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Power and productivity

for a better worldTM

800xA for AC 100 Aspect Object Types

System Version 6.0

800xA for AC 100

Aspect Object Types

System Version 6.0

NOTICEThis document contains information about one or more ABB products and may include a description of or a reference to one or more standards that may be generally relevant to the ABB products. The presence of any such description of a standard or reference to a standard is not a representation that all of the ABB products referenced in this document support all of the features of the described or referenced standard. In order to determine the specific features supported by a particular ABB product, the reader should consult the product specifications for the particular ABB product.

ABB may have one or more patents or pending patent applications protecting the intel-lectual property in the ABB products described in this document.

The information in this document is subject to change without notice and should not be construed as a commitment by ABB. ABB assumes no responsibility for any errors that may appear in this document.

In no event shall ABB be liable for direct, indirect, special, incidental or consequential damages of any nature or kind arising from the use of this document, nor shall ABB be liable for incidental or consequential damages arising from use of any software or hard-ware described in this document.

This document and parts thereof must not be reproduced or copied without written per-mission 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 and may be used, copied, or disclosed only in accordance with the terms of such license. This product meets the requirements specified in EMC Directive 2004/108/EC and in Low Volt-age Directive 2006/95/EC.

TRADEMARKSAll rights to copyrights, registered trademarks, and trademarks reside with their respec-tive owners.

Copyright © 2003-2014 by ABB. All rights reserved.

Release: August 2014 Document number: 3BDS013986-600

3BDS013986-600 5

Table of Contents

About This User ManualGeneral ............................................................................................................................11

User Manual Conventions ...............................................................................................12

Feature Pack .........................................................................................................12

Warning, Caution, Information, and Tip Icons ....................................................13

Terminology.....................................................................................................................14

Released User Manuals and Release Notes.....................................................................19

Section 1 - Aspect Object Types and their AspectsAC 100 Aspect Object Types Overview..........................................................................23

General Aspect Overview................................................................................................26

Detailed Aspect Overview...............................................................................................27

Name Aspect ...................................................................................................................32

Faceplate Aspect..............................................................................................................33

AlarmControl .......................................................................................................33

Pin Button.............................................................................................................35

Control Connection Aspect Properties ............................................................................35

Alarm and Event List Aspect...........................................................................................52

Section 2 - AC 100 Aspect Object Types in DetailAnalog Input AIS ............................................................................................................58

Faceplate .............................................................................................................58

Control and Reduced Control...............................................................................60

Limits .............................................................................................................64

Block .............................................................................................................66

Object Display......................................................................................................67

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6 3BDS013986-600

NumericMV01 ..................................................................................................... 73

UnitMV01............................................................................................................ 74

BargraphMV01 .................................................................................................... 75

Object Icon........................................................................................................... 78

Analog Output AOS ........................................................................................................ 79

Faceplate ............................................................................................................ 79

Control and Reduced Control .............................................................................. 81

Block ............................................................................................................ 83

Object Display ..................................................................................................... 84

NumericOUT01 ................................................................................................... 89

UnitOUT01 .......................................................................................................... 90

BargraphOUT01 .................................................................................................. 91

Object Icon........................................................................................................... 93

Digital Input DIS............................................................................................................. 94

Faceplate ............................................................................................................ 94

Control and Reduced Control .............................................................................. 96

Block ............................................................................................................ 98

Object Display ..................................................................................................... 99

IndicatorBox01 .................................................................................................. 103

Object Icon......................................................................................................... 104

Digital Output DOS....................................................................................................... 105

Faceplate .......................................................................................................... 105

Control and Reduced Control ............................................................................ 107

Block .......................................................................................................... 109

Object Display ................................................................................................... 110

IndicatorBox01 .................................................................................................. 113

Object Icon......................................................................................................... 114

Analog Input DAT_AI................................................................................................... 115

Faceplate .......................................................................................................... 115


Object Display ................................................................................................... 119

NumericMV01 ................................................................................................... 122

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3BDS013986-600 7

3BDS013986-600 7

UnitMV01 ..........................................................................................................123

BargraphMV01...................................................................................................124

Object Icon .........................................................................................................125

Analog Output DAT_AO ...............................................................................................126

Faceplate ...........................................................................................................126

Control and Reduced Control.............................................................................128

Object Display....................................................................................................130

NumericOUT01..................................................................................................132

UnitOUT01 ........................................................................................................133

BargraphOUT01.................................................................................................134

Object Icon .........................................................................................................135

Digital Input DAT_DI....................................................................................................136

Faceplate ...........................................................................................................136


Object Display....................................................................................................140

IndicatorBox01...................................................................................................143

Digital Output DAT_DO................................................................................................145

Faceplate ...........................................................................................................145


Object Display....................................................................................................149

IndicatorBox01...................................................................................................151

Object Icon .........................................................................................................152

Calculated Data DAT_DAT ...........................................................................................152

Faceplate ...........................................................................................................152


Numeric01..........................................................................................................155

Object Icon .........................................................................................................156

Boolean Calculated Data MB........................................................................................156

Faceplate ...........................................................................................................156


Numeric01..........................................................................................................158

Object Icon .........................................................................................................159

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8 3BDS013986-600

Calculated Boolean Signal Data MBS .......................................................................... 160

Faceplate .......................................................................................................... 160


Object Display ................................................................................................... 164

IndicatorBox01 .................................................................................................. 167

Object Icon......................................................................................................... 168

Calculated Integer Data MI ........................................................................................... 168

Faceplate .......................................................................................................... 168


Numeric01 ......................................................................................................... 170

Unit .......................................................................................................... 171

Object Icon......................................................................................................... 172

Calculated IntegerLong Data MIL ................................................................................ 173

Faceplate .......................................................................................................... 173


Numeric01 ......................................................................................................... 175

Unit .......................................................................................................... 177

Object Icon......................................................................................................... 177

Calculated Real Data MR.............................................................................................. 178

Faceplate .......................................................................................................... 178


Numeric01 ......................................................................................................... 180

Unit .......................................................................................................... 182

Object icon ......................................................................................................... 182

Signal ‘Group’ Objects AIS Group, ... .......................................................................... 183

Object Icon......................................................................................................... 184

AF100 Network............................................................................................................. 185

List of Aspects ................................................................................................... 185

Object Icon......................................................................................................... 186

AF100 TestNetwork ...................................................................................................... 186

Object Icon......................................................................................................... 186

AF100 Station ............................................................................................................... 186

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3BDS013986-600 9

3BDS013986-600 9

Object Icon .........................................................................................................186

Station Status Group......................................................................................................187

Object Icon .........................................................................................................187

AF100 CI Summary ......................................................................................................187

Object Icon .........................................................................................................187

IO CI Summary .............................................................................................................188

Object Icon .........................................................................................................188

PM Summary.................................................................................................................188

Object Icon .........................................................................................................188

Basic Station Group.......................................................................................................188

Object Icon .........................................................................................................188

AF100 Communication Board CI .................................................................................189

Object Icon .........................................................................................................189

Processor Module ..........................................................................................................189

Object Icon .........................................................................................................189

OPC ............................................................................................................................189

Object Icon .........................................................................................................190

Index

Table of Contents

10 3BDS013986-600

3BDS013986-600 11

About This User Manual

General

Any security measures described in this User Manual, for example, for user access, password security, network security, firewalls, virus protection, etc., represent possible steps that a user of an 800xA System may want to consider based on a risk assessment for a particular application and installation. This risk assessment, as well as the proper implementation, configuration, installation, operation, administration, and maintenance of all relevant security related equipment, software, and procedures, are the responsibility of the user of the 800xA System.

800xA for AC 100 consists of:

• AC 100 OPC Server a standard OPC Server for access to control systems based on Advant Controller 100 Series

• 800xA for AC 100 Software the software necessary to connect AC 100 OPC Server to ABB’s System 800xA.

Delivered with 800xA for AC 100 are Aspect Object Types according to the following subdivision:

• Signal Object Types for the Advant Controllers 100 Series

– Standard Signal Object Types AIS, AOS, DIS, DOS, DAT_AI, DAT_AO, DAT_DI, DAT_DO

– Calculated Data Object Types MB, MBS, MI, MIL, MR, DAT_DAT

User Manual Conventions About This User Manual

12 3BDS013986-600

• (Control) System Status Object Types for the Advant 100 Controller Series AF100 (Test) Network, AF100 Station, Station Status Group, AF100 CI Summary, IO CI Summary, PM Summary, Basic Station Group, AF100 CI, Processor Module, OPC Some of them additionally represent control system structures like Bus, Station or Basic Station.

• Grouping Object Types for the Advant 100 Controller Series AIS Group, AOS Group, DIS Group, DOS Group, DAT_AI Group, DAT_AO Group, DAT_DI Group, DAT_DO Group, MB Group, MBS Group, MI Group, MIL, MR Group, DAT_DAT Group These objects provide a grouping of the AC 100 Aspect Objects within the Control Structure.

For a complete list of all supported AC 100 Aspect Object Types please refer to Section 2, AC 100 Aspect Object Types in Detail.

Most of the object types contain the following default aspects:

• Control Connection Aspect

• Display Element Aspects

– Faceplate Elements (--> process dialogs)

– Graphical Elements

• An Icon Aspect.

This book is focused on describing the display elements and object icons.

User Manual ConventionsMicrosoft Windows conventions are normally used for the standard presentation of material when entering text, key sequences, prompts, messages, menu items, screen elements, etc.

Feature Pack

The Feature Pack content (including text, tables, and figures) included in this User Manual is distinguished from the existing content using the following two separators:

About This User Manual Warning, Caution, Information, and Tip Icons

3BDS013986-600 13

Feature Pack Functionality ______________________________________________________________________

<Feature Pack Content>

___________________________________________________________________________________________

Feature Pack functionality included in an existing table is indicated using a table footnote (*) :*Feature Pack Functionality

Feature Pack functionality in an existing figure is indicated using callouts.

Unless noted, all other information in this User Manual applies to 800xA Systems with or without a Feature Pack installed.

Warning, Caution, Information, and Tip Icons

This User Manual includes Warning, Caution, and Information where appropriate to point out safety related or other important information. It also includes Tip to point out useful hints to the reader. The corresponding symbols should be interpreted as follows:

Although Warning hazards are related to personal injury, and Caution hazards are associated with equipment or property damage, it should be understood that operation of damaged equipment could, under certain operational conditions, result

Electrical warning icon indicates the presence of a hazard which could result in electrical shock.

Warning icon indicates the presence of a hazard which could result in personal injury.

Caution icon indicates important information or warning related to the concept discussed in the text. It might indicate the presence of a hazard which could result in corruption of software or damage to equipment/property.

Information icon alerts the reader to pertinent facts and conditions.

Tip icon indicates advice on, for example, how to design your project or how to use a certain function

Terminology About This User Manual

14 3BDS013986-600

in degraded process performance leading to personal injury or death. Therefore, fully comply with all Warning and Caution notices.

TerminologyA complete and comprehensive list of terms is included in System 800xA System Guide Functional Description (3BSE038018*). The listing includes terms and definitions that apply to the 800xA System where the usage is different from commonly accepted industry standard definitions and definitions given in standard dictionaries such as Webster’s Dictionary of Computer Terms. Terms that uniquely apply to this User Manual are listed in the following table.

Term/Acronym Description

Graphics element A graphic aspect that has a reference to an Aspect Object. Normally a part of a graphic display. A graphical object is typically built up from several subelements and/or primitive elements. Some graphic elements are provided by ABB, while others may be built by the user.

graphic element 1

Examples of Graphic Elements provided by ABB:

81.4 M/MIN

ValueField Bar Hscale

100.00.0

About This User Manual Terminology

3BDS013986-600 15

Primitive elements A simple graphic element, for example a rectangle or a polygon.

Subelements A graphic element composed of primitive elements, for example a bar with limits where the limits and the bar are separate primitive elements.

Graphic element browser

A tool used to select object aware (graphic) elements in Graphics Builder.

Graphic expression Graphic expression is used to specify a data subscrip-tion and a relationship between process data and data to be displayed.

Graphic libraries Libraries of primitive elements, and standard graphic elements, for example process dialog, object display and close-up.



16 3BDS013986-600

General Terms


AC Advant Controller, the common term for the series of controllers used in ABB automation systems, for example AC 160, AC 110.

ACC AMPL Control Configuration. See CBA below.

Advant OCS The term refers to one or more of the open control systems from ABB, i.e., ABB Advant, ABB Master and ABB MOD 300.

AF100 Advant Fieldbus 100. AF100 is a high speed communication link intended for communication between controllers in the AC 400 and AC 100 series and other equipment adapted for the bus. The transmission rate is 1.5 Mbit/s and it supports three transmission media: twisted pair, coaxial and optical media.

AMPL ABB Master® Programming Language. A function-block language with graphic representation which is especially developed for process control applications.

APB Application Builder. The software module in CBA used to handle projects, nodes, circuits and type circuits.

APC Application Controller, a control unit used for motor drives, and so on.

BCB Bus Configuration Builder. The software module in CBA used to create and maintain the Bus Configuration Database.

BCD Bus Configuration Database contains configuration data of nodes and busses on the AF100 network belonging to a project. The BCD is created and maintained with the CBA software and read by the OPC Server at start-up. File suffix is MDB.

About This User Manual Terminology

3BDS013986-600 17

BCI Bus Configuration Interface. Internal interface to the Bus Configuration Database for the AC 100 OPC Server. Implemented according to Microsofts’s Component Object Model (COM).

CBA Control Builder A. Application building software for Advant Controller 100 and 400 series. Replaces the AMPL CC software. Comprises Application Builder (APB), Function Chart Builder (FCB), and Bus Configuration Builder (BCB)

CI Communication Interface

CI Board A CI board is a Communication Interface Board, used to connect a PC to the Advant Fieldbus 100 bus.

Client Application A client application is an application which subscribes for data and/or sends commands to objects in the automation system.

Clock Master A clock master is a device which distributes time on the bus to

synchronize clocks in nodes on the Advant Fieldbus 100.

COM Component Object Model, a specification that defines how individual software components can interact and share data under Windows. Developed by Microsoft.

DAT Based Objects Object types with, compared with the Extended DB Elements, limited object support.

DCOM Distributed COM. Extends COM to networks.

DSP DataSet Peripheral, a block of data to be transmitted on Advant Fieldbus 100. In the controller the DataSet Peripheral is represented with a database element.

ESD Electrostatic Discharge.

EVS Event Sets, the object type for transmitting time tagged events on the Advant Fieldbus 100 network.



18 3BDS013986-600

Extended DB Elements These object types offer complete support for the different object attributes.

FCB Function Chart Builder, the graphic configuration and programming tool in CBA.

Function Chart A function chart is a diagram for the representation of process control programs. It contains graphical symbols (rectangles) for PC elements and lines for connections between element terminals.

HMI

HSI

Human Machine Interface.

Human System Interface.

LED Light Emitting Diode. LEDs are often used as indicators on control panels.

Object (Process) Object (Process) is a physical or calculated process object, or a functional unit or type circuit containing all related inputs and outputs. An example of a process object is an analog input including value, limits, status, etc. There are two kinds of objects, Extended DB Elements and DAT based objects

MMI Man Machine Interface.

OPC OLE for Process Control.

OS Operator Station, a station with operator interactive functionality.

PC An abbreviation for both personal computer and process controller.

PC element PC element is an abbreviation for process control element, which is part of a process control program. PC elements are represented by rectangles in a function chart and by corresponding callnames in a tree diagram

PCI Personal Computer Interface bus. Standard PC bus.

PC program PC program is an abbreviation for process control program.


About This User Manual Released User Manuals and Release Notes

3BDS013986-600 19

Released User Manuals and Release NotesA complete list of all User Manuals and Release Notes applicable to System 800xA is provided in System 800xA Released User Manuals and Release Notes (3BUA000263*).

System 800xA Released User Manuals and Release Notes (3BUA000263*) is updated each time a document is updated or a new document is released. It is in pdf format and is provided in the following ways:

• Included on the documentation media provided with the system and published to ABB SolutionsBank when released as part of a major or minor release, Service Pack, Feature Pack, or System Revision.

• Published to ABB SolutionsBank when a User Manual or Release Note is updated in between any of the release cycles listed in the first bullet.

A product bulletin is published each time System 800xA Released User Manuals and Release Notes (3BUA000263*) is updated and published to ABB SolutionsBank.

PCPGM Program header, a PC element.

SDP Service Data Protocol used to send messages on the Advant Fieldbus 100 network.

XDB Extended DB Elements (AIS, AOS, DIS, DOS, MB, MBS, MI, MIL, MR)

Category Title Description

Hardware Advant Fieldbus 100 User’s Guide (3BSE000506*)

Describes how to use the AF100 Network. It also provides a technical description of communication boards and modems available.


Released User Manuals and Release Notes About This User Manual

20 3BDS013986-600

Installation System 800xA Installation and Upgrade Getting Started (2PAA111708*)

Describes installation of the System 800xA.

Advant OCS, Control Builder A, Installation (3BDS013836*)

Describes how to install Control Builder A.

Software 800xA for AC 100 OPC Server, Configuration and Operation (3BDS013988*)

Describes how you can configure and use AC 100 OPC Server.

800xA for AC 100, Configuration and Operation (3BDS013989*)

Describes how you can configure and use 800xA for AC 100.

System 800xA, 800xA for AC 100, Aspect Object Types Reference Manual (3BDS013986*)

Describes how you can configure and use 800xA for AC 100 (this manual).

System 800xA Configuration (3BDS011222*)

Describes configuration of System 800xA.

System 800xA Operation (3BSE036904*)

Describes operation of System 800xA.

System 800xA Engineering Process Graphics (3BSE049230*)

Describes the configuration of process graphics in System 800xA.

System 800xA Operations Operator Workplace Configuration (3BSE030322*)

Describes the configuration and maintenance of System 800xA.

Application Builder User’s Guide (3BDS100560*)

Describes installation of Control Builder A components and contains the operation instruction of Application Builder.

Bus Configuration Builder User’s Guide (3BDS100312*)

Describes bus configuration support functions for Advant Fieldbus 100.

Function Chart Builder User’s Guide (3BDS100595*)

Describes how Function Chart Builder can be used to configure different target systems.


About This User Manual Released User Manuals and Release Notes

3BDS013986-600 21

Software AMPL Configuration Advant Controller 100 Series Ref. Manual (3BSE009626*)

Contains instructions about configu-ration and application programming, fault tracing and maintenance of Advant Controller 160/110/70.

PC Elements Advant Controller 160 Series Ref. Manual (3BDS005557*)

PC Elements Advant Controller 110 Series Ref. Manual (3BSE000504*)

PC Elements Advant Controller 70 Series Ref. Manual (3BSE009177*)

Contain instructions and the data sheets for all PC Elements available for Advant Controller 160/110/70.

Data Base Elements Advant Controller 160 Reference Manual (3BDS005556*)



Contain instructions and the data sheets for all data base elements available for Advant Controller 160/110/70.


Released User Manuals and Release Notes About This User Manual

22 3BDS013986-600

3BDS013986-600 23

Section 1 Aspect Object Types and their Aspects

AC 100 Aspect Object Types OverviewThe Aspect Object Types supported by 800xA for AC 100 consist of the components listed below.

Signal Object Types for Advant Controllers 100 Series

Signal Object Types represent signals from input/output channels but can also be used for calculated data. The delivered graphic elements are adapted to the different capabilities of the object types.

• Standard Signal Object Types, XDB-based represent analog and digital, input and output data and stem from Extended DB Elements configured in the AC 100 Series Controller. Extended support for status supervision, alarm and event generation, limit treatment and operator interaction is built-in.

– Analog Input AC 100 AIS

– Analog Output AC 100 AOS

– Digital Input AC 100 DIS

– Digital Output AC 100 DOS

• Standard Signal Object Types, DAT-based represent analog and digital, input and output data and stem from MMI (DAT-based) DB Elements configured in the AC 100 Series Controller. Compared to XDB-based elements they have limited functionality and require additional configuration effort in the controller.

AC 100 Aspect Object Types Overview Section 1 Aspect Object Types and their Aspects

24 3BDS013986-600

– Analog Input AC 100 DAT_AI

– Analog Output AC 100 DAT_AO

– Digital Input AC 100 DAT_DI

– Digital Output AC 100 DAT_DO

• Calculated Data Object Types, XDB-based represent calculated data and stem from Extended DB Elements configured in the AC 100 Series Controller. Extended support for status supervision, alarm and event generation and operator interaction is built-in.

– Boolean Data AC 100 MB and Boolean Value AC 100 MBS

– Integer Data AC 100 MI

– Integer Long Data AC 100 MIL

– Real Data AC 100 MR

• Calculated Data Object Type, DAT-based represents calculated data and stems from a so called MMI (DAT-based) DB Element configured in the AC 100 Series Controller. This element may represent different data types and requires additional configuration effort in the controller.

– Data AC 100 DAT_DAT

• Signal and Calculated Data Grouping Object Types provide a grouping of the related AC 100 Aspect Objects without any extra functionality. Supported are

– AC 100 AIS / AOS / DIS / DOS Group

– AC 100 DAT_AI / DAT_AO / DAT_DI / DAT_DO Group

– AC 100 MB / MBS / MI / MIL / MRGroup

– AC 100 DAT_DAT Group

Section 1 Aspect Object Types and their Aspects AC 100 Aspect Object Types Overview

3BDS013986-600 25

Control System Status Object Types for Advant 100 Controller Series

Control System Status Object Types represent the status of hardware and software elements in the control system.

• AF100 Structure Object Types represent Advant Fieldbus 100 Networks and Stations. They give a control system status overview and define the superordinated structures within the Control Structure.

– AF100 Network Object. AC 100 AF100 Network

– AF100 TestNetwork Object. AC 100 AF100 TestNetwork

– AF100 Station Object. AC 100 AF100 Station

• Summary Status Object Types provide an overview of all modules of the same category within one station.

– Station Summary Group Object AC 100 Station Status Group

– AF100 Communication Module Summary AC 100 AF100 CI Summary

– Input/Output and CI Module Summary AC 100 IO CI Summary

– Processor Module Summary AC 100 PM Summary

• Single Module Status Object Types provide the status of the different modules within the basic station

– Single Module Group Object AC 100 Basic Station Group

– AF100 Communication Board AC 100 AF100 CI

– Processor Module AC 100 Processor Module

– AC 100 OPC Server or AdvaSoft 1.x station AC 100 OPC

General Aspect Overview Section 1 Aspect Object Types and their Aspects

26 3BDS013986-600

General Aspect OverviewEach of the 800xA for AC 100 Signal and System Status Aspect Objects (except Grouping Objects) contain the following default aspects:

• The Control Connection Aspects contains the following attributes– The name, data type, permission (read/write) and subscription update rate

of each attribute.– A user interface to inspect the object type attribute information. It can also

be used to subscribe for the current value of each attribute.

• A number of display element aspects (Faceplate elements where relevant and a number of additional graphical presentations).

• A Faceplate aspect (except for System Status Objects) can be used to view and change the object value. The Faceplate can be viewed in three different modes, normal, reduced and extended. Depending on the mode different amounts of information and options are displayed in the Faceplate.

• An Icon Aspect.

The standard signal object types AIS, AOS, DIS, DOS, DAT_AI, DAT_AO, DAT_DI and DAT_DO also include additional aspects such as:

• An Alarm List aspect (for the instantiated object). This aspect shows alarms that are generated in the system, it also makes it possible to acknowledge generated alarms.

• An Event List aspect (for the instantiated object). The Event list displays events that occur in the system.

• A Trend aspect that monitors the object value and displays it in a timegrid.

The subdivision into summary status and single module status is meaningful only in case of redundant AF100 Communication interfaces and in case of multiprocessor support. In all other cases (Advant Controller 70, Advant Controller 110 or Advant Controller 160 with one AF100 communication interface and one processor module only) the module summary status and the single module status are nearly identical.

Section 1 Aspect Object Types and their Aspects Detailed Aspect Overview

3BDS013986-600 27

The System Status Object Types Processor Module and PM Summary, OPC, AF100 CI and AF100 CI Summary and IO CI Summary include additional aspects such as:

• A System Status Viewer aspect contains status information about the specific object.

• A System Status Reporter can be used to get a more detailed view of the status of the specific object.

• A System Event List collects and displays information about events that occur in the system.

Detailed Aspect OverviewAll Aspects used for AC 100 Aspect Object Types (‘AC 100...’) are shortly described in the table below.

Aspect Name DescriptionObject Type(s) having this

Aspect

AC 100 'object type name' Type Reference

Defines the origin of the object. All objects

Adapter Data Source

Defines where the test data comes from. AF100 Test Network

Alarm List This aspect shows alarms for the objects that are generated in the system, it also makes it possible to acknowledge generated alarms.

AIS, AOS, DAT_AI, DAT_DI, DIS, DOS, MBS

AlarmControl Graphic element showing the state of the alarm calculated from object status like acknowledge, disturbance or error.


AlarmControl-Property

Defines the rules how the AlarmControl graphic element will be presented depending on object status.


Detailed Aspect Overview Section 1 Aspect Object Types and their Aspects

28 3BDS013986-600

BargraphMV01 This graphical element defines a template for a bargraph presentation of a numeric (analog) value, including the limit values and the object state.

AIS, DAT_AI, AOS, DAT_AO

BargraphMV02 This graphical element defines a template for a bargraph presentation of a numeric (analog) value, including the object state.

AIS

Block Faceplate element enabling the Operator to block certain functionality of an object. Supported is

• to block the value transfer from/to the input/output channel to/from the control application, enabling the operator to set the value

• to block alarm generation if limits are transgressed;

• to block the printout of alarms

AIS, AOS, DIS, DOS

Control Faceplate element showing the actual measured value (MV) and allowing to set the measured value (MV); sometimes via additional buttons.

AIS, AOS, DAT_AI, DAT_AO, DAT_DAT, DAT_DI, DAT_DO, DIS, DOS, MBS

Control Connection

The OPC Server properties of the object.

See also Control Connection Aspect Properties on page 36.

AIS, AOS, DAT_AI, DAT

_AO, DAT_DAT, DAT_DI, DAT_DO, DIS, DOS

MB, MBS, MI, MIL, MRAF100 CI, AF100 CI Summary, IO CI Summary, PM Summary, Processor Module, OPC

Control Structure Places the object within the control structure. All 'AC 100 …' objects are placed automatically by the Uploader into the Control Structure.


Aspect


3BDS013986-600 29

Event List The Event list displays events for the object that occur in the system.

AIS, AOS, DAT_AI, DAT_DI, DIS, DOS

Faceplate Defines a template for an object type specific Faceplate. The Faceplates may exist in up to 3 variants: Reduced, Normal and Extended.

Faceplates are used to monitor and control the related object.

AIS, AOS, DAT_AI, DAT_AO, DAT_DAT, DAT_DI, DAT_DO, DIS, DOS, MB, MBS, MI, MIL, MR

IndicatorBox01 This graphical element defines a template for the presentation of a boolean (digital) value.

DAT_DI, DAT_DO, DIS, DOS, MBS

Limits Faceplate element showing the actual valid limit values and allowing to set them.

AIS

Name Object name.

This is either

• a fixed name (e.g. in case of Status objects) partly proceeded by Bus/Station number or

• the name of the DB Element instance in Function Chart Builder.

All objects

Numeric01

NumericMV01

NumericOUT01

This graphical element defines a template for numerical presentation of a numeric (analog) value.

DAT_DAT, MB, MI, MIL, MR

AIS, DAT_AI

AOS, DAT_AO

Object Display Shows the status of the object with different representations like bar graph, trend display, status and limits.

AIS, AOS, DAT_AI, DAT_AO


Object Icon Definition of the object icon visible within the structure window of Plant Explorer.

All objects

OPC Data Source Definition

Defines the connection to the related OPC Server.

AF100 Network


Aspect

Detailed Aspect Overview Section 1 Aspect Object Types and their Aspects

30 3BDS013986-600

Reduced Control Reduced version of the control element (see above).

AIS, AOS, DAT_AI, DAT_AO


System Event List

Shows all events of the objects. AF100 CI, AF100 CI Summary, AF100 Network, AF100 Station, AF100 Station Status, AF100 Test Network, Basic Station, IO CI Summary, OPC, Processor Module

AIS Group, AOS Group, DIS Group, DOS Group, DAT_AI Group, DAT_AO Group, DAT_DI Group, DAT_DO Group, DAT_DAT Group, MB Group, MBS Group, MI Group, MIL Group, MR Group

System Status Overview 1

Shows summary status information of the objects.

AF100 CI, AF100 CI Summary, IO CI Summary, OPC, PM Summary, Processor Module

System Status Reporter

A System Status Reporter that can be used to get a more detailed view of the status of the specific object.

AF100 CI, AF100 CI Summary, IO CI Summary, OPC, PM Summary, Processor Module

System Status Viewer

Shows summary status information of the stations and the nodes.

AF100 CI, AF100 CI Summary, AF100 Network, AF100 Station, AF100 Station Status, AF100 Test Network, Basic Station, IO CI Summary, OPC, PM Summary, Processor Module


Aspect


3BDS013986-600 31

Trend Display This Trend Display Aspect defines a template that monitors the object value and displays it in a timegrid.

AIS, AOS, DAT_AI, DAT_AO, DAT_DI, DAT_DO, DIS, DOS

Unit01

UnitMV01

UnitOUT01

This graphical element defines a template for textual presentation of the object’s unit as defined at the UNIT Terminal of the DB Element in Function Chart Builder.

MI, MIL

AIS, DAT_AI, MR

AOS, DAT_AO

Uploader Enables the automatically upload of all related objects and attributes defined by Function Chart Builder and by Bus Configuration Builder into the Control Structure.

AF100 Network, AF100 Test Network


Aspect

Name Aspect Section 1 Aspect Object Types and their Aspects

32 3BDS013986-600

Name AspectThe Uploader of the AC 100 AF100 Network object creates instances of Aspect Object Types delivered with 800xA for AC100 (AC 100 Aspect Object Types).

These instances are grouped according to grouping and structure object types described in AC 100 Aspect Object Types Overview on page 23 and named according to rules described below. The naming rules can be subdivided according to following schema

• fix names applied to all ‘Structure’, ‘Summary’ and ‘Group’ object instances

• variable names for all other elements which equal

– to the value of the corresponding DB Element’s NAME terminal or

– in case of DAT-based objects to the value of the corresponding DB Element’s OBJ_NAME terminal. This allows to give the Aspect Object instance the same name as for example the Analog Input Channel DB Element.

The names are proceeded by their corresponding AF100 Bus-Number (NETW), AF100 Station Number (NODE) and CPU Position Number (CPU) with 2 digits for each number and separated by a Space character, if applicable.

In case of AC 100 Station Status Group the Station-Number is succeeded by 3 Spaces, in case of AC 100 Basic Station Group by 2 Spaces. This enables the alphanumeric sorting algorithm of the Control Structure on System 800xA to start with the AC 100 Station Status Group, proceeded by the AC 100 Basic Station Group.

Section 1 Aspect Object Types and their Aspects Faceplate Aspect

3BDS013986-600 33

Faceplate Aspect

AlarmControlThe faceplates of the AC 100 object types may contain an alarm control icon indicating the alarm state of the object. The presence of the icon depends for digital signals on the value of VALUE_TREAT and for analog signals on the value of LIM1_TREAT / LIM2_TREAT. The icon is shown for

• DAT_DI, DIS, DOS and MBS in case of VALUE_TREAT = 2

• DAT_AI and AIS in case of LIM1_TREAT = 4 or LIM2_TREAT = 4

• AOS with ERROR_TREAT = 2

If any other value is set for VALUE_TREAT or LIMx_TREAT, no AlarmControl icon is shown in the faceplate. The color of the Alarm Control reflects the priority of the highest alarm condition of the object.

Table 1. Alarm Control Icons

Icon Description

Alarm is active and acknowledged.

Blinking Alarm is active but not acknowledged.

AlarmControl Section 1 Aspect Object Types and their Aspects

34 3BDS013986-600

Alarm disabled by user.

Alarm is idle, that is there are no alarms.

Alarm is neither active, nor acknowledged.

Hidden alarm A white rectangle covering an alarm symbol shows that there are hidden alarms for the object.

Shelved alarm A white circle appearing to the right of the alarm symbol shows that there are shelved alarms for the object.

Table 1. Alarm Control Icons

Icon Description

Section 1 Aspect Object Types and their Aspects Pin Button

3BDS013986-600 35

Pin ButtonA pin button has been added right of the View Selection Buttons to the faceplates, which is not shown in the figures below. The pin button will pin the faceplate to the workplace. A pinned faceplate will not be replaced when opening a new faceplate. The new faceplate will be opened in a separate window. For details please refer to the System 800xA, Operations (3BSE036904*)..

Control Connection Aspect PropertiesThe connection to the AC 100 Series controllers is determined by the OPC Data Source Definition Aspect of the AC 100 AF100 Network Object for all its child Aspect Objects.

The actual values of the different OPC items are accessed via the different Properties of the Control Connection Aspect of the different AC 100 Aspect Objects.

The following relation between the Control Connection Aspect of the Aspect Object in System 800xA and the OPC item definition in the AC 100 OPC Server exists:

Table 2 shows the Properties used for 800xA for AC 100 Aspect Objects.

AC 100 Aspect Object AC 100 OPC Server Item

Control Connection Aspect OPC Item = OPC Object

Control Connection Aspect Property OPC Item Attribute = OPC Object Attribute

The Control Connection Aspect Properties are exactly the same as the OPC Item (= OPC Object) Attributes.

Control Connection Aspect Properties Section 1 Aspect Object Types and their Aspects

36 3BDS013986-600

Table 2. Control Connection Aspect Properties Overview

Property Name r/w

Data Type, Status

(1)

Description Origin(2)

AC 100 Aspect Object Type(s)

ABOVE_HI_LIM1 r Bool, x Alarm limit transgressed

AIS, AOS

ABOVE_HI_LIM2 r Bool, x Alarm limit transgressed

AIS

ACT r Bool, x Set if all represented PMs have ACT=1 (Application is executing normally in the controller (deblocked)) or AC 100 OPC Server is up-and-running.

DB: ACT + Application(s) deblocked

PM Sum, PM, OPC

ACTIVE r Bool, x Object active, i.e. ready to run

AIS, AOS, DIS, DOS, DAT_AI, DAT_AO, DAT_DI, DAT_DO, MB, MBS, MI, MIL, MR, DAT_DAT, CI Sum, CI

ALARM_BLK rw Bool, x Alarms are blocked AIS, AOS, DIS, DOS

Section 1 Aspect Object Types and their Aspects Control Connection Aspect Properties

3BDS013986-600 37

ALARM_PERIOD_BLK r Bool, x Value of event set status (EVS_STAT):

0: mode changes do not generate events

1: mode changes do generate events

DB: AL_PERIOD_BLK

AIS, AOS, DIS, DOS

ALARM_UNACK rw Bool, x Alarm unacknowledged

AIS, AOS, DIS, DOS, DAT_AI, DAT_AO, DAT_DI, DAT_DO, MBS, IO CI Sum, CI, PM, OPC

APP_ID r String Controller base software, including version or OPC Server software, including version

PM, OPC

APP_TR r Int Treat for application version event

PM

APP_VERSION_AC r String Version (=date) of application as actually loaded in this PM

PM

APP_VERSION_BCD r String Version of application for this PM as actually present in BCD

PM


Property Name r/w

Data Type, Status

(1)




38 3BDS013986-600

APP_VERSION_OPC r String Version of application for this PM as currently loaded in OPC Server

PM

AVC_AC r Int Application version change. =1, if APP_VERSION_OPC != APP_VERSION_AC

PM

AVC_BCD r Int Application version change. =1, if APP_VERSION_OPC!= APP_VERSION_BCD

PM

B0_VAL... B31_VAL r (w)

Bool Boolean value 0..31 MB, DAT_DAT

BELOW_LO_LIM1 r Bool, x Alarm limit transgressed

AIS, AOS

BELOW_LO_LIM2 r Bool, x Alarm limit transgressed

AIS


Property Name r/w

Data Type, Status

(1)




3BDS013986-600 39

BOARD_STATE r String State of CI board. Valid values for local node are {“Operational”, ”Ready”, “Not ready”, ”Malfunctioning”}.

Valid values for remote nodes are {“Operational”, ”Malfunctioning”}

OPC

BUSADMIN r Int Bus Master. Retrieved from BCD for controllers, in runtime using status CDP for OPC server nodes.

CI

BUSLEN r Int Bus Length in meters.(PCI board on local node only).

CI

CLASS r Real Class DB: CLASS AIS, AOS, DIS, DOS, DAT_AI, DAT_AO, DAT_DI, DAT_DO, MBS


Property Name r/w

Data Type, Status

(1)




40 3BDS013986-600

CONST_FALSE, CONST_ONE_D, CONST_ONE_F, CONST_ONE_I, CONST_ONE_IL, CONST_TRUE, CONST_ZERO_D, CONST_ZERO_F, CONST_ZERO_I, CONST_ZERO_IL

r * Constants provided for programming support

CI

CPU r Int CPU position ‘PM’-DB: POSITION AIS, AOS, DIS, DOS, DAT_AI, DAT_AO, DAT_DI, DAT_DO, MB, MBS, MI, MIL, MR, DAT_DAT, CI, PM

CRA r Bool Cable redundancy active.

CI

DESCRIPTION r String The description of the object

DB: DESCR or DB: DESCR1

all

DESCRIPTION2 r String The description of the object, 2nd part

DB: DESCR2 DAT_AI, DAT_AO,

DAT_DI, DAT_DO,


Property Name r/w

Data Type, Status

(1)




3BDS013986-600 41

DEVICE_ID r String CI / PM Board type. Not available for remote OPC server nodes

CI, PM

DISTURBANCE r Bool, x Object is in an alarm state

AIS, AOS, DIS, DOS, DAT_AI, DAT_AO, DAT_DI,

MBS

DSP_IDNT DSP_REF DSP_STAT

r Int Reference to actual DSP

AIS, AOS, DIS,DOS

ERROR r Bool, x The object is in an error state

AIS, AOS, DIS, DOS, DAT_AI, DAT_AO, DAT_DI, DAT_DO

ERROR_TREAT r Int Value of event treatment definition

DB: ERR_TR AIS, AOS, DIS, DOS, DAT_DI, IO CI Sum, CI, PM, OPC


Property Name r/w

Data Type, Status

(1)




42 3BDS013986-600

ERR_CTRL r Bool, x Value of event set status (EVS_ERR):

0: HW or AMPL errors do not generate events

1: HW or AMPL errors do generate events

AIS, AOS, DIS, DOS

GE r Bool, x General station error. (Unspecified)

PM

GW r Bool, x General station warning. (Unspecified)

PM

HI_LIM rw Real Alarm limit value DB: HI_LIM AOS

HI_LIM1 rw Real Alarm limit value DB: HI_LIM1 AIS

HI_LIM2 rw Real Alarm limit value DB: HI_LIM2 AIS

HWE r Bool, x Minor PM hardware error which does not prevent application from execution, e.g. Battery missing or battery power down.

PM

HWVALMAX r Real Highest value the controller hardware can process

DB: SCAL_MAX AIS, AOS

HWVALMIN r Real Lowest value the controller hardware can process

DB: SCAL_MIN AIS, AOS


Property Name r/w

Data Type, Status

(1)




3BDS013986-600 43

HYST r Int Hysteresis DB: HYST AIS, AOS

INITENHI r Int Initial value for EN_HI 0 = disable 1 = enable

DB: INITENHI AOS

INITENLO r Int Initial value for EN_LO 0 = disable 1 = enable

DB: INITENLO AOS

LIM1_TREAT r Int Value of event treatment definition

DB: LIM_1_TR AIS, DAT_AI

LIM2_TREAT r Int Value of event treatment definition

DB: LIM_2_TR AIS, DAT_AI

LO_LIM rw Real Alarm limit value DB: LO_LIM AOS

LO_LIM1 rw Real Alarm limit value DB: LO_LIM1 AIS

LO_LIM2 rw Real Alarm limit value DB: LO_LIM2 AIS

MAN_MODE rw Bool, * Object is in manual mode

AOS, DOS

MAX_LIM r Real Maximum value displayed on scree

DB: DISPMAX AIS, AOS

MIN_LIM r Real Minimum value displayed on scree

DB: DISPMIN AIS, AOS

NAME r String The name of the object

DB: NAME or DB: DAT_OBJ or fix name for CI_SUM, IO, PM_SUM, ‘group’ objects, CI in case of AC 70.

all


Property Name r/w

Data Type, Status

(1)




44 3BDS013986-600

NETW r Int AF100 Bus Number

Typically DB: BUSNO of corresponding AF100-CI DB Element

all

NODE r Int AF100 Station Number

Typically DB: STNNO of corresponding AF100-CI DB Element

all

NORM_POS r Bool Normal position DB: NORM_POS DIS, DOS, DAT_DI, DAT_DO, MBS

NO_OF_DEC r Int Number of decimals DB: DEC AIS, AOS, DAT_AI, DAT_AO, MR

ON_MAX_LIM r Bool, * Signals that output value is above high limit

AOS

ON_MIN_LIM r Bool, * Signals that output value is below low limit

AOS


Property Name r/w

Data Type, Status

(1)




3BDS013986-600 45

OPC_AEA_VERS,

OPC_AEC_VERS,

OPC_DAA_VERS,

OPC_DAC_VERS

r String Version of the OPC standard supported for Alarm&Events / Data Access using the Automation / Custom interface. Available for local node only

OPC

OUTP_BLK rw Bool Output to output connection is blocked.

AOS, DOS

PEE r Int IO device or system error. E.g. missing I/O module

IO CI Sum

PM_LOAD r Real System load (in %) retrieved from user specified DAT_OBJ

PM

PRE r Int I/O process error. IO CI Sum

PRINT_BLK rw Bool Block alarm printouts AIS, AOS, DIS, DOS

RANGE_MAX r Real The highest allowed object value

DB: RANGEMAX AIS, AOS, DAT_AI, DAT_AO, MR

RANGE_MIN r Real The smallest allowed object value

DB: RANGEMIN AIS, AOS, DAT_AI, DAT_AO, MR


Property Name r/w

Data Type, Status

(1)




46 3BDS013986-600

RC1 r Bool Redundant cable 1 failed.

CI

RC2 r Bool Redundant cable 2 failed.

CI

REDUND r String Redundancy (0 = disabled / 1 = enabled)

CI

REDUNDAN r String Redundancy (NO/YES)

PM

RPOS1 r Int Position of redundancy processor module 1

PM

RPOS2 r Int Position of redundancy processor module 2

PM

SEERR r Int Severity value for HW error

AIS, AOS, DIS, DOS, DAT_DI, IO CI Sum, CI

SELECTED

(Not Supported)

rw Bool Object selected AIS, AOS, DIS, DOS, DAT_AI, DAT_AO, DAT_DI, DAT_DO, MB, MBS, MI, MIL, MR, DAT_DAT


Property Name r/w

Data Type, Status

(1)




3BDS013986-600 47

SE r Bool, x PM error prevents application from executing, e.g. Address error, RAM check error. Process instruction set error, CRC error in system flash EPROM

PM

SEAPP r Int Severity for application version event.

PM

SEERR r Int Severity for errors PM, OPC

SEUP r Int Severity for availability events.

CI

SEVAL r Int Severity value for deviation from normal position

DB: SEVAL DIS, DOS, DAT_DI, DAT_DO

SEVAL_H1 r Int Severity value for high limit 1 transgressions

DB: SEVAL_H1 AIS, AOS, DAT_AI

SEVAL_H2 r Int Severity value for high limit 2 transgressions

DB: SEVAL_H2 AIS, DAT_AI

SEVAL_L1 r Int Severity value for low limit 1 transgressions

DB: SEVAL_L1 AIS, AOS, DAT_AI

SEVAL_L2 r Int Severity value for low limit 2 transgressions

DB: SEVAL_L2 AIS, DAT_AI


Property Name r/w

Data Type, Status

(1)




48 3BDS013986-600

START_VALUE r Real Initial value at controller startup

DB: INITVAL AIS, AOS, DOS

STATUS r IntL Presents the status of the object

AIS, AOS, DIS, DOS, DAT_AI, DAT_AO, DAT_DI, DAT_DO, MBS, PM Sum, PM

STATUS_X r String Status as hex string PM Sum, PM

SUBSYSTEM r Int Process section 0-16 DB: PROC_SEC AIS, AOS, DIS, DOS, DAT_AI, DAT_AO, DAT_DI, DAT_DO, MB, MBS, MI, MIL, MR

SWE r Bool, x Software error which prevents part of the application from executing, e.g. CRC error in application flash EPROM.

PM


Property Name r/w

Data Type, Status

(1)




3BDS013986-600 49

S_STATUS r Int Status code (ok=0, error=1, warning=2)

CI Sum, IO CI Sum, CI, PM, OPC

S_SUPRESS_ ERRORS

rw Int If set no status information is to be reported for the object.

CI Sum, IO CI Sum, PM Sum, CI, PM, OPC

S_TIME r Int Time when current status was set. Given as UTC time.

CI Sum, IO CI Sum, PM Sum, CI, PM, OPC

T0VAL r String String to display for value zero (text in event descriptions)

DB: T0VAL DIS, DOS, DAT_DI, MBS

T0VAL_H1 r String String to use when high limit 1 is no longer transgressed

DB: T0VAL_H1 AIS, DAT_AI

T0VAL_H2 r String String to use when high limit 2 is no longer transgressed


T0VAL_L1 r String String to use when low limit 1 is no longer transgressed.

DB: T0VAL_L1 AIS, DAT_AI

T0VAL_L2 r String String to use when low limit 2 is no longer transgressed.



Property Name r/w

Data Type, Status

(1)




50 3BDS013986-600

T1VAL r String String to display for value one (text in event descriptions)

DB: T1VAL DIS, DOS, DAT_DI, MBS

T1VAL_H1 r String String to use for high limit 1 transgression.


T1VAL_H2 r String String to use for high limit 2 transgression.


T1VAL_L1 r String String to use for low limit 1 transgression.


T1VAL_L2 r String String to use for low limit 2 transgression.


TIMESYNC r String Time synchronization mode. Retrieved from the BCD for controllers, in runtime using status CDP for OPC server nodes. Valid values are {“None”, ”Master”, ”Backup”, ”Slave”}

CI

TYPE r String Object type, for example AIS or DAT_AI

Typically the DB element’s callname

all


Property Name r/w

Data Type, Status

(1)




3BDS013986-600 51

UNIT r String The unit of the object DB: UNIT AIS, AOS, DAT_AI, MI, MIL, MR, DAT_AO

UPDATED rw Bool Indicates if the object value is updated

OPC Server AIS, AOS, DIS, DOS, DAT_AI, DAT_AO, DAT_DI, DAT_DO

UPDATE_BLK rw Bool, x The value is blocked or forced

AIS, DIS

UP_TR r Int Treat for availability events. Set to 1 for OPC server nodes.

CI

USE_HI_LIM1 r Int Alarm limit value HI_LIM1 used

DB: INITENH1 AIS

USE_HI_LIM2 r Int Alarm limit value HI_LIM2 used

DB: INITENH2 AIS

USE_LO_LIM1 r Int Alarm limit value LO_LIM1 used

DB: INITENL1 AIS

USE_LO_LIM2 r Int Alarm limit value LO_LIM2 used

DB: INITENL2 AIS,


Property Name r/w

Data Type, Status

(1)



Alarm and Event List Aspect Section 1 Aspect Object Types and their Aspects

52 3BDS013986-600

Alarm and Event List Aspect

The Alarms and Events shown in the different Alarm and Eventlists come from the Events received or generated by the AC 100 OPC Server.

VALUE r (w)

* The current value of the object

DB: VALUE or DB: VALUE1, ...

AIS, AOS, DIS, DOS, DAT_AI, DAT_AO, DAT_DI, DAT_DO, MB, MBS, MI, MIL, MR, DAT_DAT

VALUE_TREAT r Int/IntL Value of event treatment definition

DB: VALUE_TREAT DIS, DOS, DAT_DI, DAT_DO, MBS

VAL_TYPE r IntL Value type DAT_DAT

WITH_BAT r Int Power Backup PM

(1) “Bool, x” means is also part of the Status property(2) DB:xxxx means the value origins typically from the Terminal xxx of the corresponding DB Element.

For customizing of Alarm & Event Texts please refer to the 800xA for AC 100 OPC Server Configuration and Operation (3BDS013988*).


Property Name r/w

Data Type, Status

(1)



Section 1 Aspect Object Types and their Aspects Alarm and Event List Aspect

3BDS013986-600 53

Table 3 shows the possible Events generated for 800xA for AC 100 Aspect Objects.

Table 3. Event Overview

AC 100 Event DescriptionOPC Event Type

OPC Event Category

AC 100 Object Types

ACT Application is stopped/executing normally again in the controller

Condition AC 100 System Condition Event

PM

ALARM_BLOCK Block/deblock of alarm handling

Simple AC 100 System Simple Event

AIS, AOS, DIS, DOS

ALARM_UNACK Text taken from the related event of the object

Type taken from the related event of the object

Category taken from the related event of the object

AIS, AOS, DIS, DOS, DAT_AI, DAT_DI, MBS, CI Sum, PM Sum, CI, PM

AVC_AC Application Version Change Condition AC 100 System Condition Event

PM Sum, PM

AVC_BCD Application Version Change Condition AC 100 System Condition Event

PM Sum, PM

GE (Unspecified) General station error occurred/resolved


PM Sum, PM

GW (Unspecified) General station warning occurred/resolved


PM Sum, PM

H1LIM_MOD High Limit 1 value changed Simple AC 100 System Simple Event

AIS,

H2LIM_MOD High Limit 2 value changed Simple AC 100 System Simple Event

AIS,

H1LIM_TRANS High Limit 1 transgression (Level H)

Condition AC 100 Process Condition Event

AIS, AOS, DAT_AI


54 3BDS013986-600

H2LIM_TRANS High Limit 2 transgression (Level HH)


AIS, DAT_AI

HW_ERROR Hardware error Condition AC 100 System Condition Event

AIS, AOS, DIS, DOS, PM Sum, PM

L1LIM_MOD Low Limit 1 value changed Simple AC 100 System Simple Event

AIS,

L2LIM_MOD Low Limit 2 value changed Simple AC 100 System Simple Event

AIS,

L1LIM_TRANS Low Limit 1 transgression (Level L)


AIS, AOS, DAT_AI

L2LIM_TRANS Low Limit 2 transgression (Level LL)


AIS, DAT_AI

LOST_EVENT Lost event in controller Simple AC 100 System Simple Event

AIS, AOS, DIS, DOS, DAT_AI, DAT_DI, MBS, PM Sum, PM

NODEUP Station is down/up Condition AC 100 System Condition Event

CI Sum, CI

MAN_AUTO Manual/auto mode changes Simple AC 100 System Simple Event

AOS, DOS

OPC AC 100 OPC Server stopped /restarted


OPC

PEE IO device error occurred/resolved


IO CI Sum

Table 3. Event Overview (Continued)


OPC Event Category

AC 100 Object Types

Section 1 Aspect Object Types and their Aspects Alarm and Event List Aspect

3BDS013986-600 55

PRE I/O process error occurred/resolved


IO CI Sum

RC1 Redundant cable 1 failed/working again


CI Sum, CI

RC2 Redundant cable 2 failed/working again


CI Sum, CI

SE PM error prevents application from exec./PM error resolved


PM Sum, PM

SW_ERROR Software error occurred/resolved


PM Sum, PM

TIMEJITTER Problems with wavering time synchronization on bus


PM Sum, PM

UPDATE_BLOCK Disable/enable process updates

Simple AC 100 System Simple Event

AIS, DIS

VFI_ERROR Communication failure occurred


CI Sum, CI

VALUE_CHANGE Value changes Condition AC 100 Process Condition Event

DIS, DOS, DAT_DI, DAT_DO, MBS

Table 3. Event Overview (Continued)


OPC Event Category

AC 100 Object Types


56 3BDS013986-600

3BDS013986-600 57

Section 2 AC 100 Aspect Object Types in Detail

This chapter gives you a detailed catalog of the Aspects for the Aspect Object Types supported by 800xA for AC 100, including presentation and interaction.

Analog Input AIS Section 2 AC 100 Aspect Object Types in Detail

58 3BDS013986-600

Analog Input AIS

Faceplate

Presentation

Figure 1. Faceplate

2 3

1

Section 2 AC 100 Aspect Object Types in Detail Faceplate

3BDS013986-600 59

Behavior

No DescriptionDefault Presentation

Condition Remarks

1 Name and Description

2 Status Field

2.1 Input Blk IN Yellow UPD_BLOCK = 1 Input blocked

2.2 Print Blk P Yellow PRINT_BLK = 1 Printout blocked

2.3 Error Q Red ERROR=1 Signal Error

3.1 Aspect link to Alarm List

3.2 Aspect link to Event List

3.3 Aspect link to Object Display

3.4 Aspect link to Trend Display

Control and Reduced Control Section 2 AC 100 Aspect Object Types in Detail

60 3BDS013986-600

Control and Reduced Control

Presentation

Figure 1-1. Control

1

2

3

4

5

6

7

9

8

Figure 1-2. Reduced Control

8

9

Alarm Control

Section 2 AC 100 Aspect Object Types in Detail Control and Reduced Control

3BDS013986-600 61

Behavior


Condition Remarks

1 Range Max RANGEMAX Range Max of the MV value

Black -

2 High Limit 2 HI_LIM2 Alarm High limit 2

- HI_LIM2 >= RANGEMAX or USE_HI_LIM2 = 0

Invisible

Filled Yellow VALUE>HI_LIM2 = 1 and ALARM_BLK = 1

Logical color

blocked Symbol

Unfilled Yellow ALARM_BLK = 1 Logical color

blocked Symbol

Filled Red VALUE>HI_LIM2 = 1 Logical color

highAlarm Symbol

Unfilled Grey - Logical color

limit

3 High Limit 1 HI_LIM1 Warning High limit 1


Invisible

Filled Yellow VALUE>HI_LIM1 = 1 and ALARM_BLK = 1

Logical color

blocked Symbol


blocked Symbol

Filled Red VALUE>HI_LIM1 = 1

Unfilled Grey -

4 Measured Value Bargraph VALUE Object measured value

Green - Logical color

Limit

? Red ERROR = 1 Logical color

HighAlarmSymbol

Flashing red ALARM_UNACK=1


62 3BDS013986-600

5 Low Limit 1 LO_LIM1 Warning Low limit 1

- LO_LIM1 <= RANGEMIN or USE_LO_LIM1 = 0

Invisible

Filled Yellow VALUE<LO_LIM1 = 1 and ALARM_BLK = 1

Logical color

blocked Symbol


blocked Symbol

Filled Red VALUE<LO_LIM1 = 1

Unfilled Grey -

6 Low Limit 2 LO_LIM2 Alarm Low limit 2


Invisible

Filled Yellow VALUE<LO_LIM2 = 1 and ALARM_BLK = 1

Logical color

blocked Symbol


blocked Symbol

Filled Red VALUE<LO_LIM2 = 1

Unfilled Grey -

7 Range Min RANGE_MIN Range Min of the MV value

Black -

8 Measured Value The MV object value

8.1 MV MV Black Text in front of the value

Logical color

Faceplate Fg

8.2 MV Value X X X Red VALUE is Bad No contact with Controller

? ? ? Red ERROR = 1 I/O Error

Flashing Red ALARM_UNACK = 1

Black VALUE Measured value (4-Byte real)


Condition Remarks


3BDS013986-600 63

8.2 cntd

Raised UPD_BLK = 1 Input blocked

Flat UPD_BLK = 0

8.3 MV Unit UNIT Measured unit

Black -

9 Input Field UPD_BLK = 1 Input blocked

UPD_BLK = 0 invisible


Condition Remarks

Limits Section 2 AC 100 Aspect Object Types in Detail

64 3BDS013986-600

Limits

Presentation

Figure 1-3. Limits

1

2

4

3

Behavior


Condition Remarks

1 ALARM LIMITS for MV Alarm limits for MV

1.1 H2 Text H2 Black Text in front of the value

1.2 H2 Value Black HI_LIM2 High limit 2 value

- USE_HI_LIM2 = 0 Invisible

2.1 H1 Text H1 Black Text in front of the value

Section 2 AC 100 Aspect Object Types in Detail Limits

3BDS013986-600 65

2.2 H1 Value Black HI_LIM1 Warning High limit 1 value


3.1 L1 Text L1 Black Text in front of the value

3.2 L1 Value Black LO_LIM1 Warning Low limit 1 value

- USE_LO_LIM1 = 0 Invisible

4.1 L2 Text L2 Black Text in front of the value

4.2 L2 Value Black LO_LIM2 Alarm Low limit2 value



Condition Remarks

Block Section 2 AC 100 Aspect Object Types in Detail

66 3BDS013986-600

Block

Presentation

Figure 1-4. Block

1

2

3

Behavior


Condition Remarks

1 Block Input Marked UPD_BLK = 1

Unmarked UPD_BLK = 0

2 Block Alarm Marked ALARM_BLK = 1

Unmarked ALARM_BLK = 0

3 Block Printout Marked PRINT_BLK = 1

Unmarked PRINT_BLK = 0

Section 2 AC 100 Aspect Object Types in Detail Object Display

3BDS013986-600 67

Object Display

Presentation

Figure 1-5. Object Display

2 3

89

10

7

16

1617

1

4

6

5

18

151413

12

11

Object Display Section 2 AC 100 Aspect Object Types in Detail

68 3BDS013986-600

Behavior:


Condition Remarks

1 Header NAME and DESCR Object Name and Description

Red flashing ALARM_UNACK = 1 Logical color

unack High Alarm

Yellow UPD_BLK = 1 Logical color

blocked Text

1 cntd

Red DISTURBANCE = 1 or ERROR = 1

Logical color

highAlarm Text

Green Logical color

text 2 Normal

2.1 Section Text Section Grey static

2.2 Section Value Green SUBSYSTEM Process section

3.1 Class Text Class Grey Text in front of the value

3.2 Class Value Green CLASS Object class

4 Range Max RANGE_MAX Range Max of the MV value

Green

5 Range Min RANGE_MAX Range Min of the MV value

Green

6 Measured Value Trim Curve

VALUE Object value - Trim curve

Green

7.1 Measured Value Bargraph

VALUE Object measured value

Green


3BDS013986-600 69

7.2 High Limit 2 - HI_LIM2 Alarm High limit 2


Invisible

Filled Yellow VALUE>H2 = 1 and ALARM_BLK = 1

Logical color

blocked Symbol


blocked Symbol

Filled Red VALUE>H2 = 1

Unfilled Grey

7.3 High Limit 1 HI_LIM1 Warning High limit 1


Invisible

7.3 cntd


Logical color

blocked Symbol


blocked Symbol


Unfilled Grey

7.4 Low Limit 1 LO_LIM1 Warning Low limit 1


Invisible

Filled Yellow VALUE<L1 = 1 and ALARM_BLK = 1

Logical color

blocked Symbol


blocked Symbol

Filled Red VALUE<L1 = 1

Unfilled Grey


Condition Remarks


70 3BDS013986-600

7.5 Low Limit 2 LO_LIM2 Alarm Low limit 2


Invisible


Logical color

blocked Symbol


blocked Symbol


Unfilled Grey

8 ALARM LIMITS for MV Alarm limits for MV

8.1 Printout Blocked P Yellow PRINT_BLK = 1 Printout blocked

8.2 Alarm Blocked B Yellow ALARM_BLK = 1 Alarm blocked by operator

Bx Yellow ALARM_PERIOD_BLK = 1 Alarm blocked by PC-program

8.3 Alarm Indication Red VALUE>H2 = 1 Alarm High limit 2

8.4 H2 Text H2 Grey Text in front of the value

8.5 H2 Value Green HI_LIM2 High limit 2 value





9.3 Alarm Indication Red VALUE>H1 = 1 Warning High limit 1

9.4 H1 Text H1 Grey Text in front of the value

9.5 H1 Value Green HI_LIM1 Warning High limit 1 value




Condition Remarks


3BDS013986-600 71



10.3 Alarm Indication Red VALUE<L1 = 1 Warning Low limit 1

10.4 L1 Text L1 Grey Text in front of the value

10.5 L1 Value Green LO_LIM1 Warning Low limit 1 value





11.3 Alarm Indication Red VALUE<L2 = 1 Alarm Low limit 2

11.4 L2 Text L2 Grey Text in front of the value

11.5 L2 Value Green LO_LIM2 Alarm Low limit2 value


12 STATUS Status

12.1 Updated Indication Green UPDATED = 1 Updated

12.2 Updated text Updated Grey Updated text

13.1 Alarm period block Indication

Yellow ALARM_PERIOD_BLK = 1 Alarm blocked by PC-program

13.2 Alarm period block text Alarm Period Blk Text behind the indication

Yellow ALARM_PERIOD_BLK = 1

Grey -

14.1 Disturbance Indication Red DISTURBANCE = 1 Fault

14.2 Disturbance text Disturbance Text behind the indication

Red DISTURBANCE = 1

Grey -


Condition Remarks


72 3BDS013986-600

15.1 Signal error Indication Red ERROR = 1 I/O Error

15.2 Signal error text Signal Error Text behind the indication

Red ERROR = 1

Grey -

16.1 MV Text MV Grey Text in front of the value



Green VALUE Measured value

16.3 MV Unit Green UNIT Measured unit

17 Input Blocked Input Blocked Yellow

UPD_BLK = 1 Input blocked

- UPD_BLK = 0 Invisible

18 Open Object Faceplate - Left Mouse click on Object Dis-play

Will display the Faceplate aspect as an overlay


Condition Remarks

Section 2 AC 100 Aspect Object Types in Detail NumericMV01

3BDS013986-600 73

NumericMV01

Presentation

Figure 1-6. NumericMV01

3

1

2

Behavior


Condition Remarks

1 Alarm block frame Dotted yellow ALARM_BLK = 1 Alarm blocked by operator

- ALARM_BLK = 0 Invisible

2 Measured Value VALUE Object value

X X X Red VALUE is Bad No contact with Controller

? ? ? Red flashing ERROR = 1 and ALARM_UNACK = 1

Unacknowledged I/O Error

Red flashing ALARM_UNACK = 1 Unacknowledged alarm


Yellow UPD_BLK =1 Input blocked

Red DISTURBANCE = 1 Alarm

Green - r

3 Open Object Faceplate - Left Mouse click on the Numeric element


UnitMV01 Section 2 AC 100 Aspect Object Types in Detail

74 3BDS013986-600

The conditions are in priority order. Underlined parameters are configurable.

Configuration

Parameters AffectsOptions (bold is default)

Remarks

Value Format 2.Measured Value 0.00

UnitMV01

Presentation

Figure 1-7. UnitMV01

1 2

No Description Default Presentation Condition Remarks

1 Measured Value Unit Green UNIT Object value unit

UNITMV Red UNIT is Bad Object Unit value is bad.

2 Open Object Faceplate - Left Mouse click on Unitelement


Behavior

Section 2 AC 100 Aspect Object Types in Detail BargraphMV01

3BDS013986-600 75

BargraphMV01

Presentation

Figure 1-8. BargraphMV01

6

4

7

5

?2

3

8

1.1

1.2

Behavior

No DescriptionDefault presentation

Condition Remarks

1.1 TopLeftEdge Light Grey Three Dimensions effect

1.2 BottomRightEdge Dark Grey Three Dimensions effect

BargraphMV01 Section 2 AC 100 Aspect Object Types in Detail

76 3BDS013986-600

2 AI Error ? Red flashing ERROR = 1 and

ALARM_UNACK = 1

Unacknowledged

? Yellow ERROR = 1 and

UPD_BLK = 1

Input blocked

? Red ERROR = 1 I/O Error

- ERROR = 0 Invisible

3 MV Value VALUE The object value

- ERROR = 1 Invisible - I/O Error

Red flashing ALARM_UNACK = 1 Unacknowledged

Yellow UPB_BLK = 1 Input blocked


Green -

4 High Limit 2 HI_LIM2 Alarm High limit 2


Invisible


Logical color

blocked Symbol


blocked Symbol


Unfilled Grey -


Condition Remarks

Section 2 AC 100 Aspect Object Types in Detail BargraphMV01

3BDS013986-600 77

5 High Limit 1 HI_LIM1 Warning High limit 1


Invisible


Logical color

blocked Symbol


blocked Symbol


Unfilled Grey -

6 Low Limit 1 LO_LIM1 Warning Low limit 1


Invisible


Logical color

blocked Symbol

6 cntd


blocked Symbol


Unfilled Grey -

7 Low Limit 2 LO_LIM2 Alarm Low limit 2


Invisible


Logical color

blocked Symbol


blocked Symbol


Unfilled Grey -

8 Open Object Faceplate - Left Mouse click on Bargraph element



Condition Remarks

Object Icon Section 2 AC 100 Aspect Object Types in Detail

78 3BDS013986-600

Object Icon

Presentation

No Description Default Presentation Remarks

1 Object icon for AIS This icon is represented as a 16x16 and 32x32 bit version.

Section 2 AC 100 Aspect Object Types in Detail Analog Output AOS

3BDS013986-600 79

Analog Output AOS

Faceplate

Presentation

Figure 1-9. Faceplate

1

2

4

3

Faceplate Section 2 AC 100 Aspect Object Types in Detail

80 3BDS013986-600

Behavior


Condition Remarks


2 Status Field

2.1 Mode M Cyan MAN_MODE = 1 Manual Mode

A Magenta MAN_MODE = 0 Auto Mode

2.2 Output Blk OUT Yellow OUTP_BLK = 1 Output blocked




3.4 Aspect link toTrend Display

4 Man Set to Man Mode

Auto Set to Auto Mode


3BDS013986-600 81


Presentation

Figure 1-10. Control

1

1

2

3

4

5

6


5

6


Condition Remarks

1.1 Range Max RANGEMAX

Black

1.2 Range Min RANGEMIN

Black

2 High Limitation MAX_LIM High limitation

- MAX_LIM => RANGEMAX Invisible

Yellow ON_MAX_LIM = 1

Grey ON_MAX_LIM = 0

3 Output Value Bargraph VALUE Object output value

Cyan MAN = 1 Manual mode

Magenta MAN = 0 Auto mode

Flashing Red ALARM_UNACK=1

4 Low Limitation MIN_LIM Low limitation

- MIN_LIM <= RANGEMIN o Invisible

Yellow ON_MIN_LIM = 1

Grey ON_MIN_LIM = 0

5 Output Value VALUE

5.1 Text OUT Black Text in front of value

5.2 Value XXX Red Value is Bad

Red Flashing ALARM_UNACK=1

Black, Raised MAN_MODE = 1 Manual mode

Black, Flat MAN_MODE = 0 Auto mode

5.3 Unit Black UNIT

6 Input Field MAN_MODE = 1 input blocked

- MAN_MODE = 0 Invisible


82 3BDS013986-600

Behavior

Section 2 AC 100 Aspect Object Types in Detail Block

3BDS013986-600 83

Block

Figure 1-12. Block

1

2

3

Presentation

No Description Presentation Condition Remarks



2 LIMITATIONS Limitations for OUT

2.1 H Text H Black Text in front of the value

2.2 H Value Black MAX_LIM High limitation value

X X X Red MAX_LIM is bad No contact with controller

2.3 Black UNIT

3.1 L Text L Black Text in front of the value

3.2 L Value Black LO_LIM Low limitation value

3.2 cntd

X X X Red MAX_LIM is bad No contact with controller

3.3 Black UNIT

Behavior


84 3BDS013986-600

Object Display

Presentation

Figure 2. Object Display

4

6

1716

1 2 3

5

7

8

9

10

11

12

13

1415

18


3BDS013986-600 85

Behavior


Condition Remarks

1 Header NAME and DESCR Object Name and Descrip-tion

Red flashing ALARM_UNACK =1 Unacknowledged

Yellow OUTP_BLK = 1 Output blocked

Red ERROR = 1 Alarm

Cyan MAN_MODE = 1 Manual mode

Magenta - Auto mode

2.1 Section Text Section Grey Text in front of the value



3.4.2 Class Value Green CLASS Object class

4 Range Max RANGE_MAX Range max of the Output value


Magenta - Auto mode

5 Range Min RANGE_MIN Range min of the Output value


Magenta - Auto mode

6 Output Value Trim Curve VALUE Object output value


Magenta - Auto mode

7.1 Output Value Bargraph VALUE Object output value


Magenta - Auto mode


86 3BDS013986-600

7.2 High Limitation MAX_LIM High limitation

- MAX_LIM > RANGEMAX Invisible


Grey ON_MAX_LIM = 1

7.3 Low Limitation MIN_LIM Low limitation

- MIN_LIM < RANGEMIN Invisible

Yellow ON_MIN_LIM = 1

Grey ON_MIN_LIM = 0

8 LIMITATIONS Limitations for OUT

8.1 High Limitation Indication Yellow ON_MAX_LIM = 1 High limitation flag

8.2 H Text H Grey Text in front of the value

8.3 H Value HI_LIM High limitation value

- EN_HI = 1 and VALUE_HI = 1

Invisible


Magenta - Auto mode

9.1 Low Limitation Indication Yellow VALUE_LO = 1 Low limitation flag

9.2 L Text L Grey Text in front of the value

9.3 L Value LO_LIM Low limitation value

- LO_LIM < RANGEMIN Invisible


Magenta - Auto mode

10 STATUS Status


10.2 Updated text Updated Grey


Yellow ALARM_PERIOD_BLK = 1 Alarm blocked by PC-program


Condition Remarks


3BDS013986-600 87

11.2 Alarm period block text Alarm Period Blk Alarm Period Blk text


Grey -

12.1 Signal Error Indication Red ERROR = 1 Signal error

12.2 Signal Error Text Signal Error Signal error text

Red ERROR = 1

Grey -

13.1 Disturbance Indication Red flashing ALARM_UNACK = 1 Unacknowledged

Red DISTURBANCE = 1 Fault

13.2 Disturbance Text Disturbance Disturbance text

Red ALARM_UNACK = 1 or DISTURBANCE = 1

Grey -

14.1 OUT Text OUT Grey Text in front of the value

14.2 OUT Value VALUE


Magenta - Auto mode

14.3 OUT Unit UNIT


Magenta - Auto mode

15 Block Alarm Block Alarm Yellow ALARM_BLK = 1 Output blocked


16.1 Auto Indication Magenta MAN_MODE = 0 Auto mode

16.2 Auto Text Auto Auto text

Magenta MAN_MODE = 0 Auto mode

Grey MAN_MODE = 1 Manual mode


Condition Remarks


88 3BDS013986-600

17.1 Man Indication Cyan MAN_MODE = 1 Manual mode

17.2 Man Text Man Manual text


Grey MAN_MODE = 0 Auto mode


Will display the Faceplate aspect as an over-lay


Condition Remarks

Section 2 AC 100 Aspect Object Types in Detail NumericOUT01

3BDS013986-600 89

NumericOUT01

Figure 2-1. NumericOUT01

23

1

Presentation


Condition Remarks

1 Alarm block frame Dotted yellow ALARM_BLK = 1 Alarm blocked by operator


2 Output Value VALUE Object value




Red ERROR = 1 Alarm

Cyan MAN_MODE = 1

Magenta MAN_MODE = 0

3 Open Object Faceplate - Left Mouse click on Numeric element


Behavior

UnitOUT01 Section 2 AC 100 Aspect Object Types in Detail

90 3BDS013986-600

UnitOUT01

Presentation

Figure 2-2. UnitOUT01

1 2


Condition Remarks

1 Unit UNIT Object unit

Cyan MAN_MODE = 1


UNITOUT Red UNIT is Bad Object Unit value is bad.

2 Open Object Faceplate - Left Mouse click on Unit element


Behavior

Section 2 AC 100 Aspect Object Types in Detail BargraphOUT01

3BDS013986-600 91

BargraphOUT01

Presentation

Figure 2-3. BargraphOUT01

2

3

4

5

1.2

1.1

Behavior


Condition Remarks

1.1 TopLeftEdge

LightGrey

1.2 BottomRightEdge

DarkGrey

BargraphOUT01 Section 2 AC 100 Aspect Object Types in Detail

92 3BDS013986-600

2 Output Value VALUE The object value


Yellow OUTP_BLK =1 Output blocked

Red ERROR = 1 Alarm

Cyan MAN_MODE = 1


3 High Limitation MAX_LIM High limitation

MAX_LIM > RANGEMAX or EN_HI = 0

Invisible

Yellow EN_HI = 1 and

VALUE_MAX = 1

Grey EN_HI = 1

4 Low Limitation MIN_LIM Low limitation

MIN_LIM < RANGEMIN Invisible


Grey ON_MIN_LIM = 0




Condition Remarks

Section 2 AC 100 Aspect Object Types in Detail Object Icon

3BDS013986-600 93

Object Icon

Presentation


1 Object icon for AOS This icon is represented as a 16x16 and 32x32 bit version.

Digital Input DIS Section 2 AC 100 Aspect Object Types in Detail

94 3BDS013986-600

Digital Input DIS

Faceplate

Presentation


1

2 3

4


3BDS013986-600 95

Behavior


Condition Remarks


2 Status Field

2.1 Input Blk IN Yellow UPD_BLK = 1 Input Blocked

2.2 Print Blk P Yellow PRINT_BLK = 1





4 On Set Value to true VALUE = 1

Off Set Value to False VALUE = 0


96 3BDS013986-600


Presentation

Figure 2-5. Control

1

2


2


Condition Remarks

1 Value Text

ON Black VALUE = 1

OFF Black VALUE = 0

2 Value

X Red VALUE is Bad


Red DISTURBANCE=1 and VALUE=1

Red border DISTURBANCE=1 and VALUE=0

Green VALUE = 1

Green border VALUE = 0


3BDS013986-600 97

Behavior

Block Section 2 AC 100 Aspect Object Types in Detail

98 3BDS013986-600

Block

Presentation

Figure 2-7. Block

2

3

1


Condition Remarks

1 Block Input Marked UPD_BLK = 1

Unmarked UPD_BLK = 0



3 Block Printout Marked PRINT_BLK = 1

Unmarked PRINT_BLK = 0

Behavior


3BDS013986-600 99

Object Display

Presentation


1

23

56

78

910

11

121314

4


100 3BDS013986-600

Behavior


Condition Remarks



Yellow UPD_BLK = 1 Input blocked

1 cntd

Red DISTURBANCE = 1 or ERROR = 1

Alarm

Green - Normal





4.1 Value Trim Curve Green VALUE

4.2 Range Indicators Filled Grey Top indicator

Unfilled Grey Bottom indicator

5 STATUS Status




Yellow ALARM_PERIOD_BLK = 1 Alarm blocked by PC- program

6.2 Alarm period block text Alarm Period Blk Alarm Period Blk text


Grey -




3BDS013986-600 101



Grey -


8.2 Signal error Text Signal Error Signal Error text

Red ERROR = 1

8.2 cntd

Grey -

9 PARAMETERS Parameters

9.1 Alarm block Indication Yellow Alarm Block = 1 Alarm blocked by operator

9.2 Alarm block Text Alarm Block Alarm blocked text

Yellow Alarm Block = 1

Grey -

10.1 Printout Indication Yellow PRINT_BLK = 1 Printout blocked

10.2 Printout Text Printout Block Printout blocked text

Yellow PRINT_BLK = 1

Grey -

11.1 Normal position Indication Green NORM_POS = 1 Normal position

Green NORM_POS = 0

11.2 Normal position text Normal Position Grey

Normal position text



Condition Remarks


102 3BDS013986-600

12.2 Value 3D Display object

Green VALUE = 1 Symbol released

Black/Green borders VALUE = 0 Symbol pressed in

13 Input Blocked Input Blocked Yellow UPD_BLK = 1 Input blocked

UPD_BLK = 0 Invisible


Will display the Faceplate aspect as an over-lay


Condition Remarks

Section 2 AC 100 Aspect Object Types in Detail IndicatorBox01

3BDS013986-600 103

IndicatorBox01

Presentation

Figure 2-9. IndicatorBox01

1

2

3

4

Behavior


Condition Remarks

1 Alarm block frame Dotted Yellow ALARM_BLK = 1 Alarm blocked by operator


2 Symbol Center Color VALUE 3D Display object

Black ERROR = 1 I/O Error

Black VALUE = 0 Inverted or Off

Flashing Red ALARM_UNACK = 1 Unacknowledged alarm

Yellow UOD_BLK = 1 Updated blocked

Red DISTURBANCE = 1 and

DisturbanceUsed = 1

Alarm

X Red VALUE is Bad No contact with controller

Green VALUE = 1


104 3BDS013986-600

Object Icon

Presentation


1 Object icon for DIS This icon is represented as a 16x16 and 32x32 bit version.

3 Indicator

3.1 Quality Q Flashing Red ALARM_UNACK = 1 and

ERROR = 1

Unacknowledged alarm

3.1 cntd

Q Yellow UPD_BLK = 1 and ERROR = 1

Updated blocked

Q Red ERROR = 1 I/O Error

3.2 Label Label Grey - User defined character

4 Open Object Faceplate - Left Mouse click on Indicator-box element



Condition Remarks

Section 2 AC 100 Aspect Object Types in Detail Digital Output DOS

3BDS013986-600 105

Digital Output DOS

Faceplate

Presentation


4

1

2 3


106 3BDS013986-600


Condition Remarks


2 Status Field

2.1 Mode M Cyan MAN_MODE = 1

A Magentak MAN_MODE = 0

2.2 Output Blk OUT Black OUTP_BLK = 0



3.3 Aspect Link to Object Display

3.4 Aspect Link to Trend Display

4 On Set Value to True VALUE

Off Set Value to False VALUE

Man Set to Man Mode MAN_MODE = 1

Auto Set to Auto Mode MAN_MODE = 0


3BDS013986-600 107



1

2

Presentation


2


Condition Remarks

1 Text Value Status Line

1.1 On On Black VALUE = 1

1.2 Off Off Black VALUE = 0

2 Indication

X Red VALUE is Bad


VALUE = 1

VALUE = 0

Color Cyan MAN = 1 Manual Mode

Magenta MAN = 0 Auto Mode


108 3BDS013986-600

Behavior

Section 2 AC 100 Aspect Object Types in Detail Block

3BDS013986-600 109

Block

Presentation

Figure 2-13. Block

1

Behavior


Condition Remarks




110 3BDS013986-600

Object Display

Presentation


1

23

45

6

78

9

10

11

12


3BDS013986-600 111

Behavior


Condition Remarks


Red flashing ALARM_UNACK =1 Unacknowledged


Red ERROR = 1 Alarm


Magenta MAN_MODE = 0 Normal





4.1 Value Trim Curve VALUE Value

Cyan MAN_MODE = 1


4.2 Range Indicators Filled Top indicator

Unfilled Bottom indicator

5 STATUS Status



Red ERROR = 1

Grey -

6 Parameters Parameters

6.1 StartValue Indication Last Val Green Start value

Green START_VALUE = 1

Green START_VALUE = 0


112 3BDS013986-600

6.2 StartValue Text Start Value Grey Start Value text



X Red VALUE is Bad

VALUE = 1 Symbol released

VALUE = 0 Symbol pressed in

Color Cyan MAN_MODE = 1


8 Block Alarm Block Alarm Yellow ALARM_BLK = 1 Output blocked


9.1 Auto Indication Magenta MAN = 0 Auto mode

9.2 Auto Text Auto Auto text

10.1 Man Indication Cyan MAN = 1 Manual mode

10.2 Man Text Man Manual text



12 STATUS Status




Condition Remarks


3BDS013986-600 113

IndicatorBox01

Presentation


2

3

4

1

Behavior


Condition Remarks

1 Alarm block frame Dotted yellow ALARM_BLK=1 Alarm blocked by operator

- ALARM_BLK=0 Invisible




Yellow OUTP_BLK = 1 Updated blocked

X Red Value is Bad.

Red ERROR = 1 Alarm

Cyan MAN_MODE = 1



114 3BDS013986-600

Object Icon

Presentation


1 Object icon for DOS This icon is represented as a 16x16 and 32x32 bit version.

3 Label User defined character

Label Grey -

4 Open Object Faceplate - Left Mouse click on Indicatorbox element



Condition Remarks

Section 2 AC 100 Aspect Object Types in Detail Analog Input DAT_AI

3BDS013986-600 115

Analog Input DAT_AI

Faceplate

Presentation


1

2 3


116 3BDS013986-600

Behavior


Condition Remarks


2 Status Field

2.1 ERROR Q Red Error=1 Signal Error






3BDS013986-600 117


Presentation


1

2

3

4

5


4

5


118 3BDS013986-600

Behavior


1 Range Max Black RANGE_MAX Range Max of the MV value


Green - Logical color

Limit

? Red DISTURBANCE=1

Red flashing ALARM_UNACK=1 Alarm is unacknowledged

3 Range Min Black RANGEMIN Range Min of the MV Value

4 Measured value

4.1 MV MV Black Text in front of the value.

Logical color

FaceplateFg


? ? ? Red ERROR=1 I/0 Error


Black VALUE Measured value

4.3 MV Unit Black UNIT Measured value unit

5 Input Field


3BDS013986-600 119

Object Display

Presentation


5

910

1

3

4

6 2

7

8

11


120 3BDS013986-600

Behavior


Condition Remarks


Red flashing ALARM_UNACK = 1 Logical color unack High Alarm

1 cntd

Red ERROR = 1 Logical color

highAlarm Text

Green Logical color

text 2 Normal

2.1 Section Text Section Grey static



Green


Green

5 Measured Value Trim Curve VALUE Object value - Trim curve

Green


Green

7 STATUS Status



8.1 Signal error Indication Red DISTURBANCE = 1 I/O Error


Red DISTURBANCE = 1

Grey -



3BDS013986-600 121

9.2 MV Value ? ? ? Red DISTURBANCE = 1 I/O Error

Green VALUE Measured value

9.3 MV Unit Green UNIT Measured unit







Grey -


Condition Remarks

NumericMV01 Section 2 AC 100 Aspect Object Types in Detail

122 3BDS013986-600

NumericMV01

Presentation

Figure 3.

12

Behavior


Condition Remarks



? ? ? Red flashing ERROR = 1 and

ALARM_UNACK = 1

Unacknowledged I/O Error



Green -



Section 2 AC 100 Aspect Object Types in Detail UnitMV01

3BDS013986-600 123

UnitMV01

Presentation

Figure 3-1. Unit

1 2

No Description Default Presentation Condition Remarks

1 Measured Value Unit Green UNIT Object value unit




Behavior

BargraphMV01 Section 2 AC 100 Aspect Object Types in Detail

124 3BDS013986-600

BargraphMV01

Presentation

Figure 3-2. BargraphMV01

1.1

2

3

4

1.2

Behavior


Condition Remarks




3BDS013986-600 125

Object Icon

Presentation


1 Object icon for DAT_AI This icon is represented as a 16x16 and 32x32 bit version.

2 AI Error ? Red flashing DISTURBANCE = 1 and

ALARM_UNACK = 1

Unacknowledged

? Red DISTURBANCE = 1 I/O Error

- DISTURBANCE = 0 Invisible

X Red VALUE is Bad


- DISTURBANCE = 1 Invisible - I/O Error


Green -




Condition Remarks

Analog Output DAT_AO Section 2 AC 100 Aspect Object Types in Detail

126 3BDS013986-600

Analog Output DAT_AO

Faceplate

Presentation


1

2 3


3BDS013986-600 127

Behavior


Condition Remarks


2 Status Field

2.1 ERROR Q Red ERROR=1 Signal Error

3 Aspect link to Object Display



128 3BDS013986-600


Presentation

Figure 3-4. Control

2

1

2

3

4

4

5


4

5


3BDS013986-600 129

Behavior


1 Range Max Black RANGE_MAX Range Max of the MV value


Cyan - Logical color

Man_Mode

3 Range Min Black RANGE_MIN Range Min of the MV Value

4 Measured value

4.1 MV MV Black Text in front of the value.

Logical color

FaceplateFg

4.2 MV Value X X X Red VALUE is Bad I/0 Error


5 Input Field


130 3BDS013986-600

Object Display

Presentation


1

2

3

4

5

6

78

910


Condition Remarks


2.1 Section text Section Grey static

2.2 Section value Green SUBSYSTEM Process section


Cyan


Cyan

5 Measured Value Trim Curve VALUE Object value - Trim curve

Cyan


Cyan

7 STATUS Status





Red ERROR = 1

Grey -


9.2 MV Value ? ? ? Red ERROR = 1 I/O Error

Cyan VALUE Measured value

9.3 MV Unit Cyan UNIT Measured unit

10 Open Object Faceplate - Left Mouse click on Object Display



3BDS013986-600 131

Behavior

NumericOUT01 Section 2 AC 100 Aspect Object Types in Detail

132 3BDS013986-600

NumericOUT01

Presentation

Figure 3-7. NumericOUT01

12

Behavior


Condition Remarks



Red ERROR = 1 I/O Error

Cyan -



Section 2 AC 100 Aspect Object Types in Detail UnitOUT01

3BDS013986-600 133

UnitOUT01

Presentation

Figure 3-8. UnitOUT01

1 2


Condition Remarks

1 Measured Value Unit Cyan UNIT Object value unit

UNITOUT Red UNIT is Bad Object Unit value is bad.



Behavior

BargraphOUT01 Section 2 AC 100 Aspect Object Types in Detail

134 3BDS013986-600

BargraphOUT01

Presentation

Figure 3-9. BargraphOUT01

1.1

2

3

1.2

Behavior


Condition Remarks




3BDS013986-600 135

Object Icon

Presentation


1 Object icon for DAT_AO This icon is represented by a 16x16 and 32x32 bit version


X Red VALUE is Bad No contact with server.

Red ERROR = 1 Invisible - I/O Error

Cyan -

3 Open Object Faceplate - Left Mouse click on Bar-graph element



Condition Remarks

Digital Input DAT_DI Section 2 AC 100 Aspect Object Types in Detail

136 3BDS013986-600

Digital Input DAT_DI

Faceplate

Presentation


1

2

4

3


3BDS013986-600 137

Behavior


Condition Remarks


2 Status Field

2.1 ERROR Q Red DISTURBANCE=1 Signal Error





4 On Button Set VALUE to True

Off Button Set VALUE to False


138 3BDS013986-600


Presentation


1

2


1


3BDS013986-600 139

Behavior


Condition Remarks

1 Value Text

ON Black VALUE = 1

OFF Black VALUE = 0

2 Value

X Red Value is Bad No contact with controller

Red Flashing ALARM_UNACK=1 and

DISTURBANCE =1

Solid VALUE = 1

Border VALUE = 0

Colour: Green VALUE = NORMPOS

Colour: Red VALUE <> NORMPOS


140 3BDS013986-600

Object Display

Presentation


2

78

3

1

45

6

9


3BDS013986-600 141

Behavior


Condition Remarks


Red flashing ALARM_UNACK = 1 and

DISTURBANCE = 1

Unacknowledged

Yellow BLOCKED = 1 Input blocked


1 cntd

Green - Normal






4 STATUS Status





Red ERROR = 1

Grey -



Green NORM_POS = 0





142 3BDS013986-600

7.2 Value

X Red Value is Bad No contact with controller









Grey -


Condition Remarks


3BDS013986-600 143

IndicatorBox01

Presentation


1

2

3

Behavior


Condition Remarks


Black ERROR = 1 I/O Error



Green VALUE = 1

2 Indicator

IndicatorBox01 Section 2 AC 100 Aspect Object Types in Detail

144 3BDS013986-600

Object Icon

Presentation


1 Object icon for DAT_DI This icon is represented by a 16x16 and 32x32 bit version.

2.1 Quality Q Flashing Red ALARM_UNACK = 1 and

ERROR = 1

Unacknowledged alarm

Q Red ERROR = 1 I/O Error

X Red Value is Bad No contact with controller.

2.2 Label Label Grey - User defined character

3 Open Object Faceplate - Left Mouse click on Indicatorbox element



Condition Remarks

Section 2 AC 100 Aspect Object Types in Detail Digital Output DAT_DO

3BDS013986-600 145

Digital Output DAT_DO

Faceplate

Presentation


1

2 3

4


Condition Remarks


2 Status Field

ERROR Q Red ERROR=1



4 On Button

Off Button


146 3BDS013986-600


3BDS013986-600 147



1

2


2

Presentation


Condition Remarks

1 Text Value Status Line

1.1 On On Black VALUE = 1

1.2 Off Off Black VALUE = 0

2 Indication


VALUE = 1

VALUE = 0

Color Cyan


148 3BDS013986-600

Behavior


3BDS013986-600 149

Object Display

Presentation


1

2

3

56

47


Condition Remarks


Red ERROR = 1 Alarm

Cyan - Normal


2.2 Section Value Cyan SUBSYSTEM Process section

3.1 Value Trim Curve VALUE Value

3.2 Range Indicators Filled Top indicator

Unfilled Bottom indicator

4 STATUS Status





X Red VALUE is Bad

Cyan VALUE = 1 Symbol released

Cyan VALUE = 0 Symbol pressed in

6 Open Object Faceplate - Left Mouse click on Object Display


7 STATUS Status



Red ERROR = 1

Grey -


150 3BDS013986-600

Behavior


3BDS013986-600 151

IndicatorBox01

Presentation

Figure 3-19. IndicatiorBox01

1

2

3


Condition Remarks


Black VALUE = 0

Red ERROR = 1 Alarm

2 Label User defined character

Label Grey -

3 Open Object Faceplate - Left Mouse click on the Indicatorbox element


Behavior


152 3BDS013986-600

Object Icon

Presentation


1 Object icon for DAT_DO This icon is represented by a 16x16 and 32x32 bit version.

Calculated Data DAT_DAT

Faceplate

Presentation


1


3BDS013986-600 153

Behavior


Condition Remarks



154 3BDS013986-600


Presentation


1

2

Behavior


1 Value Type row Black Valuetype = ValueType Indicate the type of value

Boolean, Real, Integer or Integer Long

2 Measured value VALUE Object measured value


Logical color

Faceplate Fg

Section 2 AC 100 Aspect Object Types in Detail Numeric01

3BDS013986-600 155

Numeric01

Presentation

Figure 3-22. Numeric01

12


Condition Remarks

1 Measured Value VALUE Object value. The value can of the datatype boolean, real, integer or integer long.

Green -

X X X Red VALUE is Bad



Behavior

2.2 MV Value X X X Red Value is Bad No contact with controller

Black VALUE Measured value of datatype Bool-ean, Real, Integer or Integer Long



156 3BDS013986-600

Object Icon

Presentation


1 Object icon for AIS This icon is represented by a 16 x16 and 32x32 bit version.

Boolean Calculated Data MB

Faceplate


3BDS013986-600 157

Presentation


1

Behavior


Condition Remarks



Numeric01 Section 2 AC 100 Aspect Object Types in Detail

158 3BDS013986-600

Presentation


1

Behavior


1 MV MV Black Text in front of the value

Logical color

Faceplate Fg

1.1 Measured value Black VALUE Object measured value

Max Value: +2.1E+9

Min Value: -2.11E+9

X X X Red VALUE is Bad The value quality is not Ok

Numeric01


3BDS013986-600 159

Presentation


12


Condition Remarks


Green -




Behavior

Object Icon

Presentation


1 Object icon for MB This icon is represented by a 16x16 and 32x32 bit version.

Calculated Boolean Signal Data MBS Section 2 AC 100 Aspect Object Types in Detail

160 3BDS013986-600

Calculated Boolean Signal Data MBS

Faceplate

Presentation


3

2

1


3BDS013986-600 161


Condition Remarks





3 On Button

Off Button


162 3BDS013986-600


Presentation


1

2


1


3BDS013986-600 163

Behavior


1 Measured Value Text Black


Logical color

Faceplate Fg

2.1 Measured value Green VALUE Object measured value



164 3BDS013986-600

Object Display

Presentation


1

3 2

4

67

8

5


3BDS013986-600 165

Behavior


Condition Remarks


Green - Normal










Green NORM_POS = 0












166 3BDS013986-600



Grey -


Condition Remarks


3BDS013986-600 167

IndicatorBox01

Presentation


1

2


Condition Remarks


Green -

X Red VALUE is Bad

2 Open Object Faceplate - Left Mouse click on the Indicator element


Behavior


168 3BDS013986-600

Object Icon

Presentation


1 Object icon for MBS This icon is represented by a 16x16 and 32x32 bit version.

Calculated Integer Data MI

Faceplate


3BDS013986-600 169

Presentation


1

Behavior





170 3BDS013986-600

Presentation


1

Behavior



Logical color

Faceplate Fg

1.1 Measured value Black VALUE Object measured value

Max value: +32767

Min value: -32767

X X X Red VALUE is Bad No contact with controller

Numeric01

Section 2 AC 100 Aspect Object Types in Detail Unit

3BDS013986-600 171

Presentation


12


Condition Remarks


Green -




Behavior

Unit


172 3BDS013986-600

Presentation

Figure 3-34. Unit

1 2


Condition Remarks

1 Measured Value Unit UNIT Object value unit

Green -




Behavior

Object Icon

Presentation


1 Object icon for MI This icon is represented by a 16 x16 and 32x32 bit version.

Section 2 AC 100 Aspect Object Types in Detail Calculated IntegerLong Data MIL

3BDS013986-600 173

Calculated IntegerLong Data MIL

Faceplate

Presentation


1


174 3BDS013986-600

Behavior




Presentation


1


3BDS013986-600 175

Behavior



Logical color

Faceplate Fg

1.1 Measured value MV Black VALUE Object measured value

Max value: +2.1E+9

Min value: -2.11E+9


Numeric01

Presentation


12


Condition Remarks


Green -

X X X Red VALUE is Bad No contact with controller




176 3BDS013986-600

Behavior

Section 2 AC 100 Aspect Object Types in Detail Unit

3BDS013986-600 177

Unit

Presentation

Figure 3-38. Unit

1 2


Condition Remarks


Green -




Behavior

Object Icon

Calculated Real Data MR Section 2 AC 100 Aspect Object Types in Detail

178 3BDS013986-600

Presentation


1 Object icon for MIL This icon is represented by a 16 x16and 32x32 bit version.

Calculated Real Data MR

Faceplate


3BDS013986-600 179

Presentation


1

Behavior





1


180 3BDS013986-600

Presentation

Behavior


1 Measured value VALUE Object measured value


Logical color

Faceplate Fg


Numeric01


3BDS013986-600 181

Presentation


12


Condition Remarks


Green -



Behavior

Unit Section 2 AC 100 Aspect Object Types in Detail

182 3BDS013986-600

Unit

Presentation

Figure 3-42. Unit

1 2


Condition Remarks


Green -




Behavior

Object icon

Section 2 AC 100 Aspect Object Types in Detail Signal ‘Group’ Objects AIS Group, ...

3BDS013986-600 183

Presentation


1 Object icon for MR This icon is represented by a 16x16 and 32x32 bit version.

Signal ‘Group’ Objects AIS Group, ...‘Group’ Objects are mainly for structuring purpose. Signal ‘Group’ Objects are• AIS Group• AOS Group• DIS Group• DOS Group• DAT_AI Group• DAT_AO Group• DAT_DI Group• DAT_DO Group• DAT_DAT Group• MB GROUP• MBS GROUP• MI GROUP• MIL GROUP• MR GROUP

The Station Status Group and the Basic Station Group Objects together with the Status Objects are described below in the same sequence as created by the Uploader in the Control Structure.


184 3BDS013986-600

Object Icon

Presentation


1 Object icon for ‘signaltype’ Group This icon is represented by a 16x16 bit version.

Section 2 AC 100 Aspect Object Types in Detail AF100 Network

3BDS013986-600 185

AF100 NetworkThis object type represents the root object for the AF 100 network in the Control Structure.

List of AspectsThe following unique aspects are important for this AC 100 Aspect Object Type

– OPC Data Source Definition– Uploader. Retrieves the AF 100 control structure from the OPC Server.– System Status Viewer– System Event List. Use this aspect to supervise the status of stations and

CPU's in the AF 100 network.– Alarm List– Event List


186 3BDS013986-600

Object Icon

Presentation


1 Object icon for AF100 Network This icon is represented by a 32x32 bit version.

AF100 TestNetwork

Object Icon

Presentation


1 Object icon for AF100 TestNetwork

This icon is represented by a 32x32 bit version.

AF100 Station

Object Icon

Presentation


1 Object icon for AF100 Station This icon is represented by a 16x16 and 32x32 bit version.

Section 2 AC 100 Aspect Object Types in Detail Station Status Group

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Station Status Group

Object Icon

Presentation


1 Object icon for Station Status This icon is represented by a 16x16 and 32x32 bit version.

AF100 CI Summary

Object Icon

Presentation


1 Object icon for CI This icon is represented by a 16 x16 and 32x32 bit version.

IO CI Summary Section 2 AC 100 Aspect Object Types in Detail

188 3BDS013986-600

IO CI Summary

Object Icon

Presentation


1 Object icon for IO CI Summary This icon is represented by a 32x32 bit version.

PM Summary

Object Icon

Presentation


1 Object icon for PM Summary This icon is represented by a 32x32 bit version.

Basic Station Group

Object Icon

Presentation


1 Object icon for Station Status This icon is represented by a 16x16 and 32x32 bit version.

Section 2 AC 100 Aspect Object Types in Detail AF100 Communication Board CI

3BDS013986-600 189

AF100 Communication Board CI

Object Icon

Presentation


1 Object icon for CI This icon is represented by a 32x32 bit version.

Processor Module

Object Icon

Presentation


1 Object icon for PM This icon is represented by a 16x16 and 32x32 bit version.

OPCNode types with AdvSoft 1.x software installed will show up as AC 100 OPC objects. The status information will then be very limited.


190 3BDS013986-600

Object Icon

Presentation


1 Object icon for OPC This icon is represented by a 16 x16 and 32x32 bit version.

3BDS013986-600 191

AABB Master Programming Language 16AC 16ACC 16Advant Controller 16Advant Fieldbus 100 16Advant OCS 16AF100 16AMPL 16AMPL Control Configuration 16APB 16APC 16Application Builder 16Application Performance Controller 16

BBCB 16BCD 16BCI 17Bus Configuration Builder 16Bus Configuration Database 16Bus Configuration Interface 17

CCBA 17CI Board 17Client Application 17Clock Master 17COM 17Component Object Model 17Control Builder A 17

DDAT Based Objects 17DataSet Peripheral (DSP) 17DCOM 17Distributed COM 17DSP 17

EEISA 17Electrostatic Discharge 17ESD 17Event Sets 17EVS 17Extended DB Elements 18 to 19

FFCB 18Function Chart 18Function Chart Builder 18

HHMI 18HSI 18Human Machine Interface (HMI) 18Human System Interface 18

LLED 18Light Emitting Diode 18

MMan Machine Interface 18

Index

Index

192 3BDS013986-600

Index

192 3BDS013986-600

MMI 18

OObject (Process) 18OPC 18Operator Station 18OS 18

PPC 18PC Element 18PC Program 18PCPGM 19Personal Computer 18

SSDP 19Service Data Protocol (SDP) 19System Status Object Types 27

XXDB 19

800xA for AC 100 - ABB Group€¦ · · 2015-05-15Power and productivity for a better worldTM...

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Transcript of 800xA for AC 100 - ABB Group€¦ · · 2015-05-15Power and productivity for a better worldTM...