............................................................. 25 ▪ Manual configuration. ..................................................................................................................... 25 ▪ Automatic configuration. ................................................................................................................. 26

2.3 Logical Node Template Creator ..................................................................................................... 27 ▪ LN Template Creation. ................................................................................................................... 27 ▪ Importing a custom LN Template. .................................................................................................. 29

3 ICD Designer User Guide .......................................................................................... 32

3.1 General Commands – Tool Icons .................................................................................................. 32 3.2 Project Tree Construction .............................................................................................................. 33 ▪ Basic Project Tree Structure .......................................................................................................... 33 ▪ Server IED Structure ...................................................................................................................... 34 ▪ Adding and Deleting Objects .......................................................................................................... 34 ▪ Copy/Paste Clipboard .................................................................................................................... 37 ▪ Import a remote server's IED ......................................................................................................... 38 ▪ Editing Data Attribute Types and Data Attributes .......................................................................... 39 ▪ Logical Node Settings .................................................................................................................... 39 ▪ Current Logical Nodes:................................................................................................................... 41 ▪ Data Object Settings ...................................................................................................................... 44 ▪ LLN0 Object Settings Windowpane – Setting Groups Option ....................................................... 45 ▪ Creating and editing a data set ...................................................................................................... 46

3.3 Creating Report Control Blocks ...................................................................................................... 48 3.4 Creating and configuring GSE Control Blocks (GSSE or GOOSE) ............................................... 49 ▪ “P P” object Types: ......................................................................................................................... 51

3.5 Creating and Configuring Sample Value Control ........................................................................... 52 3.6 Creating and Configuring Log Control............................................................................................ 53 3.7 Adding and configuring Data Attributes (DA) ................................................................................. 54 3.8 Tools ............................................................................................................................................... 55 ▪ Quick Validate ................................................................................................................................ 55 ▪ Program Options ............................................................................................................................ 56 ▪ Template Selector .......................................................................................................................... 57


▪ Manage Customised Logical Nodes .............................................................................................. 57 ▪ Export DAID Template ................................................................................................................... 57 ▪ Import DAID Template.................................................................................................................... 59 ▪ Import DAs from WDX File ............................................................................................................. 60 ▪ Export ICD File ............................................................................................................................... 60 ▪ Copy/Paste Clipboard .................................................................................................................... 61

IEC 61850 ICD Designer User Manual Introduction

List of Figures

Figure 2-1 – SystemCORP ICD Designer Windowpane Descriptions ..................................................................... 11 Figure 2-2 – ICD Designer workflow. ....................................................................................................................... 12 Figure 2-3 –IEC61850 information model structure. ................................................................................................ 13 Figure 2-4 –CID file structure. .................................................................................................................................. 14 Figure 2-5 –Header file section within a Server CID file. ......................................................................................... 15 Figure 2-6 –Communication section within a Server CID file................................................................................... 15 Figure 2-7 –A new Server CID file. .......................................................................................................................... 16 Figure 2-8 –Creating a data set. .............................................................................................................................. 17 Figure 2-9 –Add a new data set dialogue box. ........................................................................................................ 17 Figure 2-10 –Adding and configuring a report control block. ................................................................................... 18 Figure 2-11 –Adding a client IED to a CID file. ........................................................................................................ 19 Figure 2-12 –Adding and configuring a report enabled client. ................................................................................. 20 Figure 2-13 –Configuring communication parameters. ............................................................................................ 21 Figure 2-14 –Linking the Server IED to the access point. ....................................................................................... 21 Figure 2-15 –Additional requirements for GOOSE publishing. ................................................................................ 22 Figure 2-16 –Selection of data attributes to subscribe to. ....................................................................................... 23 Figure 2-17 –Selection of data attributes to subscribe to. ....................................................................................... 24 Figure 2-18 –Specification of remote source and local destination data attributes. ................................................ 25 Figure 2-19 –Option to subscribe to GOOSE contol blocks..................................................................................... 26 Figure 2-20 –Option to drag and drop data attributes. ............................................................................................. 26 Figure 2-21 –Dragging and dropping data attributes. .............................................................................................. 26 Figure 2-22 –Template Customiser Selection .......................................................................................................... 27 Figure 2-23 –Base Template Selector ..................................................................................................................... 27 Figure 2-24 –Custom Template Tool ....................................................................................................................... 28 Figure 2-25 –Saving the New Custom Template ..................................................................................................... 29 Figure 2-26 –Importing the New Custom Template ................................................................................................. 29 Figure 2-27 –Selecting a Template .......................................................................................................................... 29 Figure 2-28 –Template Selector ............................................................................................................................... 30 Figure 2-29 –Import Custom LN Template File ........................................................................................................ 30 Figure 2-30 –Successful Import of an LN Template File .......................................................................................... 30 Figure 2-31 –Template Selector after importing a custom LN Template ................................................................. 31 Figure 3-1 –ICD Designer start-up screen. .............................................................................................................. 32 Figure 3-2 –About screen, displayed when ‘?’ is pressed........................................................................................ 32 Figure 3-3 –The Project Tree Windowpane continued. ........................................................................................... 33 Figure 3-4 –The Project Tree Windowpane continued. ........................................................................................... 34 Figure 3-5 –Adding and deleting objects.................................................................................................................. 35 Figure 3-6 –Adding a Logical Device to a Server IED. ............................................................................................ 35 Figure 3-7 –Adding a logical node to a logical device. ............................................................................................. 36 Figure 3-8 –Copying and pasting a Logical Node. ................................................................................................... 37 Figure 3-9 –Clipboard window. ................................................................................................................................ 37 Figure 3-10 –Coping a remote server IED. .............................................................................................................. 38 Figure 3-11 –Pasting a remote server IED into a local server or client CID file....................................................... 38 Figure 3-12 –Internal clipboard selection screen. .................................................................................................... 38 Figure 3-13 –A copied remote server IED. .............................................................................................................. 38 Figure 3-14 –Editing Data Attributes Types and Attributes. ..................................................................................... 39 Figure 3-15 –Add a Logical Node Dialouge box (top section). ................................................................................ 39 Figure 3-16 –Creating a new Logical Node. ............................................................................................................ 40 Figure 3-17 –Adding a Data Object .......................................................................................................................... 44 Figure 3-18 –Object Settings Windowpane ............................................................................................................. 45 Figure 3-19 –Object Settings Windowpane ............................................................................................................. 45 Figure 3-20 –Creating a data set. ............................................................................................................................ 46 Figure 3-21 –Add a new data set dialouge box. ...................................................................................................... 46 Figure 3-22 –Adding and configuring a Report Control Block. ................................................................................ 48 Figure 3-23 –Adding a GSE Control Block............................................................................................................... 49 Figure 3-24 –Configuring a GSE Control Block continued. ..................................................................................... 49 Figure 3-25 –Configuring a GSE Control Block continued. ..................................................................................... 50 Figure 3-26 –Editing P information for GSE Control Blocks. ................................................................................... 50 Figure 3-27 –Adding a Sample Value Control and editing configuration. ................................................................ 52


Figure 3-28 –Adding a Sample Value Control and editing configuration. ................................................................ 53 Figure 3-29 –Adding data attributes. ........................................................................................................................ 54 Figure 3-30 –Context dependent Object Settings Windowpanes for data attributes. .............................................. 54 Figure 3-31 –The Tool menu. ................................................................................................................................... 55 Figure 3-32 –Nodes with incorrect data found using Quick Validate. ...................................................................... 55 Figure 3-33 –Various log messages after using Quick Validate. ............................................................................. 55 Figure 3-34 –The Validation Results Window. ......................................................................................................... 56 Figure 3-35 –The Program Options Window. .......................................................................................................... 56 Figure 3-36 –Custom Data Template Prefix IDs. ..................................................................................................... 56 Figure 3-37 –The Template Selector Window. ........................................................................................................ 57 Figure 3-38 –The Export DAID Template To CSV window. ..................................................................................... 57 Figure 3-39 –Editing a .csv file in Microsoft Excel. .................................................................................................. 58 Figure 3-40 –Importing a DAID Template file. ......................................................................................................... 59 Figure 3-41 –Imported DAID data. ........................................................................................................................... 59 Figure 3-42 –Imported DAID data. ........................................................................................................................... 60 Figure 3-43 –Copying and pasting a Logical Node. ................................................................................................. 61 Figure 3-44 –Clipboard window. .............................................................................................................................. 61 Figure 3-45 –ICD Designer start-up screen. ............................................................................................................ 62 Figure 3-46 –About screen, displayed when ‘?’ is pressed...................................................................................... 62


List of Tables

Table 2-1 – Explanation of data attibute configuration options. ............................................................................... 25 Table 3-1 – P object types and their descriptions. ................................................................................................... 51


1 Introduction

This document describes the use of SystemCORP’s Intelligent Electronic Device (IED) Capability Description (ICD) Designer tool. The “ICD Designer” tool is used to define and edit substation configuration descriptions for IEC 61850 through a graphical user interface to create an XML formatted file.

1.1 Usage of document

This document contains hyperlinks that allow for ease of use. A hyperlink will be in bold and blue and can be clicked to follow.

1.2 Scope

This document is divided into 2 major sections:

• Overview with General Description that includes a list of abbreviation using IEC 61850 in IED’s; and a

• User Guide that walks through adding, deleting, and editing each device and node objects in ICD Designer.

The International Electro-technical Commission (IEC) 61850 specification details are beyond the scope of this document. See the IEC 61850 specification document titles listed in the next section.

1.3 Overview

▪ Document Reference

This document is used with the SystemCORP ICD Designer Studio .

[1] Document Title: SystemCORP ICD Designer User Manual Revision: Version 1.00 English Author: Oscar Naval Source: SystemCORP Embedded Technology [3] International Electro-technical Commission (IEC) Document Titles: Source: IEC Publications

▪ IEC 61850-1 Introduction and overview

▪ IEC 61850-2 Glossary

▪ IEC 61850-3 General requirements

▪ IEC 61850-4 System and project management

▪ IEC 61850-5 Communication requirements for functions and device models

▪ IEC 61850-6 Configuration description language for communication in electrical substations related to IED’s

▪ IEC 61850-7-1 Basic communication structure for substation and feeder equipment – Principles and models

▪ IEC 61850-7-2 Basic communication structure for substation and feeder equipment – Abstract communication service interface (ACSI)


▪ IEC 61850-7-3 Basic communication structure for substation and feeder equipment – Common data classes

▪ IEC 61850-7-4 Basic communication structure for substation and feeder equipment – Compatible logical node classes and data classes

▪ IEC 61850-8-1 Specific communication service mapping (SCSM) – Mappings to MMS (ISO/IEC 9506-1 and ISO/IEC 9506-2) and to ISO/IEC 8802-3

▪ IEC 61850-9-1 Specific communication service mapping (SCSM) – Sampled values over serial unidirectional multi-drop point-to-point link

▪ IEC 61850-9-2 Specific communication service mapping (SCSM) – Sampled values over ISO/IEC 8802-3 2

▪ IEC 61850-10 Conformance testing

▪ IEC 61850-80-1 Ed. 1.0 Communication networks and systems for power utility automation – Part 80-1: Guideline to exchange information from a CDC based data model using IEC 60870-5-101/104

▪ List of Abbreviations

ACSI = Abstract Communication Service Interface

ASDU = Application Service Data Unit

BRCB = Buffered Report Control Block

CDC = Common Data Class

CID = Configured IED Description

Com = Communication

DA = Data Attribute

DAT = Data Attribute Type

DO = Data Object

DS = Data Set

DTD = Document Type Definition

FC = Functional Constraint

GI = General Interrogation

GoCB = GOOSE Control Block

GOOSE = Generic Object Oriented Substation Events

GSE = Generic Substation Event

GSSE = Generic Substation Status Event

GsCB = GSSE Control Block

ICD = IED Capability Description

IEC = International Electro-technical Commission

IED = Intelligent Electronic Device

IP = Internet Protocol

LC = Logical Connection

LCB = Log Control Block

LD = Logical Device

LN = Logical Node

MC = Multi-Cast


MCAA = Multicast Application Association

MMS = Manufacturing Message Specification (ISO 9506 series)

MSVCB = Multicast Sampled Value Control Block

OSI = Open System Interconnection

PC = Physical Connection

PD = Physical Device

PICOM = Piece of Information for COMmunication

SAV = Sampled Analogue Value (IEC 61850-9 series)

SBO = Select Before Operate with normal security

SBOw = Select Before Operate With enhanced security

SCD = Substation Configuration Description.

SCL = Substation Configuration Language

SCSM = Specific Communication Service Mapping

SG = Setting Group

SGCB = Setting Group Control Block

SN = SubNetworkName

SSD = System Specification Description

SV = Sampled Values

SVC = Sampled Value Control

TCP = Transport Control Protocol

TP = Two Party

TPAA = Two Party Application Association

TrgOp = Trigger Option

URCB = Unbuffered Report Control Block

USVCB = Unicast Sampled Value Control Block

WDS = eNode Designer project file extension

WDX = WebCAN Designer studio XML

XML = eXtensible Markup Language

IEC 61850 ICD Designer User Manual General Description

2 General Description

2.1 SystemCORP ICD Designer Overview

Figure 2-1 – SystemCORP ICD Designer Windowpane Descriptions

Throughout this document, ICD Designer screenshots show what an ICD Designer user sees. The four major parts of the ICD Designer screen are:

Tool Buttons – the six icons: New, Open, Save, Save As, Close File, and ?. For information on the specific use of each of these icons see: Section 3.1 General Commands – Tool Icons.

Object Settings Windowpane – Settings for the object selected in the Project Tree windowpane are configured in this windowpane.

Project Tree – Construction of the ICD project design is completed in this windowpane. Assemble the project design in this windowpane by using the mouse right-click menus to add, edit, and delete objects. For information on the how to construct and edit the Project Tree see: Section 3.2 Project Tree Construction.

ICD Designer Log – The project assemble date, time, and actions are shown in this windowpane.

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▪ ICD Designer Workflow Overview

Open ICD Designer

Select Edition Template

Create a new ICD file.

Configure as Client or Server?

Configure Server IED

Server Delete Server IEDClient

Create and configure Client IED

Data Binding Attirbutes

Add and edit remote Server IEDs

Customise Edition Template

Figure 2-2 – ICD Designer workflow.


▪ ICD File Design Overview

The structure for the information model is based on IEC61850-7-2.

Figure 2-3 –IEC61850 information model structure.

Server (SVR) – Represents the external visible behaviour of a device. All other ACSI models are part of the server.

A server: a) communicates with a client (most service models in IEC 61850 provide

communication with client devices), and b) sends information to peer devices (e.g. for sampled values).

Logical-Device (LD) – contains the information produced and consumed by a group of domain-specific application functions. Functions are defined as LOGICAL-NODEs.

Logical Node (LN) – contains the information produced and consumed by a domain specific application function (e.g. overvoltage protection or circuit-breaker).

Data – provide means to specify typed information (e.g. position of a switch with quality information and timestamp contained in LOGICAL-NODEs). Data Sets are groupings of the data and data attributes.

Log and Report Control Blocks– describe the conditions for generating reports and logs based on parameters set by the client. Reports may be triggered by changes of process data values or by quality changes.

►Note: Additional details on the modelling and relations between IEC 61850-7-4, IEC 61850-7-3, and this part of IEC 61850 can be found in IEC 61850-7-1.

Generic Server

Communication: Access Points

Logical Device

Logical Node

Data Set

Sample Value CB

GOOSE CB

Unbuffered RCB

Buffered RCB

Log CB

Control Blocks (CB)

Data Object

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▪ General CID file structure

The general structure of a CID file is shown below:

Figure 2-4 –CID file structure.

Communication, Network Names, Access Points

Logical Devices, Logical Nodes,

Data Sets,

Control Blocks, and

Data Objects

► Note: The CID structure for an IEC 61850 client is explained in the designated section of this document.

▪ Header file section

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Figure 2-5 –Header file section within a Server CID file.

Optional fields to be filled in by the user as contents are user specific.

▪ Communication section

Every communication parameter under Address can be changed. The screenshot below uses the IP Address parameter as an example.

Figure 2-6 –Communication section within a Server CID file.

Parameter type can be editted using a drop down menu and parameter values can be typed in manually. ►Note: The configuration of the communications parameters must match the communication settings of the IED.

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▪ Creating an IEC 61850 Server CID File

What is a server CID file? A server CID file contains the configuration of the local server IED as well as any remote server IEDs with which the server application will interact. What is required in a server CID file? A server CID file must contain the local server IED and a connected access point to be useful. It is possible for a CID file to contain remote IEDs in addition to the local server IED (this will be discussed further in later sections of this document). If a CID file contains remote server(s) then the local server must be listed first in the project tree. How to create a new server CID file. To create a server CID file, Press the New button, a new file will be created. As default, a server IED is created. After creating a new Server CID file, the following view is displayed.

Figure 2-7 –A new Server CID file.

The Connected AP configuration is located in a Sub-Network Node in the Communication section. The Connected AP configuration must have an Address with valid parameters set for IP, Subnet, Gateway and MAC Address. The Server IED node contains the Access point node, which must have an access point selected from those configured in the communications section. The access point node contains a server node, which includes the server's logical devices.


▪ Creating and editing a data set

Where a logical node exists, a data set can be created. In order to create a data set, click a logical node to expand it then right click the DatasetGroup. Press Add Data Set.

Figure 2-8 –Creating a data set.

Click the toggle to expand the Logical Node. Right click the DatasetGroup.

Click Add Data Set. The Add new data set dialogue box will appear, this allows for the selection of functional constraints and an option to name the dataset

Figure 2-9 –Add a new data set dialogue box.

Functional constraints, these define the behaviour of the data. This section shows which data types are able to be selected. FCDA list, This section shows which data types have been selected. Dataset naming option. Add dataset, confirms the selected options and creates the new dataset within the dataset group. ► Note: This same dialogue box will be displayed if a dataset is right clicked and “Edit Data Set” is selected.

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▪ Setting up Report Publishing

What is report publishing?

Report publishing lets a client interact with selected data attributes in the servers logical devices. Published reports can only be used by IEC 61850 clients. What is required for report publishing? To allow interaction with a server’s data attributes through report publishing, the required attributes must be selected for inclusion in the data set, upon creation of that data set. For information on creating data sets and how to select which attributes to include see Creating and Editing a Dataset. To add a report control block. Right click ReportControlGroup and select Add Report Control Block.

Figure 2-10 –Adding and configuring a report control block.

Right click ReportControlGroup. Click Add Report Control Block. A new ReportControlBlock will appear under the ReportControlGroup

The Object Settings Window Pane will now display configuration options for the newly created ReportControl block.

Configuration options for Report Control Options in red must be configured in order for Report Control to function correctly.

Check boxes can be selected by clicking to enable or disable certain options.

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▪ Creating an IEC 61850 Client CID File

What is a client CID File? A Client CID file contains the configuration of the IEDs with which the client application will interact. What is required in a Client CID file? The first IED must be the Client IED. There can only be one Client IED. All sections of the Server IEDs that are to be used must be included.

Figure 2-11 –Adding a client IED to a CID file.

Right click the ServerIED. Click Delete IED. Right Click the SCL. Click Add Client IED. The header and communication configuration functions the same as that found in a server CID file. See Header and Communication under Section 2.4 Creating an IEC 61850 Server CID file.

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▪ Setting up Report Subscription

What is report subscription? Report subscription allows the client application to interact with data attributes in reports published by servers. What is required for report subscription? To enable report subscription the server IED must first be included in the client CID file. This can be easily done by copying the remote server IED into the client CID file. For information on how to do this, see Section 3.2.4 Import a Remote Server’s IED Find the server IED's report control block and add a report-enabled client.

Figure 2-12 –Adding and configuring a report enabled client.

Right click ReportControl block. Click Add Report Enabled Client. A new ClientLN will appear under the ReportControl block.


Configuration options for Report Control Options in red must be configured in order for Report Control to function correctly.

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Server GOOSE Publishing

What is Server GOOSE Publishing? Server GOOSE Publishing allows monitoring of a server's data attributes using the GOOSE protocol. GOOSE publications can be received by both IEC 61850 clients and other servers. What is required for GOOSE Publishing? For GOOSE publishing, the communication parameters have to be set up first and then linked to the ServerIED, which is acting as a publisher.

Figure 2-13 –Configuring communication parameters.

Select ConnectedAP to edit the parameters.

Select a unique Access Point Name (ConnectedAP) for the server which is publishing GOOSE. Communication parameters such as IP address, subnet, etc also have to be defined in the “Communication” section of the CID file.

Link the GOOSE publishing Server IED to the Access Point once a unique name has been given to it.

Figure 2-14 –Linking the Server IED to the access point.

Select the Access Point (ConnectedAP) as physical access point for GOOSE publishing ServerIED. Now the access point and the GOOSE publishing server are linked together.

►Note:The ServerIED requires a unique name in the CID file.

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For publishing GOOSE messages, the GOOSE publishing server requires: • Data Sets containing all Data Objects to be published via GOOSE service and which are available in the

server configuration

• A GSE Control Group, which contains the GSE Control Block, which defines the data sets to be published

For details on creating data sets, refer to Section 3.3 Creating Data Sets. For details on creating and managing GSE Control Blocks, refer to Section 3.5 Creating GSE Control Blocks.

Figure 2-15 –Additional requirements for GOOSE publishing.

Data Sets for GOOSE publishing, For information on creating data sets, see Section 3.3 Creating Data Sets

Add GSE Control Block to the GSE Control Group, see Section 3.5 Creating GSE Control Blocks

Important: Enable GOOSE Service for the Server IED: Select ServerIED, expand Services in the Object Settings Window Pane then tick the box to make it true.

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▪ Server GOOSE Subscription

What is Server GOOSE Subscription? Server GOOSE Subscription allows monitoring of a remote server's data attributes using the GOOSE protocol. ▪ What is required for GOOSE Subscription?

To allow monitoring of the remote server's data attributes the remote server's IED must be included in the local server's CID file. For information on how to do this, see Section 3.2.4 Import a Remote Server’s IED This will include the servers connected access point data. If the remote server's IED is configured with GOOSE publishing you will be asked if you want to import GOOSE control blocks. This is used to create external references, see also Section 2.8 Using external GOOSE references with a remote server. Once the remote server's IED and access point information is in the local server's CID file, the remote server's published data attributes will be available to the local server application. When configuring a server with GOOSE subscription it is good engineering practice to create the server without GOOSE subscription first. During this step all standard server settings, logical devices and data objects need to be configured. Once this has been achieved the GOOSE subscriber part needs to be added. Once the remote server IED has been pasted, the following box will be displayed. This allows for the selection of data attributes to subscribe to.

Figure 2-16 –Selection of data attributes to subscribe to.

Drag and drop data attributes to subscribe to them.

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▪ Client GOOSE Subscription

What is Client GOOSE Subscription? Client GOOSE Subscription allows monitoring of a remote server's data attributes using the GOOSE protocol. What is required for GOOSE Subscription? To allow monitoring of the remote server's data attributes the remote server's IED must be included in the local client's CID file. This can be easily done by opening the remote server's CID file, copying the remote server's IED and pasting it in the client CID file. This will include the servers connected access point data. For remote server IED copying instructions see: Import a remote server's IED. Once the remote server's IED and access point information is in the client CID file, the remote server's published data attributes will be available to the client application. Once the remote server IED has been pasted, the following box will be displayed. This allows for the selection of data attributes to subscribe to.

Figure 2-17 –Selection of data attributes to subscribe to.

Drag and drop data attributes to subscribe to them.

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2.2 Using external GOOSE references with a remote server

What are external references?

External references allow a local server data attribute to be updated automatically with the information received in a remote server's GOOSE publication. This allows the local server to act as a data concentrator.

What is required for external references? To enable external references a GOOSE subscription must first be configured. Once this is done, external references can be created. ▪ Manual configuration.

To configure an external reference, add an input to the inputs group and specify the remote source and local destination data attributes.

Figure 2-18 –Specification of remote source and local destination data attributes.

Field Description

IED Name The publisher Server IED

LD Instance The publisher's logical device.

LN Prefix (Optional) The publisher's logical node prefix if present.

LN Class The publisher's logical node class.

LN Instance (Optional) The logical node instance, blank if LLN0.

DO Name The publisher's data object name.

DA Name The publisher's data attribute name. The can be a '/' separated string for example: SBOw/origin/orCat/

Internal Address The internal address in the format: Logical Device Instance / Logical Node (with prefix and instance) / Functional Constraint / Data Object Name / Data Attribute Name. For example: LDevice1/LLN0/CF/Mod/ctlModel or LDevice1/GGIO0/ST/Mod/origin/SBOw/origin/orIdent/

Table 2-1 – Explanation of data attibute configuration options.


▪ Automatic configuration.

ICD Designer can assist you to set external references up quickly by automatically creating the inputs and populating the necessary fields. To use the GOOSE subscriber tool you will need a preconfigured Server CID file with GOOSE publishing and a Server CID file with the data attributes which are to be set from the publishing server's GOOSE messages. The Servers' IDE Names must be unique. Copy the remote server's IED into the local server's CID file. This will give you the import option shown below.

Figure 2-19 –Option to subscribe to GOOSE contol blocks.

Click yes and select the publishing control block.

Figure 2-20 –Option to drag and drop data attributes.

Drag and drop the required remote data attributes onto the local data attributes and external reference inputs will be automatically created.

Figure 2-21 –Dragging and dropping data attributes.


2.3 Logical Node Template Creator

What is the purpose of this new feature?

This feature enables the user to make a custom selection of logical nodes, according to the user’s needs.

▪ LN Template Creation.

If you wish to generate a new template, featuring a custom selection of logical nodes, please select Tools → Template Customiser in the menu bar of the main window of ICD Designer. This step can also be done right after starting ICD Designer.

Figure 2-22 –Template Customiser Selection

This action will open the Select Base Template window in which you can select the template edition. Please be mindful to select a standard edition template in case you already imported custom templates before that step.

Figure 2-23 –Base Template Selector


After selecting a valid standard template, clicking OK will open the Custom Template Tool window.

The Edition of the selected base template is displayed at the top left corner of the window. The left-hand side list, entitled Base Template, shows you all the logical nodes available for a custom selection. A multiple selection is possible by keeping the Ctrl or Shift key down. It is also possible to move single items to the right-hand side list, entitled Custom List, by doubling clicking on them. Alternatively, single and multiple selection can be moved from the Base Template List to the Custom List by clicking on the >> Button. The Custom List, located on the right-hand side of the window, shows you the logical nodes you chose to keep. A single item can be removed from that list and put back in the Base Template List by double-clicking on it. Alternatively, a single or multiple selection of logical nodes can be removed from the Custom List and put back to the Base Template List by clicking on the << Button. You must specify a name for your custom LN template in the text field located at the bottom left of the windowpane before generating and saving the template. Spaces are allowed in the middle of the name and the name is limited to 100 characters. Blank spaces at the beginning and at the end of the name will be automatically trimmed. Also, special characters other then _ and – are not permitted. Once you are satisfied with your selection, you can generate and save your custom LN template by clicking on the Generate button located at the bottom right of the windowpane.

Figure 2-24 –Custom Template Tool

Clicking on the Generate button opens a new windowpane where you can browse to the location where you wish to save your custom template file. The name of your template file can be changed but the file extension has to be .lnt. The naming conventions previously specified for the template name in the text field also apply to the template file name.

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Figure 2-25 –Saving the New Custom Template

▪ Importing a custom LN Template.

You have the option of directly importing the new custom template by clicking Yes on the pop-up window that appears after you clicked the Save Button in the previous window.

Figure 2-26 –Importing the New Custom Template

Alternatively, you can import manually a custom template by selecting Tools → Template Selector in the menu bar of the main window of ICD Designer.

Figure 2-27 –Selecting a Template


Clicking on the Template Selector option will open the Template Selector windowpane.

You simply need to click on the Import Button to import any custom LN template file if you have not imported your template yet.

Figure 2-28 –Template Selector

Clicking on the Import Button will open a new Import Custom Template window in which you can browse and select a .lnt LN Template file.

Figure 2-29 –Import Custom LN Template File

After selecting a valid LN Template file, a Successful Import window will pop up to confirm that your custom LN Template has been successfully imported.

Figure 2-30 –Successful Import of an LN Template File

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The custom template is now available in the list of templates in the Template Selector windowpane.

After selecting your custom template, you can click on Load Selected Template to load and use it.

Figure 2-31 –Template Selector after importing a custom LN Template

From there, you can follow the steps described in Section 3.8 Tools.

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IEC 61850 ICD Designer User Manual ICD Designer User

Guide

3 ICD Designer User Guide

3.1 General Commands – Tool Icons

When starting the ICD designer, the following view is displayed:

Figure 3-1 –ICD Designer start-up screen.

- Creates a new “Untitled” Intelligent Electronic Device (IED) Server file

- Gives option to open a ICD, SCD, CID, SSD, or XML file

- Saves the current file.

- Saves a CID formatted file under another file name.

- Closes current project file.

- Change current setting of ICD Designer - See Section 3.9

- Provides revision information and contact details. Also provides link to user manual

Figure 3-2 –About screen, displayed when ‘?’ is pressed.

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3.2 Project Tree Construction

Constructing an Intelligent Electronic Device (IED) Capability Description (ICD) file must be done from top to bottom. Individual child data objects and attribute types must be within a parent structure to before editing.

▪ Basic Project Tree Structure

The Project Tree Windowpane shows the entire design tree.

Clicking on the and icons to expand or collapse the Project Tree.

Figure 3-3 –The Project Tree Windowpane continued.

The root to the Project Tree begins at the “SCL” (Substation Configuration Language) icon.

The header information for the IED (Intelligent Electronic Device) Capability Description XML file is found under the “H” Header icon.

All addressing and network information objects and settings related to this Intelligent Electronic Device (IED) project are under found under the “COM” branch of the Project Tree.

All IED component objects are under the “IED” branch of the Project Tree. They are discussed further on the next page.

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▪ Server IED Structure

Figure 3-4 –The Project Tree Windowpane continued.

The “AP” icon is an Access Point branch. The “SVR” icon is a Server. The “LD” icon is a Logical Device branch.

Each “LD” Logical Device contains Logical Nodes “LN” (LLN0 is a mandatory object)

Within each “LN” Logical Node are the Data Objects (“DO”)

Within the “DO” Data Objects there are Data Attributes (“DA”) ▪

{Document references [4] – documents: IEC 61850-5 Communication requirements for functions and device models IEC 61850-6 Configuration description language for communication in electrical substations related to IED’s}

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Adding and Deleting Objects

Figure 3-5 –Adding and deleting objects

Adding and deleting objects is accomplished by using a right-mouse click on various parts of the Project Tree to open a context dependent pop-up menu (the above figure shows two different examples).

When right clicking on a Logical Device, this box will be shown. A Logical Device can only contain Logical Nodes. Options to Delete or Copy the entire Logical Device including its Logical Nodes are available as well as options to Paste or Add Logical Nodes.

When right clicking a Logical Node this box will be shown. Options to Delete or Copy a Logical Node are available, as well as positioning options.

The right-mouse click is context dependent upon different parts of the Project Tree. Different popup menu and dialog boxes open depending upon the type of object added:

Figure 3-6 –Adding a Logical Device to a Server IED.

When a new logical device is added to a Server CID file, this dialogue box will be displayed. This allows various Logical Nodes and accompanying Data Objects to be selected for inclusion.

Some Logical Nodes and Data Objects are mandatory for the creation of any Logical Device and they will be preselected as shown.

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Figure 3-7 –Adding a logical node to a logical device.

When adding a logical node to a logical device. This dialogue box will be displayed. It allows for the selection of Logical node type and included Data attribute types. Some Data Attribute Types are mandatory for the creation of a Logical Node type and they will be preselected and in italics as shown. Click the box to select a certain attribute.

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▪ Copy/Paste Clipboard

By using the right-mouse button, a context specific pop-up menu will appear. This menu is used for adding, deleting, copying, or pasting objects. Copying Logical Devices (LD) or Logical Nodes (LN) automatically appends to an LD clipboard or an LN clipboard of objects copied. For example, copy and paste a Logical Node (LN) (The procedure is the same for copying and pasting logical devices):

Figure 3-8 –Copying and pasting a Logical Node.

Right click the required Logical node within its Logical Device.

Click Copy Logical Node.

Right click the Logical Device intended as the destination for the copied Logical Node.

Click Paste Logical Node. The clipboard window will appear (shown below).

Figure 3-9 –Clipboard window.

Select the desired Logical Node from the list of Logical Nodes on the clipboard. Once the logical node is chosen, select paste. ►Note: To avoid duplicate instances, a message appears to prompt for the copied object to be renamed. Rename the object to be pasted by adding a prefix or change the instance number.

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▪ Import a remote server's IED

Importing a remote server's IED into a local server or client CID file allows the local application access to report

Figure 3-10 –Coping a remote server IED.

Right click the desired ServerIED in the remote CID file. Click Copy IED to copy.

Figure 3-11 –Pasting a remote server IED into a local server or client CID file.

Right click the SCL in the local CID file. Click Paste IED to bring up the internal clipboard selection screen.

Figure 3-12 –Internal clipboard selection screen.

This screen allows for the selection of the IED to be pasted into the local CID file. A selection of all previously copied IEDs will be available.

Click the desired remote ServerIED from the clipboard list to highlight it. Click paste to add it to the local CID file.

Figure 3-13 –A copied remote server IED.

The imported IED will appear.

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▪ Editing Data Attribute Types and Data Attributes

Figure 3-14 –Editing Data Attributes Types and Attributes.

Expand or collapse the Data AttributeTypes by clicking on the and icons.

Ticking the appropriate Data Attribute Types enables the inclusion of that type while an un-tick box disables that type.

Options in italics are mandatory and cannot be un-ticked.

▪ Logical Node Settings

Below is the top section of the dialogue box that is displayed when adding a Logical Node to a Logical Device

Figure 3-15 –Add a Logical Node Dialouge box (top section).

Filter for Logical Node Class e.g. Generic. (GAPC, GGIO, GSAL) Logical Node Type

This is the starting instance number for the number of Logical Node Class objects created This is the number of instances of the Logical Node Class to create.

The Prefix is added to the front of the Logical Node Type.

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Logical Node Groups: Axxx-Automatic Control (4) Cxxx-Supervisory Control (5) Gxxx-Generic Functions (3) Ixxx-Interfacing/Archiving (4) Lxxx-LPHD (1) Mxxx-Metering & Measurement (8) Pxxx-Protection (28) Rxxx-Protection 2 (10) Sxxx-Sensors, Monitoring (4) Txxx-Instrument Transformers (2) Xxxx-Switch gear (2) Yxxx-Power Transformers (4) Zxxx-Other Equipments (15) Customized Equipments (15) User Templates (0) User Configurable Logical Node Class for each Logical Node Group:

Additional Logical Nodes can be created, which will appear in the User Templates group. These can created and edited using the 'Manage Customised Logical Nodes' option in the tools menu.

To create a new logical node:

Figure 3-16 –Creating a new Logical Node.

Add a New Logical Node by clicking the New LN button.

Edit the class and description as required and click Update Logical Node. Add Data Objects to the Logical Node using the New DO button. Edit the Data Object details and click update DO. Unwanted Logical Nodes or Data Objects can be removed by selecting them in the list and clicking Delete LN or Delete DO. Existing Logical Nodes can be edited by selecting them in the list.

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▪ Current Logical Nodes:

These are the Logical Nodes included with ICD Designer as of January 2014. For the latest list see:

http://www.systemcorp.com.au/products/tools/icd-designer/

Edition 1: Axxx-Automatic Control ANCR ARCO ATCC AVCO

Cxxx-Supervisory Control CILO CSWI CALH CCGR CPOW

Gxxx-Generic Functions GAPC GGIO GSAL

Ixxx-Interfacing/Archiving IHMI IARC ITCI ITMI

Lxxx- Device Information LPHD

Mxxx-Metering and Measurement MMXU MDIF MHAI MHAN MMTR MMXN MSQI MSTA

Pxxx-Protection PDIF PDIS PDIR PDOP PDUP PFRC PHAR PHIZ PIOC PMRI PMSS POPF PPAM PSCH PSDE PTEF PTOC PTOF PTOV PTRC PTTR PTUC PTUV PUPF PTUF PVOC PVPH PZSU

Rxxx-Protection 2 RSYN RDRE RADR RBDR RDRS RBRF RDIR RFLO RPSB RREC

Sxxx-Sensors, Monitoring SARC SIMG SIML SPDC

Txxx-Instrument Transformers TCTR TVTR

Wxxx-Wind Power WPPD WTUR WROT WTRM WGEN WCNV WTRF WNAC WYAW WTOW WMET WALM WSLG WALG WREP WAVL WAPC WRPC

Xxxx-Switch gear XCBR XSWI

Yxxx-Power Transformers YPTR YEFN YLTC YPSH

Zxxx-Other Equipment ZAXN ZBAT ZBSH ZCAB ZCAP ZCON ZGEN ZGIL ZLIN ZMOT ZREA ZRRC ZSAR ZTCF ZTCR

Customised Equipment LPHD LLN0 STMP DCRP DOPR DOPA DOPM DPST

http://www.systemcorp.com.au/products/tools/icd-designer/


Guide

Edition 2: Axxx-Automatic Control ANCR ARCO ARIS ATCC AVCO

Cxxx-Supervisory Control CALH CCGR CILO CPOW CSWI CSYN

Dxxx-Distributed Energy Resources DCCT DCHB DCHC DCIP DCRP DCST DCTS DEXC DFCL DFLV DFPM DGEN DOPA DOPM DOPR DPST DPVA DPVC DPVM DRAT DRAZ DRCC DRCS DRCT DREX DSCC DSCH DSFC DSTK DTRC

Fxxx-Function Blocks FCNT FCSD FFIL FLIM FPID FRMP FSEQ FSPT FXOT FXUT

Gxxx-Generic Functions GAPC GGIO GLOG GSAL

Ixxx-Interfacing / Archiving IARC IHMI ISAF ITCI ITMI ITPC

Kxxx-Mechanical and non-electrical primary equipment KFAN KFIL KPMP KTNK KVLV

Lxxx-Device Information LCCH LGOS LLN0 LPHD LSVS LTIM LTMS LTRK

Mxxx-Metering and Measurement MDIF MENV MFLK MFLW MFUL MHAI MHAN MHET MHYD MMDC MMET MMTN MMTR MMXN MMXU MPRS MSQI MSTA

Pxxx-Protection PDIF PDIR PDIS PDOP PDUP PFRC PHAR PHIZ PIOC PMRI PMSS POPF PPAM PRTR PRTR PSCH PSDE PTEF PTHF PTHF PTOC PTOF PTOV PTRC PTTR PTUC PTUF PTUV PUPF PVOC PVPH PZSU

Qxxx-Power Quality Events Detection QFVR QITR QIUB QVTR QVUB QVVR

Rxxx-Protection 2 RADR RBDR RBRF RDIR RDRE RDRS RFLO RMXU RPSB RREC RSYN

Sxxx-Sensors, Monitoring SARC SCBR SIMG SIML SLTC SOPM SPDC SPTR SSWI STMP SVBR

Txxx-Instrument Transformers TANG TAXD TCTR TDST TFLW TFRQ TGSN THUM TLEV TLVL TMGF TMVM TPOS TPRS TRTN TSND TTMP TTNS TVBR TVTR TWPH

Wxxx-Wind Power WPPD WTUR WROT WTRM WGEN WCNV WTRF WNAC WYAW WTOW WMET WALM WSLG WALG WREP WAVL WAPC WRPC


Guide

Edition 2, continued:

Xxxx-Switch gear XCBR XFUS XSWI

Yxxx-Power Transformers YEFN YLTC YPSH YPTR

Zxxx-Other Equipment ZAXN ZBAT ZBSH ZBTC ZCAB ZCAP ZCON ZGEN ZGIL ZINV ZLIN ZMOT ZRCT ZREA ZRES ZRRC ZSAR ZSCR ZSMC ZTCF ZTCR


Guide

▪ Data Object Settings

Data objects can be added by right clicking the logical node and selecting add DO.

Figure 3-17 –Adding a Data Object

Option to manually select a name for the new Data Object

Option to select the Data Type of the Data Object from the drop down menu. Option to choose which Data Attributes will be included in the Data Object

Option to create more than one instance of the Data Object. The Start value is the starting instance number. The Count is the number of instance to be created from the starting number onwards.

Example DO (Data Object) from GGIO: Mod Beh Health NamPlt EEHealth EEName Loc OpCntRs

AnIn SPCSO DPCSO ISCSO IntIn Alm Ind

Mod, Beh, Health, and NamPlt are mandatory objects and are already included.

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Object Settings Windowpane

Figure 3-18 –Object Settings Windowpane

Object settings are shown within this windowpane. The Object Settings Windowpane is context dependent upon object selected in Project Tree.

The ReportControl block is selected in the Project Tree Windowpane. Therefore, the Object Settings Windowpane shows only the ReportControl block settings.

▪ LLN0 Object Settings Windowpane – Setting Groups Option

Figure 3-19 –Object Settings Windowpane

For creating multiple groups, check “Setting Control” to True

In this example, the “Active Group” to use is number “3” of the total number of “5” groups defined. Active Groups are defined by using “Add Value” as described in Section 3.9 Adding Data Attributes (DA).

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▪ Creating and editing a data set

Where a logical node exists, a data set can be created. In order to create a data set, click a logical node to expand it then right click the DatasetGroup. Press Add Data Set.

Figure 3-20 –Creating a data set.

The ‘Add new data set’ dialogue box will appear, this allows for the selection of functional constraints and an option to name the dataset

Figure 3-21 –Add a new data set dialouge box.

Functional constraints, these define the behaviour of the data.

This section shows which data attributes can be selected. Tick the box to select the Data Attribute for inclusion in the data set.

FCDA list, This list is populated with the Data Attributes selected on the previous window for clarification. Dataset naming option. Add dataset, confirms the selected options and creates the new dataset within the dataset group. ► Note: This same dialogue box will be displayed if a dataset is right clicked and “Edit Data Set” is selected.

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{Document references [4] – documents: IEC 61850-5 Communication requirements for functions and device models IEC 61850-6 Configuration description language for communication in electrical substations related to IED’s IEC 61850-7-3 Basic communication structure for substation and feeder equipment – Common data classes IEC 61850-7-4 Basic communication structure for substation and feeder equipment – Compatible logical node classes and data classes}


Guide

3.3 Creating Report Control Blocks

Figure 3-22 –Adding and configuring a Report Control Block.

Right click ReportControlGroup within the desired device’s Logical Node.

Click Add Report Control Block from the menu. A new ReportControl block will appear below the ReportControlGroup.


Tick Buffered True or Unbuffered False Select a DataSet from the pull-down menu. Optionally give the ReportControl block a unique Name and Report ID. Tick the desired options.

{Document references [4] – documents: IEC 61850-7-(1-4) Basic communication structure for substation and feeder equipment IEC 61850-8-1 Specific communication service mapping (SCSM) IEC 61850-9-(1-2) Specific communication service mapping (SCSM)}

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3.4 Creating and configuring GSE Control Blocks (GSSE or GOOSE)

Figure 3-23 –Adding a GSE Control Block.

Right click GSEControlGroup within the desired device’s Logical Node.

Click Add GSE Control Block. A new GSEControl block will appear below the GSEControlGroup.

The Object Settings Window Pane will now display configuration options for the newly created GSEControl block.

Optionally give the GSEControl block a unique Application ID, Name, Config Revision, or Description.

Select a DataSet from pull-down menu.

Select the GSE Type from the dropdown menu (GOOSE or GSSE).

Figure 3-24 –Configuring a GSE Control Block continued.

To define the GSE address information, add a GSE and configuration options will be available in the Object Settings Windowpane.

Right click the ConnectedAP’s GSEControl block on the Project Tree to show the menu.

Click on Add GSE to add a GSE. The address information can be edited in the GSE’s Object Settings Windowpane.

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With the desired GSE selected. The Object Settings Windowpane will display and allow for the configuration of the GSE.

Figure 3-25 –Configuring a GSE Control Block continued.

The Control Block Name must match the desired GSE Block that is to be addressed. The Logical Device Instance must match the desired Logical Device.

Editing P information for the GSE The appropriate address information can be added to the GSE using this process.

Figure 3-26 –Editing P information for GSE Control Blocks.

Right click Address under the GSE. Select Add P to add additional P objects.

Each P object can be configured while selected in the Object Settings Windowpane. The dropdown menu allows for the selection of the type of P object with an option to manually enter the value below this.

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▪ “P P” object Types:

Object Type Description

IP IP address

IP-SUBNET IP subnet mask

IP-GATEWAY IP default gateway address

OSI-NSAP Network Service Access Point Address

OSI-TSEL Transport Layer Selector Value

OSI-SSEL Session Layer Selector Value

OSI-PSEL Presentation Layer Selector Value

OSI-AP-Title

OSI-AP-Invoke

OSI-AE-Qualifier

OSI-AE-Invoke

MAC-Address

APPID

VLAN-PRIORITY

VLAN-ID

Table 3-1 – P object types and their descriptions.



Guide


3.5 Creating and Configuring Sample Value Control

Figure 3-27 –Adding a Sample Value Control and editing configuration.

Right click the Logical Node’s Sample Value Control on the Project Tree to pop-up menu.

Click Add Sample Value Control. A Sample Value Control will appear below the SampleValueControlGroup.

The Sample Value Control object’s settings appear in the object settings windowpane.

Optionally give the Sample Value Control a unique name (e.g. MY_SAMPLE_VALUE) and a Sample Value ID.

. Select the Data Set from the pull-down menu.

Enter ADSU and optional Description.

Enter Sample Rate and enable other Sample Options.

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3.6 Creating and Configuring Log Control

Figure 3-28 –Adding a Sample Value Control and editing configuration.

Right click the Logical Node’s LogControlGroup on the Project Tree to show menu.

Click Add Log Control A Log Control will appear below the LogControlGroup.

The Log Control object’s settings appear in the object settings windowpane.

Optionally give the Log Control a unique Log Name. . Select the Data Set from the pull-down menu.

Optionally give the Log Control a Description and Tick True or False options..


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3.7 Adding and configuring Data Attributes (DA)

Figure 3-29 –Adding data attributes.

Right click the desired Data Object.

. The right click menu will show a number of data attribute types, click the desired type to add. Each data object can only contain one attribute of each type. Each data attribute type will have different configuration options shown in the Object Settings Windowpane. Examples of these are shown below.

Figure 3-30 –Context dependent Object Settings Windowpanes for data attributes.

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SystemCORP ID Value IEC101 ID Value

IEC103 ID Value IEC104 ID Value

ModBus ID Value DNP3 ID Value

Generic Private ID Value Value

Generic: GenericPrivateObject Field1 to Field5 are used to identify the mapping of data attributes and

objects defined by the API programmer.

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Guide

3.8 Tools

Tools are accessible through the tools menu.

/

Figure 3-31 –The Tool menu.

▪ Quick Validate

Clicking Quick Validate will check the data is valid then create a temporary copy of the CID file output and compare it against the IEC 61850 schema.

Figure 3-32 –Nodes with incorrect data found using Quick Validate.

Nodes containing incorrect data will be highlighted in red.

Figure 3-33 –Various log messages after using Quick Validate.

Invalid data will be listed in the Log Panel with a button which will select the node with the error when clicked.

A valid file will show "The current project is valid." in the Log Panel.

An invalid file will show "The current project failed validation." in the Log Panel.

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Figure 3-34 –The Validation Results Window.

If the project fails schema validation, the Validation Results window will be displayed for review. ▪ Program Options

Clicking Program Options will display the Program Options Window.

Figure 3-35 –The Program Options Window.

Default Template will select which template is loaded when ICD Designer 2 starts.

Data Template Prefix allows the DataTypeTemplates ID prefix to be set for data templates created by ICD Designer in the output file.

Figure 3-36 –Custom Data Template Prefix IDs.

Selecting Custom for the Data Templates Prefix with the specified text set to: "SET_", will produce the above, in the IDs in the output file. Note each ID and type start with "SET_". This feature is used to prevent Data Type Template ID conflicts if the user is creating files, which may be used in combination with existing files.

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▪ Template Selector

Clicking Template Selector will display the Template Selector Window. This allows the current template to be changed.

Figure 3-37 –The Template Selector Window.

Using the drop-down menu, Click the desired template. Once the template is selected, click Load Selected Template to load. ▪ Manage Customised Logical Nodes

Clicking Manage Customised Logical Nodes displays the Customised Logical Node Manager for more information see: Logical Node Settings . ▪ Export DAID Template

Clicking Export DAID Template will show the Export DAID Template To CSV window. This is used to create a .csv file with data attribute information which allows editing of DAID parameters through third party software such as Microsoft Excel.

Figure 3-38 –The Export DAID Template To CSV window.

Select the nodes containing the required Data Attributes from the list by clicking the toggle box so a tick appears.

Select the desired DAID type from the drop down menu. Click Export to save a DAID CSV file This will bring up option to choose file save location, file name and file type.

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The new .csv file can be opened and edited in a spreadsheet application like Excel. Data can be entered and edited. Saving the file as a .csv file will allow it to be imported back into ICD designer.

Figure 3-39 –Editing a .csv file in Microsoft Excel.

Empty fields in the unedited .CSV file exported from ICD designer.

Data can be entered into these fields, the file can now be saved as .CSV and exported back to ICD designer.

►Note: Parameters in the file can be added in the columns provided. Incomplete rows will be ignored during the import process.

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▪ Import DAID Template

Clicking Export DAID Template will show the Export DAID Template To CSV window. This is used to create a .csv file with data attribute information which allows editing of DAID parameters through third party software such as Microsoft Excel. Clicking Import DAID Template will bring up an Open window which can be used to search for and open a DAID template file that has been exported from ICD designer, edited and saved.

Figure 3-40 –Importing a DAID Template file.

Clicking Import DAID Template will bring up this dialogue box. Use the Look in dropdown menu to search for the desired file.

Select the desired .csv file from the files available. Click Open to import the .csv file. A confirmation box will be shown. Click Yes to confirm importation of file.

The log panel will show the import results

Figure 3-41 –Imported DAID data.

The imported DAIDs will be shown in the tree. The edited fields are viewable in the Object Settings Windowpane when the imported DAID is selected.

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▪ Import DAs from WDX File

For use only with WebCAN designer. ► Please contact SystemCORP for more information.

▪ Export ICD File

Export to ICD file will create an ICD file, which is a copy of the current CID project without private elements. Select Export ICD from the tools menu.

Figure 3-42 –Imported DAID data.

Using the Save In dropdown menu, select a save location. Type the desired filename.

Click Save to save the ICD file.

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▪ Copy/Paste Clipboard

By using the right-mouse button, a context specific pop-up menu will appear. This menu is used for adding, deleting, copying, or pasting objects. Copying Logical Devices (LD) or Logical Nodes (LN) automatically appends to an LD clipboard or an LN clipboard of objects copied. For example, copy and paste a Logical Node (LN) (The procedure is the same for copying and pasting logical devices):

Figure 3-43 –Copying and pasting a Logical Node.

Right click the required Logical node within its Logical Device.

Select Copy Logical Node.

Right click the Logical Device intended as the destination for the copied Logical Node.

Select Paste Logical Node. The clipboard window will appear (shown below).

Figure 3-44 –Clipboard window.

Select the desired Logical Node from the list of Logical Nodes on the clipboard. Once the logical node is chosen, select paste. ►Note: To avoid duplicate instances, a message appears to prompt for the copied object to be renamed. Rename the object to be pasted by adding a prefix or change the instance number.

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When starting the ICD designer, the following view is displayed:

Figure 3-45 –ICD Designer start-up screen.

- Creates a new “Untitled” Intelligent Electronic Device (IED) Server file

- Gives option to open a ICD, SCD, CID, SSD, or XML file

- Saves the current file.

- Saves a CID formatted file under another file name.

- Closes current project file.

- Change current setting of ICD Designer - See Section 3.9

- Provides revision information and contact details. Also provides link to user manual

Figure 3-46 –About screen, displayed when ‘?’ is pressed.

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IEC 61850 ICD Designer - SystemCORP...IEC 61850 ICD Designer User Manual Introduction 1 Introduction...

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Transcript of IEC 61850 ICD Designer - SystemCORP...IEC 61850 ICD Designer User Manual Introduction 1 Introduction...