Configuration Manual ABB ZEE600 · 2020. 1. 24. · 1.1 This manual The configuration manual contains instructions on how to set up ABB ZEE600. The manual provides procedures for

—ABB ABILITY™ ELECTRIFICATION MONITORING AND CONTROL FOR DISTRIBUTION NETWORKS

ABB ZEE600Configuration Manual

Document ID: 2NGA000150Issued: 2019-12-17

Revision: AProduct version: 1.0

© Copyright 2019 ABB. All rights reserved

Copyright

This document and parts thereof must not be reproduced or copied without writtenpermission from ABB, and the contents thereof must not be imparted to a third party,nor used for any unauthorized purpose.

The software or hardware described in this document is furnished under a license andmay be used, copied, or disclosed only in accordance with the terms of such license.

TrademarksABB Ability is a trademark of the ABB Group. ABB and Relion are registeredtrademarks of the ABB Group. All other brand or product names mentioned in thisdocument may be trademarks or registered trademarks of their respective holders.

WarrantyPlease inquire about the terms of warranty from your nearest ABB representative.

www.abb.com/mediumvoltage

HTTP://WWW.ABB.COM/mediumvoltage

Disclaimer

The data, examples and diagrams in this manual are included solely for the concept orproduct description and are not to be deemed as a statement of guaranteed properties.All persons responsible for applying the equipment addressed in this manual mustsatisfy themselves that each intended application is suitable and acceptable, includingthat any applicable safety or other operational requirements are complied with. Inparticular, any risks in applications where a system failure and/or product failurewould create a risk for harm to property or persons (including but not limited topersonal injuries or death) shall be the sole responsibility of the person or entityapplying the equipment, and those so responsible are hereby requested to ensure thatall measures are taken to exclude or mitigate such risks.

This product has been designed to be connected and communicate data andinformation via a network interface which should be connected to a secure network.It is the sole responsibility of the person or entity responsible for networkadministration to ensure a secure connection to the network and to take the necessarymeasures (such as, but not limited to, installation of firewalls, application ofauthentication measures, encryption of data, installation of anti virus programs, etc.)to protect the product and the network, its system and interface included, against anykind of security breaches, unauthorized access, interference, intrusion, leakage and/ortheft of data or information. ABB is not liable for any such damages and/or losses.

This document has been carefully checked by ABB but deviations cannot becompletely ruled out. In case any errors are detected, the reader is kindly requested tonotify the manufacturer. Other than under explicit contractual commitments, in noevent shall ABB be responsible or liable for any loss or damage resulting from the useof this manual or the application of the equipment. In case of discrepancies betweenthe English and any other language version, the wording of the English version shallprevail.

Table of contents

Section 1 Introduction.......................................................................3This manual........................................................................................ 3Intended audience.............................................................................. 3Product documentation.......................................................................3

Product documentation set............................................................3Document revision history............................................................. 3Related documentation..................................................................4

Symbols and conventions...................................................................6Symbols.........................................................................................6Document conventions..................................................................7

Section 2 ABB ZEE600 overview.....................................................9Overview.............................................................................................9Hardware requirements.................................................................... 11

Section 3 Installing and configuring................................................13Installing zenon Energy Edition........................................................ 13Installing ABB ZEE600 libraries........................................................14ABB ZEE600 wizards....................................................................... 15

Selecting wizards.........................................................................17Running Template Wizard...........................................................20Running Object Import Wizard.................................................... 23

Components created by Object Import Wizard...................... 40Single-line diagram design and automatic line coloring......... 44Predefined elementary symbol library.................................... 45Predefined bay and faceplate.................................................48

Running Disturbance Records Wizard........................................ 55Running Historian Energy Consumption Configurator ................58

Changing language.......................................................................... 63Alarm and event handling.................................................................63

Navigation bar alarm list..............................................................64Active and historical alarm lists................................................... 65Chronological event list............................................................... 69

Activating siren................................................................................. 74Managing users................................................................................ 74

Editing users................................................................................74Editing groups..............................................................................77Viewing user list...........................................................................78

Configuring printers.......................................................................... 79Configuring bay properties............................................................... 80

Table of contents

ABB ZEE600 1Configuration Manual

Changing theme............................................................................... 81Selecting electrical symbol standard................................................ 81Selecting electrical symbol alarms and text......................................83Managing variables.......................................................................... 83Creating backups..............................................................................88Restoring backups............................................................................88Shutting down system...................................................................... 89

Section 4 Technical data................................................................91

Section 5 Glossary......................................................................... 93

Table of contents

2 ABB ZEE600Configuration Manual

Section 1 Introduction

1.1 This manual

The configuration manual contains instructions on how to set up ABB ZEE600. Themanual provides procedures for running the installation wizards and configuring thesystem properties.

1.2 Intended audience

This manual addresses system and project engineers involved in the engineeringprocess of a project.

1.3 Product documentation

1.3.1 Product documentation set

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BrochureProduct guideOperation manualConfiguration manual

GUID-96562BC5-CE6B-4FF8-B209-9C953C6ABF71 V1 EN

Figure 1: The intended use of documents during the product life cycle

1.3.2 Document revision historyDocument revision/date Product version HistoryA/2019-12-17 1.0 First release

2NGA000150 A Section 1Introduction


1.3.3 Related documentationTitle Document IDProcess awareness

Alarms administration 3AXD50000326730

Automatic Line Coloring (ALC) - Topology 3AXD50000326754

Equipment Modeling 3AXD50000326457

HTML Web Engine 3AXD50000326914

Message Control 3AXD50000327034

Status processing 3AXD50000327294

Worldview 3AXD50000327362

zenon Web Server 3AXD50000327430

Process control

Command Sequencer 3AXD50000326785

Controls 3AXD50000326808

zenon Logic 3AXD50000327379

Driver simulation 3AXD50000326839

Project Simulation 3AXD50000327188

Time Control 3AXD50000327317

Interlockings 3AXD50000326969

Load Management 3AXD50000327003

Process monitoring

Chronological Event List 3AXD50000326778

Historian 3AXD50000326495

Extended Trend 3AXD50000326464

Reporting 3AXD50000327218

Process Recorder 3AXD50000327126

Monitor administration 3AXD50000327058

Measuring unit switch 3AXD50000327010

System operation, access and security

User Administration 3AXD50000327331

zenon Security Guide 3AXD50000327423

Shift Management 3AXD50000327270

zenon Operator 3AXD50000327386

Runtime 3AXD50000327225

Keyboards 3AXD50000326976

Mobile applications for zenon 3AXD50000327041

Scheduler 3AXD50000327256

Network handling

zenon Remote Desktop 3AXD50000327409

Network 3AXD50000327089

Table continues on next page

Section 1 2NGA000150 AIntroduction


Title Document IDRemote Transport 3AXD50000327201

Connectivity and data handling

communication driver: DNP3_TG 3AXD50000325047

communication driver: IEC62056 3AXD50000325252



communication driver: IEC870_10332 3AXD50000325283

communication driver: MODRTU32 3AXD50000325757

communication driver: MODBUS ENERGY 3AXD50000325658

communication driver: DPUNI32 3AXD50000325061

communication driver: Opc2CLi32 3AXD50000325818

communication driver: OPCUA32 3AXD50000325825

communication driver: SNMP32 3AXD50000326181

communication driver: SNMPNG32 3AXD50000326198

communication driver: SqlDrv 3AXD50000326280

internal driver: MATHDR32 3AXD50000325573

internal driver: SIMUL32 3AXD50000326167

internal driver: straton32 3AXD50000326617

internal driver: straton NG 3AXD50000326624

internal driver: Trend32 3AXD50000326693

internal driver: TrendNG (trend driver) 3AXD50000326709

Protocol handling for zenon logic (softPLC) v.8.00 3AXD50000505906

Process Gateway; zenon as communication gateway 3AXD50000327119

OPC Server 3AXD50000327096

SAP Interface 3AXD50000327249

internal driver: ArchDrv 3AXD50000324637

internal driver: Internal 3AXD50000325429

internal driver: SYSDRV 3AXD50000326655

Usability

zenon WPF Element 3AXD50000327447

Multi-Touch 3AXD50000327072

Styles 3AXD50000327300

ABB zenon template- zenon Add-ons Manual 3AXD50000338115

Object Integration zenon Add-ons Manual 3AXD50000338979

Screens 3AXD50000327263

Runtime help 3AXD50000327232

Language switch 3AXD50000326983

Configuration and engineering

Allocations 3AXD50000326747




Title Document IDWizards 3AXD50000327355

Tools 3AXD50000327324

History of Changes 3AXD50000326501

Menus 3AXD50000327027

Programming Interfaces 3AXD50000327140

Project Backup 3AXD50000327157

Distributed engineering 3AXD50000326822

Configuration files 3AXD50000326792

Editor 3AXD50000326846

Efficient engineering 3AXD50000326853

Functions and scripts 3AXD50000326471

Cross-reference list 3AXD50000326815

Import – Export 3AXD50000326921

Installation and updates 3AXD50000326952

Project conversion 3AXD50000327164

PLC Diagnosis 3AXD50000327102

Project Management and Workspace 3AXD50000327171

Licensing 3AXD50000326990

Variables 3AXD50000327348

Product awareness

Energy Edition 3AXD50000326440

Golden thread across the help 3AXD50000326488

zenon Product Family 3AXD50000327393

Product manuals can be downloaded from the ABB Web sitewww.abb.com/mediumvoltage.

1.4 Symbols and conventions

1.4.1 Symbols

The caution icon indicates important information or warning relatedto the concept discussed in the text. It might indicate the presence ofa hazard which could result in corruption of software or damage toequipment or property.

Section 1 2NGA000150 AIntroduction


HTTP://WWW.ABB.COM/mediumvoltage

The information icon alerts the reader of important facts andconditions.

The tip icon indicates advice on, for example, how to design yourproject or how to use a certain function.

Operation of damaged equipment could, under certain operational conditions, resultin degraded process performance leading to information or property loss. Therefore,comply fully with all notices.

1.4.2 Document conventions

A particular convention may not be used in this manual.

• Abbreviations and acronyms are spelled out in the glossary. The glossary alsocontains definitions of important terms.

• Menu paths are presented in bold.Select Main menu/Settings.

• Parameter names are shown in italics.The function can be enabled and disabled with the Operation setting.

• Parameter values are indicated with quotation marks.The corresponding parameter values are "On" and "Off".

• Shortcut keys are presented in uppercase letters.A page can also be added pressing the shortcut keys CTRL+SHIFT+P.



Section 2 ABB ZEE600 overview

2.1 Overview

ABB zenon Electrification Edition 600 (ABB ZEE600 in short) is a specializedvariant of ABB zenon (ABB Ability Operations Data Management zenon), whichhandles process visualization, control and distribution substation data management inelectrification solutions for several customer segments.

• Utilities (such as power generation, sub-transmission, distribution, andrenewables)

• Industries (such as food and beverage, oil and gas, chemicals, metals, electronicsand semiconductors)

• Commercial and industrial buildings (such as data centers and hospitals)• Transportation infrastructure (such as railways, e-mobility, and airports)

Based on zenon Energy Edition SCADA and ABB zenon, the ABB AbilityElectrification Monitoring and Control for distribution networks ABB ZEE600advantageously inherits all their features and versatility in visualization, datacommunication and control.

Following ABB’s latest user experience guidelines, ABB ZEE600 seamlesslyintegrates ABB’s electrification products and applications, the result being a state-of-the-art product with the advantages of a commercial off-the-shelf (COTS) product.The product also delivers next-generation on-premise digitalization solutions forstate-of-the-art electrification systems.

ABB ZEE600

Commercial and industrial buildings

Transport infrastructure

Utilities (primary distribution,sub-transmission, renewables)

Industry Utilities (secondary distribution)

GUID-CFBA7150-EE3C-41DE-B649-2E6C5C70DB87 V2 EN

Figure 2: ABB ZEE600 in customer segments

2NGA000150 A Section 2ABB ZEE600 overview


ABB ZEE600

Process monitoring

Process awareness

Process control

ABB electrification libraries

Scalability

Secure access and operations

Connectivity

GUID-1993AFA6-E888-42C3-A042-8BC3CF7600BE V2 EN

Figure 3: ABB ZEE600 overview

ABB ZEE600 handles several essential facets of substation and electrical processmonitoring, control and data management.

• Process awareness• Process control• Process monitoring• Connectivity to downstream and upstream devices or systems using standard

protocols• Secure access and operations

ABB ZEE600 also incorporates several electrification libraries.

• Standard display faceplates for common look and feel for ABB Relion medium-voltage relays and ABB Emax 2 intelligent low-voltage circuit breakers

• Standardized IEC and ANSI substation symbols for single-line diagram (SLD)displays

• Standardized pages displaying, for example, alarms, events and reports• Signal engineering wizard for configuration automation

ABB ZEE600 supports system integration in segment electrification control system(ECS) solutions by handling downstream process data acquired using Ethernet orserial communication-based protocols.

ABB ZEE600 offers versatile functionality in combination with the protection relays,meters, programmable logic controllers (PLC) and remote terminal units (RTU)deployed in digital electrification solutions.

Section 2 2NGA000150 AABB ZEE600 overview


ABB ZEE600 can be used in two installation scenarios.

• In a mix of new and existing installations in primary distribution substations, asa human-machine interface (HMI), communication gateway and a data handlingunit.

• In new or existing secondary distribution substations as a communicationgateway and a compact HMI.

2.2 Hardware requirements

ABB ZEE600 can be hosted on any COTS business or industrial computer adheringto the minimal recommended hardware requirements. Advantech ECU 4784 andABB B&R APC910 are typical examples of computer hardware that can host zenonEditor and Runtime on a single machine.

The Advantech ECU 4784 (D56SBE) industrial PC is suitable for a harsh substationenvironment and therefore, it can be used directly in substation switchgear (LVcompartment).

• Intel® Core™ dual-core i7 4650U (1.7 GHz) processor• 16 GB RAM• 8 × LAN, 10 × COM, 2 × expansion slots• Win10 IoT Ent• 2 × 2.5” SATA HDD/SDD (optional)• 4-port fiber-optic LAN (optional)• 2-port SDP Gigabit Ethernet card with PRP/HSR (optional)• Additional extra HV power supply (optional)• LV power supply (optional)• IEC 61850-3 compliant

ABB B&R APC910 can be considered if a server-grade substation computer is notrequired and if ABB ZEE600 is used for compact HMI and communication gatewayrequirements.

• Core i5 6440EQ 2.7 GHz quad-core processor• 16 GB RAM (up to 32 GB)• Win10 IoT Ent 64-bit• 2 × Ethernet 10/100/1000 Gigabit• 1 × RS-232, 4 × USB 3.0, 1 × USB 2.0• 2 × 2.5” SATA HDD/SDD (optional)• LV power supply 24 VDC

Use the Advantech ECU 4784 (D56SBE) and ABB B&R APC910specifications as references to find suitable COTS computers.

2NGA000150 A Section 2ABB ZEE600 overview


Section 3 Installing and configuring

3.1 Installing zenon Energy Edition

ABB ZEE600 is based on ABB Ability Operations Data Management zenon startingfrom release Ver.8.00.

1. Install zenon before proceeding with the ZEE600 package.The installation software is available at https://new.abb.com/plc/zenon.

2. During software installation, select the zenon Energy Edition environment.

GUID-D9E68D0D-8C8B-4C25-9E5F-4D85772035B2 V1 EN

Figure 4: Selecting the zenon Energy Edition environment

2NGA000150 A Section 3Installing and configuring


https://new.abb.com/plc/zenon

3.2 Installing ABB ZEE600 libraries

To be able to use the ABB ZEE600 library within ABB zenon Energy Edition, thesupplied installer must first be executed. This helps in configuring the system to usethe corresponding features within ABB zenon Energy Edition.

1. Double-click ABB ZEE600 Setup.exe.2. Follow the steps in the setup wizard to complete the installation.

GUID-CAAA45FF-919F-41E5-9332-A286434CFEFA V1 EN

Figure 5: Installing ABB ZEE600 libraries

After the installation process, zenon Editor can be opened. Also, the standardinstallation folders are installed.

Table 1: Standard installation folders

Component Windows path

Translation Table C:\ProgramData\ABB\zenon800\Templates\ZEE600Wizard

Template Project C:\ProgramData\ABB\zenon800\Templates\ZEE600Wizard

ABB VOICE Font C:\Windows\Fonts

Editor Add-ins C:\Program Files\ABB\zenon 8.00SP0\EditorAddInDeploy

Section 3 2NGA000150 AInstalling and configuring


3.3 ABB ZEE600 wizards

Four wizards are used in ABB ZEE600 configuration.

• ABB ZEE600 Template Wizard• ABB ZEE600 Object Import Wizard• ABB ZEE600 Disturbance Records Wizard• ABB ZEE600 Historian Energy Consumption Configurator

The wizards have thematically structured pages that contain parameters andinformation about a specific subject area.

The wizards can be exited at any time and it is possible to return to the previous panelto control or change settings.

The Next button is activated when all the necessary settings have been made on thepage. If there are unused or misconfigured settings, the corresponding field is markedwith a red frame to indicate that a change is required.

The presence of wizard pages depends on the previous settings. If oneparameter change makes another parameter superfluous, thisparameter is hidden or the entire panel page is deactivated.

A new empty project is needed to create a project within the zenon Editor that uses thefeatures of the ZEE600 library. Project Configuration Wizard from the zenoninstallation, which automatically opens during the creation of a new project, must beclosed to create an empty project. As soon as a project is available, ZEE600 TemplateWizard can be started.



GUID-A854D97B-49DD-43B6-9603-7E5AAB7E81BE V1 EN

Figure 6: Project Configuration Wizard

ZEE600 is developed in 1920x1080 FULL HD resolution. All graphical elementswhich are created with the Template Wizard or Object Import Wizard support onlythis resolution during the execution.

A different resolution of the executing computer may lead tounwanted distortions and zoom levels.

Template WizardWith Template Wizard all settings are made on the basis of an empty zenon projectand all needed elements are imported to create ABB ZEE600-compatible projectswithin zenon Editor. These projects are designed for Full HD resolution.

Object Import WizardObject Import Wizard is used to import devices which are supported by the ABBZEE600 library.

Depending on the selected connection, type, and optional settings, certain features areconfigured.



• Driver settings• Variable tags• Alarms• Trends• Symbols and popup association or customization

Disturbance Records WizardDisturbance record files are automatically downloaded during the run time of thevisualization if this has been set with Disturbance Records Wizard in the projectsettings. These files can then be loaded into COMTRADE Viewer.

Historian Energy Consumption ConfiguratorHistorian Energy Consumption Configurator can be used to fill an existing archivewith the energy consumption values for up to 100 devices with up to four measuringpoints per device.

3.3.1 Selecting wizards

1. Start zenon Energy Edition.2. Open the ABB ZEE600 wizards in one of the alternative ways.

• On the Tools menu, click Start Editor wizards.• Press ALT+F12.



GUID-0CD32E76-ED33-4187-A694-B4214701C756 V1 EN

Figure 7: Starting the Editor wizards

3. On the Wizard selection dialog, click Wizards.



GUID-C9E78799-2E8E-4BB2-B2AB-90A06EE99405 V1 EN

Figure 8: Selecting the wizards

4. In the expanded list of options, click ABB and select the wizards.5. Click OK.

The base ABB zenon package includes general purpose wizards suchas Project Template and Object Integration Wizard. These areintended for general purposes unrelated to the electrification worldand they are thus not compatible with the ABB ZEE600 package.

The zenon Runtime add-ins, which are required within the run time touse all the features of the ABB ZEE600 library, are added to thecorresponding projects by Template Wizard and do not need to beintegrated manually.

Do not use the wizards installed by ABB zenon Energy Edition.



3.3.2 Running Template Wizard

1. Start Template Wizard.2. On the Welcome page, click Next.

GUID-725E5D64-56F9-4463-A19C-309565911153 V1 EN

Figure 9: Starting Template Wizard

3. On the General page, select a project as a basis for the new project and anyoptional sub-packages to be integrated in the zenon project and click Next.

If a sub-package has not been installed, its check box cannot beselected.

GUID-67BFC858-B413-4616-9220-03359FF62809 V1 EN

Figure 10: Selecting the project and optional sub-packages



4. On the Language page, select at least one language to be used as the displaylanguage within the runtime.

GUID-824EB76D-037F-40E2-A5B7-10B0A9539CC2 V1 EN

Figure 11: Selecting the languages

5. On the Navigation page, select the number of sub-pages for the single-linediagram, system diagnostic and plant automation pages.

GUID-F8827A7E-6796-4B7F-8417-FDEB736536CA V1 EN

Figure 12: Selecting the number of sub-pages

6. On the Customer settings page, enter the contact information and upload acustomer logo file.



GUID-1D9AB774-0030-4FAF-9596-CBF584DEB0FD V1 EN

Figure 13: Entering the customer information

The contact information is displayed on the Utilities pageand the logo is shown on the task bar.

7. On the Finish page, click Build to start the project creation.

GUID-333681F9-349A-4839-AAC8-761A5A627C20 V1 EN

Figure 14: Starting the project creation

The current status as well as several messages are displayed on the page.



GUID-99CCA8B8-18DB-4959-8E59-290E2A71812E V1 EN

Figure 15: Viewing the project creation status

8. Click Close when the import has finished.

3.3.3 Running Object Import Wizard

1. Start Object Import Wizard.2. On the Welcome page, click Next.



GUID-95A6CFDF-08DC-4AC6-9B9E-4D646F2512EC V1 EN

Figure 16: Starting Object Import Wizard

3. On the General page, select a project as a basis for the new project and the IEDtype to be created.



GUID-4A31E69F-FC02-4968-BD4B-0C199BE0FD82 V1 EN

Figure 17: Selecting the project and IED types

If the IED type supports the communication variant IEC 61850, an additionalfield appears for the path to the corresponding configuration file. The supportedconfiguration file types are .cid, .scd, .icd and .iid.As only one IED can be imported at a time, it is possible to save the settings madein Object Import Wizard and to import them again using the Template for thedevice field to facilitate the creation of similar devices. In this case, the IED typeis fixed and the field is locked. All settings, except for the driver instanceparameter, are imported from the template file and pre-filled.

Table 2: Supported devices

IED type SCL file requirementABB REx611 Yes

ABB REx615 Yes

ABB REx620 Yes

ABB REx630 Yes

ABB REx640 Yes

ABB EMAX2 Yes

ABB M2M No

Generic IEC 61850 IED Yes

Select the check box Create graphical objects to create a bayfor the new device within the visualization. If this selection is notmade, all other processes, such as creating the variables, arenevertheless carried out.



The generic IEC 61850 IED does not support creation ofgraphical objects.

To facilitate the creation of similar devices, it is possible to savethe settings made in Object Import Wizard and to import themagain using the Template for device field. In this case, the IEDtype is fixed and the field is locked. All settings, except for thedriver instance parameter, are imported from the template fileand pre-filled.

GUID-896F2A85-5187-4D6F-A3E7-E587A4AE9AEF V1 EN

Figure 18: Selecting a template

4. On the Report control blocks page, select a device and the associated client andselect the RCBs.All devices in the selected configuration file that match the selected type arelisted under Choose a device type.All available RCBs are displayed. Depending on the IED type, specific blocksare preselected.



GUID-6282D6C2-8C4B-4F94-93CA-F7A2B9B8D9EF V1 EN

Figure 19: Selecting report control blocks

5. On the Variable tags page, select the required variables and click Next.Based on the selected RCBs and the IED type, several tags are preselected on thispage.



GUID-30D9F012-C993-4820-97A5-BE896C43021D V1 EN

Figure 20: Selecting variable tags

Click the check box Show only selected to display only theselected variables.

6. On the Disable remote control page, select the IED parts that should haveblocked remote control and click Next.All parts whose check box is active indicate read-only status within thevisualization.



GUID-442A2478-FB9B-465F-8791-949F4D68BF48 V1 EN

Figure 21: Blocking remote control

7. On the Labels page, click Next.The default values for the bay name, the bay description and the associatedswitchboard are read from the configuration file.



GUID-1DA8CC11-86FA-436E-8FFF-51AAC10A8E0A V1 EN

Figure 22: Defining labels

8. On the Communication attributes page, click Next.The default values for the IED name and the voltage level are read from theconfiguration file.



GUID-3853B296-59B7-4F80-B9A0-75FF495DADB4 V1 EN

Figure 23: Defining communication attributes

The voltage level consists of one letter and an instance number.

Table 3: Voltage codes for Object Import Wizard

Voltage level LetterOver 420 kV B

380...420 kV C

220...380 kV D

110...220 kV E

60...110 kV F

45...60 kV G

30...45 kV H

20...30 kV J

10...20 kV K




Voltage level Letter6...10 kV L

1...6 kV M

Under 1 kV N

9. On the Measurement type page, select a measurement page to be used in thebay dialog box and click Next.Several ready-made templates are available.The limit values of the individual graphs are set on one of the following pages.

GUID-CE0CA998-0C29-4B26-95EA-31F9180CC578 V1 EN

Figure 24: Selecting the measurement page type

Table 4: Measurement page types

Zenon tag Unit Decimalpoints

Indicationtype

Popuptype 1

Popuptype 2

Popuptype 3

Current A .MX.CurrentA A 0 HorizontalbarGraph

x x -

Current B .MX.CurrentB A 0 HorizontalbarGraph

x x -

Current C .MX.CurrentC A 0 HorizontalbarGraph

x x -




Zenon tag Unit Decimalpoints

Indicationtype

Popuptype 1

Popuptype 2

Popuptype 3

Current I0 .MX.ResCurrent A 2 Text box x x -

VoltageVAB

.MX.VoltageAB kV 1 HorizontalbarGraph

x - x

VoltageVBC

.MX.VoltageBC kV 1 HorizontalbarGraph

x - x

VoltageVCA

.MX.VoltageCA kV 1 HorizontalbarGraph

x - x

Voltage U0 .MX.ResVoltage A 1 Text box - - x

ActivePower

.MX.TotW kW 1 Gauge x - -

ReactivePower

.MX.TotVAr kVAr 1 Gauge x - -

ActiveEnergy -Forward

.MX.ActiveEnergyFwd

MWh 2 Text box x - -

ReactiveEnergy -Forward

.MX.ReactiveEnergyFwd

MWh 2 Text box x - -

ActiveEnergy -Reverse

.MX.ActiveEnergyRev

MVArh 2 Text box x - -

ReactiveEnergy -Reverse

.MX.ReactiveEnergyRev

MVArh 2 Text box x - -

PowerFactor

.MX.TotPF - 2 Text box x - -

Frequency .MX. Frequency Hz 2 Text box x - x

Switchcycles

.CB[1].OpCnt - 0 Text box x x x

10. On the Alarms page, configure the alarm settings for each variable.Depending on the selected variables, some alarms are already prefilled. Eachvariable can be assigned an alarm type. Only alarm types suitable to the variablecan be selected. Thus, a Boolean variable can only have two states, whereas anumerical value can have more than two.• Delay

It specifies the time that a state must be present until an alarm is issued.• Text : Alarm message text

Object Import Wizard also adds the bay name and the switchboard to thealarm message entered here. If the text is preceded by an "@" character,the entry refers to the zenon language tables and supports languageswitching.

• Popup message



In addition to the general zenon alarm list, specific alarms can also bevisualized on a bay dialog box. If an alert contains a popup message, a fieldis created in the correlating bay dialog box that contains this text.

• ColorTo better visualize an error condition on a bay dialog box, the backgroundcolor of the popup message fields can be selected with this parameter.

GUID-838CBF48-44D0-44ED-B6CB-058AF7F31B5B V1 EN

Figure 25: Configuring alarms

11. On the Trends page, select the variables to be added to archives separated bydevices and click Next.Only variables that were previously selected on the variable panel can beselected here.



GUID-B63BF250-D973-4E77-89BA-243582501894 V1 EN

Figure 26: Selecting trends

12. On the Bar graph limit value configuration page, set the limits of the elementcorresponding to the selected measurement page and click Next.

GUID-36340F28-08C3-44D9-B600-671874B6FD49 V1 EN

Figure 27: Setting the bar graph limit values



13. On the Symbol association page, select the symbol for the device and the zenonpage where the symbol should be created, and click Next.This configuration depends on the available bay configuration and the createdSLD pages.

GUID-64322DD1-ACD8-4536-815F-D87FF9C21817 V1 EN

Figure 28: Associating symbols with devices

14. On the Driver connection page, configure the driver part in zenon Editor andclick Next.To overwrite an existing configuration or create a new instance, clear thecorresponding check boxes.



GUID-CF42CD3B-7627-4E68-9FCE-1AAEF503D4C5 V1 EN

Figure 29: Configuring drivers

15. On the Finish page, click Build to start the creation process.The settings can be exported both before and after the build process by clickingExport.



GUID-B47FD470-476B-468A-9C3B-460807E03543 V1 EN


The current status as well as several messages are displayed on the page.



GUID-DD1434D1-7DF4-4595-B1EA-69A8FD7C0F7A V1 EN


16. After the process finishes, click Close.

In case of a Modbus device (M2M Meter), the wizard skips some steps that are notapplicable for this protocol such as variable addressing that is fixed in the templateconfiguration. Other information, such as IED Name or Voltage Level, need a manualuser input since there is no descriptor file as in the IEC 61850 protocol.



GUID-F609F511-E128-4D52-8CDB-55AE572FD1E6 V1 EN

Figure 32: Importing Modbus devices

3.3.3.1 Components created by Object Import Wizard

Driver settingsDepending on the selected settings within Object Import Wizard, either a new driverinstance is created or an existing one is used to generate a new server connection or tooverwrite an existing server connection.

In case of IEC 61850 connections, the corresponding settings are also made toconfigure the RCBs within the server.

GUID-DBA7C8FF-7DDF-4DBB-9DEC-F809E8B27B0C V1 EN

Figure 33: Driver settings



VariablesAfter the corresponding driver settings have been made, Object Import Wizardgenerates all selected variables and makes further settings depending on the devicetype. These include digits and units for measurement variables and limit valueconfigurations for alarms.

For some of the variables created, the name (not the path) is adapted to guarantee across-device uniform structure and naming, which is a prerequisite for instantiatingthe bay symbols using the linking rule.

In addition to the actual driver variables, a structure of internal zenon variables iscreated. It is filled with settings from Object Import Wizard as well as the used SCLfile. This structure serves as the basis for all graphic properties within the visualizationand also contains status information. These structures have the reference "Graph conf"in their names.

Do not change the variable naming. Renaming variables created byObject Import Wizard can lead to unexpected behavior.

Table 5: Internal zenon variable structure

Variable name Data type Description Remanence Init value sourceTag String Name of the

device that isdisplayed duringruntime

Remanent SCL file / ObjectImport Wizard

Description String Description of thedevice


Switchboard String Name of theswitchboard


Linking Screen String Name of the pagethe bay element iscreated on

Init Object ImportWizard

Number all ActiveAlarms

UInt Variable forlinking theequipment modelalarms

Off -

Number allunacknowledgedAlarms

UInt Variable forlinking theequipment modelunacknowledgedalarms

Off -

Voltage Level String Voltage levelidentifier for baymanagement andequipment model

Init SCL file / ObjectImport Wizard

IED Type String Device type Remanent SCL file / ObjectImport Wizard

Alarm StatusText[1..30]

Array[1..30] ofString

Dynamic texts forthe alarm textfields on the baydialog box





Variable name Data type Description Remanence Init value sourceWEB HMI IP String Link / IP to Web

HMI of the deviceRemanent SCL file / Object

Import Wizard

Disable CB[1..10] Bool Variable forswitching off thedisconnectorremote control


Disable DC[1..10] Bool Variable forswitching off thecircuit breakerremote control


Disable ES[1..10] Bool Variable forswitching off theearth switchremote control


Disable TC Bool Variable forswitching off thetap changerremote control


LimitValueCurrent high

Int Limit for graphsand bar charts


LimitValueCurrent low



LimitValueVoltage high



LimitValueVoltage low



LimitValue ActivePower high



LimitValue ActivePower low



LimitValueReactive Powerhigh



LimitValueReactive Powerlow



LimitValue TapChanger high



LimitValue TapChanger low



ConnectionStatus Bool Status of theconnection to thedeviceTrue = ConnectedUsed for graphicalelements

Off -

Equipment modelEach device is inserted in the zenon equipment model. This is divided into three stageswithin ABB ZEE600.

• Substation instance



• Voltage level instance• Bay

The equipment model structure is needed to filter alarm and event lists at the IEDlevel. This applies both to the IED faceplate and to the ALM/CEL pages.

GUID-0C562826-B22C-4CFF-9748-69D4C6B59DF5 V1 EN

Figure 34: Equipment model structure

All alarms are assigned to a device in the model to be able to filter them on the baydialog boxes.

HistorianFor each device, Object Import Wizard creates a new configuration within Historian.All variables selected on the Trends page of Object Import Wizard are added to thisarchive.

FunctionsDifferent zenon functions are created to create a new device. This includes the setpointcommands for controlling the individual switching operations and image switchingfunction which call up the respective instance of the Bay dialog box and its submenus.

• IEDName Bay Popup• IEDName Bay Popup Notepad• IEDName Bay Popup Trend• IEDName Bay Popup WEB-HMI• IEDName CP CB1 Off• IEDName CP CB1 On• IEDName SW Graph conf.General.ConnectionStatus - Off• IEDName SW Graph conf.General.ConnectionStatus - On



Bay symbolDepending on the settings on the Symbol association page of Object Import Wizardwhich are available when the Create graphical objects option is selected on theGeneral page, a bay configurations symbol is created on the selected page. This is anelement from the symbol library which refers to a specific device using linking rules.These settings and links are made by Object Import Wizard during the creation.

Connection stateThe connection status and the RCB subscription are monitored with a zenon drivervariable called ConnectionState, which is created for each device. It generates thecorresponding error messages using a linked reaction matrix if a device has failed oran RCB cannot be reached.

3.3.3.2 Single-line diagram design and automatic line coloring

The generated graphic symbols can be dragged within the respective SLD to build aswitchboard using several bays. All symbols created by Object Import Wizard supportautomatic line coloring. The connection points are located at the lower or upper edgeof the symbol.

Do not change the settings within the symbols as it leads tomalfunctions in the visualization.

ALC calculates the coloring depending on the position of the connected elements andthus it is possible to follow circuit topologies and energy distribution. Lines arecolored according to their connected power supply. If different supplies areconnected, the one with the highest priority is displayed.

GUID-513E6BC7-8122-49B3-98AA-1E5F70A12CAE V1 EN

Figure 35: Single-line diagram example



The colors of the different power levels are configured inside the general projectsettings. The following illustration shows the default settings.

GUID-ADD913C8-B87F-4DC8-A9BC-64C51486307C V1 EN

Figure 36: Standard automatic line coloring configuration

3.3.3.3 Predefined elementary symbol library

SLD pages consist of bay configurations and some additional symbols. Bays areusually grouped into switchboards which are connected to each other with lines.

Table 6: Symbols inside bay configurations

IEC symbol ANSI symbol DescriptionCircuit breaker:Open

Circuit breaker:Close

Circuit breaker:Position error (00)




IEC symbol ANSI symbol DescriptionCircuit breaker:Position error (11)

Capacitive voltageTransformer

Disconnector:Open

Disconnector:Close

Disconnector:Position error (00)

Disconnector:Position error (11)

Disconnecting truckintermediate:Open

Disconnecting truckintermediate:Close

Disconnecting truckintermediate:Close position error (00)

Disconnecting truckintermediate:Close position error (11)

Truck:In

Truck:Out

Truck:Position error (00)

Truck:Position error (11)




IEC symbol ANSI symbol DescriptionVoltage measurement truck:Open

Voltage measurement truck:Closed

Voltage measurement truck:Position error (00)

Voltage measurement truck:Position error (11)

Fuse

Earth

Contactor: open

Contactor: closed

Contactor: Position error (00)

Contactor: Position error (11)

Parallel coil

Petersen coil

Power factor controller

Reactor

Rectifier

Resistor




IEC symbol ANSI symbol DescriptionSurge arrestor

Capacitor

Tap changer

Voltage transformer

Current transformer

Table 7: Additional symbols

IEC symbol ANSI symbol DescriptionAutotransformer

Feeder

Generator

Incomer

Motor

Power voltage transformer, 3-winding

Transformer

3.3.3.4 Predefined bay and faceplate

Variants of the bay configurations imported by Object Import Wizard are stored in theproject's symbol library.



Table 8: Bay configurations

Symbol Bay typeZEE Bay Generic CB

ZEE Bay GENERIC Tap changer

ZEE Bay Emax




Symbol Bay typeZEE Bay UNISEC SBC

ZEE Bay UNISEC SBM

ZEE Bay UNISEC SDC




Symbol Bay typeZEE Bay UNISEC SFC

ZEE Bay UNISEC WBC

ZEE Bay ZS1 BT Bustie




Symbol Bay typeZEE Bay ZS1 DF

ZEE Bay ZS1 Double BB Incomer

ZEE Bay ZS1 Double BB




Symbol Bay typeZEE Bay ZS1 IF Feeder

ZEE Bay ZS1 IF Incomer

ZEE Bay ZS1 M Measure




Symbol Bay typeZEE Bay ZS2 DBT Bus-tie and riser cubicle




Symbol Bay typeZEE Bay ZS2 DIF Double BB Feeder

ZEE Bay ZS2 DIF Double BB Incomer

ZEE Bay M2M Smart Meter

3.3.4 Running Disturbance Records Wizard

1. Start Disturbance Records Wizard.2. On the Welcome page, click Next.



GUID-407B0902-1E4A-46B5-BF76-03E367EBDE2D V1 EN

Figure 37: Starting Disturbance Records Wizard

3. On the General page, select a project as the basis for the wizard and click Next.

GUID-9DF3C780-7232-4A0F-B873-1694538FE135 V1 EN

Figure 38: Selecting the project

4. On the Global Settings page, define the necessary settings.4.1. Select a Boolean variable that can be switched at run time to enable or

disable the disturbance download. The system already presets the internalvariable "ZEE Activate disturbance Record".

4.2. Select the local destination path to the download folder of the disturbancefiles.

4.3. Set the scan interval for the search of new files on the device and clickNext.



GUID-FF176E7B-8F8C-4AFC-BACC-9FBB19E8B39E V1 EN

Figure 39: Defining the global settings

5. On the Server Settings page, define the necessary settings.5.1. Select the Active check box to choose the COMTRADE download.5.2. In the Comtrade path field, enter the folder on the device from which the

files should be downloaded.5.3. Select the Delete after download? check box if the downloaded files

should be deleted on the device.5.4. Click Next.

GUID-56C4C4FE-0A58-412E-80A2-FDFB3378670E V1 EN

Figure 40: Defining the server settings




GUID-7CF7369D-C444-42B3-8B7A-29D3D2E2FD2C V1 EN


The current status as well as several messages are displayed on the page.7. On the Finish page, click Close when the import has finished.

GUID-CF09D5C2-D928-4113-9A13-773E020916A4 V1 EN


3.3.5 Running Historian Energy Consumption Configurator

1. Start Historian Energy Consumption Configurator.2. On the Welcome page, click Next.



GUID-64A23419-9F44-4DFF-BD07-80E60780D094 V1 EN

Figure 43: Starting Historian Energy Consumption Configurator Wizard

3. On the General page, select a project as the basis for the wizard and click Next.

GUID-E9900140-3F64-4E41-8AB7-00BC484E402C V1 EN

Figure 44: Selecting the project

4. On the Configuration page, in the Group name field, set the device name in oneof the alternative ways.• Enter the group name.• Select the check box Use dynamic name and select a name from the drop-

down list.

The Configuration page is divided into several parts. On the left side, there is anoverview of all the variables in the project. On the right side, there are 100 groupsrepresenting one device each.4.1. Link one of the prefiltered variables to the group.



GUID-7A7BD5D8-EB04-4FCA-B9CD-1CDE9EDBDE15 V1 EN

Figure 45: Configuring with static group names

4.2. Drag variables from the left variable list to a group.Up to four variables can be added to a group. Variables can also be movedbetween groups.

GUID-A0FA43CE-5C56-47EF-B3EE-293E9EF6AC1E V1 EN

Figure 46: Configuring with tags

4.3. Edit the variables' default settings if needed, by clicking the button next tothe variable and click Next.



The name and the unit are displayed on the Energy Report page, while thefactor, minimum and maximum are used to calculate the delta values.They represent the amplification factor as well as the overflow limits of thevariable.

GUID-A9113BE6-118C-47D5-8C8C-CD7E3BFE0F61 V1 EN

Figure 47: Configuring with detailed tags




GUID-52132F91-37B9-454D-B7DF-4FA3C5B48222 V1 EN


The current status as well as several messages are displayed on the page.6. Click Close when the import has finished.

GUID-26119452-0674-40DD-A930-3F7C1A78B79B V1 EN




All graphical objects and functions created by the wizards arestandard zenon project components. See the ABB zenon manuals formore details and additional features.

3.4 Changing language

ABB ZEE600 includes the zenon feature for multi-language support and is developedin the English language.

1. On the task bar, click the language selection button.2. Select a language code.

The number of languages in the list depends on the settings made in TemplateWizard.• English EN• Italian IT• German DE• French FR• Russian RU• Portuguese PT• Chinese ZH

To support IEC, ANSI and IEC 61850 naming, three different language tablesare stored for each language. Thus, three different translation texts can becreated for each entry in one language.

3.5 Alarm and event handling

Alarm administration informs the operator of abnormal situations or faults, such aslimit value violations and protection trips, in the electrical power network orequipment.

ABB ZEE600’s object-oriented approach ensures that alarms can be configuredquickly. The limit values can be defined at the data variable or data type levels.Defining thresholds helps to stop unnecessary flood of alarms caused by oscillatingvalues.

Alarms can be defined either by setting value limits for variables, using reactionmatrices or influencing the alarm properties. The thresholds can be adjusted evenduring Runtime and the changes are also recorded in the chronological event list.

The alarm handling allows for optimum handling and usability and is fully-integratedwith ABB ZEE600’s redundancy functions. The alarm areas allow the creation ofapplications that lead from a summarized alarm indication to the detailed screen of thealarm, thus providing visual alarm guidance. It is also possible to create an aggregated



visualization of the number of active alarms, active/acknowledged alarms andinactive/unacknowledged alarms.

• The alarm status line is always shown in the foreground in zenon Runtime andtypically it can be used to display the most recent or oldest unacknowledgedalarm.

• Alarm message list administers alarms in a list in zenon Runtime.• Displays alarms and their causes in an unfiltered or filtered list• Enables localization of the alarm cause• Enables alarm acknowledgement• Enables alarm deletion• Enables alarm printing and saving

The ABB ZEE600 equipment modeling recreates the structure of equipment in Editor.The upper levels enable details from the lower levels to be classified correctly and tobe linked with each other. The lower levels refer to specific equipment, which can becompiled for process control and process monitoring. Since the substation objecthierarchy is defined according to the IEC 61850 standard and implemented byengineering tools like PCM600, the ABB ZEE600 equipment modeling feature can beused to configure aggregated alarm handling without the need for alarm areas.

For quick error diagnosis and traceability, there are three different operating areas inthe visualization.

• Navigation alarm list• Active and historical alarm lists• Chronological event list

3.5.1 Navigation bar alarm list

On the navigation bar, there is an indicator for the last error that occurred and a bellsymbol indicating the number of existing error messages in a red circle. Clicking thesymbol opens an alarm list which can contain several alarm texts depending on howmany active alarms are pending and the length of each alarm text.

GUID-4E14A8E8-1270-49C1-83B7-23D26194D44A V1 EN

Figure 50: Navigation bar alarm list



GUID-FD1DD702-B1F6-47FC-8797-A5D01A78D784 V1 EN

Figure 51: Expanded alarm list

At the bottom of the alarm list, there are two buttons for clearing faults and openingthe active alarms list, which provides more information about each fault. This list canalso be accessed via the vertical menu.

The different icons by each message represent the status of the fault.

Table 9: Alarm status icons

Icon DescriptionAlarm received

Alarm cleared

Alarm acknowledged

Furthermore, there is a volume symbol on the bar when the siren management is activein the project. If the setting is active, each new error triggers an alarm sound, whichcan be deactivated using the button.

3.5.2 Active and historical alarm lists

The active and historical alarm lists contain detailed information on all pending errorsor historical errors and can be accessed via the vertical menu.

The alarm states in the lists are symbolized by different colors on the columns Timereceived, Time cleared and Time acknowledged.

Table 10: Alarm status colors

Color Description#DD4814 (red) Alarm received

#96BD33 (green) Alarm cleared

#3D6894 (blue) Alarm acknowledged



2

3

5

4

1

GUID-898D644D-F261-46B1-A2FA-A54E9AB71505 V1 EN

Figure 52: Active alarms page

1 Filter buttons

2 Control buttons

3 Alarm list

4 Comment field

5 Alarm function

The appearance of the alarm list is configurable.

A comment about the selected alarm can be typed in the Comment field. Themaximum length of the text is 79 characters.

The Alarm function field displays the function allocated to the alarm message in theoutput field. The functions configured for the alarm in Runtime are executed byclicking Execute function.

Table 11: Alarm page: filter part

Item DescriptionFilter The field displays the set filter. Clicking the button

opens the filter dialog box.

Filter Profile Selects profile from the list

Save Saves current setting as a profileThe name can be a maximum of 31 characterslong and must only contain valid characters.The prohibited characters are ! \ / : * ? < > | ""




Item DescriptionImport Imports filter profiles from the export file

Export Exports filter profiles in the file

Delete Deletes selected profile

The filter dialog box has several settings that allow the alarm list to be filtered.

• Variable filter• Time filter• Text filter• Alarm/event groups/classes, alarm areas• Minimum time active

GUID-722A571A-D321-4693-8C79-88E9F5686616 V1 EN

Figure 53: Filter dialog box for alarms

Table 12: Variable filters

Item DescriptionVariable name Filters by variable name

Identification Filters by variable identification

Case sensitivity Capitalization must be noted.

Show list without refresh Alarm list does not refresh.

Non-acknowledged alarms only Displays only unacknowledged alarms

Current alarms only Displays current alarms only

Only cleared alarms Displays cleared alarms only

Comment required Displays only alarms that require a comment whenacknowledged




Item DescriptionRing buffer Data comes from the ring buffer

Historic data Data comes from an archive

Maximum number Maximum number of historical alarms to bedisplayed0: displays all

Table 13: Time filters

Item DescriptionFilter type Dynamic text element for the display of the set

filter type

Current time Shows the current system time

From day/ hour/minute/second Fields and labeling for stating "from" time

Until day/ hour/minute/second Fields and labeling for stating "to" time

Table 14: Text filters

Item DescriptionNo text filter Does not select text filter

Search for (word separated by space) Activates the search

Search text Field for input of search term


Words do not need to appear in full within the text Fragments can also be searched for.

At least one word has to appear in the text At least one search term from several must be inthe result.

All words must be in the text All search terms must be included in the result.

Filter string must exactly be in the text Exact text from the input field must be contained inthe result.

Table 15: Alarm/event groups/classes, alarm areas

Item DescriptionAlarm/Event Groups Displays alarms or events of the same group

Alarm/event classes Displays alarms or events of the same class

Alarm areas List field for grouped display:Alarm areasIf the property Use hierarchical alarming of theEquipment Model is activated, the Alarm areacolumn is empty. The check box is in the alarmhandling item of the variable properties.



Table 16: Minimum time active filters

Item DescriptionDay Displays only alarms that have been current for at

least the given number of days

Hour Displays only alarms that have been current for atleast the given number of hours

Minute Displays only alarms that have been current for atleast the given number of minutes

Second Displays only alarms that have been current for atleast the given number of seconds

Millisecond Displays only alarms that have been current for atleast the given number of milliseconds

Table 17: Filter dialog box: Control buttons

Button DescriptionOk Applies the filter settings and closes the screen

Apply Accepts the filter settings

Cancel Cancels the configuration of the filter settings

Refresh Updates the filtered display

Table 18: Alarm List: Control buttons

Item DescriptionStop New elements are no longer added automatically.

Total Number of alarms

Not acknowledge Number of unacknowledged alarms

Acknowledge Acknowledging of alarm messages in Runtime

Acknowledge page All alarms displayed on the current page areacknowledged.

Acknowledge all All alarms for the current filter criteria areacknowledged.

Print Prints filtered list

Execute function Executes the functions configured for the alarm inRuntime

3.5.3 Chronological event list

The chronological event list keeps an automatic chronological account of alloperations and displays all process, system and predefined messages. The event listdisplay can be adapted or filtered for contextual analysis and reports (for example, bayor substation level) without the need for additional programming. A comment aboutthe selected event can be typed in the Comment field. The maximum length of the textis 79 characters.



Both system events and user inputs can be logged in the chronological event list in thelanguage in which zenon Runtime runs.

• Alarm acknowledgments• Alarm deletion• Setting values• Recipe sending• Recipe change• Data archival• User actions• Network actions

The event list audit trail benefits from full redundancy compatibility and simpleadministration. The event list is stored in the system in a binary format to preventcontent tampering.

2

3

4

1

GUID-6D805692-5079-4900-8498-509F5A550587 V1 EN

Figure 54: Chronological event list

1 Filter buttons

2 Control buttons

3 Event list

4 Comment field



Table 19: Chronological Event List: filter part

Item DescriptionFilter The field displays the set filter. Clicking the button

opens the filter dialog box.

Filter Profile Selects profile from the list

Save Saves current setting as a profileThe name can be a maximum of 31 characterslong and must only contain valid characters.The prohibited characters are ! \ / : * ? < > | ""

Import Imports filter profiles from the export file

Export Exports filter profiles in the file

Delete Deletes selected profile

The filter dialog box has several settings that allow the event list to be filtered.

• Variable filter• Time filter• Text filter• Alarm/event groups/classes, alarm areas• Minimum time active

GUID-DD39E501-1F1C-4746-A69F-3A6BF97A4794 V1 EN

Figure 55: Filter dialog box for events



Table 20: Variable filters

Item DescriptionVariable name Filters by variable name

Identification Filters by variable identification


Show list without refresh Alarm list does not refresh.

Non-acknowledged alarms only Displays only unacknowledged alarms

Current alarms only Displays current alarms only

Only cleared alarms Displays cleared alarms only

Comment required Displays only alarms that require a comment whenacknowledged

Ring buffer Data comes from the ring buffer

Historic data Data comes from an archive

Maximum number Maximum number of historical alarms to bedisplayed0: displays all

Table 21: Time filters

Item DescriptionFilter type Dynamic text element for the display of the set

filter type

Current time Shows the current system time

From day/ hour/minute/second Fields and labeling for stating "from" time

Until day/ hour/minute/second Fields and labeling for stating "to" time

Table 22: Text filters

Item DescriptionNo text filter Does not select text filter

Search for (word separated by space) Activates the search

Search text Field for input of search term


Words do not need to appear in full within the text Fragments can also be searched for.

At least one word has to appear in the text At least one search term from several must be inthe result.

All words must be in the text All search terms must be included in the result.

Filter string must exactly be in the text Exact text from the input field must be contained inthe result.



Table 23: Alarm/event groups/classes, alarm areas

Item DescriptionAlarm/Event Groups Displays alarms or events of the same group

Alarm/event classes Displays alarms or events of the same class

Alarm areas List field for grouped display:Alarm areasIf the property Use hierarchical alarming of theEquipment Model is activated, the Alarm areacolumn is empty. The check box is in the alarmhandling item of the variable properties.

Table 24: Minimum time active filter

Item DescriptionDay Displays only alarms that have been current for at

least the given number of days

Hour Displays only alarms that have been current for atleast the given number of hours

Minute Displays only alarms that have been current for atleast the given number of minutes

Second Displays only alarms that have been current for atleast the given number of seconds

Millisecond Displays only alarms that have been current for atleast the given number of milliseconds

Table 25: Filter dialog box: Control buttons

Button DescriptionOk Applies the filter settings and closes the screen

Apply Accepts the filter settings

Cancel Cancels the configuration of the filter settings

Refresh Updates the filtered display

Table 26: Chronological Event List: Control buttons

Item DescriptionStop New elements are no longer added automatically.

Total Number of alarms

Print Prints filtered list

Custom record Creates an event without text for inserting anempty record for custom user comments



3.6 Activating siren

If siren management is activated, each new incoming alarm is indicated with awarning sound that must be muted using the volume symbol on the task bar. If thewarning sound is not required, siren management can be deactivated.

1. On the main screen, select Utilities from the vertical menu.2. Under Siren management, click Active.

3.7 Managing users

3.7.1 Editing users

An administrator can edit or delete existing users and create new users.

Exercise caution when deleting users. If all users with rights to operatethe visualization are deleted, it is no longer possible to fully operatethe system.

1. On the main screen, select Utilities from the vertical menu.2. Under User management, click Edit user.

A list of all users is shown.

GUID-EB370B2F-BA6A-4718-AD2F-45076CCCFBCC V1 EN

Figure 56: Editing users

3. Edit, create or delete users.



• Select a user and click edit.• Click new to create a new user.• Select a user and click Delete.

If users are edited or created, the User Details dialog box opens.4. Under User, define the user details.

4.1. In the User name box, use a maximum of 20 characters to enter a uniqueuser name that is used for logging in to the system.If the user already exists, an error message appears.

4.2. In the Complete name box, enter the user's full name.4.3. In the User type list, define the user right level.

• User• Power user• Administrator

4.4. Select the Active check box if the user should be active and able to log into the system.

4.5. Clear the Locked check box if the user has been locked in Runtime and isunable to log in to the system, for example, after three failed loginattempts.

4.6. In the Login profile list, select the login profile for the filter settings.

GUID-DFECCC63-F705-4981-93E7-2888D106DB9C V1 EN

Figure 57: Defining user details

5. Under Change password, manage the passwords.5.1. In the Old password box, enter the old password to be able to change the

existing password.This is only used if the user wants to change the password. If anadministrator changes this password, the user needs to change thepassword at first login.

5.2. In the New password box, enter the new password for the user.5.3. In the Confirm password box, enter the new password again.

6. Under User Groups, click or to select or remove the user's user groups.



The user level can be edited for each group.7. Under Message Control, activate the user for message control services.

With message control, alarms and information messages can be automaticallysent and acknowledged via selected means. The message sending is triggeredwith a function that can be linked to an event. The status of this transmission islogged in the chronological event list. Message control enables secure access tocurrent power network data anytime and anywhere making it easier to respondquickly to faults or incidents.7.1. Select the User check box if the user is used by the module Message

Control.7.2. In the Telephone box, enter the number of the user's voice-compatible

telephone device.This number is used for text to speech.Use numbers only in addition to the permitted characters. The prefix + canbe used as an abbreviation for 00 of the international area code and thefollowing separators are permitted in AD user administration: minus (-),slash (/) and space. In the communication between AD and MessageControl, separators are ignored as soon as the data from the AD is mappedto a zenon object.

7.3. In the Cell phone box, enter the user's cell phone number.This number is used for messages via GSM and SMS (text messages).Use numbers only in addition to the permitted characters. The prefix + canbe used as an abbreviation for 00 of the international area code and thefollowing separators are permitted in AD user administration: minus (-),slash (/) and space. In the communication between AD and MessageControl, separators are ignored as soon as the data from the AD is mappedto a zenon object.

7.4. In the Mail box, enter the user's e-mail address.7.5. Click by the Substitute person box, to select a substitute person if the

user is not reached or they do not accept the message.Only users who have been activated as Message Control users areavailable for selection.

7.6. In the PIN code box, enter a four-digit PIN code (0000...9999) that the usermust use to confirm the receipt of the message.

7.7. In the NA code box, enter a four-digit PIN code (0000...9999) that the usermust use to reject the receipt of the message (not available).After rejection, the message is sent to the next user in the list. If there is noother user entered in the list, the message is entered as "not successfullyacknowledged". The function assigned to this is executed. In addition, a"rejected by" CEL entry is created in each case.

8. Click Ok.



Table 27: Predefined users

Full name Login name Default password GroupAdministrator admin abbadmin Administrators

Engineer engineer engineer Maintenance

Operator operator operator Operators

3.7.2 Editing groups

Existing user groups can be edited or deleted. It is also possible to create new usergroups with their own authorization levels. All user groups automatically have theauthorization level “0”.

Exercise caution when deleting user groups. The visualization may nolonger be fully operated if user groups are deleted.

1. On the main screen, select Utilities from the vertical menu.2. Under User management, click Edit groups.

The Edit Groups dialog box opens.3. Edit, create or delete user groups.

The existing user groups are listed under User Groups.• Under User Groups, select a user group.

Under Authorization levels, click or to grant or remove theselected authorization levels.

• Under Properties, click New group to create a new user group, enter theuser name and click Ok.

• Under User Groups, select a user group and click Delete group to deleteit.



GUID-9FCE6B3A-EC6F-40E0-94E7-C87B76D802CA V1 EN

Figure 58: Editing groups

Table 28: Authorization levels for predefined user groups

Authorizationlevel

Administrators Maintenance Operators Description

Pagenavigation

No login No login No login

AlarmAcknowledge

x x x Allowed to acknowledge alarms

CBcommands

x x x Allowed to send commands tothe IEC device, open and closecircuit breakers and sendremote reset

Logic orParametersettings

x x - Authorization depends on thespecific project settings.

Systemshutdown

x - - Allowed to deactivate Runtime

3.7.3 Viewing user list

The user list provides an overview of all existing users in the current system. Unlikethe list under Edit user, there are no user controls available under User list.

1. On the main screen, select Utilities from the vertical menu.2. Under User management, click User list.



3.8 Configuring printers

The printer setup can be used to configure different printers for each category.

Always monitor the printing process because ABB zenon does notnotify if a print job has started successfully or if a printer has beenconfigured.

1. On the main screen, select Utilities from the vertical menu.2. Under Printer setup, click Select printer.3. In the Printer dialog box, select the printer option from the drop-down list or

click to locate the printer.• for online printing AML or CEL• for offline printing AML or CEL• Values and protocols for output• for screen shots• for notepad

GUID-B05CCD37-9650-4C07-9D33-211478C5CEAB V1 EN

Figure 59: Selecting the printers

4. Click OK.



3.9 Configuring bay properties

The selected properties of the devices created in the project can be changeddynamically in bay management.

1. On the main screen, select Utilities from the vertical menu.2. Under Bay management, make the selection based on the bay's voltage level.

• up to 45 kV• over 45 kV

3. In the Bay list, select the device.Bays are presorted according to their electrical voltages.

4. Edit the bay properties.• Tag• Description• Switchboard

GUID-44DA6DFA-2F4F-4958-8B4B-341C27219058 V1 EN

Figure 60: Editing the bay properties

Table 29: Voltage levels

Voltage level Letter ZEE bay management index>420kV B 12

380...420 kV C 11

220...380 kV D 10

110...220 kV E 9

60...110 kV F 8

45...60 kV G 7

30...45 kV H 6




Voltage level Letter ZEE bay management index20...30 kV J 5

10...20 kV K 4

6...10 kV L 3

1...6 kV M 2

GUID-A6B55473-9005-497C-84AD-4FA2FE37E3E4 V1 EN

Figure 62: Selecting the ANSI standard



GUID-4E85FDC6-F349-4F51-B257-7BCBB2764D07 V1 EN

Figure 63: Selecting the IEC standard

3.12 Selecting electrical symbol alarms and text

1. On the main screen, select Utilities from the vertical menu.2. Under Electrical alarms/text Standard, select the norm that applies to the

special device messages which have to follow a specific sentence structure.• IEC61850• IEC• ANSI

3.13 Managing variables

In variable diagnosis, variables created in the project can be added to the displayedtable to view their actual values. The actual values of these variables can also bemanipulated.

The manipulation of variables can lead to unpredictable malfunctionof the connected devices and affect the usability and functionality of



the visualization. Only experienced users should use the variablediagnosis option.

The display of counter values of the variable list can be controlled. Switching of thevalue display resets the column width back to the default. For example, manuallywidened columns become wider as a result. In the variable lists, the following contentis visualized in counter values and can be switched using the value display.

• Actual value• Set value• Minimum• Maximum• Actual value (raw data)

2

3

1

GUID-14B4DA28-F7D1-407D-8709-A1A08D66B7C3 V1 EN

Figure 64: Variable diagnosis with selected variables

1 Filter buttons

2 Control buttons

3 Variable list

1. On the main screen, select Utilities from the vertical menu.2. Under Variable diagnosis, click open screen.3. Manage the variable list.



• Sort and filter the cells in Runtime.• Save the filtering and sorting in the filter profiles.• Hold down the right mouse button to change the column width.• Drag columns to rearrange them.

4. Manage filters.• In the Filter Profile list, select a filter to be applied.• In the Filter Profile text box, type a name and click Save to save the

current settings as a filter profile.

The filter profile name can be a maximum of 31 characterslong and must only contain valid characters. Theprohibited characters are: ! \ / : * ? < > | ""

• Click Import to import filter profiles from export file.• Click Export to export filter profiles in the file.• Click Delete to delete the selected filter profile.

5. Under Variables, add or remove variables.• Click Add to add a variable to the variable list in Runtime.• Click Release to remove a variable from the variable list in Runtime.

6. Under Actual value, manage the updating of current variable values.• Click Refresh on to switch on automatic updating of current variable

values.• Click Refresh off to switch off automatic updating of current variable

values.• Click Refresh now to update the current values of the variables.

7. Under Write set value, select which set values are written to the hardware.• All variables• Selected variables

8. Under View, select the variable list value format.• Decimal• Hexadecimal• Binary• Octal• Exponential



Table 30: Variable list columns

Column Visibility in Runtime Unit Description Note

Name1) Yes Name of thevariable

This correspondsto the Nameproperty in zenonEditor.

Identification1) Yes Identification ofthe variable

This correspondsto theIdentificationproperty in zenonEditor.

Actual value1) Yes Current value ofthe variable

Updated with theUpdating on orUpdate nowbuttons.

Set value Yes Set value of thevariable

Measuring unit1) Yes Measuring unit ofthe variables

This correspondsto the Measuringunit property inzenon Editor.

Minimum1) Yes Minimum signalrange of thevariables in thePLC

This correspondsto the Signalrange min.property in zenonEditor.

Maximum1) Yes Maximum signalrange of thevariables in thePLC

This correspondsto the Signalrange max.property in zenonEditor.

Status1) Yes Current status ofthe variable inplain text display




Column Visibility in Runtime Unit Description NoteTimestamp Current time

stamp of thevariable

If a value has thestatusT_EXTERN andnot T_INVAL, thevalue of theexternal timestamp is used asthe time stamp.The external timestamp is the timevalue that thecontroller hasprovided togetherwith the value atthe driver. If a value has thestatus T_INTERNor hasT_EXTERN andT_INVAL, thevalue of theinternal timestamp is used asthe time stamp.The internal timestamp is the timepoint at which thedriver hasreceived the valuefrom thecontroller.

Display withprecision inseconds1)

Yes

Timestampinternal (UTC)1)

Yes ms Current internaltime stamp of thevariable in UTCtime

Timestampexternal (UTC)1)

Yes ms Current externaltime stamp of thevariable in UTCtime

Symbolicaddress1)

Yes Symbolic addressof the variable

This correspondsto the Symbolicaddress propertyin zenon Editor.Empty, if notpresent

Address1) Yes Address of thevariable

This correspondsto the Addressingproperty group inzenon Editor.

Actual value (rawdata)1)

No Raw data of thevariable's actualvalue

This valuecorresponds tothe actual value ofthe variablebefore the valueadjustment.




Column Visibility in Runtime Unit Description Note

Status (binary)1) No Status of variable Display format:shows thecomplete 64-bitstatus register inbinary form. Thisdisplay is alwaysbinary, regardlessof the selectedvalue display inthe displayoptions.

Timestampexternal (local)1)

No ms Current externaltime stamp of thevariable in localtime

Unavailable ifthere is noexternal timestamp

Timestampinternal (local)1)

No ms Internal timestamp of thevariable in localtime

1) Cannot be changed in Runtime

3.14 Creating backups

ABB zenon Editor has its own node in the project tree for making project backups.These can be found at the bottom of the project tree.

1. In the project manager, right-click the Project backups node and select Createbackup.

2. In the backup dialog box, enter the name and the description.The saved project backups are displayed and administered in the detail view.

3.15 Restoring backups

1. In the project manager, click

Documents

Configuration Manual ABB ZEE600 · 2020. 1. 24. · 1.1 This manual The configuration manual contains instructions on how to set up ABB ZEE600. The manual provides procedures for