61850 Test Suite. Test Client. Test Server. SCL Editor. Hammer Anvil SCL Forge. IEC 61850: (Hydro) (DER) 9-1 (GOOSE) 9-2 (Sampled Values)

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1 Test Suite Hammer Anvil SCL Forge Test Suite Hammer IEC 6850: 7-40 (Hydro) 7-40 (DER) 9- (GOOSE) 9- (Sampled Values) Anvil Test Client Test Server SCL Forge SCL Editor IEC (TASE./ICCP) IEC (Wind) IEC Mapping DNP XML TRIANGLE MICROWORKS, INC. Solutions for Communication Protocol Developement

2 6850 Test Suite The Hammer provides a Test Client in order to validate Server implementations. It currently supports two protocols. The functionality provided in each is based on the features supported in the protocol: IEC 6850 Client Browse any IEC 6850 Server Exercise Reporting, Logging, GOOSE, Controls, and File Services Create and delete dynamic data sets Save discovered model to an SCL file Select flexible views and save/load Workspaces IEC (TASE./ICCP) Client Browse any IEC Server Exercise Reports and Controls Create and delete dynamic data sets Save discovered model to an XML file Browse any IEC 6850 Server: Client object models can be built using the discovery process or read from an SCL File. Manipulate Reports: Change the individual attributes of the Report Control Block manually Enable reports with the click of a mouse Change or set the active DataSet in one step Select DataSet Reference Hammer Test Client

3 Hammer What s in your Object Model? The Flat View Pane displays the entire object model or a subset of the model based on which filters are chosen. For example, to find all measurands simply check MX. Report Inspection: Each Report, GOOSE Message, and Log Entry received by the client is displayed separately to allow for straight forward data verification. General Interrogation reports that do not match data that has been previously received in Change Reports are displayed in red. Right click to see the specific data values that do not match. Real Time Data Monitor: See the latest real time data values received in Reports, GOOSE Messages, and Polled Objects. GOOSE Blocks Report Blocks Polled Nodes

4 6850 Test Suite The Anvil provides a Test Server in order to exercise Client implementations. It currently supports two protocols. The functionality provided in each is based on the features supported in the protocol: IEC 6850 Server Create a compliant IEC 6850 Server by loading an arbitrary Object Model via an SCL file Generates simulation data automatically, manually, or table driven Supports GOOSE, Reports, Logs, Controls, and File Services Supports Dynamic Data Sets Select flexible views and save/load Workspaces IEC (TASE./ICCP) Server Generates simulation data automatically, manually, or table driven Supports Reports Save/Edit/Reload of object models Automatic Data Simulation: Start changing data values automatically with the push of a button. Values are incremented by Step between Simulation Min and Simulation Max. Use the tree to display different sections of the object model and select data values to be changed automatically. Adjust Step increments by double clicking in the Step field to edit the value. Set the Simulation Min and Simulation Max by double clicking in the respective fields. Anvil Test Server

5 Anvil What s in your Object Model? The Flat View Pane displays the entire object model or a subset of the model based on which filters are chosen. For example, to find all measurands simply check MX. Create a TASE./ICCP Server Object Model from scratch: Quickly define an TASE./ICCP Object Model. The model can be saved to XML for later retrieval. Includes support for DS Transfer Sets and Create/Edit Data Sets. Context sensitive menus assist in model building. Table Driven Data Simulation: Define columns of consistent values for rows of Data Attributes in a CSV file. Switch to another column of Data Attribute values to represent a notable event in the simulated device. All of the Data Attributes are set to the new values at the same instant with one mouse click.

6 6850 Test Suite The SCL Forge facilitates editing and creating Substation Configuration Language (SCL) files, DNP XML Device Profiles, and mapping DNP & IEC data points to the IEC 6850 Object Model. SCL files contain the definition of the object model of a particular device or devices. SCL Forge focuses on configuring the pieces of the SCL file needed to define a particular device. SCL File Support Presents the SCL file as a coherent Object Model hiding the details of the schema Instantly validate SCL files against the schema Easily add Control Blocks, Data Sets, Logs Full support for Private/Text fields Create/Edit point mappings from IEC /04 to IEC 6850 Object Model Quickly compare the Object Model to the specification and add missing parts Displays description and mandatory/optional field from IEC 6850 specification Complete Object Model definition for IEC 6850, IEC (Wind), IEC (Hydroelectric), and IEC (DER) Typical Use of the SCL Forge in a Substation DNP XML Device Profile Support Instantly validate DNP Device Profiles against the schema Quickly and easily create DNP Device Profiles, including Capabilities and Current Settings Create/Edit point mappings from DNP to IEC 6850 Object Model DNP XML Device Profile Editor is a free component of SCL Forge Capabilities section includes references to relevant Configuration Options in Triangle MicroWorks Source Code Libraries The primary use of the SCL Forge is to create/edit/ view/validate the IED Capability Description (ICD) file as a first step in the Substation Engineering process. This file is delivered with a device to describe the IEC 6850 Object Model including configuration parameters. SCL forge can create/edit/view/validate the IED portions of all SCL file formats. However, since its primary focus is for the development and testing of IEDs, it is optimized for ICD and CID files. SCL Forge S SCL Editor

7 SCL Forge Intelligent Model Building: Add/Edit private and text fields, including the IEC and IEC private field mappings. Context sensitive menus on each item ensure correct models will be constructed. Compare/Add missing parts of Model: Easily identify and add missing parts of the model according to the IEC specification. Color coded model display allows for easy identification of missing parts. Editing Made Easy: The properties pane displays the attributes of the selected object for easy viewing and editing.