User’s Manual HV/REx 5xx*3 - ABB Group · 1.2 System overview The HV/REx 5xx function is a part...

User’s ManualHV/REx 5xx*3.0

This manual belongs to:

__________________________

Chapter Page

Contents

About this manual 3

Introduction 5

Instructions 13

Technical descriptions 75

References 101

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This is the User’s manual for the software HV/REx 5xx.

Document number: 1MRK 511 077-UEN*3.0-01

Version: 3.0

Revision: 01

Issue date: February 2001

Data subject to change without notice.

We reserve all rights to this document, even in the event that a patent is issued and a different commercial proprietary right is registered. Improper use, in particular repro-duction and dissemination to third parties, is not permitted.

This document has been carefully checked. If the user nevertheless detects any errors, he is asked to notify us as soon as possible.

The data contained in this manual is intended solely for the product description and is not to be deemed to be a statement of guaranteed properties. In the interests of our customers, we constantly seek to ensure that our products are developed to the latest technological standards.

As a result, it is possible that there may be some differences between the HW/SW product and this information product.

Author´s address:

ABB Automation Products ABSubstation Automation DivisionS-721 59 VästeråsTel: +46 21 34 20 00Fax: +46 21 14 69 18Internet: http://www.abb.com/automation

© ABB Automation Products AB 2001

About this manual

Introduction

The chapter “Introduction”

Preface ..................................................................................................................... 7

Protection parameter setting ................................................................................9

Abbreviations and definitions ..........................................................................9System overview...........................................................................................10Product overview ..........................................................................................10MicroSCADA software available for REx 5xx................................................11

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Introduction

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Preface

Introduction

Preface

Welcome to the HV/REx 5xx User’s Manual. The HV/REx 5xx software is intended for parameter setting and event handling, in MicroSCADA applications, of the corre-sponding REx 500 and RET 521 terminals, versions of these:

• REx 500 multi functional terminal 1)

• REL 501 line distance protection terminal 1)



• REL 531 line high speed distance protection terminal 1)

• REL 551 line differential protection terminal 1)

• REL 561 line differential and distance protection terminal 1)

• REB 551 breaker protection terminal 1)

• REC 561 control terminal 1)

• REO 517 line distance protection terminal (railway specific) 1)

• RET 521 transformer protection terminal 2)

1) REx 500 2) RET 521

See “MicroSCADA software available for REx 5xx” on page 11 for mapping of soft-ware and terminal versions.

This is the User’s Manual for version 3.0 and 3.1 of the software module HV/REx 500 and version 3.0 of the software module HV/RET 521.

All functions and options that are available for the REx 5xx terminal (from the HV/REx5xx software module) are given in the chapter Technical description.

The HV/REx 5xx software module is an add-on software to MicroLIBRARY which is used as a programming tool within MicroSCADA applications. The information pre-sented on the MicroSCADA screen is similar to the presentation of the Station Moni-toring System (SMS).

The HV/REx 5xx software consists of three functional parts:

• Read terminal information

• Change terminal settings

• Handling of spontaneous events for presentation in lists.

To be able to understand this document the user should be familiar with MicroSCADA and MicroLIBRARY.

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Preface

Introduction

This software module is developed and manufactured by ABB Automation Products AB, Västerås, Sweden.

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Protection parameter setting

Preface

Introduction

1 Protection parameter setting

Protection parameter setting, is a mean for getting the same information on the Micro-SCADA screen as on the built-in HMI (Human-Machine-Interface) on the front of the protection and control terminal. In this case, even more information is available through the MicroSCADA. This means that the HV/REx 5xx program is a way to access information stored in the protection terminal, that is not available on the built-in HMI on the front of the terminal.

1.1 Abbreviations and definitions

DDE Dynamic Data Exchange - Application Communication protocol

LIB500 Base library package

LIB510 Terminal communication library package

LIB520 High Voltage MicroLIBRARY

LON Local Operating Network

LAN Local Area Network

MicroLIBRARY Application library

MicroNET Frontend used in MicroSCADA (separate PC board)

MicroSCADA Family name of the control and supervision system used as HMI platform for HV/REx 5xx.

PCLTA PC slot card used for LON communication together with PCNET

PCNET Frontend used in MicroSCADA (communication software)

PST Parameter Setting Tool

SMS Substation Monitoring System

SPA ASCII communication protocol

SPANET SPA master based on MicroNET

SRIO SPA master

TCP/IP Transmission Control Protocol/Internet Protocol.

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Preface

Introduction

1.2 System overview

The HV/REx 5xx function is a part of the LIB520 in the MicroSCADA. In figure 1 the HV/REx 5xx function is shown as a part of a system. The User´s Manual covers only the HV/REx 5xx function

Figure 1: HV/REx 5xx system overview

The HV/REx 5xx software is developed for direct LON and the two different SPA-masters, SPANET and PCNET.

1.3 Product overview

The ABB Automation Products PANORAMA concept contains a full range of flexible and functional systems for monitoring, protection and control of all parts in the power system.

The terminals in the REx 5xx series consists of several numerical high-performance terminals for medium and high voltage applications. Almost all information and set-tings available in the terminal can also be made available in a PC equipped with SMS programs. Since SMS also supports communication via telephone modems this makes SMS a way to travel to the station by wire, making physical presence in the station unnecessary.

N E T/LON

MicroSCADAScreen

Mouse

Keyboard

(Console)

2)

Communication protocols1) LAN - TCP/IP2) LON or/and SPA

X-terminal

1)

HV/REx 5xx

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Preface

Introduction

1.4 MicroSCADA software available for REx 5xx

• HV/REx 500 v3.0 - Software module for setting and monitoring of the terminals REx 500 version 2.0, 2.2, 2.3 and 3.0.

• HV/REx 500 v3.1 - Software module for setting and monitoring of the terminal REO 517 version 2.1.

• HV/RET 521 v3.0 - Software module for setting and monitoring of the terminals RET 521 version 2.1, 2.3 and 3.0.

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Preface

Introduction

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Instructions

The chapter “Instructions”

About the product .................................................................................................15

Preparations before software installation ...........................................................15

System requirements ....................................................................................15At the REx 5xx terminal end ....................................................................15The MicroSCADA PC...............................................................................15Software package size.............................................................................16Installation................................................................................................16

Installation of HV/REx 5xx packages .................................................................17

Installation of MicroSCADA software ............................................................17Installation of HV/REx 5xx software ..............................................................18

LIB 520 Readme file ................................................................................22

Installation of Parameter Setting Tool software .................................................22

Install the HV/REx 5xx and Parameter Setting Tool documentation.................. 28

Install the Acrobat Reader.................................................................................. 32

Install the Internet Explorer ................................................................................35

Preparations to be made before installation of a library function .................. 39Object identifier ........................................................................................41

Installation of HV/REx 5xx library function ....................................................42General Bay connected Terminal function...............................................53Modifying event database ........................................................................53

Specific for REx 500 ...........................................................................53Specific for RET 521...........................................................................54

Timeout setup ............................................................................................... 55

Tutorial ...............................................................................................................56

Select function on the screen........................................................................56Parameter Setting Tool screen presentation ................................................56

Menu bar..................................................................................................57Tool bar....................................................................................................58Terminal tree view and Parameter view headlines ..................................59Status bar.................................................................................................59Terminal tree view....................................................................................60Parameter view ........................................................................................61

Parameter Setting Tool in practice - Two case studies for a terminal, Read All data and Change Setting Group61Change of password .....................................................................................66Event Tool .....................................................................................................66

Installation of the tool ...............................................................................67Presentation of the screen .......................................................................68

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Instructions

How to use the Tool .................................................................................69Information dialogs...................................................................................69

Trouble shooting ................................................................................................71

Diagnosing errors..........................................................................................71MicroSCADA errors .................................................................................71Unlock terminal function...........................................................................72Parameter Setting Tool errors..................................................................73

Terminal busy................................................................................................73

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Preparations before software installation

About the product

Instructions

About the product

HV/REx 5xx is a package included in the LIB 520 product for parameter setting and event handling of the corresponding terminal REx 5xx. The package is delivered on 2 CD-ROMs, includes the software and the User’s Manual.

The software contains the module of HV/REx 5xx which includes specific description files for communication with REx 5xx.

Please note that the HV/REx 5xx can only be used to communicate with the corre-sponding REx 5xx terminal. “MicroSCADA software available for REx 5xx” on page 11

Usage of this product in a MicroSCADA Hot stand-by configuration has a limited functionality. The limitation is that the configuration data read from the protections and stored on disk is not included in the file shadowing which is transferring updated files to the stand-by PC in a normal operating system. These files are only copied when a MicroSCADA re-start is made on the stand-by PC and the file dump from the hot PC to the stand-by PC is ready. How to install and set-up this product to work correctly in a Hot stand-by system configuration, See “Preparations to be made before installation of a library function” on page 39.

1 Preparations before software installation

1.1 System requirements

In order to operate, the software module HV/REx 5xx poses the following require-ments on its environment.

1.1.1 At the REx 5xx terminal end

Remote SPA-bus communication or LON-bus communication option installed in the terminal, which is used for process communication in HV/REx 5xx. The built-in con-nectors for SPA or LON are used. Make sure that these are included when ordering the terminal.

1.1.2 The MicroSCADA PC

The following basic requirements on MicroSCADA PC:

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Preparations before software installation

About the product

Instructions

• 96 MB RAM

• ≥ 1 GB disk

• Operating system Windows NT 4.0 1), for PST Service Pack 3 or higher

• MicroSYS revision 8.4.3 or later

• MicroTOOL revision 8.4.3 or later

• MicroNET revision 8.2D or later

• PC-Net revision 8.4.3 or later

• LIB500 revision 4.0.3 or later

• LIB510 revision 4.0.3 or later

• Parameter Setting Tool (PST) v1.1

1) Microsoft ® Trademark

1.1.3 Software package size

See “Required disk space” on page 77 for needed disk space and package size.

1.1.4 Installation

Installation of the HV/REx 5xx and Parameter Setting Tool software contains two steps:

1 Installing the software:

• Installation of the HV/REx 5xx software and Parameter Setting Tool software means running Lib 520 provided from CD-ROM and copying files from the CD-ROM to the hard disk.

• Installation of the documentation and on-line help and the necessary applications to use these, are copied from the CD-ROM to the hard disk.

2 Installing the library function:

• Installation of the HV/REx 500 library function means copying the library function into a picture and create the necessary database.

�Important note:In order to avoid problems, it is strongly recommended not to have the MicroSCADA or any other application running during the installation.

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Installation of HV/REx 5xx packages

About the product

Instructions

2 Installation of HV/REx 5xx packages

Before using HV/REx 5xx and Parameter Setting Tool the software have to be installed on the hard disk of a MicroSCADA computer.

2.1 Installation of MicroSCADA software

Before installation of HV/REx 500 can take place, the user must make sure that the MicroSYS, MicroTOOL, LIB500 and LIB510 software is already installed on the PC.

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About the product

Instructions

2.2 Installation of HV/REx 5xx software

To install from the CD-ROM to the hard disk, please follow the steps below. The installation can at any time be terminated by clicking on the Exit button in the Installa-tion dialogs.

1 Insert the Program CD-ROM in CD drive and start up the Windows NT Explorer.

2 Navigate to [drive:]\LIB_520. Double click on LIB520_403.EXE. In the appearing dialog, Click OK to continue the installation.

.

Figure 1: LIB 520 Software Installation - Welcome dialog

3 Click the Next>> button to continue the installation.

Figure 2: LIB 520 Software Installation - System information

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About the product

Instructions

This dialog has no information about earlier installed versions when the installation of LIB 520 is made for the first time.

4 Select one more of the HV/REx 5xx package by selecting the check boxes.

Figure 3: LIB 520 Software Installation - Package selection

If an earlier installation of LIB 520 has been made, package installation confirma-tion can be avoided by selecting the check box “Automatically update all software packages without option to skip. There is also a possibility to jump back to the pre-vious installation dialog by clicking “<<Back” button.

5 Change destination drive by clicking on Change Drive... (optional)

If the LIB 520 is installed for the first time default drive is C:. If an earlier installa-tion has been made, the current target drive is default. Note that only the drive is selectable. The directory destination is fixed [drive:]\sc\lib4\....

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About the product

Instructions

Figure 4: LIB 520 Software Installation - Destination drive selection

6 Click Start to execute the installation.

Figure 5: LIB 520 Software Installation - Installation progress

Now the files are copied to the selected destination drive.

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About the product

Instructions

7 Pay attention to the appearing dialog before clicking OK.

Figure 6: LIB 520 Software Installation - Parameter Setting Tool installation atten-tion

After installation of the HV/REx 5xx packages the Parameter Setting Tool MUST be installed before any configuration of the installed terminal picture functions can take place. The configuration is needs Parameter Setting Tool to create proper terminal instances.

8 Installation is now complete. Click OK.

Figure 7: LIB 520 Software Installation - Installation finalized

9 To read the ReadMe file, click Yes. Else No.

Figure 8: LIB 520 Software Installation - Open Read Me file

It is strongly recommended to read this file to be updated with the latest informa-tion of packages included in the LIB 520 where HV/REx 5xx is a part.

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Installation of Parameter Setting Tool software

About the product

Instructions

2.2.1 LIB 520 Readme file

It is important to read and follow the instructions in the README.WRI file, which is installed to the directory

[drive]:\SC\LIB4\SMOD

Any specific release information, known errors and limitations are stated in this file. It is therefore very important to ALWAYS read the README.WRI file.

3 Installation of Parameter Setting Tool software

This chapter describes how to install the different parts in the Parameter Setting Tool package. The abbreviation PST will be used for Parameter Setting Tool later in this section.

It describes how to install the software and the documentation, as well as Acrobat Reader and Internet Explorer version 4.

�Note!The user have to have administrator rights to install the Parameter Setting Tool.

�Note!MicroSCADA Hot stand-by configuration demands special actions when installing PST. Read and carry out step 4 and the following steps carefully.

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About the product

Instructions

1 Insert the Program CD-ROM in the Start up the Explorer.

2 Navigate to [drive:]\LIB_520\PST. Double click on PST.EXE. In the appearing dialog, Click OK to continue the installation.

Figure 9: Parameter Setting Tool Software Installation - Select Language dialog

3 Select the installation language and click OK.

Figure 10: Parameter Setting Tool Software Installation - Welcome dialog

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About the product

Instructions

4 Read the message and click OK to continue with the installation.

Figure 11: Parameter Setting Tool Software Installation-Select Terminal modules and Instance destination selection dialog

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About the product

Instructions

5 Select the check boxes for all terminal modules to install

6 Click Change

Figure 12: Parameter Setting Tool Software Installation - Select Destination Drive and Folder dialog for PST program files

7 Select the drive and the folder, default is C:\Program Files\ABB\Panorama\Sms, where the PST program and instance files shall be installed, and then click OK to return to the previous dialog.

MicroSCADA Hot stand-by configurationFollowing steps, 8-10, are only carried out if MicroSCADA Hot stand-by configuration is used. If this is not wanted then continue with step 11 after selecting Next>>

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About the product

Instructions

8 Select PST instance destination directory

When using PST in a Hot stand-by configuration it is of great importance that the PST program files and the PST instance files are separated. The instance files, which are created when installing HV/REx5xx modules in a process picture, have to be placed within the application which files are shadowed in a Hot stand-by con-figuration. The PST program files may be placed any were on the hard disk outside the shadowed application.

Figure 13: Parameter Setting Tool Software Installation-Select Terminal modules and Instance destination selection dialog

9 Select the Enable selection of Instance destination check box and click Next>>.

Figure 14: Parameter Setting Tool Software Installation - Select Destination Drive and Folder dialog for PST instance files

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About the product

Instructions

10 Select the drive and the folder, default is C:\Program Files\ABB\Panorama\Sms, where the PST instance files shall be installed, X:\SC\APL\’xxx’\SMS\PST, and then click Next>>.

Figure 15: Parameter Setting Tool Software Installation - System Information dialog

11 Check the information and do one of the following

• To reenter any information, click Back.

• To start the installation, click Install.

The PST software are now installed into the computer, showing the progress with an installation progress bar.

12 When the Install message telling to restart the computer, click OK to accept restart

When the computer has restarted, the tools and the terminal libraries in the PST software package can be used.

The help function in the Parameter Setting Tool uses Internet Explorer. If Internet Explorer version 4 is not installed in the computer, please See “Install the Internet Explorer” on page 35.

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Install the HV/REx 5xx and Parameter Setting Tool

About the product

Instructions

4 Install the HV/REx 5xx and Parameter Setting Tool documentation

This section describes how to install the documentation for HV/REx 5xx and PST.

1 Insert the Documentation CD-ROM in CD drive and start up the Explorer.

2 Navigate to [drive:]\LIB_520. Double click on L520_403.EXE. In the appearing dialog, Click OK to continue the installation.

.

Figure 16: LIB 520 Documentation Installation - Welcome dialog

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About the product

Instructions

3 Click the Next>> button to continue the installation.

Figure 17: LIB 520 Documentation - System information

This dialog has no information about earlier installed versions when the installation of LIB 520 documentation is made for the first time.

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About the product

Instructions

4 Select the HV/REx 5xx and Parameter Setting Tool documentation by select-ing the check boxes.

Figure 18: LIB 520 Documentation Installation - Package selection

There is a possibility to go back to the previous installation dialog by clicking “<<Back” button.

5 Change destination drive by clicking on Change Drive... (optional)

If the LIB 520 is installed for the first time default drive is C:. If an earlier installa-tion has been made, the current target drive is default. Note that only the drive is selectable. The directory destination is fixed [drive:]\MS_DOCS\....

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About the product

Instructions

Figure 19: LIB 520 Documentation Installation - Destination drive selection

6 Click Start to execute the installation.

Figure 20: LIB 520 Documentation Installation - Installation progress

Now files are copied to the selected destination drive.

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Install the Acrobat Reader

About the product

Instructions

7 Installation is now complete. Click OK.

Figure 21: LIB 520 Installation - Installation finalized

The documents are in pdf-format, and Acrobat Reader is needed to view them. If Acrobat Reader is not installed in computer, please see the section.“Install the Acrobat Reader” .

5 Install the Acrobat Reader

This section describes how to install the Acrobat Reader. The Acrobat Reader is used to view the documentation for the HV/REx 5xx and the Parameter Setting Tool.

1 Insert the Documentation CD-ROM in CD drive and start up the Explorer.

2 Navigate to [drive:]\LIB_520\AcroR. Double click on AR32E301.EXE. In the appearing dialog, Click OK to continue the installa-tion.

Figure 22: Acrobat Reader Installation - Start dialog

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About the product

Instructions

3 Click Yes to continue to prepare the installation.

Figure 23: Acrobat Reader Installation - Welcome dialog

4 Click Next

Figure 24: Acrobat Reader Installation - Software License Agreement dialog

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About the product

Instructions

5 Read the License Agreement and accept it to be able to continue the installa-tion. Click Yes to continue.

Figure 25: Acrobat Reader Installation - Choose Destination Location dialog

6 Click Browse

Figure 26: Acrobat Reader Installation - Choose directory

7 Type or select the destination folder for the installation, and then click OK.

8 Click Next in the Choose Destination Location dialog.

The Acrobat Reader is now installed into the computer, showing the progress with an installation progress bar.

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Install the Internet Explorer

About the product

Instructions

Figure 27: Acrobat Reader installation: Setup Complete

9 Do one of the following:

• Click to clear the Display Acrobat Reader 3.01 Readme file check box, and then click Finish.

The Good-bye message appears

• Click to set the Display Acrobat Reader 3.01 Readme file check box, and then click Finish

The Readme file is shown in WordPad.

After Wordpad exited, the Good-bye message appears.

10 Click OK.

The installation of Acrobat Reader is now ready. The following program entries are set up in the start menu under Programs\Adobe Acrobat:

Figure 28: Acrobat Reader start menu

6 Install the Internet Explorer

This section describes how install Internet Explorer 4 into the computer. Internet Explorer is used for the help function in the Parameter Setting Tool.

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About the product

Instructions

1 Insert the Program CD-ROM in CD drive and start up the Explorer.

2 Navigate to [drive:]\LIB_520\IE4. Double click on IE4SETUP.EXE. In the appearing dialog, Click Ok to continue the installation.

Figure 29: Internet Explorer Installation - Welcome dialog

3 Click Next.

Figure 30: Internet Explorer Installation - License Agreement

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About the product

Instructions

4 Read the License Agreement and accept it to continue the installation. Click the I accept the agreement option button, and then click Next

Figure 31: Internet Explorer Installation - Option selection dialog

5 Select Browser Only Installation.

Standard or Full Installation is selectable, depending on how much functionality is needed want to have. See the Description area. To use together with PST standard version is enough.

Figure 32: Internet Explorer Installation - Destination Folder

6 Type the installation folder, or click Browse to select it. Then click Next.

The Internet Explorer is now installed into the computer, showing the progress with an installation progress bar.

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About the product

Instructions

Figure 33: Internet Explorer installation - Setup has finished installing components.

7 Click OK to finish the setup.

The following dialog appears after a while:

Figure 34: Internet Explorer installation - Restart the computer

8 Click OK to restart the computer.

After the restart, Internet Explorer is ready to use.

The software is now installed in directories according to Table 2, “Destination paths” on page 77

�Note!The difference of library separators in WIN NT “\” and MicroSCADA “/”.

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About the product

Instructions

6.1 Preparations to be made before installation of a library function

�The following steps are essential when creating a new application and preparing it for use with HV/REx5xx functions. Some are basic which should always be considered and carried out. Some are related to special system configurations which only have to be considered in those situations.

1 Consider and define the Authorization grouping.

The Authorization levels can be defined later. The setup is taken in account during standard function configuration. The Authorization grouping is defined in the User Management tool.

2 Setup the APL:BSV15 in SYS_BASCON.COM for OI attribute in Process data-base.

See more See “Object identifier” on page 41

3 Define all stations with correct type (SPA, REX) in the base system before configuration of function.

This is needed to get the correct configuration. Since naming of command proce-dures and addressing of process objects (LON communication) is depending of type verification against the base system configuration.

4 Activate the DDE server function in SYS_BASCON.COM

Set the SYS:BDE to 1 to activate DDE functionality in MicroSCADA. Parameter Setting Tool and MicroSCADA uses this to communicate.

5 Define local NT printer for printouts in Parameter Setting Tool

See MicroSCADA documentation how to add a local printer to the MicroSCADA system.

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About the product

Instructions

6 Additional configurations for MicroSCADA system configurations without LAN.

The start-up of the Parameter Setting Tool is dependent on how the MicroSCADA system is configured. If no LAN is used, a stand alone PC, these two additional configurations must be made after installation of the LIB 5xx and Parameter Setting Tool software. Follow the instructions below to accomplish this:

- Modify the pstrex.ini file.In the [drive:]\sc\lib4\smod\relays\rex5xx directory open the file pstrex.ini with a text editor e.g Notepad. Change the Network_Installed tag from 1 to 0 (Network_Installed=0, Note no space allowed).

- Define startup Monitor shortcuts to start-up MicroSCADA monitors.Define a short-cut to the monitor start-up program mons.exe. Right click on the NT desktop. In the appearing popup dialogs select New and Shortcut. In the appearing dialog, click Browse. In the appearing dialog navigate to [drive]:\sc\prog\exec\mons.exe and click Open. Now the previous dialog text field in containing [drive]:\sc\prog\exec\mons.exe. Before clicking Next the text field contents some arguments must be added. Add at the end of the line so it will look like following:

[drive]:\sc\prog\exec\mons.exe -d your computer name 1 -start_as_logon_user were your computer name is the name of the MicroSCADA computer.

Comments:- This particular example expects that MicroSCADA service is up and running. Other arguments can be added to both startup the MicroSCADA service and open a monitor. The monitor definition can also be configured so that the size on the monitor can be modified. To go deeper regarding this see further MicroSCADA System Configuration manuals.- The argument -start_as logon_user is the important part of the setup. It tells to MicroSCADA to use the logged on users context regarding authority and security within NT.- Do not use the MicroSCADA Monitor dialog. There is no possibility to set the -start_as_logon_user argument.

7 Hotstandby configuration

When using PST in a Hotstandby configuration 2 important preparations have to be made before installation of the HV/REx5xx picture functions can be performed.First installation of PST have to be made to fit the Hotstandby configuration, see See “Installation of Parameter Setting Tool software” on page 22 in this Users Man-ual to perform this correctly.Secondly it is necessary to update and add command procedures in the watchdog (WD) application to handle PST correctly in run time. The necessary files, includ-ing an instruction how to do this, are available on the program CD.

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About the product

Instructions

6.1.1 Object identifier

Before installation the use of the attribute OI (Object Identifier) must be decided. Start the Micro SCADA Control Panel. Select “Admin” and in the appearing dialog select “Config”.In the system configuration file SYS_BASCON.COM locate the following section:

;*******************************************************;; APPLICATIONS;The usage of OI & OX -attributes (required by LIB 500)@SV(15) = LIST(-

Process_Objects=LIST(-OI=LIST(-

Title1=VECTOR("Station"),-Title2=VECTOR("Bay"),-Title3=VECTOR("Device"),-Title4=VECTOR(""),-Title5=VECTOR(""),-Length1=10,-Length2=15,-Length3=5,-Length4=0,-Length5=0,-Field1=VECTOR("STA"),-Field2=VECTOR("BAY"),-Field3=VECTOR("DEV"),-Field4=VECTOR(""),-Field5=VECTOR("")),-

OX=LIST(-Title1=VECTOR("Object text"),-Length1=30)))

The parameters Length1, Length2 and Length3 must now be set as follows:

The Length1 is definition of the Station name (minimum length is 2), Length2 is the definition of Bay name (minimum length is 2) and Length3 is the definition of the Device (Object) name. The sum of these 3 values must be 30. For Length1 and Length2 1 character is used for space (between Station name/Bay name and Bay name/ Device name).

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About the product

Instructions

Two optional parts, Special_Identifier_1 and Special_Identifier_2 can be added to the above described Station-/Bay-/Device name. Still the maximum length is 30 charac-ters. They can be used as additional identification of the objects and their signals. Lets assume that Special_Identifier 1, which is reflecting the Voltage level of a station, is added. The definition in the SYS_BASCON.COM shall look like this,

@SV(15) = LIST(-Process_Objects=LIST(-

OI=LIST(-Title1=VECTOR("Station"),-Title2=VECTOR("Voltage Level"),-Title3=VECTOR("Bay"),-Title4=VECTOR("Device"),-Title5=VECTOR(""),-Length1=10,-Length2=3,-Length3=12,-Length4=5,-Length5=0,-Field1=VECTOR("STA"),-Field2=VECTOR(""),-Field3=VECTOR("BAY"),-Field4=VECTOR("DEV"),-Field5=VECTOR("")),-

OX=LIST(-Title1=VECTOR("Object text"),-Length1=30)))

It is very important that this is made before configuration of the installed functions because the configuration process takes these values in account when creating the pro-cess database. If variable @OI_LENGTH is not defined in the configuration file, then override value defined in standard function configuration file is valid, which means LENGTH1=2, LENGTH2=14 and LENGTH3=14. This may cause unexpected behavior in run-time, especially in the case where medium voltage and high voltage functions are installed in the same station picture.

For the event list, it can be configured if ‘Station_name’, ‘Bay_name’ and ‘Device_name’ shall be shown (in the ‘Object-ID’ column of the event list). This is configured using the “Settings” tool (available under the ‘Options’ menu). Select ‘Tools’ and ‘Show Object ID’. In the appearing dialog it is possible to configure if the ‘Station_name’, ‘Bay_name’ and ‘Device_name’ shall be shown in the event list.

6.2 Installation of HV/REx 5xx library function

When the HV/REx 5xx software is installed on the hard disk, it will be integrated in the MicroLIBRARY software structure. The next step is to install the library function in a process picture. To be able to understand the following description the user should be familiar with MicroSCADA and how to use MicroLIBRARY.

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�Note!Before starting the installation of the library functions, it must be ensured that the cor-responding Station (STA) object(s) are defined in Base System.

�Note!It is important to complete all steps in the order described below!

�Note!If a Hot stand-by system configuration is used then step 15 is very important to carry out.

1 Go to the Picture Editor.

Enter the picture in which the installation of the HV/REx 5xx library function shall be made. Minimum requirements for this picture is that the base function is installed.

Figure 35: Picture function installation dialog

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2 In the Installation tool, select LIB4, LIB 520, PROTECTION, PST_TERMINAL and the desired symbol size SMALL 1*1, MEDIUM 2*2 or LARGE 3*3 (which shall be highlighted).

Enter a name (‘Picture Function name’) for the function. ‘ID’ must be unique within the picture.

3 Select Install. The installed Picture function will be placed in the upper left corner area of the picture. Close the Installation tool.

4 By default the latest installed picture function is marked selected. Grab the picture function by click on it and hold the mouse button down and move the mouse to place in the picture were it shall finally be placed. Release the mouse button.

5 Select the picture function configuration button for configuration.

Figure 36: Standard Configuration Tool icon

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The Standard Configuration Tool dialog will appear,

Figure 37: Standard Configuration Tool dialog - Attribute view

6 Enter STATION_NAME. Maximum length see Chapter 1.6 “Preparations to be made before installation of library function”. Default is ““.

This name is set as a part of the Object Indentifier (OI) attribute the Event database process objects.

7 Enter BAY_NAME. Maximum length see Chapter 1.6 “Preparations to be made before installation of library function”. Default is ““.


8 Enter DEVICE_NAME. Maximum length see Chapter 1.6 “Preparations to be made before installation of library function”. Default is ““.


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9 Enter SPECIAL_IDENTIFIER_1 and SPECIAL_IDENTIFIER_2 (optional parts). Maximum length see Chapter 1.6 “Preparations to be made before installa-tion of library function”. Default is ““.


10 Select AUTHORISATION_GROUP from the list of alternatives.

The authorization groups are defined in the User Management Tool.

11 Enter LIB_OBJECT_NAME. Maximum 9 characters are allowed.

The logical name (LN) of the process objects will be LIB_OBJECT_NAME’G’, where ‘G’ is a group type specific single character, defined by the installation tool.

12 Enter TERM_OBJECT_NAME. Maximum 50 characters, default is ““.

This is a freely selected text which is used for showing which terminal object is selected. This is shown in the Parameter Setting Tool menu bar. Note if this is left empty ““, a default string “UNKNOWN INSTANCE” is shown.

13 Enter LABEL. Maximum 20 characters, default is ““.

This is a freely chosen label, that will be shown in the process picture for this pic-ture function.

14 Select LABEL_POSITION. Choices are “ABOVE”, “BELOW“,”LEFT” and “RIGHT, default is “BELOW“.

15 Select HOTSTANDBY_SYSTEM if used

Select this checkbox if the system is a Hot stand-by system. This selection is impor-tant for extracting configuration data from the registry, were PST instance informa-tion is stored, to a file which is during the file transmission transferred to the stand-by PC. Registry on the stand-by PC is updated with the file content after completed transmission and the file is deleted.

16 Select if the function should be visible or not by setting or unsetting the VISI-BLE button. Choices are “TRUE” or “FALSE”, default is “TRUE”

If the function is accessible from the bay function, the VISIBLE button should be unset.

17 In the Standard Configuration Tool folders, select folder Tools and Spacom conf. tool in the list

Figure 38: Standard Configuration Tool - Tools view

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18 The Rack configuration tool dialog is shown.

Figure 39: SPACOM Conf. Tool - Rack configuration dialog

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19 Select Protection type.

The list can contain a variation of types of protections. Most common REx 5xx types are Busbar, Line, Control, Transformer and Object. The list below will be filled the different models of the Protection type that has been selected.

20 Select the terminal model and Add to confirm selection.

In the list to the right will be updated with the selected model. An icon representing the selected model will appear in the Sample rack area.

Note that ONLY one terminal can be selected although the configuration can handle several.

21 Add a relay description (optional). Maximum is 15 characters, default is ““.

22 Select SPA host. NET-SPA or NET-LON, default is NET-SPA.

Several other SPA hosts are selectable but ONLY NET-SPA and NET-LON are sup-ported. NET-SPA is used for SPA communication with frontends like MicroNET (DCP) and PCNET (COM port). NET-LON is used for LON communication via PCNET (PCLTA).

23 Select Create Event p.object. “TRUE” or “FALSE”, default is “TRUE”

If no event object shall be created the deactivate (set to “FALSE”) this setting.

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24 PF-PF link is NOT supported in this version.

25 Select Module configuration. In the appearing Module Configuration Tool dia-log, select a Module from the list. Enter a Station number (which must exist in the base system!!!) and leave the Nominal values as is (=1).

Figure 40: SPACOM Conf. Tool - Module configuration dialog

26 Set the Data acquisition unit No. Any integer number between 1 and 9, default is 1.

This number is set as a part of the Reserved Text (RX) attribute of the Event objects and is telling which terminal of the same type, within a bay, the signal is belonging to. Used for external engineering tools e.g SigTool.

27 If changes of the event database is required “Modifying event database” on page 19, compared to default, is required, select Edit Event P.Objects (optional). Proceed with the changes and press OK.

If this option is selected, then all the process objects described in “Event and alarm process objects” on page 79 can be manipulated before creation regarding creation, alarm and event behavior. The following dialog will appear:

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Figure 41: SPACOM Conf. Tool - Event database editor dialog.

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28 Select Optional configurations. In the appearing dialog (one for REX and one for RET), pick the desired options from the list. The event process objects for the selected options will then be created.

Figure 42: REx 5xx Event database configuration dialog - REx 500

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Figure 43: REx 5xx Event database configuration dialog - RET 521

29 In the Selectable Options dialog, select Disturbance Recorder Installed. “TRUE” or “FALSE”, default is “TRUE“

If the terminal has a disturbance recorder installed and the HV/Collect package is used or will be used in the future set this to TRUE.

30 Select Terminal version. Selection is made from the list, default is “None”

Note. To finalize the Option configuration a valid selection must be made (Ok but-ton is insensitive if None). It is important to select the correct Terminal version because this information is sent to the Parameter Setting Tool at start-up. The Parameter Setting Tool is using this to open the correct parameter database.

31 Finally press OK in the Selectable Options dialog to save and leave this dia-log.

32 Press OK in the Module configuration tool.

The selected process objects are now created (“Select Create Event p.object. “TRUE” or “FALSE”, default is “TRUE”” on page 48 is set to “TRUE”) and the neces-sary modifications to any command procedures is made.

33 Close the Rack configuration by clicking OK.

34 End the configuration by selecting Ok or Apply.

35 Select in picture edit menu File and Exit to end picture editing. Click Yes on the question to save.

All step has now been completed for installation and configuration. The function shall now be available in the application picture, in which it is installed.

Note! HV/RET 521 has No se-lectable software options!

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6.2.1 General Bay connected Terminal function

Not supported in this version.

6.2.2 Modifying event database

Some signals in the HV/REx 5xx modules are also included in HV/Control (Supervi-sion function) package and the HV/Voltage Control package. To avoid collisions at configuration of the system when these packages are used together, the decision must be taken which of these packages shall handle these signals. If not, the address over-lapping (error 2136) will occur. If HV/REx 5xx exists alone then masking of these sig-nals is not necessary.

To mask these signals see further in step 25 installation description “Installation of HV/REx 5xx library function” on page 42.

The created event database objects can also be modified without going via the picture editing. The HV/REx 5xx package comes with a additional tool for modifying the event created database, Evtool. See further “Event Tool” on page 66

�Note!When the mask-code is brought up for the very first time, for the HV/REx 5xx library functions, it is the factory default setting which is shown. When the mask-codes are modified, as described above, the factory default setting have in fact been changed. This means that all subsequently installed functions will be according to these new default values.

6.2.2.1 Specific for REx 500

HV/Control (Supervision) signals in HV/REx 500 are connected to its resp. EV-block according to Table 1, “HV/Control (supervision) signals in HV/REx 500.” on page 53. These signals must be masked not to be created in HV/REx 500 if HV/REx 500 is used together with HV/Control (Supervision function).

Table 1: HV/Control (supervision) signals in HV/REx 500.

Signal PDB index Event block

Internal fail 177 EV12/1

Internal warning 178 EV12/2

Internal num fail 179 EV12/3

Internal num warn 180 EV12/4

A/D conv fail 181 EV12/5

IO board error 185 EV12/9

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6.2.2.2 Specific for RET 521

HV/Voltage Control signals in HV/RET 521 are connected to its resp. EV-block according to Table 2, “HV/Voltage Control signals in HV/RET 521” on page 54. These signals must be masked not to be created in HV/RET 521 if HV/RET 521 is used together with HV/Voltage Control

HV/Control (Supervision) signals in HV/RET 521 are connected to its resp. EV-block according to Table 3, “HV/Control (supervision) signals in HV/RET521” on page 55. These signals must be masked not to be created in HV/RET 521 if HV/RET521 is used together with HV/Control (Supervision)

Table 2: HV/Voltage Control signals in HV/RET 521

Signal PDB Index Event block

TC IN REMOTE MODE 161 EV11/1

TC IN STATION MODE 162 EV11/2

TC IN LOCAL MODE 163 EV11/3

TC IN LOCAL HMI 164 EV11/4

TC IN MANUAL MODE 165 EV11/5

TC IN AUTO MODE 166 EV11/6

TC IN AUTO MODE BLOCK 167 EV11/7

TC BLOCK ABNORMAL U 168 EV11/8

TC HUNTING 169 EV11/9

TC LOW POSITION 170 EV11/10

TC HIGH POSITION 171 EV11/11

TC ERROR 172 EV11/12

TC RAISE SIGN 173 EV11/13

TC LOWER SIGN 174 EV11/14

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6.3 Timeout setup

The timeout for the two different SPA masters must be setup as follows:

• SPANET and PCNET

The line attribute Header Timeout (HT) shall be set to 2000 ms.

Table 3: HV/Control (supervision) signals in HV/RET521

Signal PDB Index Event block

INTERNAL FAIL 145 EV10/1

INTERNAL WARNING 146 EV10/2

INTERNAL NUM FAIL 147 EV10/3

INTERNAL NUM WARN 148 EV10/4

REAL T CLOCK ERR 149 EV10/5

TIME SYNC ERR 150 EV10/6

TEST MODE ACTIVE 151 EV10/7

AIM BOARD 1 ERROR 152 EV10/8

AIM BOARD 2 ERROR 153 EV10/9

MIM BOARD ERROR 154 EV10/10

IO BOARD 1 ERROR 155 EV10/11



IO BOARD 4ERROR 158 EV10/14

DISTURB MEM>80% 160 EV10/16

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7 Tutorial

In this chapter a short introduction to use the Parameter Setting Tool. A more detailed description, see Users Manual for Parameter Setting Tool, see “References” on page 101.

7.1 Select function on the screen

An installed HV/REx 5xx library function is presented on the MicroSCADA screen with a terminal-symbol. The symbol can be situated anywhere on the screen.

Figure 44: The Parameter Setting Tool push button representation in a process picture. (Not clicked left and clicked right)

7.2 Parameter Setting Tool screen presentation

Before going to the actual tasks a presentation of the screen is at place.

Figure 45: The Parameter Setting Tool

The presentation layout is divided in to seven parts,

1

2

6

7

5

3

4

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1. Menu bar 2. Tool bar3. Terminal tree view headline 4. Parameter view headline5. Status bar 6. Terminal tree view7. Parameter view

7.2.1 Menu bar

Figure 46: Parameter Setting - Menu bar

From the menu bar all actions are selected. By selecting any of the possible menu items, a pull-down menu will be shown presenting the actions that can be selected. Dimmed labels means not selectable at present. The actions which are selectable are as follows:

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• File

• Save

• Compress

• Decompress

• Template

• Print

• Exit

• Edit

• Copy Settings

• Customize

• View

• Tool bar

• Differences

• Setting Groups

• Refresh

• On-line

• Read from Terminal

• Write to Terminal

• Compare with Terminal

• Help

• Context and index

• About PST

7.2.2 Tool bar

Figure 47: Parameter Setting Tool - Tool bar

The most common actions has been gathered in the Toll bar.

1 2 4 5 763

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1 Save data on disk

2 Print out

3 Write data to terminal

4 Read data from terminal

5 Compare read data from terminal and earlier stored data on disk

6 Selection of setting group (1-4) to read data from

7 Help

7.2.3 Terminal tree view and Parameter view headlines

Figure 48: Parameter Setting Tool - Terminal tree view header and Parameter view header

The full path of the selected levels in the Terminal tree view is shown in the Terminal tree view header. Note that the first part (xxx\) is the terminal object name which was set at configuration of the HV/REx 5xx picture function. The Parameter view header is showing the current level.

7.2.4 Status bar

Figure 49: Parameter Setting Tool - Status bar

Presentation of terminal information like terminal type and family is made on the Sta-tus bar.

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7.2.5 Terminal tree view

Figure 50: Parameter Setting Tool - Terminal tree view

This is a tree view presentation of the functional structure of the terminal. From this view the navigation to the desired section is made.

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7.2.6 Parameter view

Figure 51: Parameter Setting Tool - Parameter view

In this view the selected section related parameters are presented. Depending on the data type either fields or lists with predefined values are shown. If the selected group has subgroups e.g Settings, the sub groups are shown. Further group selections can either be made in the Parameter view or the Terminal tree view.

7.3 Parameter Setting Tool in practice - Two case studies for a terminal, Read All data and Change Setting Group

Just to get the quick glance of how the Parameter Setting Tool (PST further in this sec-tion) is working a short step by step introduction is at place. The selected cases are Reading All data and Change Setting Group. To get a deeper description of the func-tionality please refer to the “Parameter Setting Tool-(PST) Users Manual, see “Refer-ences” on page 101. It is assumed that the terminal is connected and the communication is properly configured and working.

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1 Open to the process picture and click on the terminal instance to be opened.

Figure 52: Start process picture and Parameter Setting Tool

2 Following steps are carried out in PST. In the Menu bar select in the following order On-line, Read from Terminal and All.

Figure 53: Parameter Setting Tool - Menu selection “Read from Terminal”

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3 If this is the first time PST is communicating with the terminal, a request of reading the option flags is made. Click Ok.

Option flags are used in the terminal to describe the terminal functionality e.g if Over current protection is included. These flags are also used in PST to hide/visual-ize editable/viewable functionality. Note this request is only made once. Clicking Cancel will terminate the communication.

Figure 54: Parameter Setting Tool - Upload options dialog

4 Now PST starts to upload all data. This will take a couple of minutes. During this process a number dialogs (dialog messages) are presented for showing the progress. The following dialogs will appear:

Figure 55: Parameter Setting Tool - Parameter to read

Figure 56: Parameter Setting Tool - Upload progress bar

Comment: PST is loading all parameters to read from its own terminal type database.

Comment: Upload of data from the terminal is in progress.

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Figure 57: Parameter Setting Tool - Waiting on the terminal to continue

Figure 58: Parameter Setting Tool - Store read data on disk

5 All data has now been read. To visualize data, use the Terminal Tree view to navigate the desired Sections.

�Stop here for a moment to try it out for yourself by clicking in the terminal tree view to get a feeling of how to reach different sections and how data is presented in the Param-eter view.

Comment: After reading some parameters the read action must be paused for some seconds to let the terminal prepare the data to de read. Typical data are Settings.

Comment: After all data is read the last step for PST is to store all to files on disk.

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6 Next step is to write data to the terminal and Change the Active Setting Group be the case. Navigate in the Terminal Tree view to Settings, Setting Groups, Change Active Setting Group and Change Actual Group.

Figure 59: Parameter Setting Tool - Change Active Setting Group

7 Select the down key of the box in the Parameter view to expose selectable alternatives. Select another group.

The current active group is shown highlighted.

Figure 60: Parameter Setting - Upload execution dialog

8 The new selection is shown in the box with different style and color.

To visualize this focus must be moved from the box. This is made by clicking else-where within the Parameter view.

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Figure 61: Parameter Setting Tool - Changed (not stored) value highlight

9 Select in the menu bar in the following order On-line, Write to Terminal and Selection.

Figure 62: Parameter Setting Tool - Menu bar selection “Write to Terminal”

10 Now the write procedure starts. The dialogs in step 4 is flashing by for a sec-ond except for “Waiting for delay time” which will be shown for 45 s.

After writing all parameters to the terminal and a delay a read back data action will be performed to update PST and to confirm that setting has been changed.

11 As a final result all the Terminal- and PST values in the Parameter view will be updated with the new active setting group.

The color and the font is restored.

7.4 Change of password

The REx 5xx terminal has no password handling of its own. Instead, remote setting activities are depending on the users authority level in the MicroSCADA. All users with authority level 2 or higher have access to remote setting activities.

New MicroSCADA users can only be added by the MicroSCADA system manager.

7.5 Event Tool

Together with the HV/REx500 software package, a tool for event handling is deliv-ered. This tool is aimed for adding or changing signals in the terminal configuration file and the process database. I.e if the user want to activate signals in the REx 5xx ter-minal, this tool is used for update the configuration file and create the necessary data-base points in the MicroSCADA system.

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All terminals which shall be included in the system must be defined in the base system. Only terminals configured in the base system can be seen by the tool.

Note: The tool can only be used for RET 521 and REx 5xx terminals of version 2.0 or higher.

7.5.1 Installation of the tool

1 Start the MicroSCADA Tool Manager

2 Select group where the Icon will be placed. (User Interface, Application Objects, System Configuration or Miscellaneous.)

3 In the Tool Manager menu click on Edit and in the appearing items select Insert Tool.

4 In the appearing dialog click on button User Defined.

5 In the field Icon Description the tool can be named e.g Event Tool.

6 Now click on the Browse VSO button and find the path sc/Lib4/Smod/Relays/ Tools/use/ev_tool.vso and click on the Open Button and then OK button. Now the Icon for the tool will be visible in the MicroSCADA Tool Manager.

To start the tool double click the icon. Now the tool shall start correctly.

(When the program starts the list of terminals will be empty).

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7.5.2 Presentation of the screen

1 Button for scanning base system for terminals and installed relays

2 List for presentation of all in base system defined terminals.

3 Selection of event blocks and their signals.

4 Presentation data fields for configuration file.

5 Presentation data fields for the process database.

6 Option buttons for update mode

7 Button for saving data.

8 Editable configuration data field.

9 Option buttons for Object Type.

10 Option buttons for Signal Type.

1

23

4

5

8

9

10 7 6

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7.5.3 How to use the Tool

In the description below the text is referring to the screen presentation picture with numbers enclosed by brackets.

1 Scan the base system for terminals and installed relays. Click the button named Scan (1). All installed terminals will now be presented in the list (2). In the list the unit number of the terminals, the logical name for the terminals and type of terminal is presented. If no terminal is configured in the base sys-tem, or if a terminal is of another type than REX or SPA, then the text is “Not def.” for logical name and relay type in the list.

2 Select a terminal from the list.

3 Select event block and then signal number (3). Now the configuration file data and process object data is presented in the fields named Configuration File Data (4) and Process Object Data (5). The attribute OX (Object Text) from the configuration file is also presented in Editable configuration data filed (8).

4 Now it’s possible to update the configuration file and the process database. In field Editable Configuration Data (8) write in the new event name for the selected signal.

5 Select Object type (Event or Alarm) (9).

6 Select Signal Type (Single or Double) (10). The signal type “Double” is only configurable for even signal numbers.

7 Select Update mode (8).

Update mode “Process database” means that the signal is added in the MicroSCADA event database and that the signal can be used in run time. Note that the signal must also be activated in the REx5xx terminal.

Update mode “Configuration file” means that the new signal will be created auto-matically next time a new relay picture function is installed and configured in a MicroSCADA application.

8 Push the button named Save (7). Depend of selection of update mode the new data will now be saved to the configuration file, process database or both.

7.5.4 Information dialogs

During usage the user will be prompted a number of either questions or messages. These are popping up in different states.

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Message dialog

Depending of event, the message dialog can pop up with three different information text strings:

Question dialog:

Depending of event, the question dialog can pop up with nine different information questions. Confirm the question to continue the execution:

No terminals is configured in the base system.

The configuration in the configuration file and the process database does not match.

Even number not valid for double indication.

Previous odd index is configured as DOUBLE in configuration file. It will be set as NOT CONFIGURED if the signal is selected for configuration. Do you want to con-tinue?

Next even index is configured as SINGLE in configuration file. It will be set as NOT CONFIGURED if the signal is selected for configuration. Do you want to continue?

Selected signal is already configured in the configuration file. Do you want to over-write it?

Selected signal is already configured in configuration file and previous odd index is configured as DOUBLE. Both will be deleted if you choose to configure the selected signal. Do you want to continue?

Selected signal is already configured in configuration file and next even index is con-figured as SINGLE. Both will be deleted if you choose to configure the selected sig-nal. Do you want to continue?

Do you really want to exit?

Next even index exists as single in PDB! Do you want to delete it?

Previous odd index exists as double in PDB! Do you want to delete it?

Index already exist in PDB! Do you want to delete it?

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8 Trouble shooting

In this section the help can be found when errors occur.

8.1 Diagnosing errors

When errors occur, which they do tend to happen, the system produces error messages differently in MicroSCADA and in the Parameter Setting Tool. In MicroSCADA mes-sages are either shown in popup dialogs or with yellow text in on the status bar at the bottom of the MicroSCADA window. In the Parameter Setting Tool errors are only shown in popup dialogs.

8.1.1 MicroSCADA errors

Errors can occur at two situations, when configuration the picture functions and during runtime. Errors can be categorized in two groups, controlled and uncontrolled. The controlled errors are shown in a popup dialogs. Typical controlled errors are, configu-ration incompatibility and Parameter Setting Tool is not installed. Uncontrolled error messages are composed of one or two status codes, and with or without a SCIL state-ment or expression. These messages are shown on the status bar at the bottom of the MicroSCADA screen. Uncontrolled errors are programming errors (bugs).

Figure 63: MicroSCADA Error Message - Controlled Error

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Figure 64: MicroSCADA Error Message - Uncontrolled error

Errors shown this way are very serious which means that they should be reported to ABB representative as soon as possible.

The meaning of these codes are described in S.P.I.D.E.R MicroSCADA, the program-ming language SCIL and the S.P.I.D.E.R MicroSCADA User’s Manual, “References” on page 101.

8.1.2 Unlock terminal function

There is a hidden “escape” door when it is not possible to open the Parameter Setting Tool, even when it is not opened on any other monitor. A hidden push button is located up in the right corner, below the dialog bar

Figure 65: HV/REx 5xx Information dialog - Emergency escape door button

Hidden push button

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By clicking one or several times on that position a timer is started in the dialog. After the time expires the dialog will get a new appearance.

Figure 66: HV/REx 5xx Information dialog - Emergency escape door

By clicking on the padlock push button the former selection is released and opening the Parameter Setting Tool is now possible.

8.1.3 Parameter Setting Tool errors

Like MicroSCADA errors these errors can occur both when configuring the picture functions and during runtime. Errors generated when running to the Parameter Setting Tool are shown in dialogs.

See the Parameter Setting Tool User’s Manual for Error explanation.

8.2 Terminal busy

During communication with the terminal it sometimes happens that the terminal gets busy. This is a normal behavior and it occurs when the terminal has to much to handle e.g when SMS and MicroSCADA is reading from the same terminal at the same time. In these situations the program does not resend the message automatically. Instead the user can decide whether to continue, wait or to cancel.

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Trouble shooting

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Figure 67: Terminal busy

A probable cause for terminal busy can be:

• The terminal is occupied with storing e.g Disturbance data

• If the both communication ports are connected on the terminal and reading and writing is performed at the same time.

74 1MRK 511 077-UEN *3.0-01

Technical descriptions

The chapter “Technical description”

Appendix................................................................................................................73

Software package size and destination path......................................................73

Event and alarm process objects .......................................................................75

HV/REx 500 3.0 specific ...............................................................................75HV/REx 500 3.1 specific ...............................................................................82HV/RET 521 3.0 specific ...............................................................................86

Installed files ...................................................................................................... 92

Common files ................................................................................................92HV/REx 500 3.0 Specific...............................................................................93HV/REx 500 3.1 Specific...............................................................................94HV/RET 521 3.0 Specific ..............................................................................95Event Tool files .............................................................................................95

751MRK 511 077-UEN *3.0-01

Technical descriptions

76 1MRK 511 077-UEN *3.0-01

Software package size and destination path

Appendix

Technical description

Appendix

In this section an overall description of the contents of the different HV/REx 5xx pack-ages is made.

1 Software package size and destination path

The required disk space for the different packages are stated in the table below. The required space is an addition to the required space that the MicroSCADA Base system and the other LIB 5xx products/packages need.

Table 1: Required disk space

Software package: Required disk space:

HV/REx 500 3.0 730 kB

HV/REx 500 3.1 700 kB

HV/RET 521 3.0 540 kB

PST 1.1 ≥ 8 MB (5 MB for Base and 2-3 MB per terminal module and instances)

Table 2: Destination paths

Software: Paths:

HV/REx 500 3.0 [drive]:\sc\lib4\smod\relays\rex5xx

[drive]:\sc\lib4\smod\relays\rex5xx\inst

[drive]:\sc\lib4\smod\relays\rex5xx\lang0

[drive]:\sc\lib4\smod\relays\rex5xx\use

[drive]:\sc\lib4\smod\relays\rex5xx\rex500_30\inst

[drive]:\sc\lib4\smod\relays\rex5xx\rex500_30\lang0

[drive]:\sc\lib4\smod\relays\rex5xx\rex500_30\use

[drive]:\sc\lib4\base\bbone\inst

[drive]:\sc\lib4\base\bbone\use

[drive]:\sc\lib4\smod\relays\tools\use

[drive]:\sc\lib4\smod\relays\tools\lang0

771MRK 511 077-UEN *3.0-01

Software package size and destination path

Appendix


1) x = Root directory is selectable at installation. 2) Different in Hot stand-by system

HV/REx 500 3.1 [drive]:\sc\lib4\smod\relays\rex5xx




[drive]:\sc\lib4\smod\relays\rex5xx\rex500_31\inst

[drive]:\sc\lib4\smod\relays\rex5xx\rex500_31\lang0

[drive]:\sc\lib4\smod\relays\rex5xx\rex500_31\use





HV/RET 521 3.0 [drive]:\sc\lib4\smod\relays\rex5xx




[drive]:\sc\lib4\smod\relays\rex5xx\ret521_30\inst

[drive]:\sc\lib4\smod\relays\rex5xx\ret521_30\lang0

[drive]:\sc\lib4\smod\relays\rex5xx\ret521_30\use





Parameter Setting Tool

[drive]:\winnt\system32

[drive]:x\abb\panorama\sms\pst\modules 1)

[drive]:\x\abb\panorama\sms\pst\pstbase 1)

[drive]:\x\abb\panorama\sms\pst\Instances 1) 2)

Table 2: Destination paths

Software: Paths:

78 1MRK 511 077-UEN *3.0-01

Event and alarm process objects

Appendix


2 Event and alarm process objects

The process objects that are created are depending on the options given at installation. All are of type binary input and are used to create MicroSCADA events from the pro-tection units events. The database is created differently depending an which version of HV/REx 5xx is used. An overview of the three versions, HV/REx 500 3.0, HV/REx 500 3.1 and HV/RET 521 3.0 is made to point out the differences.

Note that the database is reflecting the standard configuration which can be loaded when ordering the terminals. If the terminal configuration is made freely regardless of the standard configuration, then the creation of the database should be made manually and not let the terminal picture function configuration procedure do this.

2.1 HV/REx 500 3.0 specific

This version is designed for the terminal version which is covering the complete range of REx 5xx terminals models, like Line, Busbar Control and Object.

Table 3: REx 500 3.0 - Event and alarm process objects

Index Type 1)

Option 2)

Event text Status text(s) 3)

Event block/signal 4)

1 2 0 ZM1 TRIP 2 1/1

2 2 0 ZM2 TRIP 2 1/2

3 1 0 ZM2 START 1 1/3

4 2 0 ZM3 TRIP 2 1/4

5 1 0 ZM3 START 1 1/5

6 2 7 ZM4 TRIP 2 1/6

7 1 7 ZM4 START 1 1/7

8 2 8 ZM5 TRIP 2 1/8

9 1 8 ZM5 START 1 1/9

10 1 0 Z< START L1 1 1/10

11 1 0 Z< START L2 1 1/11

12 1 0 Z< START L3 1 1/12

13 2 0 GFC TRIP 2 1/13

14 2 9 Z< HIGH SPEED TRL1 2 1/14

791MRK 511 077-UEN *3.0-01


Appendix




17 2 0 SOTF TRIP 2 2/1

18 1 0 PSD START 1 2/2

19 2 0 FUSE FAILURE 2 2/3

20 2 13 Z< CR TRIP 2 2/4

21 2 13 Z<CARRIER SEND 2 2/5

22 2 17 Z< LOCAL ACC TRIP 2 2/6

23 2 0 Z< WEI TRIP 2 2/7

24 2 15 Z< CR TRIP 1 2 2/8

25 2 15 Z< CR TRIP 2 2 2/9

26 2 15 Z< CR TRIP 3 2 2/10

27 2 15 Z< CS PHASE L1 2 2/11

28 2 15 Z< CS PHASE L2 2 2/12

29 2 15 Z< CS PHASE L3 2 2/13

33 2 0 EF TRIP 2 3/1

34 1 0 EF START 1 3/2

35 2 0 EF CR TRIP 2 3/3

36 2 0 EF CS 2 3/4

37 2 0 EF WEI TRIP 2 3/5

38 2 29 EF 4-STEP TRIP 2 3/6

39 2 29 EF 4 TRIP STEP 1 2 3/7

40 2 29 EF 4 TRIP STEP 2 2 3/8

41 2 29 EF 4 TRIP STEP 3 2 3/9

42 2 29 EF 4 TRIP STEP 4 2 3/10

49 2 0 OC TRIP 2 4/1

50 1 21 OC START L1 1 4/2

51 1 21 OC START L2 1 4/3

52 1 21 OC START L3 1 4/4

53 1 26 OC START N 1 4/5

54 2 0 INST OC TRIP 2 4/6


Index Type 1)

Option 2)



80 1MRK 511 077-UEN *3.0-01


Appendix


55 2 20 INST OC TRIP L1 2 4/7

56 2 20 INST OC TRIP L2 2 4/8

57 2 20 INST OC TRIP L3 2 4/9

58 2 25 INST OC TRIP N 2 4/10

59 2 22 STUB TRIP 2 4/11

60 2 18 DIFL TRIP 2 4/12

61 2 18 DIFL TRL1 2 4/13

62 2 18 DIFL TRL2 2 4/14

63 2 18 DIFL TRL3 2 4/15

64 2 18 DIFL COMM FAIL 2 4/16

65 2 0 AR BLOCKED 2 5/1

66 2 0 AR ON 2 5/2

67 2 0 AR UNSUCCESSFUL 2 5/3

68 2 0 CLOSE CB 2 5/4

69 2 0 SYNCHRO CHECK OK 2 5/5

70 2 0 DEAD LINE DETECT 2 5/6

71 2 0 OV TRIP 2 5/7

72 1 32 OV START N 1 5/8

73 1 31 OV START P 1 5/9

74 2 30 UV TRIP 2 5/10

75 1 30 UV START 1 5/11

76 2 34 LOSS OF U TRIP 2 5/12

77 2 35 OVERLOAD TRIP 2 5/12

78 2 33 BROKEN CONDUCTOR 2 5/14

79 2 36 CT SUPERV FAIL 2 5/15

80 2 36 CT SUPERV ALARM 2 5/16

81 2 0 GENERAL TRIP 2 6/1

82 2 62 TRIP PHASE L1 2 6/2

83 2 62 TRIP PHASE L2 2 6/3

84 2 62 TRIP PHASE L3 2 6/4

85 2 24 BFP BUS TRIP 2 6/5


Index Type 1)

Option 2)



811MRK 511 077-UEN *3.0-01


Appendix


1) Type of database object to be created. See table 11, “Event object types” on page 95.

2) Options. See table 5, “REx 500 3.0 - Options” on page 83.

3) Status text in Event list. See table 12, “Status texts” on page 95.

4) Event block number and signal number within the block referring to the standard configuration.

86 2 24 BFP RETRIP L1 2 6/6

87 2 24 BFP RETRIP L2 2 6/7

88 2 24 BFP RETRIP L3 2 6/8

161 2 0 GRP1 ACTIVE 2 11/1

162 2 0 GRP2 ACTIVE 2 11/2

163 2 0 GRP3 ACTIVE 2 11/3

164 2 0 GRP4 ACTIVE 2 11/4

177 2 0 INTERNAL FAIL 2 12/1

178 2 0 INTERNAL WARNING 2 12/2

179 2 0 INTERNAL CPU FAIL 2 12/3

180 2 0 INTERN CPU WARN 2 12/4

181 2 0 A/D CONV FAIL 2 12/5

182 2 0 REAL T CLOCK ERR 2 12/6

183 2 0 TIME SYNC ERR 2 12/7

184 2 0 TEST MODE ACTIVE 2 12/8

185 2 0 I/O BOARD ERROR 2 12/9

189 2 0 MIM BOARD ERROR 2 12/13

190 2 69 DISTURB MEM > 80% 2 12/14

200 A 0 RESTART 1 -

201 A 0 EV BUFF OVERFLOW 1 -

202 2 0 RESPOND 1 -


Index Type 1)

Option 2)



82 1MRK 511 077-UEN *3.0-01


Appendix


Table 4: REx 500 3.0 - Basic created database objects for each terminal type

Relay type Options installed as basic for each unique terminal type

REx 500

REL 501 7, 8, 21

REL 511 7, 8, 21, 26

REL 521 13, 17, 20, 21, 25, 26

REL 531 7, 8, 9, 13, 20, 21, 25, 26, 62

REL 551 18, 20, 21, 36

REL 561 18, 20, 21, 22, 33, 34, 35, 36, 62

REB 551 24, 34, 35, 36, 62

REC 561 62

Table 5: REx 500 3.0 - Options

Number Option Ordering number

0 None (Basic)

1 GENERAL FAULT CRITERIA PROTECTION, IMPEDANCE AND/OR CURRENT BASED

1MRK 001 456-AA

2 GENERAL FAULT CRITERIA PROTECTION WITH PHASE PREFERENCE LOGIC, IMPED-ANCE AND/OR CURRENT BASED

1MRK 001 456-MA

3 GENERAL FAULT CRITERIA PROTECTION, CURRENT BASED

1MRK 001 456-BA

4 3 ZONES PHASE - PHASE PROTECTION 1MRK 001 456-CA

5 3 ZONES PHASE - EARTH PROTECTION 1MRK 001 456-DA

6 ADDITIONS FOR SERIES COMPENSATED NETWORK

1MRK 001 456-EA

7 ADDITIONAL ZONE 4 PROTECTION 1MRK 001 456-FA

8 ADDITIONAL ZONE 5 PROTECTION 1MRK 001 456-GA

9 HIGH SPEED PROTECTION 1MRK 001 456-HA

10 PHASE SELECTION LOGIC 1MRK 001 456-KA

11 POWER SWING DETECTION 1MRK 001 456-LA

12 POWER SWING ADDITIONAL LOGIC 1MRK 001 456-SA

13 SCHEME COMMUNICATION LOGIC 1MRK 001 456-NA

14 CURR REV. AND WEI LOGIC 1MRK 001 455-PA

831MRK 511 077-UEN *3.0-01


Appendix


15 SCHEME COMMUNICATION LOGIC, PHASE SEGREGATE INCL. CURR REV. AND WEI LOGIC

1MRK 001 459-GA

16 AUTOMATIC SWITCH ONTO FAULT LOGIC 1MRK 001 456-RA

17 LOCAL ACCELERATION LOGIC 1MRK 001 456-TA

18 LINE DIFFERENTIAL PROTECTION, PHASE SEGREGATED

1MRK 001 456-UA

19 CHARGING CURRENT COMPENSATION 1MRK 001 459-MA

20 INSTANTEANOUS PHASE OVERCURRENT PROTECTION

1MRK 001 457-AA

21 TIME DELAYED PHASE OVERCURRENT PRO-TECTION

1MRK 001 457-BA

22 STUB PROTECTION 1MRK 001 457-TA

23 POLE DISCORDANCE PROTECTION (CUR-RENT AND POSITION BASED)

1MRK 001 456-PA

24 BREAKER FAILURE PROTECTION 1MRK 001 458-AA

25 INSTANTANEOUS RESIDUAL OVERCUR-RENT PROTECTION

1MRK 001 456-VA

26 TIME DELAYED RESIDUAL OVERCURRENT PROTECTION

1MRK 001 456-XA

27 INVERS TIME RESIDUAL OVERCURRENT PROTECTION

1MRK 001 456-YA

28 RESIDUAL DIRECTIONAL CHECK AND COM-MUNICATION LOGIC

1MRK 001 456-ZA

29 4-STEP RESIDUAL OVERCURRENT PROTEC-TION

1MRK 001 459-HA

30 TIME DELAYED UNDERVOLTAGE PROTEC-TION

1MRK 001 457-RA

31 TIME DELAYED OVERVOLTAGE PROTEC-TION

1MRK 001 457-GA

32 TIME DELAYED RESIDUAL OVERVOLTAGE PROTECTION

1MRK 001 459-FA

33 BROKEN CONDUCTOR CHECK 1MRK 001 457-UA

34 LOSS OF VOLTAGE CHECK 1MRK 001 457-VA

35 OVERLOAD SUPERVISION 1MRK 001 457-FA

36 CURRENT CIRCUIT SUPERVISION, CUR-RENT BASED

1MRK 001 457-XA



84 1MRK 511 077-UEN *3.0-01


Appendix


37 FUSE FAILURE SUPERVISION (NEGATIVE SEQUENCE)

1MRK 001 457-YA

38 FUSE FAILURE SUPERVISION (ZERO SEQUENCE)

1MRK 001 457-ZA

39 APPARATUS CONTROL, 8 APPARATUS 1MRK 001 458-BA

40 APPARATUS CONTROL, 14 APPARATUS 1MRK 001 458-CA

41 INTERLOCKING ABC, SINGLE OR DOUBLE CB 1MRK 001 458-DA

42 COMMAND CONTROL (16 SIGNALS) 1MRK 001 458-EA

43 SYNCHRO-CHECK AND ENERGIZING-CHECK, SINGLE CB

1MRK 001 458-GA

44 SYNCHRO-CHECK AND ENERGIZING-CHECK, DOUBLE CB

1MRK 001 458-FA

45 SYNCHRO-CHECK AND ENERGIZING-CHECK, 1 1/2 BREAKER ARRANGEMENT, PER BREAKER

1MRK 001 458-HA

46 SYNCHRO-CHECK WITH PHASING AND ENERGIZING-CHECK, SINGLE CB

1MRK 001 458-KA

47 SYNCHRO-CHECK WITH PHASING AND ENERGIZING CHECK, DOUBLE CB

1MRK 001 457-HA

48 AUTORECLOSER LOGIC - 1 AND/OR 3PHASE, SINGLE CB

1MRK 001 458-LA

49 AUTORECLOSER LOGIC - 1 AND/OR 3PHASE, DOUBLE CB

1MRK 001 457-KA

50 AUTORECLOSER LOGIC - 3PHASE, SINGLE CB

1MRK 001 458-MA

51 AUTORECLOSER LOGIC - 3PHASE, DOUBLE CB

1MRK 001 457-LA

52 APPARATUS CONTROL FOR UP TO 3 BAYS WITH UP TO 24 HV APPARATUSES. INTER-LOCKING MODULES (ABC) FOR THREE SIN-GLE OR TWO DOUBLE CB BAYS OR ONE 1 1/2-BREAKER DIAMETER ARE INCLUDED

1MRK 001 455-AA

53 APPARATUS CONTROL FOR UP TO 12 BAYS WITH UP TO 24 HV APPARATUSES. INTER-LOCKING MODULES FOR TWO 1 1/2-BREAKER DIAMETERS ARE INCLUDED

1MRK 001 455-GA

54 SYNCHRO CHECK AND ENERGIZING-CHECK, 3 BAYS, SINGLE CB

1MRK 001 455-CA

55 SYNCHRO CHECK AND ENERGIZING-CHECK, 2 BAYS, DOUBLE CB

1MRK 001 455-BA



851MRK 511 077-UEN *3.0-01


Appendix


2.2 HV/REx 500 3.1 specific

This version is designed for only covering a specific terminal model, REO 517. A ter-minal design for Railway power systems.

56 SYNCHRO CHECK AND ENERGIZING-CHECK, 1 1/2- BREAKER DIAMETER

1MRK 001 455-DA

57 AUTORECLOSER LOGIC - 1 AND/OR 3 PHASE, THREE CB

1MRK 001 455-EA

58 AUTORECLOSER LOGIC - 3 PHASE, THREE CB

1MRK 001 455-FA

59 AUTORECLOSER LOGIC - 1 AND/OR 3 PHASE, SIX CB

1MRK 001 455-HA

60 AUTORECLOSER LOGIC - 3 PHASE, SIX CB 1MRK 001 455-KA

61 THREE POLE TRIPPING LOGIC 1MRK 001 458-VA

62 SINGLE OR TWO POLE TRIPPING LOGIC 1MRK 001 458-XA

63 POLE DISCORDANCE LOGIC (CONTACT BASED)

1MRK 001 458-UA

64 ADDITIONAL CONFIGURABLE LOGIC 1MRK 001 457-MA

65 SPACIAL LOGIC 1MRK 001 459-NA

66 BINARY SIGNAL TRANSFER TO REMOTE END 1MRK 001 458-ZA

67 BINARY SIGNAL INTERBAY COMMUNICATION 16 FAST

1MRK 001 455-RA

68 BINARY SIGNAL INTERBAY COMMUNICATION 79*16

1MRK 001 458-YA

69 DISTURBANCE RECORDER, 40 SECONDS 1MRK 001 458-NA

70 EVENT RECORDER 1MRK 001 459-KA

71 FAULT LOCATOR 1MRK 001 458-RA

72 TRIP VALUE RECORDER 1MRK 001 458-SA

73 INCREASED MEASURING ACCURACY FOR U, I, P, Q

1MRK 000 597-PA

74 PULSE COUNTER FOR METERING 1MRK 001 458-TA



86 1MRK 511 077-UEN *3.0-01


Appendix



Index Type 1)

Option 2)



1 2 0 Z1 TRIP 2 1/1

2 2 1 Z2 TRIP & SCC-TRIP 2 1/2

3 2 1 Z3 TRIP 2 1/3

4 1 1 Z2 START 1 1/4

5 1 1 Z3 START 1 1/5

6 2 3 SOTF-TRIP 2 2/1

7 1 31 FUSE-VTSZ 1 2/2

8 2 2 ZCOM-TRC 2 2/3

9 1 2 ZCOM-CS 1 2/4

10 2 8 SCC-TRIP 2 2/5

11 2 1 TEF-TRIP 2 3/1

12 1 1 TEF-START 1 3/2

13 2 19 EF-TRC 2 3/3

14 1 19 EF-CS 1 3/4

15 2 5 TDOC-TRIP 2 3/5

16 2 22 TDUV-TRIP 2 3/6

17 2 20 TOV-TRIP 2 3/7

18 2 9 THOL-TRIP 2 3/8

19 1 9 THOL-START 1 3/9

20 2 12 HHZ-TRIP 2 3/10

21 2 4 HSOC-TRIP 2 4/1

22 2 4 OC-TRIP 2 4/2

23 2 40 TRIP-GTRIP 2 4/3

24 2 0 BFP-BUTRIP 2 4/4

25 2 0 BFP-RETRIP 2 4/5

26 2 9 AR-BLOCKED 2 4/6

27 1 9 AR-READY 1 4/7

28 1 9 AR-CLOSE CB 1 4/8



179 2 0 INTERNAL CPU FAIL 12/1 12/3

871MRK 511 077-UEN *3.0-01


Appendix



2) Options. See table 8, “REx 500 3.1 Options” on page 89.



180 2 0 INTERN CPU WARN 12/2 12/4

181 2 0 A/D CONV FAIL 12/1 12/5

182 2 0 REAL T CLOCK ERR 12/2 12/6

183 2 0 TIME SYNC ERR 12/1 12/7

184 2 0 TEST MODE ACTIVE 12/2 12/8

185 2 0 I/O BOARD ERROR 12/1 12/9

189 2 0 MIM BOARD ERROR 12/2 12/13

190 2 0 DISTURB MEM > 80% 12/1 12/14

200 A 0 RESTART 1 -


202 1 0 RESPOND 1 -

Table 7: REx 500 3.1 - Basic created database objects for each terminal type

Relay type Options installed as basic for each unique terminal type

1-ph 16 2/3 Hz None

2-ph-e 16 2/3 Hz None

2-ph 16 2/3 Hz None

3-ph 50 Hz None


Index Type 1)

Option 2)



88 1MRK 511 077-UEN *3.0-01


Appendix


Table 8: REx 500 3.1 Options


0 NONE (BASIC) -

1 3 ZONE PROTECTION 1MRK 001 444-AA

2 SCHEME COMM LOGIC 1MRK 001 456-NA

3 AUTO SWITCH ONTO FAULT LOGIC 1MRK 001 445-FA

4 HIGH SPEED INST PHASE OVERCURRENT PROT

1MRK 001 444-BA

5 TIME DELAYED PHASE OVERCURRENT PROT 1MRK 001 444-CA

6 2 STEP DEFINE & INV TIME DELAYED PHASE OVERCURRENT PROT

1MRK 001 444-DA

7 2 STEP DEFINE & INV TIME DELAYED PHASE OVERCURRENT PROT

1MRK 001 459-LA

8 SUDDEN CURRENT CHANGE FUNCTION 1MRK 001 444-EA

9 THERMAL OVERLOAD PROT 1MRK 001 444-FA

10 BREAKER FAILURE PROT 1MRK 001 444-GA

11 BREAKER FAILURE PROT 1MRK 001 458-AA

12 100 HZ PROT 1MRK 001 444-HA

13 UNBALANCE PROT FOR CAPACITOR BANKS 1MRK 001 444-KA

14 UNBALANCE PROT FOR CAPACITOR BANK 1MRK 001 459-PA

15 TIME DELAY RESIDUAL OC PROT, NONE DIR 1MRK 001 444-MA

16 2 STEP DEFINTE & INVERSE TIME DELAYED RESIDUAL OVERCURRENT PROT, DIR/NONE DIR

1MRK 001 444-NA

17 ADDITIONAL 2 STEP DEFINITE & INVERSE TIME DELAYED RESIDUAL OVERCURRENT PROT, DIR/NONE DIR

1MRK 001 444-PA

18 4-STEP RESIDUAL OC PROT, DIR/NONE DIR 1MRK 001 459-HA

19 SCHEME COMMUNICATION LOGIC 1MRK 001 445-DA

20 TIME DELAYED OVERVOLTAGE PROT 1MRK 001 444-RA

21 TIME DELAYED OVERVOLTAGE PROT 1MRK 001 457-GA

22 TIME DELAYED UNDERVOLTAGE PROT 1MRK 001 444-SA

23 TIME DELAYED UNDERVOLTAGE PROT 1MRK 001 457-RA

24 TIME DELAYED UNDERVOLTAGE PROT FOR 2 SECTIONS

1MRK 001 444-TA

25 INVERSED TIME DELAYED UNDERVOLTAGE PROT

1MRK 001 444-UA

26 SUDDEN VOLTAGE CHANGE PROT 1MRK 001 444-VA

891MRK 511 077-UEN *3.0-01


Appendix


2.3 HV/RET 521 3.0 specific

This version is designed for the transformer terminal RET 521.

27 LINE TEST FUNCTION 1MRK 001 444-XA

28 INTERCIRCUIT BRIDGING PROT 1MRK 001 444-LA

29 INTERCIRCUIT BRIDGING PROT 1MRK 001 459-RA

30 FUSE FAILURE SUPERVISION 1MRK 001 444-YA

31 FUSE FAILURE SUPERVISION, NEG SEQ 1MRK 001 457-YA

32 FUSE FAILURE SUPERVISION, 0 SEQ 1MRK 001 457-ZA

33 APP CTRL, 8 APPARAT 1MRK 001 458-BA

34 APP CTRL, 14 APPARAT 1MRK 001 458-CA

35 INTERLOCKING ABC, 1 OR 2 CB 1MRK 001 458-DA

36 COMMAND CONTROL, 16 SIGN 1MRK 001 458-EA

37 SYNCHRO-CHECK & ENERGISE CHK, 1 CB 1MRK 001 458-GA

38 SYNCHRO-CHECK & ENERGISE CHK, 1 CB 1MRK 001 444-ZA

39 AUTO RECLOSER LOGIC - 3 PH, 1 CB 1MRK 001 458-MA

40 3 POLE TRIP 1MRK 001 458-VA

41 ADDITIONAL CONF LOGIC 1MRK 001 457-MA

42 BS TRANSFER TO REMOTE 1MRK 001 458-ZA

43 BS INTERBAY COMM 16 FAST 1MRK 001 455-RA

44 BS INTERBAY COMM 79*16 1MRK 001 458-YA

45 DIST RECORDER, 40 S 1MRK 001 445-AA

46 DIST RECORDER, 40 S 1MRK 001 458-NA

47 EVENT RECORDER 1MRK 001 459-KA

48 FAULT LOCATOR 1MRK 001 445-BA

49 TRIP VALUE RECODER 1MRK 001 445-EA

50 TRIP VALUE RECODER 1MRK 001 458-SA

51 INCREASED MEAS ACCURACY U,I,P,Q 1MRK 001 597-PA

52 PULSE COUNTER LOGIC FOR METERING 1MRK 001 458-TA

53 6 EVENT COUNTERS 1MRK 001 445-CA

Table 8: REx 500 3.1 Options


90 1MRK 511 077-UEN *3.0-01


Appendix


Note that HV/RET 521 has no options and all database objects, in the table below, are created when configuring the terminal picture function.

Table 9: RET 521 - Event and alarm process objects

Index Type 1)

Option 2)



1 2 0 HV CB TRIP 2 1/1

2 2 0 MV CB TRIP 2 1/2

3 2 0 LV CB TRIP 2 1/3

4 2 0 RET TRIP LOCKOUT 2 1/4

5 2 0 DIFF TRIP 2 1/5

6 1 0 DIFF START L1 1 1/6



9 2 0 HV REF TRIP 2 1/9

10 2 0 MV REF TRIP 2 1/10

11 2 0 LV REF TRIP 2 1/11

33 2 0 HV EF LS TRIP 2 3/1

34 2 0 HV EF HS TRIP 2 3/2

35 1 0 HV EF LS START 1 3/3

36 2 0 HV BCKUP EF LS TRIP 2 3/4

37 2 0 HV BCKUP EF HS TRIP 2 3/5

38 1 0 HV BCKUP EF START 1 3/6

39 2 0 HV OC LS TRIP 2 3/7

40 2 0 HV OC HS TRIP 2 3/8

41 1 0 HV OC START L1 1 3/9

42 1 0 HV OC START L2 1 3/10

43 1 0 HV OC START L3 1 3/11

44 2 0 HV U> LS TRIP 2 3/12

45 2 0 HV U> HS TRIP 2 3/13

46 2 0 HV U< LS TRIP 2 3/14

47 2 0 HV U< HS TRIP 2 3/15

49 2 0 MV EF LS TRIP 2 4/1

911MRK 511 077-UEN *3.0-01


Appendix


50 2 0 MV EF HS TRIP 2 4/2

51 1 0 MV EF LS START 1 4/3

52 2 0 MV BCKUP EF LS TRIP 2 4/4

53 2 0 MV BCKUP EF HS TRIP 2 4/5

54 1 0 MV BCKUP EF START 1 4/6

55 2 0 MV OC LS TRIP 2 4/7

56 2 0 MV OC HS TRIP 2 4/8

57 1 0 MV OC START L1 1 4/9

58 1 0 MV OC START L2 1 4/10

59 1 0 MV OC START L3 1 4/11

60 2 0 MV U> LS TRIP 2 4/12

61 2 0 MV U> HS TRIP 2 4/13

62 2 0 MV U< LS TRIP 2 4/14

63 2 0 MV U< HS TRIP 2 4/15

65 2 0 LV EF LS TRIP 2 5/1

66 2 0 LV EF HS TRIP 2 5/2

67 1 0 LV EF LS START 1 5/3

68 2 0 LV BCKUP EF LS TRIP 2 5/4

69 2 0 LV BCKUP EF HS TRIP 2 5/5

70 1 0 LV BCKUP EF START 1 5/6

71 2 0 LV OC LS TRIP 2 5/7

72 2 0 LV OC HS TRIP 2 5/8

73 1 0 LV OC START L1 1 5/9

74 1 0 LV OC START L2 1 5/10

75 1 0 LV OC START L3 1 5/11

76 2 0 LV U> LS TRIP 2 5/12

77 2 0 LV U> HS TRIP 2 5/13

78 2 0 LV U< LS TRIP 2 5/14

79 2 0 LV U< HS TRIP 2 5/15

81 2 0 OVEREXITATION TRIP 2 6/1

82 2 0 OVEREXITATION ALARM 2 6/2


Index Type 1)

Option 2)



92 1MRK 511 077-UEN *3.0-01


Appendix


83 2 0 OVERLOAD TRIP 2 6/3

84 2 0 OVERLOAD ALARM 1 2 6/4

85 2 0 OVERLOAD ALARM 2 2 6/5

86 2 0 OVERLOAD LOCKOUT 2 6/6

113 2 0 TRANSF DISCONNECED 2 8/1

114 2 0 OIL TEMP ALARM 2 8/2

115 2 0 OIL TEMP TRIP 2 8/3

116 2 0 WINDG TEMP ALARM 2 8/4

117 2 0 WINDG TEMP TRIP 2 8/5

118 2 0 BUCHHOLZ ALARM 2 8/6

119 2 0 PRESSURE ALARM 2 8/7

120 2 0 RESET RET 521 2 8/8



147 2 0 INTERNAL NUM FAIL 2 10/3

148 2 0 INTERNAL NUM WARN 2 10/4

149 2 0 REAL T CLOCK ERR 2 10/5

150 2 0 TIME SYNC ERR 2 10/6

151 2 0 TEST MODE ACTIVE 2 10/7

152 2 0 AIM BOARD 1 ERROR 2 10/8

153 2 0 AIM BOARD 2 ERROR 2 10/9

154 2 0 MIM BOARD ERROR 2 10/10

155 2 0 IO BOARD 1 ERROR 2 10/11

156 2 0 IO BOARD 2 ERROR 2 10/12

157 2 0 IO BOARD 3 ERROR 2 10/13

158 2 0 IO BOARD 4 ERROR 2 10/14

160 2 0 DISTURB MEM >80% 2 10/16

161 2 0 TC IN REMOTE MODE 2 11/1

162 2 0 TC IN STATION MODE 2 11/2

163 2 0 TC IN LOCAL MODE 2 11/3

164 2 0 TC IN LOCAL HMI 2 11/4


Index Type 1)

Option 2)



931MRK 511 077-UEN *3.0-01


Appendix



2) Options. See table 10, “RET 521 - Options” on page 94.



165 2 0 TC IN MANUAL MODE 2 11/5

166 2 0 TC IN AUTO MODE 2 11/6

167 2 0 TC IN AUTO MODE BLOCK 2 11/7

168 2 0 TC IN ABNORMAL USE 2 11/8

169 2 0 TC HUNTING 2 11/9

170 2 0 TC LOW POSITION 2 11/10

171 2 0 TC HIGH POSITION 2 11/11

172 2 0 TC ERROR 2 11/12

173 2 0 TC RAISE SIGN 2 11/13

174 2 0 TC LOWER SIGN 2 11/14

200 A 0 RESTART 200 -


202 2 0 RESPOND 202 -

Table 10: RET 521 - Options


0 None (Basic) -


Index Type 1)

Option 2)



94 1MRK 511 077-UEN *3.0-01


Appendix


Table 11: Event object types

Code Event object types Type

0 No event object shall be created. BI

1 Event object (event mask modifier) BI

2 Event object with alarm function (event mask modifier)

BI

A Event object with alarm function (used for events that only have one value, i.e no reset value)

DB

Table 12: Status texts

Number Status text

1 On/Off

2 Alarm/Reset

951MRK 511 077-UEN *3.0-01

Installed files

Appendix


3 Installed files

When the package is installed the following files are copied to the disk drive. In the sub sections below the common and the package specific files are stated.

3.1 Common files

These files are installed regardless which HV/REx 5xx package is selected for installa-tion. The main paths were the files are place are, [drive:]\sc\lib4\smod\relays\rex5xx for the HV/REx 5xx files and [drive:]\sc\lib4\base\bbone for LIB system files. In the table below the main path tags [REX] and [LIB] will be used to point to the corre-sponding main path.

Table 13: HV/REx 5xx - Common files

File name: Destination path:

INDEX4_S4.TXT [LIB]\inst

PATH4_S2.TXT [LIB]\use


UPD4_S2.TXT [LIB]\use

PST_CONF.VSO [REX]

PSTREX.INI [REX]

SRI_TVERS.INI [REX]

CREATEGUID.EXE [REX]\inst

SRI_DELRLY.VSO [REX]\inst

SRI_HVT501.PIC [REX]\inst



SRI_HVT50X.DAT [REX]\inst

SRI_AUX.SCL [REX]\inst

SRI_PRJUPD.SCL [REX]\inst

SRI_MODPST.CIN [REX]\inst

SRI_GDATA.CIN [REX]\inst

SRI_GDATAE.CIN [REX]\inst

SRI_RECALL.CIN [REX]\inst

SRI_PSTART.PIC [REX]\inst

96 1MRK 511 077-UEN *3.0-01

Installed files

Appendix


3.2 HV/REx 500 3.0 Specific

These files are only installed when the HV/REx 500 3.0 package is installed.The main paths were the files are place are, [drive:]\sc\lib4\smod\relays\rex5xx, [drive:]\sc\lib4\smod\relays\rex5xx\rex500_30 and [drive:]\sc\lib4\base\bbone. In the tables below the main path tags [REX], [REX_30] and [LIB] will be used to point to the corresponding main path.

SRI_INFO5.PIC [REX]\inst

SRI_PSTART.TXT [REX]\lang0

SRI_INFO5.TXT [REX]\lang0

SRI_HVT500.TXT [REX]\lang0

SRI_HVT500.HLP [REX]\lang0

SRU_INFO5.TXT [REX]\lang0

SRU_HVT500.TXT [REX]\lang0

FORM4SREX.TXT [REX]\lang0

FORM4SREXD.TXT [REX]\lang0

FORM4SREX.PIC [REX]\use

FORM4SREXD.PIC [REX]\use

SRU_INFO5.PIC [REX]\use

SLIB.PIR [REX]\use

SR_HVT500.PIR [REX]\use

SR_RLY.PIR [REX]\use

SRU_SPASTR.SCL [REX]\use

Table 13: HV/REx 5xx - Common files


Table 14: HV/REx 500 3.0 - Files



SRI_REXCFG.SCL [REX]\inst

SRI_OP002B.PIC [REX]\inst

971MRK 511 077-UEN *3.0-01

Installed files

Appendix


3.3 HV/REx 500 3.1 Specific

These files are only installed when the HV/REx 500 3.1 package is installed.The main paths were the files are place are, [drive:]\sc\lib4\smod\relays\rex5xx, [drive:]\sc\lib4\smod\relays\rex5xx\rex500_31 and [drive:]\sc\lib4\base\bbone. In the tables below the main path tags [REX], [REX_31] and [LIB] will be used to point to the corresponding main path.

SRI_OP002C.PIC [REX]\inst

SRI_OP002B.HLP [REX]\lang0

SRI_OP002B.TXT [REX]\lang0

A_X500_30.PIC [REX]\use

A_X500_30.TXT [REX_30]\lang0

A_X500_30.OPT [REX_30]\inst






SRI_517CFG.SCL [REX]\inst

SRI_OP002B.PIC [REX]\inst

SRI_OP002C.PIC [REX]\inst

SRI_OP002B.HLP [REX]\lang0

SRI_OP002B.TXT [REX]\lang0

A_X500_31.PIC [REX]\use

A_X500_31.TXT [REX_31]\lang0

A_X500_31.OPT [REX_31]\inst

98 1MRK 511 077-UEN *3.0-01

Installed files

Appendix


3.4 HV/RET 521 3.0 Specific

These files are only installed when the HV/RET 521 3.0 package is installed.The main paths were the files are place are, [drive:]\sc\lib4\smod\relays\rex5xx, [drive:]\sc\lib4\smod\relays\rex5xx\ret521_30 and [drive:]\sc\lib4\base\bbone. In the tables below the main path tags [RET], [RET_30] and [LIB] will be used to point to the corresponding main path.

3.5 Event Tool files

These files are for the event tool. The main paths were the files are place are, [drive:]\sc\lib4\smod\relays\tools and [drive:]\sc\lib4\base\bbone. In the tables below the main path tags [TOOL] and [LIB] will be used to point to the corresponding main path.

Table 16: HV/RET 521 - Files



SRI_OP002A.PIC [RET]\inst

SRI_OP002A.TXT [RET]\lang0

SRI_OP002A.HLP [RET]\lang0

A_T521_30.PIC [RET]\use

A_T521_30.TXT [RET_30]\lang0

A_T521_30.OPT [RET_30]\inst

Table 17: Event Tool - Files



EV_TOOL.VSO [TOOL]\use

EVTOOL.HLP [TOOL]\lang0

991MRK 511 077-UEN *3.0-01

Installed files

Appendix


100 1MRK 511 077-UEN *3.0-01

References

References

The following documents are related to this manual and the operation of the HV/ REx 5xx functions.

Protection terminals

REL 501*2.0, Technical Reference manual, 1MRK 606 002-UENREL 511*2.0, Technical Reference manual, 1MRK 606 003-UENREL 521*2.0, Technical Reference manual, 1MRK 606 004-UENREL 531*2.0, Technical Reference manual, 1MRK 606 005-UENREL 551*2.0, Technical Reference manual, 1MRK 606 006-UENREL 561*2.0, Technical Reference manual, 1MRK 606 007-UENREB 551*2.0, Technical Reference manual, 1MRK 606 008-UENREC 561*2.0, Technical Reference manual, 1MRK 606 009-UENREO 517 *2.1, Technical Reference manual, 1MRK 506 022-USVREL 501*2.2, Technical Reference manual, 1MRK 506 026-UENREL 511*2.2, Technical Reference manual, 1MRK 506 027-UENREL 521*2.2, Technical Reference manual, 1MRK 506 028-UENREL 531*2.2, Technical Reference manual, 1MRK 506 029-UENREL 551*2.2, Technical Reference manual, 1MRK 506 030-UENREL 561*2.2, Technical Reference manual, 1MRK 506 031-UENREB 551*2.2, Technical Reference manual, 1MRK 506 032-UENREC 561*2.2, Technical Reference manual, 1MRK 506 033-UENREL 501*2.3, Technical Reference manual, 1MRK 506 057-UENREL 511*2.3, Technical Reference manual, 1MRK 506 061-UENREL 521*2.3, Technical Reference manual, 1MRK 506 069-UENREL 531*2.3, Technical Reference manual, 1MRK 506 073-UENREL 551*2.3, Technical Reference manual, 1MRK 506 077-UENREL 561*2.3, Technical Reference manual, 1MRK 506 081-UENREB 551*2.3, Technical Reference manual, 1MRK 506 085-UENREC 561*2.3, Technical Reference manual, 1MRK 506 044-UENREL 501*3.0, Technical Reference manual, 1MRK 506 037-UENREL 511*3.0, Technical Reference manual, 1MRK 506 038-UENREL 521*3.0, Technical Reference manual, 1MRK 506 039-UENREL 531*3.0, Technical Reference manual, 1MRK 506 040-UENREL 551*3.0, Technical Reference manual, 1MRK 506 041-UENREL 561*3.0, Technical Reference manual, 1MRK 506 042-UENREB 551*3.0, Technical Reference manual, 1MRK 506 043-UENREC 561*3.0, Technical Reference manual, 1MRK 506 044-UENRET 521*2.1, Technical Reference manual, 1MRK 504 012-UENRET 521*2.3, Technical Reference manual, 1MRK 504 013-UENRET 521*3.0, Technical Reference manual, 1MRK 504 014-UEN

1011 MRK 511 077-UEN*3.0-01

S.P.I.D.E.R. Manuals, MicroSCADA rev 8.4.3

System Configuration, 1MRS 751248-MENProgramming Language SCIL, 1MRS 751250-MENObject Description:

System Objects, 1MRS 751252-MENApplication Objects, 1MRS 751253-MEN

Parameter Setting Tool

User’s Manual*1.0, 1MRK 511 068-UEN

102 1 MRK 511 077-UEN*3.0-01

References

1031 MRK 511 077-UEN*3.0-01

104 1 MRK 511 077-UEN*3.0-01

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