ABB Relion REB500 Engineering Manual

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D i!9? J;;:::et , SettirlgS confiation rua,gr,ostics rests O• L¥19"39f - I D I; = D = Document ID: 1MRK 511 452-UUS Issued: October 2020 Revision: A Product version: 8.3 © 2020 Hitachi Power Grids. All rights reserved

from Hitachi Power Grids, and the contents thereof must not be imparted to a third party, nor used for any unauthorized purpose. The software and hardware described in this document is furnished under a license and may be used or disclosed only in accordance with the terms of such license. This product includes software developed by the OpenSSL Project for use in the OpenSSL Toolkit (http://www.openssl.org/). This product includes cryptographic software written/developed by: Eric Young ([email protected]) and Tim Hudson([email protected]). Trademarks ABB and Relion are registered trademarks of the ABB Group. All other brand or product names mentioned in this document may be trademarks or registered trademarks of their respective holders. Warranty Please inquire about the terms of warranty from your nearest Hitachi Power Grids representative.

description and are not to be deemed as a statement of guaranteed properties. All persons responsible for applying the equipment addressed in this manual must satisfy themselves that each intended application is suitable and acceptable, including that any applicable safety or other operational requirements are complied with. In particular, any risks in applications where a system failure and /or product failure would create a risk for harm to property or persons (including but not limited to personal injuries or death) shall be the sole responsibility of the person or entity applying the equipment, and those so responsible are hereby requested to ensure that all measures are taken to exclude or mitigate such risks. This document has been carefully checked by Hitachi Power Grids but deviations cannot be completely ruled out. In case any errors are detected, the reader is kindly requested to notify the manufacturer. Other than under explicit contractual commitments, in no event shall Hitachi Power Grids be responsible or liable for any loss or damage resulting from the use of this manual or the application of the equipment. ABB is a registered trademark of ABB Asea Brown Boveri Ltd. Manufactured by/for a Hitachi Power Grids company.

approximation of the laws of the Member States relating to electromagnetic compatibility (EMC Directive 2004/108/EC) and concerning electrical equipment for use within specified voltage limits (Low-voltage directive 2006/95/EC). This conformity is the result of tests conducted by ABB Power Grids in accordance with the product standard EN 60255-26 for the EMC directive, and with the product standards EN 60255-1 and EN 60255-27 for the low voltage directive. The product is designed in accordance with the international standards of the IEC 60255 series.

Section 1 Introduction......................................................................................................... 5 1.1 This manual.......................................................................................................................................... 5 1.2 Intended audience.............................................................................................................................. 5 1.3 Revision history................................................................................................................................... 5 1.4 Product documentation.....................................................................................................................5 1.5 Symbols and conventions................................................................................................................. 6 1.5.1 Symbols...............................................................................................................................................6 1.5.2 Document conventions....................................................................................................................6 Section 2 Safety information.............................................................................................. 9 Section 3 HMI500 modes....................................................................................................11 Section 4 Setfile (REB500 Configuration File)................................................................ 13 4.1 File - New.............................................................................................................................................13 4.1.1 File name...........................................................................................................................................13 4.1.2 Project directory structure............................................................................................................14 4.1.3 Initial windows (default system settings)................................................................................. 15 4.2 File - Open…....................................................................................................................................... 15 4.3 File - Save as…................................................................................................................................... 15 4.4 File - Compare…................................................................................................................................ 15 4.5 File - Exit..............................................................................................................................................15 Section 5 Configuration..................................................................................................... 17 5.1 System installation............................................................................................................................17 5.1.1 System data..................................................................................................................................... 18 5.1.2 File version management system................................................................................................18 5.2 Plant data............................................................................................................................................19 5.3 BP Licences.........................................................................................................................................19 5.4 Communication................................................................................................................................. 19 5.5 Single-line diagram...........................................................................................................................20 5.5.1 Process feeders mode................................................................................................................... 20 5.5.2 Process bus zones mode...............................................................................................................22 5.5.3 Select Bay model.............................................................................................................................24 5.5.4 Import options................................................................................................................................ 25 5.6 Device structure................................................................................................................................ 26 5.7 CU device creator.............................................................................................................................. 27 5.8 Network...............................................................................................................................................29 5.9 Binary inputs/outputs..................................................................................................................... 30 1MRK 511 452-UUS Rev. 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5.11 LMI LED............................................................................................................................................... 30 5.12 Disturbance recorder....................................................................................................................... 30 Section 6 Settings...............................................................................................................31 6.1 Breaker failure protection................................................................................................................31 6.2 Time overcurrent protection...........................................................................................................31 6.3 End fault protection..........................................................................................................................31 6.4 CB pole discrepancy..........................................................................................................................31 6.5 Overcurrent release...........................................................................................................................31 6.6 Voltage release...................................................................................................................................31 6.7 Bay protection....................................................................................................................................31 6.8 Circuit breakers................................................................................................................................. 32 6.9 Disconnectors....................................................................................................................................32 6.10 Current transformers....................................................................................................................... 32 6.11 Voltage transformers....................................................................................................................... 32 6.12 Voltage/ external release................................................................................................................ 32 6.13 System response...............................................................................................................................34 6.14 Activate/ deactivate device............................................................................................................34 6.15 CB inspection.....................................................................................................................................34 6.16 Event memory....................................................................................................................................34 6.17 Time..................................................................................................................................................... 35 Section 7 Tools....................................................................................................................37 7.1 File verification.................................................................................................................................. 37 7.2 Reports................................................................................................................................................37 7.3 Export SCS data................................................................................................................................ 38 7.4 Export Bay Model catalogues.........................................................................................................38 7.5 Default values.................................................................................................................................... 38 7.6 Bay model viewer.............................................................................................................................. 39 7.7 Operator mode..................................................................................................................................40 7.8 Settings...............................................................................................................................................41 Section 8 Annex A | Configurator mode - Definitions....................................................43 8.1 Setfile.................................................................................................................................................. 44 8.2 Configuration models (1)................................................................................................................ 45 8.3 Configuration models (2)................................................................................................................46 8.4 Configuration models (3)................................................................................................................ 47 8.5 Bay Figure (BF).................................................................................................................................. 48 8.6 Bus interconnections (1)..................................................................................................................49 8.7 Bus interconnections (2)................................................................................................................. 50 Section 9 Annex B | Configurator mode - System configuration..................................51 9.1 Preparations (1)................................................................................................................................. 51 Table of contents 1MRK 511 452-UUS Rev. 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9.5 Start configuration - File-New (1).................................................................................................. 55 9.6 Start configuration - File-New (2)..................................................................................................56 9.7 Initial (default) settings (1)..............................................................................................................57 9.8 Initial (default) settings (2).............................................................................................................58 9.9 Initial (default) settings (3).............................................................................................................59 9.10 Initial (default) settings (4).............................................................................................................60 9.11 Communication (1)............................................................................................................................61 9.12 Communication (2)........................................................................................................................... 62 9.13 SLD-CONF - Start.............................................................................................................................. 63 9.14 SLD-CONF Select BM (1).................................................................................................................. 64 9.15 SLD-CONF — Select BM (2)............................................................................................................. 65 9.16 SLD-CONF — Select BM (3)............................................................................................................. 66 9.17 SLD-CONF — Select BM (4)............................................................................................................. 67 9.18 SLD-CONF — adjust BM (1).............................................................................................................68 9.19 SLD-CONF — adjust BM (2).............................................................................................................69 9.20 SLD-CONF — export BM (1).............................................................................................................70 9.21 SLD-CONF — export BM (2).............................................................................................................71 9.22 SLD-CONF — export BM (3).............................................................................................................72 9.23 SLD-CONF — typical bays (1).......................................................................................................... 73 9.24 SLD-CONF — typical bays (2)..........................................................................................................74 9.25 SLD-CONF — completion of single-line diagram....................................................................... 75 9.26 SLD-CONF — Positioning of bay figures......................................................................................75 9.27 SLD-CONF — Bus labels (1)............................................................................................................. 76 9.28 SLD-CONF — Bus labels (2)............................................................................................................. 77 9.29 SLD-CONF — Labels (1)....................................................................................................................78 9.30 SLD-CONF — Labels (2)....................................................................................................................79 9.31 SLD-CONF — Bus zone assignment (1)........................................................................................ 80 9.32 SLD-CONF - Bus zone assignment (2)........................................................................................... 81 9.33 SLD-CONF — Bus zone assignment (3)........................................................................................ 82 9.34 CU device creator (1)........................................................................................................................ 83 9.35 CU device creator (2)........................................................................................................................84 9.36 CU device creator (3)........................................................................................................................85 9.37 Device structure................................................................................................................................86 9.38 File verification.................................................................................................................................. 87 9.39 Final settings..................................................................................................................................... 88 9.40 Completed setfile............................................................................................................................. 89 1MRK 511 452-UUS Rev. 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Configurator Mode) and the setfile engineering process. In addition to the theoretical part, the Engineering Manual provides an application example (see Section 8 and Section 9). This part of the documentation can be used for training purposes. 1.2 Intended audience GUID-38C46E80-F5F2-4880-BD0E-A7EF458601ED v1 The engineering manual addresses system and project engineers involved in the engineering process of a project, and installation and commissioning personnel, who change configuration data during engineering, installation and commissioning. In the Configurator mode, a system configuration can be modified. This mode should be used by selected (trained) users only. 1.3 Revision history GUID-C876BDE2-918C-4B31-BA00-4D4A4190BFDC v1 1.4 Product documentation GUID-AE1A560D-7F68-4E95-807B-ECB7C6DFE706 v2 For an introduction into REB500, it is recommended to study the Product guide and/or the Application manual. REB500 manuals Document numbers Product guide 1MRK 505 402-BEN Application manual 1MRK 505 399-UUS Technical manual 1MRK 505 400-UUS Operation manual 1MRK 500 132-UUS Engineering manual 1MRK 511 452-UUS Commissioning manual 1MRK 505 401-UUS Application manual for bay protection functions 1MRK 505 403-UUS Technical manual for bay protection functions 1MRK 505 406-UUS Cyber security deployment guideline 1MRK 511 453-UEN Table continues on next page 1MRK 511 452-UUS Rev. A Section 1 Introduction Distributed busbar protection REB500 5 Engineering manual © 2020 Hitachi Power Grids. All rights reserved Document revision Date Product revision History A 2020-10 8.3.1 First release

1MRK 511 450-UEN Communication protocol manual IEC 60870-5-103 1MRK 511 451-UEN Getting started guide 1MRK 505 404-UEN 1.5 Symbols and conventions 1.5.1 Symbols GUID-FBABB9D6-60F3-4BFB-B9C9-9B2F65B5F7CE v3 The electrical warning icon indicates the presence of a hazard which could result in electrical shock. The warning icon indicates the presence of a hazard which could result in personal injury. The caution icon indicates important information or warning related to the concept discussed in the text. It might indicate the presence of a hazard which could result in corruption of software or damage to equipment or property. The information icon alerts the reader of important facts and conditions. The tip icon indicates advice on, for example, how to design your project or how to use a certain function. Although warning hazards are related to personal injury, it is necessary to understand that under certain operational conditions, operation of damaged equipment may result in degraded process performance leading to personal injury or death. Therefore, comply fully with all warning and caution notices. The tutor icon points to the tutorial of the REB500 configuration process and vice versa (see Annex A and Annex B). 1.5.2 Document conventions GUID-37C3ACF4-BD79-43C6-B37E-24B38EE69301 v3 A particular convention may not be used in this manual. • Abbreviations and acronyms in this manual are spelled out in the glossary. The glossary also contains definitions of important terms. • Push button navigation in the LHMI menu structure is presented by using the push button icons. For example, to navigate the options, use and . • HMI menu paths are presented in bold. For example, select Main menu/Settings . • Signal names are presented in bold. Section 1 1MRK 511 452-UUS Rev. A Introduction 6 Distributed busbar protection REB500 Engineering manual © 2020 Hitachi Power Grids. All rights reserved

• Parameter names and parameter values are presented in italics. For example, the default value of the Operation setting is Not inverted. • Section references are presented with the respective section numbers. For example, see Section 1.5.2 for more details about document conventions. • The phase names L1, L2, L3, and L0 should be read as phase A,B,C, and N respectively. • The term Disturbance recorder should be read as Digital Fault Recorder in the document. • The term Single-line diagram should be read as One-line diagram in the document. • OFF is used for Disabled and On is used for Enabled in Settings. • The term Isolator is used in the the HMI500 menus and the LHMI menus, and should be read as Disconnector. 1MRK 511 452-UUS Rev. A Section 1 Introduction Distributed busbar protection REB500 7 Engineering manual © 2020 Hitachi Power Grids. All rights reserved

complies with the recognized safety rules. Nevertheless, care must always be taken to avoid danger. Use the busbar protection system only when it is in perfect working order and in strict accordance with the operating instructions. Dangerous situations can arise if the equipment is used improperly, especially if the user changes the configuration. Live electrical equipment is in the immediate vicinity of the REB500 system. Before working on the system, always ensure that it is impossible to come into contact with, or even close to live parts. The IEDs of the REB500 system can initiate operation of items of electrical plant (circuit breakers and disconnectors). Before working on the equipment, always ensure that unwanted operation is disabled or has no effect on persons or plant. Strictly observe all safety precautions (interlocks, locks and blocking devices), especially those issued for the specific station. Only properly authorized, professionally qualified and correspondingly trained personnel, who have also read and understood the operating instructions, may work on the system. Dangerous voltages can occur on the connectors, even though the auxiliary voltage has been disconnected. Non-observance can result in death, personal injury or substantial property damage. Only a competent electrician is allowed to carry out the electrical installation. National and local electrical safety regulations must always be followed. The frame of the IEDs has to be carefully grounded. 1MRK 511 452-UUS Rev. A Section 2 Safety information Distributed busbar protection REB500 9 Engineering manual © 2020 Hitachi Power Grids. All rights reserved

inadvertent tripping. The IEDs contain components which are sensitive to electrostatic discharge. Unnecessary touch of electronic components must therefore be avoided. Take care never to open the secondary circuits of CTs conducting current. There is a danger of contact with live parts when opening REB500 cubicle doors. Electrostatic discharge can destroy components in the equipment. Other safety instructions pertaining to particular operations are contained in the respective chapters of the operating instructions. Section 2 1MRK 511 452-UUS Rev. A Safety information 10 Distributed busbar protection REB500 Engineering manual © 2020 Hitachi Power Grids. All rights reserved

HMI500 software is primarily used as a human-machine interface (HMI) for the protection system REB500 (Operator mode). Furthermore, the program can be used for the configuration of the system file (Configurator mode), if a licence key file has been saved under the HMI500-REBWIN installation directory (see HMI500 Licence request description). Specific software and descriptions in connection with the Configurator mode are located on the Product media HMI Configurator, section English-Software-HMI500 Configurator Mode. The first screen to appear after starting the program is the System log-on dialog box. 15000002-IEC18000371-1-en.vsdx IEC18000371 V1 EN-US Figure 1: System login dialog box Operator mode (for information only) The Operator mode can be run in a read only mode by appropriately activating the Read only check box, that is, the data can be viewed but not changed. Users that want to run the Operator mode in a read/write mode must deactivate Read only. When the HMI500 software establishes communication with a REB500 system (only possible in Operator mode) initially user must enter a password. For further information about HMI500-modes, see REB500 Operation Manual, section Starting HMI500. 1MRK 511 452-UUS Rev. A Section 3 HMI500 modes Distributed busbar protection REB500 11 Engineering manual © 2020 Hitachi Power Grids. All rights reserved

setfile engineering process only. Section 3 1MRK 511 452-UUS Rev. A HMI500 modes 12 Distributed busbar protection REB500 Engineering manual © 2020 Hitachi Power Grids. All rights reserved

GUID-9D30690A-48AE-4B1E-8285-F23775FB61F9 v2 See Section 8.1. 4.1 File - New... GUID-B0D82583-74A2-4957-91A5-8C32328642DA v2 See Section 9.5. The configuration of a new protection system (new setfile) is started with NEW. First input is the name of the project. IEC18000564-IEC18000564-1-en.vsdx IEC18000564 V1 EN-US Figure 2: New configuration file 4.1.1 File name GUID-AED0EBCC-2E9C-4A89-BA95-4F71A522F9F4 v2 ABB recommends the following guidelines for the naming of a setfile (example): 1MRK 511 452-UUS Rev. A Section 4 Setfile (REB500 Configuration File) Distributed busbar protection REB500 13 Engineering manual © 2020 Hitachi Power Grids. All rights reserved

10 File version index This index is defined by the user, for example: 01 = 0.1 → preliminary setfile 10 = 1.0 → setfile version for commissioning _A Revision index The file revision index (A, B, up to AY, AZ) should be defined by the client engineer on site by using the HMI500 program. .mdb File extension The extension .mdb, which is mandatory, is added automatically Remark: File version index and revision index are automatically added to the file name (see Section 5.1.2). 4.1.2 Project directory structure GUID-B616CBFE-40B7-4F81-8A2A-2986DBE85087 v1 A REB500 set file configured with the HMI500 Configurator mode has to be saved in a REB500 project structure. For ABB in-house configured systems, the following projects structure is used: IEC18000565-IEC18000565-1-en.vsdx IEC18000565 V1 EN-US Figure 3: Directory structure REB500 setfiles 1-File-configuration (draft version) In this directory, the setfile is temporarily stored during the configuration phase. It has to be moved to 2-File-Testing, after setfile configuration has finished. 2-File-testing (test version) While testing/commissioning the system, the setfile is saved under this directory. After the system tests/ commissioning have finished, the file has to be moved to 3-File definitive. 3-File-definitive This is the place for a setfile of a REB500 in service. The directories 1-File-configuration and 2-File- Testing should be empty now. 4-File-old-versions If a system (setfile) is modified (re-configured), it is recommended to store the old version(s) of the setfile under this directory. This folder contains the history of all versions, which had been applied during the lifetime of a REB500/REB500sys system. Section 4 1MRK 511 452-UUS Rev. A Setfile (REB500 Configuration File) 14 Distributed busbar protection REB500 Engineering manual © 2020 Hitachi Power Grids. All rights reserved

transparency about setfile versions used in a REB500 system throughout the engineering process. It is recommended to implement this structure also for client configured systems. 4.1.3 Initial windows (default system settings) GUID-0F7BBE93-F4F9-4C77-94ED-0603FE411280 v2 See Section 9.6. After pressing the button Save (see Figure 2), three windows containing the basic (default) system settings will appear: • System Installation (see Section 5.1) • Plant Data (see Section 5.2) • Default Values (see Section 7.5) It is recommended to fill in the system data into these initial menus. 4.2 File - Open… GUID-50EB72FB-0CBA-481B-8526-ACCC076A8E76 v1 If the HMI500 software is started, the program will load the last used project by default. However, any another configured project can be opened via Open. 4.3 File - Save as… GUID-8A1A95A0-3D08-4779-95B3-98D4E30C4DAC v1 An existing project (setfile) can be overwritten with a currently opened project, or a currently opened project can be saved as a new project under a different name with Save as. 4.4 File - Compare… GUID-5D16BDBC-512C-40EA-ABA1-EC07CC8373EB v1 This menu item provides facility for comparing the PC database loaded by HMI500 and the database stored in the protection system or a second database file in the PC. For detailed information about setting and configuration, see REB500 Operation Manual, section Compare. 4.5 File - Exit GUID-9B6E6601-77E9-4437-80E5-7DD1AB0E420F v1 To quit HMI500, choose Exit. 1MRK 511 452-UUS Rev. A Section 4 Setfile (REB500 Configuration File) Distributed busbar protection REB500 15 Engineering manual © 2020 Hitachi Power Grids. All rights reserved

Under this dialog box, the general system data, the licensed protection functions and the version/ revision control shall be entered. IEC18000566-IEC18000566-1-en.vsdx IEC18000566 V1 EN-US Figure 4: System installation 1MRK 511 452-UUS Rev. A Section 5 Configuration Distributed busbar protection REB500 17 Engineering manual © 2020 Hitachi Power Grids. All rights reserved

Selection Function S1 File version of setfile: • preliminary versions → for example, 0.10, 0.20 …. • commissioned versions → for example, 1.00, 2.00 …. S2 Revision index of setfile: • setting changes on site → A, B,.. up to AY, AZ 5.1.1 System data GUID-4B93572D-E320-4624-BA37-213534C3B52C v1 Specified data General system information as well as the type of installation is entered on the left hand side under Specified data. Licensed data On the right hand side, the Licensed components (that is, the licensed protection functions) have to be entered. This selection of licensed function in the setfile has to match with the licensed function scope of the ordered Bay Units. 5.1.2 File version management system GUID-B1FCC2E2-F1BB-40D8-A43E-12F90D079A97 v2 The HMI500 tool contains a file version management system which is active under the Configurator mode only. The file version (see Figure 4, selection S1) will be added to the file name by default. During configuration/testing/commissioning phase, it is recommended to use preliminary versions such as 0.1, 0.2. The commissioned file version shall be incremented to 1.0. For major configuration updates, the first digit shall be incremented (for eample, 1.0 to 2.0). For minor updates the second digit of the file version index has to be incremented (for example, 1.0 to 1.1). Definition major update • New configuration of primary system (which was not pre-configured) • Additional Bay Unit (which was not pre-configured) • Additional functionality as BFP, UMZ etc. • Setfile migration (software upgrade) Definition minor update • New binary I/O configuration (implemented by the setfile engineer) • New protection settings (implemented by the setfile engineer) The file revision index A, B, up to AY, AZ (see Figure 4, selection S2) shall be used for setting changes on site (not for configuration changes done under the Configurator mode). This index shall be changed in the HMI500 Operator mode. Section 5 1MRK 511 452-UUS Rev. A Configuration 18 Distributed busbar protection REB500 Engineering manual © 2020 Hitachi Power Grids. All rights reserved

IEC18000567-IEC18000567-1-en.vsdx IEC18000567 V1 EN-US Figure 5: Plant data Under this menu, Rated voltage, Rated frequency, busbar Grounding and the type of Busbar shall be selected. The Rated frequency, can be either 50 Hz or 60 Hz, whereas the range of the Rated voltage, can be from 6 kV to 1000 kV. Pressing Default values button reactivates the default values. To save the entries, activate the buttons OK or Apply; with Restore and Cancel the entries will be rejected. 5.3 BP Licences... GUID-401C043B-556F-4EC9-B89B-595ECA42B6BC v1 The menu Configuration /BP Licences… provides an overview of licensed and configured protection function groups for each bay unit. 5.4 Communication GUID-A0D4041C-FBF9-4AFE-9344-48169727DF45 v1 For detailed information about setting and configuration, see REB500 Operation Manual, section Communication. 1MRK 511 452-UUS Rev. A Section 5 Configuration Distributed busbar protection REB500 19 Engineering manual © 2020 Hitachi Power Grids. All rights reserved

is the configuration of the bus image (single-line diagram) used for the protection system. For this part of the configuration, tailor-made Bay Models (BM) are copied from a data base to a selected position of the single-line diagram. The Bay Model is not only a graphical layout of a bay, it also contains an image of the hardware, the logical objects and assignments. Before starting the configuration of the single-line diagram, it is recommended to study the Section 8. See Section 8. The Section 9 shows an example for the complete setfile configuration process. The single-line diagram editor is explained in detail. See Section 9. 5.5.1 Process feeders mode GUID-6FE67B26-7064-4B38-AA97-0DB56ACC7F0B v2 See Section 9.13. IEC18000568-IEC18000568-1-en.vsdx IEC18000568 V1 EN-US Figure 6: Single-line diagram editor Section 5 1MRK 511 452-UUS Rev. A Configuration 20 Distributed busbar protection REB500 Engineering manual © 2020 Hitachi Power Grids. All rights reserved

Selection Function S1 The basic single-line editor mode is the ‘Process feeder’ mode. Under this mode, the configuration of the single-line diagram is defined. After the single-line (bus configuration) of the complete station is finished, the (logical) bus zone assignment has to be checked under the ‘Process bus zone’ mode. S2 A Bay Model (BM) or a Bay Figure (BF) can be selected by a left mouse click in the bay area. The selected BM or BF appears marked with a red line rectangle (the BM is marked with a bold rectangle) The single-line editor provides two selection modes: • Figure: In this mode, a single Bay Figure (BF) can be selected and moved to left, or the right side. • Model: In this mode, a complete Bay Model (BM) can be selected and copied to the User model database, or removed from the single-line diagram, or a BM can be copied (imported) from the User model database, the selected position in the single-line diagram. For deleting BM(s) from the single-line diagram, or for the import to the User model database, press SHIFT+left mouse button on the BM. The view of the BM changes to bold framed now. Table 3: Function of buttons Button Functions B1 The (physical) position of the CB and the CT in the single-line diagram can be mutually exchanged (swapped). This button is only active, if a CT object is selected. 1. Select (exactly) the center of the CT object with a left mouse click. The CT object appears filled with red color. 2. Press button B1. 3. The positions of CB and CT are exchanged now. The single-line diagram including the CB/CT positions configured with the HMI500 tool has to reflect the substation’s bus configuration exactly. There are bays where an exchange of the CB/CT position is not possible (for example, coupler bays with two CT’s). The swapping function for such bays is blocked by the configurator tool. B2 Copy a selected Bay Model under a new name into the User Model Database. This button is active only, if the Model Mode (see S2) is selected. B3 Move the selected Bay Model or Bay Figure one position to the left. This button is active only, if the Figure Mode (see S2) is selected. B4 Move the selected Bay Model or Bay Figure one position to the right. This button is active only, if the Figure Mode (see S2) is selected. Table continues on next page 1MRK 511 452-UUS Rev. A Section 5 Configuration Distributed busbar protection REB500 21 Engineering manual © 2020 Hitachi Power Grids. All rights reserved

selected bay. This button is active only, if the Model Mode (see S2) is selected. B6 Import a Bay Model from the Bay Model database to the right side of the selected bay. This button is active only if the Model Mode (see S2) is selected. B7 Import a Bay Model from the Bay Model database to the right end side of the busbar. This button is active only if the Model Mode (see S2) is selected. B8 Remove the selected Bay Model or Bay Figure from the single-line diagram. This button is active only if the Model Mode (see S2) is selected. B9 Interconnect two selected adjacent busbar-connectors. (for special applications only) B10 Interconnect two selected distant busbar-connectors with →← reference. (for special applications only, for example, ring busbars) B11 Interconnect two selected distant busbar-connectors with ←→ reference. (for special applications only, for example, ring busbars) B12 Remove interconnection between two selected busbar-connectors. (for special applications only) B13 Make the invisible caption of one or several selected busbar-connectors visible. B14 Make the visible caption of one or several selected busbar-connectors invisible 5.5.2 Process bus zones mode GUID-C405A422-0A43-4B82-8EC8-405520BB4886 v3 See Section 9.31 and Section 9.32. Section 5 1MRK 511 452-UUS Rev. A Configuration 22 Distributed busbar protection REB500 Engineering manual © 2020 Hitachi Power Grids. All rights reserved

Figure 7: Single-line diagram editor/ Process bus zones mode Table 4: Function of buttons Button Functions B15 After pressing the button B15, the system checks whether all busbar connectors are assigned to a bus zone. At the end of the test, a message box indicates the test result. In most cases, the bus zones are automatically assigned at the moment the Bay Model is inserted into the single-line diagram. For complex bus-configurations or after modifications on an existing Setfile (re-configuration), a reassignment of the bus zones could be necessary. If not all busbar connectors are assigned to a bus zones, the correct function of the REB500 system cannot be guaranteed. B16 By pressing the button B16 the complete bus zone arrangement is reassigned. The reassignment might be necessary if an existing setfile has to be extended with new bay models and new bus zones are generated. If the bus zone reassignment process is started with button B16, the configurator tool also performs the reassignment of the bus zone related signals (I/Os) in the background automatically. Re- configuration of a complex system (setfile) can induce a changed signal configuration in comparison to the original setfile. If necessary, these bus-zone related signals have to be worked over under the binary module configuration of the Central Unit (CU). 1MRK 511 452-UUS Rev. A Section 5 Configuration Distributed busbar protection REB500 23 Engineering manual © 2020 Hitachi Power Grids. All rights reserved

GUID-03705FA1-3C45-4695-B43B-922C2CA52C22 v3 See Section 9.14. This menu appears if one of the buttons Import bay Model (Figure 6 B5-B7) is pressed. Under the Select Bay Model window, a Bay Model (BM) can either be selected from the Base Bay Models database (models created by ABB) or from the User Bay Models database (models created by the user). S4 S1 S3 V1 V2 S2 S4 S1 S3 V1 V2 S2 ANSI18000570 V1 EN-US Figure 8: Select Bay Model Section 5 1MRK 511 452-UUS Rev. A Configuration 24 Distributed busbar protection REB500 Engineering manual © 2020 Hitachi Power Grids. All rights reserved

Selection Function S1 Activates the Base Model Database. The table of Bay Models (S4) containing the BM’s created by ABB can be selected. S2 Activates the User Model Database. The table of Bay Models (S4) containing the BM’s created by the user (client) can be selected. S3 If the option Filter Selection by Bay Model type is selected, the table of Bay Models (S4) is filtered according the BM type. The filter criteria (number of busbars) is automatically derived from the Plant data settings (see Figure 5). If this option is not selected, all models of the respective database are visible. S4 Table of bay models à The content of this table is controlled by the buttons S1-S3. By selecting one of the table lines with a left mouse click, a BM is selected (highlighted in blue colour) for import to the single-line diagram. After pressing the button OK or Apply, the menu Import options appears for the selected BM (see Section 5.5.4). Table 6: Indications Selection Function V1 Single-line diagram of the selected BM → Selection made under S4 V2 Description of the selected BM → Selection made under S4 Example: 2SSF5A1 BBP,BFP 2 x single Pole double busbar, F5A1→ BM identifier Station protection functions contained in the BM Tripping outputs configured in the BM → two sets of single pole trip-ping contacts (2 x 3) 5.5.4 Import options GUID-27683D70-F7C5-482C-8808-52E05B7522AF v2 See Section 9.16. This menu appears, if under the menu Select bay Model (see Section 5.5.3), the button OK or Apply is pressed. Now, the import-options of the BM can be selected by the user. 15000008-IEC18000615-1-en.vsdx IEC18000615 V1 EN-US Figure 9: BM import options 1MRK 511 452-UUS Rev. A Section 5 Configuration Distributed busbar protection REB500 25 Engineering manual © 2020 Hitachi Power Grids. All rights reserved

imported BM includes the voltage transform configuration (VT is visible under the single-line diagram). If the BM selected under Select Bay Model (see Section 5.5.3) does not contain a voltage transformer, this option is inactive (grey colored). If the Voltage transformer option is not selected, the BM will in any case be imported without voltage transformer. Resulting from this, no voltage protection function and no disturbance recording for voltage channels is available for this bay. S2/ S5 For details about the import options of bay protection and the corresponding Variant (L-V2), see Application Manual for bay protection functions REB500, section Configuring bay protection using HMI500/ Integration of bay protection S3 If the LMI LED configuration option is selected, after pressing the button OK, the imported BM includes a pre-defined LMI-LED configuration. If the LMI LED configuration option is not selected, the BM will be imported without LMI-LED configuration and configuration table of LED’s on the LMI will be empty. This table can be manually edited later (see Section 5.11). S4 If the BU with PIO’s option is selected, additional 12 inputs and 6 precision outputs are available as a Bay Unit variant. The precision outputs are based on MOSFET technology and offer an improved tripping time performance. 5.6 Device structure GUID-B354F1CC-B669-4091-8C5D-AF11E4AE67C9 v2 See Section 9.37. Under the menu item Device structure, the system generated hardware device labels of the CU and the BUs (so called ABB-References) can be edited with client specific labels. IEC18000579-IEC18000579-1-en.vsdx IEC18000579 V1 EN-US Figure 10: Device structure Section 5 1MRK 511 452-UUS Rev. A Configuration 26 Distributed busbar protection REB500 Engineering manual © 2020 Hitachi Power Grids. All rights reserved

Selection Function S1 One of the hardware devices can be selected from the device table Table 8: Function of buttons Button Function B1 After all Bay Models are placed in the single-line diagram and the CU device creator process is completed, the device labels and the associated network in the background is automatically sorted from BU01 to BUxx → Bay Unit on the left end side to Bay Unit on the right end side of the single-line diagram in the correct order. After modifications (extensions) to an existing setfile, this sequence (label) of devices might be unsorted. By pressing the button B1, the reassignment of the ABB-References is started from left to right side of the single-line diagram (ABB- Reference = logical device containing label, node Id, device Id of a Bay Unit). If the reassignment of the ABB-References is started, the node-Id and device-Id of the Bay Units and the Central Unit may change compared to the original setfile. B2 The button B2 opens the Edit device menu for the selected device. IEC18000580-IEC18000580-1-en.vsdx The user can fill in a device label which is in accordance with the client system labeling conventions. If one label is changed, the labelling shall be worked over for all devices. If necessary, the hardware type of the Bay Units can also be exchanged under this menu item. 5.7 CU device creator GUID-71CD124E-234C-4BE9-912F-AF38E2222576 v2 See Section 9.34. After completion of the basic setfile configuration, the single-line diagram and the bay configuration, the design wizard of the Central Unit shall be started by the button Next. 17000043-IEC18000614-1-en.vsdx IEC18000614 V3 EN-US Figure 11: CU Hardware wizard 1MRK 511 452-UUS Rev. A Section 5 Configuration Distributed busbar protection REB500 27 Engineering manual © 2020 Hitachi Power Grids. All rights reserved

Central Unit will appear: S1 S2 S3 15000011-IEC18000363-1-en.vsd IEC18000363 V1 EN-US Figure 12: CU Hardware wizard/ Options Table 9: Function of selections Selection Function S1 Redundant Power Supply on CU If this option is selected, the CU rack contains a second DC/DC converter for redundant power supply. S2 Power supply (voltage) type Type 1 : 48-125VDC Type 2 : 125-250VDC S3 Set the number of BIO boards 1 BIO Board → 9 Inputs, 19 outputs 2 BIO Boards → 18 Inputs, 29 outputs After pressing the buttons Next and Finish, the Hardware Wizard starts the build-process and creates a hardware device for the Central Unit. Section 5 1MRK 511 452-UUS Rev. A Configuration 28 Distributed busbar protection REB500 Engineering manual © 2020 Hitachi Power Grids. All rights reserved

Figure 13: CU Hardware wizard/ finish HW build process Once the build process of the CU device creator is completed, it can be repeated again (for example, to reflect subsequent corrections resulting from system configuration changes). 5.8 Network GUID-C6C951BA-AC72-425D-A1AF-1554B0BB6955 v2 See Section 9.36. This menu contains an overview of the BU device Id’s. Since the CU device creator process (see Section 5.7) performs the complete network assignment (physically and logically), manual changes are usually not necessary. If required (for example, for reordering the bays after initial engineering), the ID can be adjusted manually, taking care that IDs have to be unique and can only be used once. 1MRK 511 452-UUS Rev. A Section 5 Configuration Distributed busbar protection REB500 29 Engineering manual © 2020 Hitachi Power Grids. All rights reserved

Figure 14: Network 5.9 Binary inputs/outputs GUID-592398BD-6787-4AAE-8C52-DD6819B6E3C4 v1 For detailed information about setting and configuration, see REB500 Operating Manual, section Binary inputs/outputs. 5.10 Event text configuration GUID-8B10823C-8C93-47FE-B5C5-05A6CDE513D6 v1 For detailed information about setting and configuration, see REB500 Operating Manual, section Event text configuration. 5.11 LMI LED... GUID-B7842074-BCF2-4074-8EF9-0F6F11B83FAB v1 For detailed information about setting and configuration, see REB500 Operating Manual, section HMI LEDs. 5.12 Disturbance recorder GUID-33A13563-6556-4C5B-BD4F-D25CD987EF3E v1 For detailed information about setting and configuration, see REB500 Operating Manual, section Disturbance recorder. Section 5 1MRK 511 452-UUS Rev. A Configuration 30 Distributed busbar protection REB500 Engineering manual © 2020 Hitachi Power Grids. All rights reserved

GUID-39AA7F6F-529C-4865-AC15-82BC2B921004 v1 For detailed information about setting and configuration, see REB500 Technical Manual, section Breaker failure protection. 6.2 Time overcurrent protection GUID-CC0F4526-743A-4DFC-A51E-4A1BA137D385 v1 For detailed information about setting and configuration, see REB500 Technical Manual, section Time overcurrent protection. 6.3 End fault protection GUID-771F4032-C12D-4521-B59A-AA36DCCBAD0F v1 For detailed information about setting and configuration, see REB500 Technical Manual, section End fault protection. 6.4 CB pole discrepancy GUID-3696D654-9319-4D17-BEC0-DA95191B0C71 v1 For detailed information about setting and configuration, see REB500 Technical Manual, section CB pole discrepancy. 6.5 Overcurrent release GUID-98246423-FB18-41BC-9E44-334BC03FC1BB v1 For detailed information about setting and configuration, see REB500 Technical Manual, section Overcurrent release. 6.6 Voltage release GUID-F5245633-5774-46E4-B2A7-11F24D92DF62 v1 For detailed information about setting and configuration, see REB500 Technical Manual, section Voltage release. 6.7 Bay protection GUID-E5A5C7C1-C916-4458-89B3-CCAA9656B4B6 v1 For detailed information about bay protection functions, configuration and technical data see, REB500 Application Manual for Bay protection functions. 1MRK 511 452-UUS Rev. A Section 6 Settings Distributed busbar protection REB500 31 Engineering manual © 2020 Hitachi Power Grids. All rights reserved

Circuit breakers. 6.9 Disconnectors GUID-2FE5781F-5572-44E0-A613-AFFB193F4F79 v2 For detailed information about setting and configuration, see REB500 Technical Manual, section Disconnectors. 6.10 Current transformers GUID-F024399D-3EA5-466F-8970-8E3237F8299A v1 For detailed information about setting and configuration, see REB500 Technical Manual, section Current transformers. 6.11 Voltage transformers GUID-30DABA81-43A8-4222-A46B-E9F26D72D257 v1 For detailed information about setting and configuration, see REB500 Technical Manual, section Voltage transformers. 6.12 Voltage/ external release GUID-5658FD39-6699-4B3F-AB1F-9B14053746F1 v2 For detailed information about setting and configuration, see REB500 Technical Manual, section Voltage/ external release. Supplementary information necessary for configuration The under voltage release criteria is performed with the normalized voltage amplitudes. The voltage limit UL is in relation to the defined nominal voltage UN of the corresponding voltage transformer. Abbreviations • UL Voltage limit • UN Nominal voltage (phase-phase) The scaling of 1/√3 in case of phase to ground configuration (3-phase wye, 1-phase to ground) is done internally by the algorithm. For more information about settings and calculations, refer to the document Ground fault protection for high voltage busbars, 1KHL 020319-Aen. The number of activated measurements depends on the setting of the Bay Unit input voltage scaling and on the setting of the network grounding: Input scaling: 3-Phase Delta (independent of network grounding): Section 6 1MRK 511 452-UUS Rev. A Settings 32 Distributed busbar protection REB500 Engineering manual © 2020 Hitachi Power Grids. All rights reserved

Ungrounded or Petersen coil: Input scaling: 1-Phase to Phase (independent of network grounding): , only one voltage measured Input scaling: 1-Phase to Ground (independent of network grounding): , only one voltage measured Voltage transformer connections for U< measurement ANSI18000583=ANSI18000583=1=en-us=Original.vsdx ANSI18000583 V1 EN-US Figure 15: 3-phase VT connections 1MRK 511 452-UUS Rev. A Section 6 Settings Distributed busbar protection REB500 33 Engineering manual © 2020 Hitachi Power Grids. All rights reserved

Figure 16: 1-phase VT connections 6.13 System response GUID-75759610-00B1-44EE-A8D5-DC31969CC915 v1 For detailed information about setting and configuration, see REB500 Technical Manual, section System response. 6.14 Activate/ deactivate device GUID-8EC20800-53B2-4754-AC2F-587628EBB38A v1 For detailed information about setting and configuration, see REB500 Commissioning Manual. 6.15 CB inspection GUID-8DC1F221-26A4-4D4E-86EE-58D0F108A0F6 v1 For detailed information about setting and configuration, see REB500 Commissioning Manual. 6.16 Event memory GUID-626D28D4-160D-4BC9-886E-6822342FD567 v1 For detailed information about setting and configuration, see REB500 Technical Manual, section Event memory. Section 6 1MRK 511 452-UUS Rev. A Settings 34 Distributed busbar protection REB500 Engineering manual © 2020 Hitachi Power Grids. All rights reserved

Time synchronization and the specific subsection Additional settings. 1MRK 511 452-UUS Rev. A Section 6 Settings Distributed busbar protection REB500 35 Engineering manual © 2020 Hitachi Power Grids. All rights reserved

setfile is checked. This test routine shall be started after the setfile configuration has been completed. Once the test run is finished, the HMI500 menu shows the test result. For a successful test run, the system provides the information Number of errors: 0, Number of warnings: 0. IEC18000585-IEC18000585-1-en.vsdx IEC18000585 V1 EN-US Figure 17: File verification — no errors If the test procedure locates a setfile inconsistency, then an error level and a short description of the problem is given: • Error level 1 (minor error) Such errors are caused by incomplete settings and configurations in the setfile (for example, CU device creator not started). An error level1 is mostly accompanied by errors level 2 and 3. These error messages (side effect) should be cleared, after the errors level 1 are fixed. The repetition of the file verification shall prove the setfile again. • Error level > 1 (major error) If errors level >1 should remain after the errors level 1 are fixed, the setfile has an important inconsistency, which cannot be solved by the user (engineer) of the HMI500 Tool, please contact your HMI500 supplier for clarification. It is mandatory, to start the test run after the setfile configuration has been finished. 7.2 Reports GUID-2842D78B-C0D7-408A-A262-F618DB28EAFB v1 For detailed information about setting and configuration, see REB500 Operation Manual, section Reports. 1MRK 511 452-UUS Rev. A Section 7 Tools Distributed busbar protection REB500 37 Engineering manual © 2020 Hitachi Power Grids. All rights reserved

GUID-12267C3B-0001-4923-9A7F-C7F490ECDE23 v1 For detailed information about setting and configuration, see REB500 Operation Manual, section Export SCS data. 7.4 Export Bay Model catalogues GUID-D48C80C1-58D0-43A8-9DB0-F595A3C9F146 v1 The setfile engineer can save (export) a Bay Model catalogue in the PDF file format at any time. Depending on a selection, this catalogue contains Bay Models from the Base model database, or the User model database. The catalogue comprises the selected models filter criteria: busbar type(s) or all models. IEC18000586-IEC18000586-1-en.vsdx IEC18000586 V1 EN-US Figure 18: Export bay models 7.5 Default values GUID-2F6D2B8F-8CC4-43D6-8978-09A6255AF2B2 v2 See Section 9.9. Section 7 1MRK 511 452-UUS Rev. A Tools 38 Distributed busbar protection REB500 Engineering manual © 2020 Hitachi Power Grids. All rights reserved

Figure 19: Default values In this window, the default values common for all bays can be adjusted (the adjustment has a system global validity). If the entries are made during the initial setfile configuration phase (prior to the Bay Model engineering under the window single-line diagram), they are active for the further configuration process. If the entries are made at a later stage (after the Bay Model engineering phase), the settings have to be confirmed with Change value of all (group individually). Of course, these values can also be locally adjusted (individually) for each bay. 7.6 Bay model viewer GUID-AA831828-522B-4723-A99B-144E75DD01E5 v3 During the configuration phase of the single-line diagram, the user can select pre-configured Bay Models (see Section 5.5.3). The menu item BM Mode viewer, provides a preview of the available Bay Models (library). 1MRK 511 452-UUS Rev. A Section 7 Tools Distributed busbar protection REB500 39 Engineering manual © 2020 Hitachi Power Grids. All rights reserved

Figure 20: Bay model viewer Table 10: Function of selections Selection Function S1 Preview of Base bay models(created by ABB) S2 Preview of User bay models (created by users) S3 Table of bay models: The content of this table depends on the selection S1/S2. By selecting one table row (one Bay Model) with a left mouse click, the Bay Model viewer provides a preview of the single-line diagram as well as a short description. Table 11: Indications Selection Function V1 Single-line diagram of the selected BM → Selection made under S3 V2 Description of the selected BM → Selection made under S3 Example: 2SSF5A1 BBP,BFP 2 x single Pole double busbar, F5A1 → BM identifier Station protection functions contained in the BM Tripping outputs configured in the BM → two sets of single pole trip-ping contacts (2 x 3) 7.7 Operator mode GUID-F2E37B70-AB2E-4638-93A1-B811142498EB v3 If the HMI500 software is started under the Configurator Mode, the user can change over to the Operator Mode at any time. The login process is described under Section 3. Section 7 1MRK 511 452-UUS Rev. A Tools 40 Distributed busbar protection REB500 Engineering manual © 2020 Hitachi Power Grids. All rights reserved

Figure 21: Change over from Configurator mode to Operator mode 7.8 Settings GUID-BAC41B41-8392-49C3-86F5-A23684D5137C v1 For detailed information about setting and configuration, see REB500 Operation Manual, section Settings. 1MRK 511 452-UUS Rev. A Section 7 Tools Distributed busbar protection REB500 41 Engineering manual © 2020 Hitachi Power Grids. All rights reserved

GUID-A7A2496D-6635-4F72-9217-F1AF44852B8B v2 1MRK 511 452-UUS Rev. A Section 8 Annex A | Configurator mode - Definitions Distributed busbar protection REB500 43 Engineering manual © 2020 Hitachi Power Grids. All rights reserved

See Section 4. Section 8 1MRK 511 452-UUS Rev. A Setfile 44 Distributed busbar protection REB500 Engineering manual © 2020 Hitachi Power Grids. All rights reserved

GUID-817BCAF9-EB57-4626-B854-D963FA2D098B v3 Bay Model → (BM) The Bay Model is a logical image representing the complete configuration of a bay in a REB500 setfile. It contains the Bay Figure and the Bay Unit Model. Bay Figure → (BF) The Bay Figure contains the bus image of a bay (including the switchgear objects, connections and the busbar connectors) Bay Unit Model → (UM) The Bay Unit Model contains: • the device type of the Bay Unit • the image of the switchgear objects (derived from the Bay Figure) • the licensed functions (pre-configured with basic settings → to be worked over) • the basic I/O configuration settings → to be worked over Bay unit model FUNCT. I/O Objects Bay Unit Bay unit model FUNCT. I/O Objects Bay Unit Bay unit model FUNCT. I/O Objects Bay Unit ANSI18000616 V1 EN-US 1MRK 511 452-UUS Rev. A Section 8 Annex A | Configurator mode - Definitions Distributed busbar protection REB500 45 Engineering manual © 2020 Hitachi Power Grids. All rights reserved

GUID-FF31106B-B069-4A67-A0A4-DA6D0298D52A v3 FUNCT. I/O Objects A B B ES C RE B 50 0 Read y Star t Trip Clea rHel p Men u LR ABB 32 1 I A B B ES C RE B 50 0 Read y Star t Trip Clea rHel p Men u LR ABB 32 1 I Bay Unit Bay Model containing more than one Bay Figure A Bay Model can contain more than one Bay Figure (for example, a feeder bay + bus section disconnectors), while only one Bay Unit Model (one Bay Unit) is used. This under the condition, that the following limitations are not exceeded. Maximum per bay unit: • 1 CB object • 1 CT object (represents 4I-inputs → for example, I3ph + Iground) • 1 VT object (represents 5U-inputs → for example, U3ph + UBB1 + UBB2) From the Bay Model side, the number of disconnectors is not limited, if the number of binary inputs is sufficient. ANSI18000617 V1 EN-US Section 8 1MRK 511 452-UUS Rev. A Annex A | Configurator mode - Definitions 46 Distributed busbar protection REB500 Engineering manual © 2020 Hitachi Power Grids. All rights reserved

GUID-0898CF32-0B9D-4519-9DB1-9E05EF2B64C9 v3 FUNCT. I/O Objects FUNCT. I/O FUNCT. I/O Objects Objects Bay Unit 2 Bay Unit 3 Bay Unit 1 FUNCT. I/O Objects FUNCT. I/O FUNCT. I/O Objects Objects Bay Unit 2 Bay Unit 3 Bay Unit 1 Bay Model containing more than one Bay Figure AND more than one Bay Unit Model This type of Bay Model, is called Multiple Bay Model (MBM). ➢ For example, a Multiple Bay Model for a complete 1 ½ - breaker bay Multiple Bay Models are allowed, if following limitations are not exceeded: • Number of CB objects number of bay units • Number of CT objects number of bay units • Number of VT objects number of bay units • From the Bay Model side, the number of disconnectors is not limited, if the number of binary inputs is sufficient. ANSI18000618 V1 EN-US 1MRK 511 452-UUS Rev. A Section 8 Annex A | Configurator mode - Definitions Distributed busbar protection REB500 47 Engineering manual © 2020 Hitachi Power Grids. All rights reserved

GUID-67242FB2-62F0-4757-AF7C-0E579ABECD15 v3 Bay Figure BF The bay figure is a part of the single-line diagram. It contains the Bay Objects (BO) as well as the Bay Topology (BT). Bay internal connect Topological connections in a BF Bay Node Place holder for the (logical) bay label QB1 QB2 BI1 BU1 =Trafo 05 QB1 QB2 BI1 BU1 =Trafo 05 Bay Topology BT Busbar Connectors Connection points between the Bay Fiures Circuit Breaker (CB) two state objects → Open/ Closed (inclusive CB close command) Voltage Transformer (VT) analogue object → UL1, UL2, UL3, UL0 Bay Objects BO Disconnectors two state objects → Open/ Closed Current Transformer (CT) analogue object → IL1, IL2, IL3, IL0 ANSI18000619 V1 EN-US Section 8 1MRK 511 452-UUS Rev. A Annex A | Configurator mode - Definitions 48 Distributed busbar protection REB500 Engineering manual © 2020 Hitachi Power Grids. All rights reserved

GUID-74BAF243-DBED-4E7A-ADA5-104E131B70EF v3 QB1 QB2 BI1 BU1 =Line 01 QB1 QB2 BI1 BU1 =Trafo 02 The (logical) connections between adjacent Bay Models (adjacent Busbar Connectors. If the number of bus connectors of adjacent Bay Models is identical, these interconnects are automatically added by the tool Bus Interconnections QA1 ANSI18000620 V1 EN-US 1MRK 511 452-UUS Rev. A Section 8 Annex A | Configurator mode - Definitions Distributed busbar protection REB500 49 Engineering manual © 2020 Hitachi Power Grids. All rights reserved

GUID-C24C8E53-7F36-4090-92AB-D0CEAB145EAD v3 If the number of Bus Connectors of adjacent Bay Models is not identical (for example, single bus and double bus Bay Models within the same single-line diagram), Bus Interconnections have to be added manually. For manual insertion of a Bus Interconnection, select two Busbar Connectors and use the Connect button. ANSI18000621 V1 EN-US Section 8 1MRK 511 452-UUS Rev. A Annex A | Configurator mode - Definitions 50 Distributed busbar protection REB500 Engineering manual © 2020 Hitachi Power Grids. All rights reserved

GUID-86AFE642-693E-4673-AEEB-583AAB379836 v2 9.1 Preparations (1) GUID-68BFB64E-1F1E-4671-B50D-0D7ADB67D904 v2 Ordering code for Central Unit Ordering code for Bay Unit Ordering code for Central Unit Ordering code for Bay Unit Data acquisition Before starting the setfile configuration, the relevant system data shall be collected and the Bay Unit / Central Unit hardware as well as their functional scope shall be defined (evaluation of the order codes). For the evaluation of the order codes, the tables attached to the REB500 Product Guide shall be used. Ordering code for Central Unit Ordering code for Bay Units IEC18000622 V2 EN-US 1MRK 511 452-UUS Rev. A Section 9 Annex B | Configurator mode - System configuration Distributed busbar protection REB500 51 Engineering manual © 2020 Hitachi Power Grids. All rights reserved

substation (latest version). The bus image implemented in the REB500 system will be based on this diagram. ANSI18000828 V1 EN-US Section 9 1MRK 511 452-UUS Rev. A Annex B | Configurator mode - System configuration 52 Distributed busbar protection REB500 Engineering manual © 2020 Hitachi Power Grids. All rights reserved

For the setfile configuration, the HMI500 has to be started under the Configurator mode. HMI500 Setfile Editor Under the setfile editor, the complete system configuration (setfile) can be configured. IEC18000829 V1 EN-US See Section 3. 1MRK 511 452-UUS Rev. A Section 9 Annex B | Configurator mode - System configuration Distributed busbar protection REB500 53 Engineering manual © 2020 Hitachi Power Grids. All rights reserved

GUID-06B24AFF-D8CE-4B68-A959-CA4E5E67E604 v2 (1) System configuration The system configuration includes the global system data. The related inputs have to be made once per system (× 1). (2) Bay configuration The bay configuration includes the bay (Bay Model) individual data. The related inputs have to be made 'n' times per system (x n). n = number of different Bay Models per system Sequence of configuration As a guideline for the sequence of work items, the setfile engineer can follow the sequence of menu items. IEC18000830 V1 EN-US Section 9 1MRK 511 452-UUS Rev. A Annex B | Configurator mode - System configuration 54 Distributed busbar protection REB500 Engineering manual © 2020 Hitachi Power Grids. All rights reserved

GUID-991B7F63-BDD5-425E-AEC8-82AA43F88365 v2 (2) File name Save the new setfile under a new file name. The ABB System Number shall be used for the file name (5221 in this example). (1) File New… Create a new setfile IEC18000831 V1 EN-US See Section 4.1 and Section 4.1.1. 1MRK 511 452-UUS Rev. A Section 9 Annex B | Configurator mode - System configuration Distributed busbar protection REB500 55 Engineering manual © 2020 Hitachi Power Grids. All rights reserved

GUID-55AD2BD9-43E3-46F2-AC5E-DAC9505ED01F v2 Default system settings After pressing the Save button, three windows containing the basic (default) system settings will appear: 1. System Installation 2. Plant Data 3. Default Values The default system data shall be worked over before starting any further detail configuration. IEC18000832 V1 EN-US See Section 4.1.3. Section 9 1MRK 511 452-UUS Rev. A Annex B | Configurator mode - System configuration 56 Distributed busbar protection REB500 Engineering manual © 2020 Hitachi Power Grids. All rights reserved

GUID-E9DE260C-C724-4CB3-92D9-0D0A9D65B506 v2 Revision information The revision index information is not used during the configuration phase. It has to be filled in for changes during the service phase of the system (for example, setting changes in the protection). Version information The first version of the setfile shall get a preliminary index, for example, 0.10. To confirm a new index, press OK, or Apply button. Now, the HMI500 tool saves a new version of the setfile under a new name. The original file name (for example, 5221.mdb) is extended by the version part (for example, 01  522101.mdb). Licensed components The licensed components (protection functions) shall be activated under this section. After the OK, or Apply button is pressed, the sub-menu items of the selected (licensed) protection functions become visible under the main menu Settings. IEC18000833 V1 EN-US See Section 5.1. 1MRK 511 452-UUS Rev. A Section 9 Annex B | Configurator mode - System configuration Distributed busbar protection REB500 57 Engineering manual © 2020 Hitachi Power Grids. All rights reserved

GUID-2B389032-7C6C-4E6A-ACBA-259E7B78F7C4 v2 Plant data/ Busbar data The busbar specific data shall be entered under this window: (1) Rate voltage ' Busbar voltage ph-ph (2) Rated frequency (3) Grounding ' Network grounding (4) Busbar ' Busbar configuration - single up to quadruple busbar - optional transfer bus - 1 ½ breaker system IEC18000834 V1 EN-US See Section 5.2. Section 9 1MRK 511 452-UUS Rev. A Annex B | Configurator mode - System configuration 58 Distributed busbar protection REB500 Engineering manual © 2020 Hitachi Power Grids. All rights reserved

GUID-F223C83F-65A7-4B21-ACB2-2B947AFA8005 v2 Recovery time For detailed information, see REB500 Application Manual section Breaker reclaim time. Battery voltage This setting is valid for:  Aux. DC voltage of BU/CU voltage supply  Aux. DC voltage of BU/CU binary inputs General The default values are valid for the complete protection system. If the entries are made during the initial setfile configuration phase (prior to the Bay Model engineering under the window Single-line diagram), they are valid for the further configuration process. If the entries are made at a later stage, they have to be confirmed with Change value of all (group individually) to get a system-wide validity. CT (VT) ratio Secondary values of current and voltage transformers (If VTs are used for protection system) IEC18000835 V1 EN-US See Section 7.5. 1MRK 511 452-UUS Rev. A Section 9 Annex B | Configurator mode - System configuration Distributed busbar protection REB500 59 Engineering manual © 2020 Hitachi Power Grids. All rights reserved

GUID-AB11128F-B14D-435A-86C1-463AF48F2BB2 v2 Max. recording time This disturbance recorder provides two options for the setting of the recording time  standard and extended. For detailed information, see REB500 Product Guide, table Disturbance recorder. Disturbance recorder licence The default values are valid for the complete protection system. Voltage channels As an option, the voltage channels can be implemented to disturbance recording (for bay units only). IEC18000836 V2 EN-US See Section 7.5. Section 9 1MRK 511 452-UUS Rev. A Annex B | Configurator mode - System configuration 60 Distributed busbar protection REB500 Engineering manual © 2020 Hitachi Power Grids. All rights reserved

setting, no protocol specific settings are visible. If an inter-bay bus (IBB) is selected, the particular protocol specific settings are visible. Max. two IBB configurations (connections) c be realized per system.  IBB1/ IBB2 For detailed information about IBB settings, see REB500 Communication Protocol manuals. IEC18000837 V1 EN-US 1MRK 511 452-UUS Rev. A Section 9 Annex B | Configurator mode - System configuration Distributed busbar protection REB500 61 Engineering manual © 2020 Hitachi Power Grids. All rights reserved

The settings shall be worked over only after the configuration of single-line diagram has finished. For detailed information about SCS Diff Current Parameters setting, see REB500 Communication Protocol Manual, IEC 61850. IEC18000838 V1 EN-US Section 9 1MRK 511 452-UUS Rev. A Annex B | Configurator mode - System configuration 62 Distributed busbar protection REB500 Engineering manual © 2020 Hitachi Power Grids. All rights reserved

GUID-5BBDF823-4C12-44BC-8BB2-93F0E0A3CAED v2 (2) Import model from database (DB) First model to be inserted into the single-line diagram (SLD) with the button Copy Bay Model. (1) Model Mode Before starting SLD-CONF, select Model mode. Configuration of the single-line diagram  SLD-CONF IEC18000839 V1 EN-US See Section 5.5.1. 1MRK 511 452-UUS Rev. A Section 9 Annex B | Configurator mode - System configuration Distributed busbar protection REB500 63 Engineering manual © 2020 Hitachi Power Grids. All rights reserved

GUID-DB7EAD24-5A59-44FF-ACBF-870009C593A5 v3 Now, the Select Bay Model window appears. ANSI18000840 V1 EN-US See Section 5.5.3. Section 9 1MRK 511 452-UUS Rev. A Annex B | Configurator mode - System configuration 64 Distributed busbar protection REB500 Engineering manual © 2020 Hitachi Power Grids. All rights reserved

GUID-031EADBA-D56A-4496-833A-D8E0BDCE4467 v3 (1) Bay Model DB Use Base Bay Models (Models created by ABB) for the BM selection. (2) Filter selection... This selection filters the Base Bay Models according to the number of busbars (see settings made under Plant data → Busbar data). (3) Select BM from table Select the BM, suitable for the first bay of the single-line diagram. (4) Press OK. ANSI18000841 V1 EN-US 1MRK 511 452-UUS Rev. A Section 9 Annex B | Configurator mode - System configuration Distributed busbar protection REB500 65 Engineering manual © 2020 Hitachi Power Grids. All rights reserved

GUID-64DD32F2-7DCE-47ED-BFA4-957F86F875D8 v3 (1) Select BM from table The 'Bay model import options' menu appears now, providing the following selection items: → BM to be imported with or without voltage transformer (If a disturbance recorder with voltage option, or any voltage function is used, this item must be selected) → BM to be imported with or without PIO's (6 precision outputs per BU) → BM to be imported with a set of bay protection functions (Variant available ' "L-V2") → BM to be imported with or without LMI LED configuration (If the default LED configuration shall be applied for the local HMI, this item has to be selected) (2) Press OK. ANSI18000842 V1 EN-US See Section 5.5.4. Section 9 1MRK 511 452-UUS Rev. A Annex B | Configurator mode - System configuration 66 Distributed busbar protection REB500 Engineering manual © 2020 Hitachi Power Grids. All rights reserved

GUID-6E2978E7-11F2-45E7-A252-97F4C09C0045 v3 Now, the first Bay Figure is imported into the single-line diagram. ANSI18000843 V1 EN-US 1MRK 511 452-UUS Rev. A Section 9 Annex B | Configurator mode - System configuration Distributed busbar protection REB500 67 Engineering manual © 2020 Hitachi Power Grids. All rights reserved

GUID-D92282C9-E7D9-478D-9191-342D7ED33C47 v3 Menu Configuration-Device structure (hardware object) Menu Configuration-Binary module (I/O signals/ configuration) Menu Configuration-LMI LED configuration Menu Configuration-Disturbance recorder Setting menus of the protection functions and switchgear objects. Note: While inserting the Bay Figure into the single-line diagram, the HMI500 tool has implemented the complete Bay Model under the related Menus automatically. ANSI18000844 V1 EN-US Section 9 1MRK 511 452-UUS Rev. A Annex B | Configurator mode - System configuration 68 Distributed busbar protection REB500 Engineering manual © 2020 Hitachi Power Grids. All rights reserved

GUID-2FBBC426-D6AD-4A04-BF81-7204ADDE3532 v3 Menu Configuration-Device structure (hardware object) Menu Configuration-Binary module (I/O signals/ configuration) Menu Configuration-LMI LED configuration Menu Configuration-Disturbance recorder Setting menus Note: Before duplicating the (first) Bay Model, it is recommended to work over the bay specific configuration and settings (menus) with the user (client) setting values (if different from ABB default setting). IEC18000845 V1 EN-US 1MRK 511 452-UUS Rev. A Section 9 Annex B | Configurator mode - System configuration Distributed busbar protection REB500 69 Engineering manual © 2020 Hitachi Power Grids. All rights reserved

GUID-101BAFAB-B6F3-4CB9-B93C-3FDA543B1537 v3 (2) Press the Copy selected BM to user model database button . (1) Select the rectangular box of the Bay Figure with a left mouse click. Now, the BM, which is custom made for a line bay can be copied to the user model database (template database). ANSI18000846 V1 EN-US Section 9 1MRK 511 452-UUS Rev. A Annex B | Configurator mode - System configuration 70 Distributed busbar protection REB500 Engineering manual © 2020 Hitachi Power Grids. All rights reserved

GUID-DD8E11A1-7F07-4318-8B92-7A5EA6398258 v3 (1) Define a BM name. (3) Press OK to write the BM to the user model database. (2) Provide a BM description. ANSI18000847 V1 EN-US 1MRK 511 452-UUS Rev. A Section 9 Annex B | Configurator mode - System configuration Distributed busbar protection REB500 71 Engineering manual © 2020 Hitachi Power Grids. All rights reserved

GUID-06E59B02-4BE0-4A93-9318-83098F1E2F70 v3 Now, the typical Bay Model My Line 380kV, which is saved under the user model database is finished. Note: The user model database and consequentially the Bay Model My Line 380kV can also be used for other stations. ANSI18000848 V1 EN-US Section 9 1MRK 511 452-UUS Rev. A Annex B | Configurator mode - System configuration 72 Distributed busbar protection REB500 Engineering manual © 2020 Hitachi Power Grids. All rights reserved

GUID-5E5C0425-6D0F-4B68-9131-D7C59100A6FE v3  Configuration steps from 8.14 SLD-CONF → Select BM (1) to 8.22 SLD-CONF → Export BM (3) are ready Repeat the configuration steps done for the typical line feeder My line 380kV for each typical bay of the station. Typical bays of this station are: • Line 380 kV • Trafo 380 kV • Buscoupler 380kV • Line 380 kV including section Disconnector  Configuration steps from 8.14 SLD-CONF → Select BM (1) to 8.22 SLD-CONF → Export BM (3) are ready Repeat the configuration steps done for the typical line feeder My line 380kV for each typical bay of the station. Typical bays of this station are: • Line 380 kV • Trafo 380 kV • Buscoupler 380kV • Line 380 kV including section Disconnector ANSI18000849 V1 EN-US 1MRK 511 452-UUS Rev. A Section 9 Annex B | Configurator mode - System configuration Distributed busbar protection REB500 73 Engineering manual © 2020 Hitachi Power Grids. All rights reserved

GUID-6B80FE3B-0CCB-4665-BA44-3B2D3BD95913 v2 The User Bay Model database contains each typical bay of the station now. IEC18000850 V1 EN-US Section 9 1MRK 511 452-UUS Rev. A Annex B | Configurator mode - System configuration 74 Distributed busbar protection REB500 Engineering manual © 2020 Hitachi Power Grids. All rights reserved

GUID-7D58F271-2EB4-4A9E-A9AD-4C91611AEEE5 v3 Now, the single-line diagram shall be completed step by step by importing the typical Bay Models from the User Bay Model database. Import buttons to be used. ANSI18000851 V1 EN-US 9.26 SLD-CONF — Positioning of bay figures GUID-3FE8F16D-6293-4CB6-8FBD-97BF8CBFB112 v3 In case of Multiple Bay Models, change over to Figure mode, select the relevant Bay Figure (for example, bus section disconnector figure) and move it to the appropriate position of the single-line diagram. Figure mode Moved Bay Model Bay Figure to be moved. Multiple Bay Model Move buttons ANSI18000852 V1 EN-US 1MRK 511 452-UUS Rev. A Section 9 Annex B | Configurator mode - System configuration Distributed busbar protection REB500 75 Engineering manual © 2020 Hitachi Power Grids. All rights reserved

GUID-DF3E5306-8B79-4EAF-961D-1AA1A873B56C v3 (1) Select a Busbar Connector After a left mouse click the connector point is highlighted in red colour. (2) Make labels visible Now, the button Bus label visible shall be pressed. After all Bay models have been imported to the SLD, the busbar labels shall be made visible. ANSI18000853 V1 EN-US Section 9 1MRK 511 452-UUS Rev. A Annex B | Configurator mode - System configuration 76 Distributed busbar protection REB500 Engineering manual © 2020 Hitachi Power Grids. All rights reserved

GUID-3896871F-1800-4693-A547-8F400A37D261 v3 Now, the Bus Label is visible. It is recommended to make all necessary Bus Labels visible now. Note: At least one Bus Label should be visible at the end of each zone. ANSI18000854 V1 EN-US 1MRK 511 452-UUS Rev. A Section 9 Annex B | Configurator mode - System configuration Distributed busbar protection REB500 77 Engineering manual © 2020 Hitachi Power Grids. All rights reserved

GUID-E013E5AA-1B61-45E3-AEC6-4A60631874DA v3 (2) Change label Now, the Change label dialog box appears. (1) Select a label With a right mouse click, the button Change label appears. Press Change label, now. Each text (caption) of the single-line diagram can be worked over by the user. (3) New label Write a new label (client label) and press OK. ANSI18000855 V1 EN-US Section 9 1MRK 511 452-UUS Rev. A Annex B | Configurator mode - System configuration 78 Distributed busbar protection REB500 Engineering manual © 2020 Hitachi Power Grids. All rights reserved

GUID-E14D2549-22BD-47FB-B6FF-08056C0C90C1 v3 Note: The single-line diagram configured in the REB500 setfile should now reflect the single-line diagram of the station. Note: The single-line diagram configured in the REB500 setfile should now reflect the single-line diagram of the station. ANSI18000856 V1 EN-US 1MRK 511 452-UUS Rev. A Section 9 Annex B | Configurator mode - System configuration Distributed busbar protection REB500 79 Engineering manual © 2020 Hitachi Power Grids. All rights reserved

GUID-94ACBEC7-7838-4AF5-838D-82390F51F8A0 v3 (1) Process bus zones mode After the configuration of the single-line diagram is finished, switch over to the process Process bus zones mode. (2) Bus zone assignment Under this mode, the user can check whether the system has (automatically) assigned each busbar connector to a bus zone. ANSI18000857 V1 EN-US See Section 5.5.2. Section 9 1MRK 511 452-UUS Rev. A Annex B | Configurator mode - System configuration 80 Distributed busbar protection REB500 Engineering manual © 2020 Hitachi Power Grids. All rights reserved

GUID-48883315-F0A3-40F6-9B8E-B2BEC1BD7D0B v3 Check Bus zone assignment After pressing this button, the software checks whether the bus zone assignment is completed or not. → The result of the check is indicated in a separate window. Note: For the initial configuration of a standard bus (single-line diagram), the bus zone assignment is performed completely by the configurator tool. For complex bus configurations, or for reconfiguration (extension) of existing setfiles, it might be necessary to Reassign Buszones. ANSI18000858 V1 EN-US See Section 5.5.2. 1MRK 511 452-UUS Rev. A Section 9 Annex B | Configurator mode - System configuration Distributed busbar protection REB500 81 Engineering manual © 2020 Hitachi Power Grids. All rights reserved

GUID-84006325-F3A6-4ACB-8AF6-13E84E6702AD v3 Reassign Buszones Press button Reassign Buszone only if the assignment made by the system is incomplete. Warning: If the bus zones reassignment process is started with the button "Reassign Buszones", the configurator tool also performs the reassignment of the bus zone related signals (I/Os) in the background. The reconfiguration of a complex system (setfile) can induce a changed signal configuration compared to the original setfile. These (bus zone related) signals have to be worked over under the binary module configuration of the central unit (CU) now. ANSI18000859 V1 EN-US Section 9 1MRK 511 452-UUS Rev. A Annex B | Configurator mode - System configuration 82 Distributed busbar protection REB500 Engineering manual © 2020 Hitachi Power Grids. All rights reserved

GUID-2B881384-B924-4FAE-A98E-0C398157C0E7 v2 The hardware design wizard starts the configuration process of a Central Unit suited for the bays (Bay Units) configured under the single-line diagram. In addition the CU specific hardware (settings) shall be defined:  Redundant power supply on CU (or not)  Power supply type (voltage range)  Set the number of BIO boards (number of I/O's)  Press Next. CU device creator After the basic setfile configuration, the single-line diagram and the bay configuration are completed, the design wizard for the Central Unit (CU) shall be started.  Press Next. IEC18000860 V1 EN-US See Section 5.7. 1MRK 511 452-UUS Rev. A Section 9 Annex B | Configurator mode - System configuration Distributed busbar protection REB500 83 Engineering manual © 2020 Hitachi Power Grids. All rights reserved

GUID-B427F50D-C0B0-414F-80C5-A7B19E713AE9 v2 The Build Process completes now the configuration of the CU. The Build Process creates a new CU including the specified hardware options:  Redundant power supply on CU (or not)  Power supply type (voltage range)  Set the number of BIO boards (number of I/O's)  Press Finish. After the build process of the CU device creator was started once, it can be repeated again (for example, to reflect subsequent corrections resulting from system configuration changes). IEC18000861 V1 EN-US Section 9 1MRK 511 452-UUS Rev. A Annex B | Configurator mode - System configuration 84 Distributed busbar protection REB500 Engineering manual © 2020 Hitachi Power Grids. All rights reserved

GUID-8A0D092A-3025-447E-B997-90C429711DB5 v2 Network Additionally to the CU device, the Build Process defines the device allocation of the REB500 process bus (network) including the Device IDs of the Bay Units. IEC18000862 V1 EN-US See Section 5.8. 1MRK 511 452-UUS Rev. A Section 9 Annex B | Configurator mode - System configuration Distributed busbar protection REB500 85 Engineering manual © 2020 Hitachi Power Grids. All rights reserved

Fill in a device label which is in accordance with the client system labelling conventions.  Work over devices line by line and press OK. Device structure Under the menu item Device Structure, the system generated device labels of the CU and the Bus can be worked over with client specific labels. (1) Select device line and press Edit. IEC18000863 V1 EN-US See Section 5.6. Section 9 1MRK 511 452-UUS Rev. A Annex B | Configurator mode - System configuration 86 Distributed busbar protection REB500 Engineering manual © 2020 Hitachi Power Grids. All rights reserved

The test result must be: Number of errors: 0 Number of warnings: 0 File verification After the configuration of the setfile has been completed, it must be verified. The File verification tool checks the plausibility and completeness of the bus configuration, hardware-configuration and the assignments. (1) Start verification Press Start. Warning: Of course, the file verification tool can check the setfile internal configuration only. It is the responsibility of the user to check that the REB500 configuration is in accordance with the configuration of the protected station. IEC18000864 V1 EN-US 1MRK 511 452-UUS Rev. A Section 9 Annex B | Configurator mode - System configuration Distributed busbar protection REB500 87 Engineering manual © 2020 Hitachi Power Grids. All rights reserved

The settings shall be changed, if the default values generated by the configurator tool are not in accordance with the station parameters. IEC18000865 V1 EN-US See Section 6. Section 9 1MRK 511 452-UUS Rev. A Annex B | Configurator mode - System configuration 88 Distributed busbar protection REB500 Engineering manual © 2020 Hitachi Power Grids. All rights reserved

REB500 (target). A download can be realized under the HMI500 Operator mode only. Setfile xxxxxx.mdb IEC18000866 V1 EN-US 1MRK 511 452-UUS Rev. A Section 9 Annex B | Configurator mode - System configuration Distributed busbar protection REB500 89 Engineering manual © 2020 Hitachi Power Grids. All rights reserved

Annex B | Configurator mode - System configuration 90 Distributed busbar protection REB500 Engineering manual © 2020 Hitachi Power Grids. All rights reserved

Grid Automation Products SE-721 59 Västerås, Sweden Phone +46 (0) 10 738 00 00 https://www.abb.com/protection-control © 2020 Hitachi Power Grids. All rights reserved. Scan this QR code to visit our website 1MRK 511 452-UUS