User Manual.

Transcription

1 User Manual

2 Table of Contents SCL Matrix Overview Startup Screen Ribbon Home Engineering Process Add Import/Export Projects New Project Projects Location Open Project Rename Project Delete Project Import Project Export Project Add History Item Import Import SCL File Import Substation Browser Window IEDs Communication Substation SCD Structure Configure Logical Device Name Configure Logical Node List of LGOS Logical Nodes List of LSVS Logical Nodes Configure Values Single Line Diagram Symbols Drawing Tools Modify Allocate Logical Node Logical Node Specification Mapped Logical Nodes Attach Document Browser Window Communication Engineering IEDs Services SubNetworks Access Points Communication Diagram Pallete Add Physical Connection Add Switch...65 page 2

3 9.4. Connection (Cable) Settings Physical Connections DataFlow Engineering DataSets Report Control Blocks Report Clients GOOSE Control Blocks GOOSE Subscribers Sampled Value Control Blocks Sampled Value Subscribers Log Control Blocks Inputs and External References DataFlow Diagram Toolbox Add IED Rename IED Duplicate IED Update IED Export IED Add SubNetwork Modify Access Point Add DataSet Modify DataSet Add Report Control Block Modify Report Control Block Configure Report Clients Add GOOSE Control Block Modify GOOSE Control Block Configure GOOSE Subscribers Add Sampled Value Control Block Modify Sampled Value Control Block Configure Sampled Value Subscribers Add Log Control Block Modify Log Control Block Draw Filter Dialog Draw/Remove Control Block IED connections Export Validate Project Export SSD Export SCD Project Reports SED Handling Export SED Import SED Settings page 3

4 SCL Matrix Overview SCL Matrix is a device independent and standard compliant system configuration tool. It supports edition 1 and edition 2 IEDs. It can be used for top-down (system specification) and bottom-up engineering (configuration of IEDs). Technical features: Edition 1 & edition 2 support In conformance with IEC parts 4 & 6 Single line diagram editor System specification tools Communication engineering Communication diagram System engineering according to IED capabilities Import/export SCD, SED, SSD, ICD, IID, CID files Dataflow engineering Dataflow diagram Sampled value publisher/subscriber engineering GOOSE publisher/subscriber engineering MMS client/server engineering MMS data log engineering SCD viewer & editor Smart substation editor SCL model verification Extensive filter options page 4

5 1. Startup Screen Start Page The Start Page displays the buttons: New Project, Open/Manage Project, and a list of recent projects. Ribbon The Ribbon contains buttons for common operations. page 5

6 Browser Window The browser window has three tabs: IEDs, Communication and Substation. - IEDs tab displays a tree structure of the IED up to logical node level. - Communication tab displays subnetworks with access points. - Substation tab displays substations with subelements in the current project. Properties Window Properties window displays attributes of the selected element. System Output Window System output window displays information, errors and warnings for the current project. page 6

7 2. Ribbon Ribbon contains the following tabs: Home Engineering Process Add Import/Export page 7

8 2.1. Home The home tab contains the following buttons: New Save Open/Manage Close Quit Settings Components Info Manual New is used for creating a new project. Save is used for saving currently opened project. Open/Manage is used for working with projects (open, rename, delete, import, export). Close is used for closing currently opened project. Quit is used for closing the SCL Matrix application. Settings is used for changing application settings. Components Info lists components used by SCL Matrix application. Manual opens the user manual for SCL Matrix. page 8

9 2.2. Engineering Process Engineering Process tab contains the following buttons: Import SCL File Single Line Diagram IEDs SubNetworks Access Points DataSets Report CBs Report Clients GOOSE CBs GOOSE Subscribers Sampled Value CBs SV Subscribers Log CBs Inputs DataFlow Diagram Export SCD (Edition 2) Export SCD (Edition 1) Import SCL File opens a dialog for import of contents from an SCL file (ICD, IID, CID, SCD, SSD, SED). Single Line Diagram opens workspace for drawing a single line diagram. IEDs opens a table with basic information about IEDs in the current project. SubNetworks opens a table with information about subnetworks in the current project. Access Points opens a table with communication parameters of IEDs in the current project. DataSets opens a table for the editing of datasets. Report CBs opens a table for editing of report control blocks. Report Clients opens a table for configuration of report clients. GOOSE CBs opens a table for editing of GOOSE control blocks. GOOSE Subscribers opens a table for configuration of GOOSE subscribers. Sampled Value CBs opens a table for editing of sampled value control blocks. SV Subscribers opens a table for the configuration of sampled value subscribers. Log CBs opens a table for editing of log control blocks. Inputs opens a table for editing of external references. DataFlow Diagram opens a diagram for the display and configuration of dataflow between IEDs. Export SCD (Edition 2) exports the SCD file of the current project according to SCL edition 2 rules. Export SCD (Edition 1) exports the SCD file of the current project according to SCL edition 1 rules. page 9

10 2.3. Add Engineering Process tab contains the following buttons: Add History Item Add SubNetwork Add PhysConn Add DataSet Add Report CB Add GOOSE CB Add Sampled Value CB Add Log CB Add External Reference Add IED Add Substation Add History Item opens the dialog box for adding a new history item in the current project. Add SubNetwork adds a new subnetwork. Add PhysConn adds a new physical connection. Add DataSet adds a new dataset. Add Report CB adds a new report control block. Add GOOSE CB adds a new GOOSE control block. Add Sampled Value CB adds a new sampled value control block. Add Log CB adds a new log control block. Add External Reference adds a new external reference. Add IED adds a new IED in the project. Add Substation adds a new substation. page 10

11 2.4. Import/Export Import/Export tab contains the following buttons: Import SCL File Import Substation Export SED Import SED Reset checked-out IEDs Validate Project Export SCD (Edition 2) Export SCD (Edition 1) Export SSD (Edition 2) Export SSD (Edition 1) Project Reports Import SCL File opens a dialog for import of contents from an SCL file (ICD, IID, CID, SCD, SSD, SED). Import Substation opens a dialog for the import of bays, voltage levels or complete substations from an SCL file. Export SED opens a dialog for export of IEDs with engineering rights using SED files. Import SED opens a dialog for import of SED files. Reset checked-out IEDs is used to reset IEDs owned by the current project which are exported with dataflow engineering rights. Validate Project is used to logically validate current project (check for empty datasets, control blocks without referenced dataset, etc...). Export SCD (Edition 2) exports an SCD file of the current project according to SCL edition 2 rules. Export SCD (Edition 1) exports an SCD file of the current project according to SCL edition 1 rules. Export SSD (Edition 2) exports an SSD file of the current project according to SCL edition 2 rules. Export SSD (Edition 1) exports an SSD file of the current project according to SCL edition 1 rules. Project Reports is used to print and export reports from the current project. page 11

12 3. Projects 3.1. New Project 1. Click on New Project on the Start Page (or New on the Ribbon). 2. On the Create New Project dialog, enter a name for the new project and click on OK. A new project will be created on the location displayed in the field Path. page 12

13 3.2. Projects Location The location where existing projects are stored and where new projects are created can be changed in the Settings dialog box. 1. On the Ribbon, click on Settings. The Settings dialog box is opened. 2. Click on '...' on the right of the label Projects. The dialog box Browse For Folder is opened. page 13

14 3. Select a folder from where to open existing projects and where to create new projects and click on OK. 4. Click on Save on the Settings dialog box to save changes. page 14

15 3.3. Open Project 1. Click on Open/Manage Project on the the Start Page (or on Open/Manage on the Home tab of the Ribbon). 2. On the Open/Manage Project dialog box select a project and click on Open. There is a search filter field on top in case there is a need to reduce list of projects. page 15

16 3.4. Rename Project 1. Click on Open/Manage Project on the Start Page (or on Open/Manage on the Home tab of the Ribbon). 2. To rename a project, select a project and click on Rename. Dialog box Rename Project is opened. 3. Enter a new name for the project and click on OK. page 16

17 3.5. Delete Project 1. Click on Open/Manage Project on the Start Page or on Open/Manage on the Home tab of the Ribbon. 2. To delete a project, select a project and click on Delete. 3. Confirm operation by clicking on Yes on the dialog box. page 17

18 3.6. Import Project 1. Click on Open/Manage Project on the Start Page or on Open/Manage on the Home tab of the Ribbon. 2. Click on Import. A new dialog box is opened. page 18

19 3. Select an SCLM or ZIP file and click on Open. The selected file is copied into the folder where projects are stored. Now it is availabe in the Open/Manage Project dialog box. page 19

20 3.7. Export Project 1. Click on Open/Manage Project on the Start Page or on Open/Manage on the Home tab of the Ribbon. 2. Click on Export. The dialog box Save As is opened. page 20

21 3. Choose a location where to export a ZIP file, enter a name for the file and then click on Save. The SCL Matrix project is exported together with the attachments. page 21

22 3.8. Add History Item A user can manually add a history item in the project. 1. Click on the Add History Item button on the Add tab on the Ribbon. 2. Enter text into the fields Who, What, Why and then click on button OK. page 22

23 4. Import 4.1. Import SCL File 1. Click on the Import SCL File button on the Import/Export tab on the Ribbon. 2. Select any SCL file and click on Open. page 23

24 3. Select substations, subnetworks and IEDs to be imported from an SCL file and click on OK. Optionally, a user can change the name of the items before importing by entering the name in the column Rename. page 24

25 4.2. Import Substation 1. Click on Import Substation on the Import/Export tab on the Ribbon. 2. Select any SCL file with a Substation section and click on button Open. page 25

26 3. In the field Import select sections for import: bays, voltage levels or substations. 4. Select what to import, where to import it and then click on OK. Optionally, a user can rename elements before import by changing a value in the column Rename. page 26

27 5. Browser Window Browser window is used for quick navigation in the project. It contains three tabs: IEDs, Communication and Substation IEDs IEDs tab display the structure of IEDs in the project up to the logical node level. This tab contains the following buttons: Add IED Rename IED Duplicate IED Update IED Delete IED Export IED Add IED is used for instantiating new IEDs in the project from SCL files. Rename IED is used for renaming existing IEDs in the project. Duplicate IED is used for instantiating a new IED as a duplicate of an existing configured IED. Update IED is used for updating an IED in the project with an SCL file. The IED in the file must have the same name, manufacturer and type. Delete IED is used for deleting an IED in the project. Export IED is used for exporting a configured IED into a separate SCL file. page 27

28 5.2. Communication The communication tab displays the complete communication section of the project. The communication section contains subnetworks, communication parameters and physical connections of the IED. This tab contains the following buttons: Add SubNetwork Modify SubNetwork Delete SubNetwork page 28

29 5.3. Substation The substation tab displays the complete substation structure of the project. The substation section contains voltage levels, bays, equipment, functions, connections between equipment and mapped logical nodes. This tab contains the following buttons: Modify Delete Element Multiple add buttons depending on selected parent element (Add Substation, Add Voltage Level, Add Bay, Add Conducting Equipment,...) page 29

30 6. SCD Structure Tab SCD Structure is used to display a tree structure of the project. When a user selects an element in the tree structure, the properties window displays attributes of the selected element. page 30

31 6.1. Configure Logical Device Name When a user selects a logical device element (LDevice) on an SCD Structure, the button Configure LD Name is available if IED contains a ConfLdName element. If this element is present, the IED allows as a server to define functional LD names (by means of the LDevice ldname attribute). When a user clicks on a Configure LD Name, a dialog is opened. A user needs to enter a value for the attribute ldname and click on OK. page 31

32 6.2. Configure Logical Node When a user selects a logical node, the Configure LN button is available. When a user clicks on the Configure LN button, a new dialog is opened. Depending on IED capabilities, a user can change the prefix and/or instance of a logical node (except LLN0). A field Prefix is available if IED contains the attribute fixprefix="false" in the element ConfLNs. A field Instance is available if IED contains the attribute fixlninst="false" in the element ConfLNs. page 32

33 6.3. List of LGOS Logical Nodes Button List of LGOS is available if a user clicks anywhere inside an IED. When a user clicks on a List of LGOS a dialog is opened. This dialog lists all the logical nodes of class LGOS in the IED. Instantiate LGOS is available if the element SupSubscription in Services is present and the attribute maxgo has a value higher than the number of existing LGOS logical nodes in the IED. page 33

34 6.4. List of LSVS Logical Nodes List of LSVS is available if a user clicks anywhere inside an IED. When a user clicks on List of LSVS a dialog is opened. This dialog lists all the logical nodes of class LSVS in the IED. Instantiate LSVS is available if the element SupSubscription in Services is present and the attribute maxsv has a value higher than the number of existing LSVS logical nodes in the IED. page 34

35 6.5. Configure Values Configure Values is used for setting or changing the values of CF, DC, SP and SG/SE attributes, which allow this change (valimport=true). Click on the SCD Structure tab and then on the Configure Values subtab. A user needs to select data attribute (DA) and enter new value if this is allowed (valimport=true). For SG/SE attributes a user can enter different values in different setting groups if this is allowed (valimport=true). page 35

36 At an IED with attribute settoro="true" of element ValueHandling, a user can change the value kind property of an attribute from setting to read only. page 36

37 7. Single Line Diagram Single line diagram is used for drawing a substation in the project. The Diagram displays a substation with all voltage levels and bays including subelements. A single line diagram is opened by clicking on the Single Line Diagram tab and then on the Diagram subtab. page 37

38 7.1. Symbols A user can switch between ANSI and IEC standard of symbols for display on a single line diagram. page 38

39 In Settings, a user can change the default set of symbols for all projects. page 39

40 7.2. Drawing By dragging and dropping elements from the toolbox, elements are added on a single line diagram. The substation must be added on an empty space. Voltage level must be added inside a substation. Bay and busbar must be added inside a voltage level. Autotransformer, transformer (2 windings) and transformer (3 windings) can be added inside a substation, voltage level and bay. All other elements must be added inside a bay. When adding a substation, one voltage level and one bay are automatically added. When adding voltage level, one bay is automatically added. page 40

41 Busbar is a bay with only one connectivity node. page 41

42 Two elements are connected together by clicking on the tool Select / Connect and then drawing a line from a port of one element to a port of another element (click and hold one port and release the button on another port). The port is represented by a green dot on an element. Elements can have from one to three ports. page 42

43 After a user draws a line, a connectivity node is automatically created. A connectivity node is represented by a green circle. page 43

44 To rename an element on a single line diagram, select the tool Select / Connect and double click on a name. Then enter a new name. The name must be unique inside a parent element. page 44

45 An element can be rotated by right clicking on an element and choosing Rotate. page 45

46 7.3. Tools On top of the toolbox there are the following buttons: Zoom In Zoom Out Zoom Overview Zoom Normal Print Preview Print To Fit Print There is a drop-down box for changing the display of symbols on a single line diagram (IEC or ANSI). Select / Connect is used for selecting and renaming one element and connecting two elements by a connectivity node. Move is used for moving an element on a single line diagram. Delete is used for deleting an element. Ground is used for grounding a port of an element. page 46

47 7.4. Modify A user can modify an element by right clicking on an element and choosing Modify item. On the Modify dialog, a user can change attributes of a selected element. page 47

48 7.5. Allocate Logical Node Logical nodes from IEDs can be mapped on elements on a single line diagram. Right click on an element and choose Allocate Logical Node. page 48

49 A user needs to select a logical node on the dialog Allocate Logical Node and click on OK. Next to an element with an allocated logical node there is a plus sign. When a user clicks on this plus sign, a list of allocated logical nodes is expanded. page 49

50 7.6. Logical Node Specification A user can specify which logical node should be mapped to this element on a single line diagram. On a single line diagram right click on an element and choose Allocate Logical Node. On the dialog Allocate Logical Node select the logical node and click on OK. page 50

51 On the dialog Logical Node Specification populate fields LD, LN Prefix, LN Instance, LN Type, Description and click on the OK button. The IED name None indicates that this logical node is used for specification. page 51

52 7.7. Mapped Logical Nodes This table is opened by clicking on the Single Line Diagram tab and then on the Mapped Logical Nodes subtab. This table displays a list of all allocated logical nodes in this project. Column LN contains a reference of logical nodes. Column LN Class contains the logical node class of logical nodes. Column Mapping Target contains references of elements inside a substation to which logical nodes are mapped. A user can delete a mapping by clicking on the bucket icon on the far right of the mapped logical node. This table can be exported in a file by clicking on Export Table in the top right corner. page 52

53 7.8. Attach Document To attach a document to an element, right click on an element and select Attach Document. page 53

54 On the dialog Add Text click on three dots. Select a document and click on the Open button. On the dialog Add Text click on the OK button. page 54

55 By clicking on a plus sign next to an element, the attached document is displayed as a first item. A user can double click on it and open it with a default application. page 55

56 7.9. Browser Window A whole substation structure is displayed on a browser window, substation tab. On this window a user can manually add, modify or delete any element of a substation section. A list of elements that can be added using this window are: Substation Voltage Level Bay Power Transformer Tap Changer Conducting Equipment Sub Equipment Connectivity Node Terminal General Equipment Function Sub Function Equipment Function Equipment Sub Function LNode (Allocate Logical Node) Text (Attach Document) page 56

57 Depending on the selected parent element, a list of elements that can be created is filtered. A substation element is always available. page 57

58 8. Communication Engineering 8.1. IEDs An IED table is opened by clicking on the Communication Engineering tab and then on IEDs subtab. This tab displays a list of IEDs in the current project and the most important information about the devices. On this tab a user can: Add an IED Rename an IED Duplicate an IED Update an IED Export an IED Delete an IED Export table (XLSX, XLS, RTF, PDF, JPG formats supported) Add IED is used for instantiating new IEDs in the project from SCL files. Rename IED is used for renaming existing IEDs in the project. Duplicate IED is used for instantiating a new IED as a duplicate of an existing configured IED. Update IED is used for updating an IED in the project with an SCL file. An IED in the file must have the same attributes name, manufacturer and type. Delete IED is used for deleting an IED in the project. Export IED is used for exporting a configured IED into a separate SCL file. Export table is used for exporting a table into a selected file type format. page 58

59 8.2. Services Services tab is opened by clicking on Communication Engineering tab and then on Services subtab. It displays services (capabilities) of IEDs. A user can compare services between multiple IEDs. A user can export this table in the following formats: XLSX, XLS, RTF, PDF, JPG. page 59

60 8.3. SubNetworks This tab is opened by clicking on Communication Engineering tab, SubNetworks subtab. It displays subnetworks in the current project with information about protocol type and bitrate. This tab can be used to: Add a subnetwork Modify a subnetwork Delete a subnetwork Export table (XLSX, XLS, RTF, PDF, JPG formats supported) page 60

61 8.4. Access Points This tab is opened by clicking on the Communication Engineering tab, and then on the Access Points subtab. This tab is used for allocating IED access points to subnetworks, setting of redundancy protocol, and the configuration of IP and OSI parameters. A user can export this table in the following formats: XLSX, XLS, RTF, PDF, JPG. A user can set additional communication parameters by clicking on Other Parameters. page 61

62 9. Communication Diagram SCL Matrix can be used to draw communication diagram. To open this diagram, click on Communication Diagram tab and then on Diagram subtab. page 62

63 9.1. Pallete First step is to grab an IED from the left palette and put it on a workspace on the right. IED changes shape in order to occupy a smaller area. page 63

64 9.2. Add Physical Connection To add a physical connection, click on Add PhysConn button (1) on toolbox. On the Add Physical Connection dialog box, select an access point of an IED (2) where to create a new physical connection and click on OK (3). New physical connection is added. page 64

65 9.3. Add Switch User can add a generic switch by clicking on Add Generic Switch button on toolbox. On the Add Generic Switch dialog box user can enter name, manufacturer, type, configuration version, SCL edition, position on the diagram and number of ports (physical connections). By clicking on OK, a new switch is added to the project. It will be shown on the palette or on the diagram. page 65

66 9.4. Connection (Cable) Connection is drawn by grabbing a port from one IED and connecting it to the port on another IED. A user can rename a cable or change type of the cable by right clicking on a cable and choosing Modify cable properties. Different cable types have different color and width. page 66

67 9.5. Settings On the settings dialog box a user can change following parameters: Enable/disable removal of IED coordinates in exported SCL files Choose link (connection) style on communication diagram Choose cable colors and width for different cable types page 67

68 By clicking on Cable Colors button a dialog where a user can choose color and width for different cable types is opened. page 68

69 9.6. Physical Connections This table is opened by clicking on Communication Diagram tab and then on Physical Connections subtab. This table is used to display physical connections of IEDs. A user can change type, plug and description of a physical connection. page 69

70 10. DataFlow Engineering DataSets This table is opened by clicking on the DataFlow Engineering tab and then on DataSets tab. The upper left section displays all datasets in the current project grouped by IED. When a user selects a dataset, the bottom left section displays a tree structure of the parent IED. The table on the right displays members of the selected dataset. New members are added by dragging and dropping data objects (DO) or data attributes (DA) from the tree structure to the table on the right. A user can export a table with a list of all datasets grouped by an IED by clicking on a button Export DataSets. A user can export a table with a list of members of a selected dataset by clicking on a button Export Members. page 70

71 A user can filter an IED tree structure by a functional constraint. A user can add a new dataset by clicking on Add DataSet. The dialog box Add DataSet displays all IEDs which are capable of instantiating new datasets. A user needs to select a logical node where a new dataset will be created, enter the name, and then click on OK. page 71

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73 10.2. Report Control Blocks This table is opened by clicking on the DataFlow Engineering tab and then on the Report CBs subtab. It displays a list of report control blocks in the project grouped by IED. A user can edit the attributes of the report control blocks based on IED capabilities. A user can export this table in the following formats: XLSX, XLS, RTF, PDF, JPG. A user can add a new report control block by clicking on Add Report CB. The dialog box Add Report Control Block lists all IEDs which support the instantiation of a new report control block. A user needs to choose a logical node and a name of a new report control block and then click on OK. page 73

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75 10.3. Report Clients This table is opened by clicking on the DataFlow Engineering tab and then on the Report Clients subtab. It displays all report control blocks grouped by IED (rows) and client IEDs (columns). To set a client for a report control block, a user needs to click on an available checkbox in the same row as this control block. On the dialog box Select Logical Node user needs to choose a logical node on a selected client IED that will receive reports and click on OK. External references inside a client IED are automatically created. page 75

76 10.4. GOOSE Control Blocks This table is opened by clicking on the DataFlow Engineering tab and then on GOOSE CBs subtab. It displays a list of GOOSE control blocks in this project grouped by IED. A user can configure attributes of GOOSE control blocks based on IED capabilities. A user can create a new GOOSE control block by clicking on Add GOOSE CB. The dialog box Add GOOSE Control Block lists all IEDs in which the system configuration tool can instantiate a new GOOSE control block. A user needs to choose an LLN0 logical node in order to create a new GOOSE control block, enter a name and click on OK. page 76

77 10.5. GOOSE Subscribers This table is opened by clicking on DataFlow Engineering and then on GOOSE Subscribers. It displays GOOSE control blocks grouped by IED (rows) and IEDs with GOOSE subscribing capability (columns). To set a subscriber for a GOOSE control block, a user needs to click on an available checkbox in the same row as this control block. On the dialog box Select Logical Node a user needs to choose a logical node on the selected subscriber IED that will receive GOOSE messages and then click on OK. External references inside a subscriber IED are automatically created. A second option is to click on No LN. This means that the logical node that will receive GOOSE messages is not specified. page 77

78 10.6. Sampled Value Control Blocks This table is opened by clicking on the DataFlow Engineering tab and then on the Sampled Value CBs subtab. It displays sampled value control blocks in the project grouped by IED. A user can edit attributes of sampled value control blocks based on IED capabilities. A new sampled value control block can be instantiated by clicking on Add Sampled Value CB. The Dialog box Add Sampled Value Control Block lists all IEDs which support the instantiation of a new sampled value control block. A user needs to choose a logical node LLN0 in order to create a new sampled value control block, enter a name and then click on OK. page 78

79 10.7. Sampled Value Subscribers This table is opened by clicking on DataFlow Engineering and then on SV Subscribers. It displays sampled value control blocks grouped by IED (rows) and IEDs with sampled value subscribing capability (columns). To set a subscriber for a sampled value control block, a user needs to click on an available checkbox in the same row as this control block. On the dialog box Select Logical Node a user needs to choose a logical node on the selected subscriber IED that will receive sampled value messages and click on button OK. External references inside a subscriber IED are automatically created. A second option is to click on No LN. This means that the logical node that will receive sampled value messages is not specified. page 79

80 10.8. Log Control Blocks This table is opened by clicking on the DataFlow Engineering tab and then on Log CBs subtab. This table displays log control blocks in the current project grouped by IED. A user can modify attributes of log control blocks based on IED capabilities. A user can instantiate a new log control block by clicking on Add Log CB. The Add Log Control Block dialog box displays all IEDs which support the creation of new log control blocks. A user needs to choose a logical node in order to create new log control block, enter a name and click on OK. page 80

81 10.9. Inputs and External References This table is opened by clicking on the DataFlow Engineering tab and then on the Inputs subtab. It displays all external references grouped by IED. A user can manually add, modify and delete external references. A user can add a new external reference by clicking on Add External Reference. In the Add External Reference dialog box a user needs to select a logical node where the new external reference will be created and then click on OK. page 81

82 By clicking on Validate, all invalid fields will be marked with red. page 82

83 11. DataFlow Diagram Toolbox The toolbox is a container for buttons used for a dataflow diagram. Button Reload is used to reload a currently displayed dataflow diagram. The Filter Dialog is used to open the dialog for filtering of subnetworks and IEDs on the dataflow diagram. Buttons Draw/Remove All, Draw/Remove GOOSE, Draw/Remove Sampled Value, Draw/Remove Report are used to control the display of dataflow between IEDs. Zoom In, Zoom Out, Zoom To Fit, Zoom Normal and Zoom Overview are used for zoom operations. Print Preview and Print are used for print operations. page 83

84 11.2. Add IED 1. Right click on the dataflow diagram workspace and choose Add IED. 2. In the opened dialog box Import from file choose an SCL file from which to import an IED and click on Open. page 84

85 3. In the Import dialog box choose substations, subnetworks and IEDs to import and click on OK. A user can import more than one IED from an SCL file. Also, imported substations, subnetworks and IEDs can be renamed during import by changing their name in the Rename column. page 85

86 11.3. Rename IED 1. Right click on an IED on the dataflow diagram and choose Rename IED. 2. A dialog box Rename IED is opened. Enter a new name and click on button OK. page 86

87 11.4. Duplicate IED 1. Right click on an IED on the dataflow diagram and choose Duplicate IED. 2. Enter the name for the new IED and click on OK. page 87

88 11.5. Update IED 1. Right click on an IED on the dataflow diagram an choose Update IED. 2. In dialog box Open choose an SCL file to update an IED in the project and click on button Open. An IED in the file must have the same attributes name, manufacturer and type as the IED in the project. page 88

89 11.6. Export IED A user can export an IED into an SCL file and use this file as a template for the instantiation of additional IEDs in the project. 1. Right click on an IED on the dataflow diagram and choose 'Export IED'. Dialog box Save IED As is opened. 2. Choose a location where to save this file, enter the name, choose file extension, and click on Save. page 89

90 11.7. Add SubNetwork 1. Right click on an empty space on the dataflow diagram and choose Add SubNetwork. 2. A dialog box Add SubNetwork is opened. Enter the name for the subnetwork, choose the protocol type, enter the bitrate and description and click on OK. A new subnetwork is added into the project. page 90

91 11.8. Modify Access Point Dialog box Modify Access Point can be opened by right clicking on an access point on the DataFlow Diagram and choosing Modify. Dialog box Modify Access Point is used for: Allocating an access point to a subnetwork Setting a redundancy protocol (PRP, HSR, RSTP) if it is supported by an IED Configuration of IP and OSI parameters of an access point page 91

92 11.9. Add DataSet 1. Right click on an empty space on the dataflow diagram workspace and choose Add DataSet. 2. The dialog box Add DataSet lists all IEDs which support the creation of datasets by the system configuration tool. A user needs to choose a logical node inside an IED in order to create a new dataset and name of the dataset. The name of the dataset must be unique inside a logical node. After the user clicks on OK, a new dataset is created. page 92

93 Modify DataSet 1. Right click on a dataset inside an IED and choose Modify. Dialog box Modify DataSet is opened. 2. Dialog box Modify DataSet displays members of the selected dataset. New members are added by dragging and dropping data objects (DO) or data attributes (DA) from the left tree structure to the right table. After the user finishes editing the dataset, user needs to click on Close. page 93

94 Add Report Control Block 1. Right click on an empty space on the dataflow diagram and choose Add Report CB. The dialog box Add Report Control Block is opened. 2. The dialog box Add Report Control Block lists all IEDs which support the instantiation of a report control block by a system configuration tool. A user needs to choose a logical node and the name of the new report control block. After a user clicks on OK, the new report control block is created. page 94

95 Modify Report Control Block The dialog box Modify Report Control Block is opened by right clicking on a report control block and choosing Modify on the dataflow diagram. page 95

96 The dialog box Modify Report Control Block is used for the editing of report control block attributes based on IED capabilities. page 96

97 Configure Report Clients 1. Right click on a report control block inside an IED on the dataflow diagram and choose Configure Clients. 2. The dialog box Configure Report Clients lists all IEDs which are capable of receiving reports from this report control block. A user needs to click on a checkbox below the client IED. The dialog box Select Logical Node is opened. page 97

98 3. On the dialog box Select Logical Node a user needs to choose a logical node on a selected client IED that will receive reports and then click on OK. External references inside a client IED are automatically created. 4. Click on Close to close the dialog box Configure Report Clients. page 98

99 Add GOOSE Control Block 1. Right click on an empty space on the dataflow diagram and choose Add GOOSE CB. 2. The dialog box Add GOOSE Control Block lists all IEDs in which the system configuration tool can create a new GOOSE control block. A user needs to choose an LLN0 logical node in order to create a new GOOSE control block, enter the name and click on OK. page 99

100 Modify GOOSE Control Block 1. Right click on a GOOSE control block inside an IED on the dataflow diagram and choose Modify. 2. Change GOOSE control block attributes and click on button OK. Certain attributes can be unavailable based on IED capabilities. page 100

101 Configure GOOSE Subscribers 1. Right click on a GOOSE control block inside an IED on dataflow diagram and choose Configure Subscribers. 2. Dialog box Configure GOOSE Subscribers lists all IEDs which are capable of subscribing to GOOSE messages from this control block. A user needs to click on a checkbox below a subscriber IED. Dialog box Select Logical Node is opened. page 101

102 3. On dialog box Select Logical Node a user needs to choose a logical node on a selected subscriber IED that will receive GOOSE messages and click on OK. External references inside a subscriber IED are automatically created. A second option is to click on No LN. This means that the logical node that will receive GOOSE messages is not specified. 4. Click on Close to close the dialog box Configure GOOSE Subscribers. page 102

103 Add Sampled Value Control Block 1. Right click on an empty space on the dataflow diagram and choose Add Sampled Value CB. 2. Dialog box Add Sampled Value Control Block lists all IEDs which support the instantiation of a new sampled value control block. A user needs to choose a logical node LLN0 in order to create a new sampled value control block, enter the name and click on OK. page 103

104 Modify Sampled Value Control Block 1. Right click on a sampled value control block inside an IED on the dataflow diagram and choose Modify. 2. Change attributes of the sampled value control block and click on OK. Certain attributes are unavailable based on IED capabilities. page 104

105 Configure Sampled Value Subscribers 1. Right click on a sampled value control block inside an IED on the dataflow diagram and choose Configure Subscribers. 2. The dialog box Configure Sampled Value Subscribers lists all IEDs which are capable of subscribing to sampled value messages from this control block. User needs to click on a checkbox below the subscriber IED. page 105

106 3. On the dialog box Select Logical Node a user needs to choose a logical node on a selected subscriber IED that will receive sampled value messages and click on OK. External references inside a subscriber IED are automatically created. A second option is to click on No LN. This means that the logical node that will receive sampled value messages is not specified. 4. Click on Close to close the dialog box Configure Sampled Value Subscribers. page 106

107 Add Log Control Block 1. Right click on an empty space on the dataflow diagram and choose Add Log CB. 2. The dialog box Add Log Control Block displays all IEDs which support the instantiation of a new log control block. A user needs to choose a logical node in order to create a new log control block, enter the name and click on OK. page 107

108 Modify Log Control Block 1. Right click on a log control block inside an IED and choose Modify. 2. The dialog box Log Control Block displays attributes of the log control block. A user can change attributes based on IED capabilities and then click on OK. page 108

109 Draw Filter Dialog A user can control which elements to display on the dataflow diagram by using Filter Dialog. page 109

110 Draw/Remove A user can control the display of GOOSE, sampled value and MMS communication on the dataflow diagram. Draw All displays all GOOSE, sampled value and MMS communication on the dataflow diagram. Draw GOOSE displays GOOSE communication on the dataflow diagram (represented in green). Draw Sampled Value displays sampled value communication on the dataflow diagram (represented in red). Draw Reports displays MMS communication on the dataflow diagram (represented in blue). Remove All removes all GOOSE, sampled value and MMS communication on the dataflow diagram. Remove GOOSE removes GOOSE communication on the dataflow diagram. Remove Sampled Value removes sampled value communication on the dataflow diagram. Remove Reports removes MMS communication on the dataflow diagram. page 110

111 Control Block By double clicking on a control block (GCB, SVCB or RCB) a user can filter only the dataflow from this control block. By double clicking on the same control block again, the filter is deactivated. page 111

112 IED connections By right clicking on any IED and choosing Draw connections, a user can draw all connection from this IED. By right clicking on the same IED again and choosing Remove connections, a user cancels the display of connections from this IED. page 112

113 12. Export Validate Project A user can logically validate current project by clicking on button Validate Project on the Ribbon. Logical validation will check for: Unallocated IED access points Empty subnetworks Datasets without members Control blocks without referenced dataset Control blocks that reference dataset without members Log control blocks without referenced Log element Conflicting IP address page 113

114 12.2. Export SSD A user can export an SSD file in edition 2 or edition 1. When exporting in edition 1, all elements which are not available in edition 1 are automatically deleted. 1. Click on Export SSD (Edition 2) or Export SSD (Edition 1) on the Import/Export tab on the Ribbon. 2. In the dialog box 'Save SSD As' a user should choose a location to save the SSD file, enter the name and click on Save. page 114

115 12.3. Export SCD A user can export the SCD file in edition 2 or edition 1. When exporting in edition 1, all elements which are not available in edition 1 are automatically deleted. Exported files are valid according to the schema for edition 2 (2007 revision B) and for edition 1 (1.7). 1. Click on Export SCD (Edition 2) or Export SCD (Edition 1) on the Import/Export tab or Engineering Process tab on the Ribbon. 2. A message with warnings may be displayed (empty datasets, control blocks without datasets, unallocated IED access points, etc). A user should fix these errors before exporting an SCD file. The dialog box Save SCD As is opened and a user should choose a location to save the SCD file, enter the name and click on Save. page 115

116 12.4. Project Reports A user can print or export reports from the current project using the dialog box Project Reports. This dialog box is opened by clicking on the Project Reports button on the Ribbon. A user can: Print Export to PDF Export to RTF Export to Excel file (XLSX) page 116

117 13. SED Handling The right of dataflow engineering can be formally transferred from one project to another by means of an SED file Export SED To export an SED file, go to the Import/Export tab on the Ribbon and click on the Export SED button. The warning is displayed if there is a pending SED import (an IED owned by the current project is already exported with dataflow engineering rights). Pending SED import can be cancelled by clicking on Reset checked-out IEDs. In a dialog Export SED a user chooses which IEDs to export with engineering rights (fix or dataflow). Only the owner project has full engineering rights. After user clicks on Export, a Save SED As dialog box is opened. page 117

118 A user needs to choose a location and name for the file and click on Save. page 118

119 13.2. Import SED To import an SED file a user needs to click on Import SED on the Import/Export tab on the Ribbon. The dialog box Import from SED file is opened. A user needs to select a file and click on button Open. After the application finishes the import of an SED file, a message is displayed. page 119

120 14. Settings Click on Settings on the Home tab on the Ribbon. Dialog box Settings is opened. page 120

121 Location where projects are stored. Change the set of symbols displayed on a single line diagram (IEC or ANSI standard). Change color scheme on single line diagram. Remove IED coordinates used for communication diagram positioning (attributes sxy:x and sxy:y). Change cable style on communication diagram. Change cable type colors and width on communication diagram. Only for advanced users. A user can bypass IED capabilities defined in the Services element and do dataflow engineering without restrictions. Services that are bypassed: ConfDataSet ConfLogControl ConfReportControl GOOSE GSESettings LogSettings ReportSettings SMVsc SMVSettings page 121

122 Only for advanced users. Bypass automatic SCL edition check during import. A user can manually choose the edition of the schema for validation. Only for advanced users. Bypass logic validation during import of SCL files. Elements will be imported without removal of invalid content. Invalid content include: Invalid Report clients (ClientLN elements) Invalid GOOSE subscribers (IEDName elements) Invalid Sampled Value subscribers (IEDName elements) Empty Inputs sections Only for advanced users. Bypass logic validation during the export of an SCD file. Invalid elements will not be removed in an exported SCD file. Invalid elements include: Unallocated IED access points Empty subnetworks Datasets without members Log control blocks without referenced Log element Reset all settings to default values. page 122