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Process Panel Reference Manual

Control – AC800M – Minerals Library

Operation – Process Panel - AC800M Connect – Minerals Library

Version 5.0/1

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CONTENT

1. SUMMARY.........................................................................................................................................................4

2. COMMON DATA ..............................................................................................................................................5

2.1 BASIC DESCRIPTION ...............................................................................................................................5

3. CONTROL..........................................................................................................................................................6

3.1.1 Library location....................................................................................................................................6 3.1.2 Graphical presentation.........................................................................................................................6

4. OPERATION......................................................................................................................................................9

4.1 GENERAL OPERATION............................................................................................................................9

5. OBJECT TYPES ..............................................................................................................................................10

5.1 MOT1 .........................................................................................................................................................10 5.1.1 OBJECT STRUCTURE.......................................................................................................................10 5.1.2 CONTROL ..........................................................................................................................................10

5.1.2.1 CONTROL HANDLING ...............................................................................................................10 5.1.2.2 ACCESS VARIABLE DESCRIPTION.........................................................................................10

5.2 MOT1_VVVF ............................................................................................................................................11 5.2.1 OBJECT STRUCTURE.......................................................................................................................11 5.2.2 CONTROL ..........................................................................................................................................11

5.2.2.1 CONTROL HANDLING ...............................................................................................................11 5.2.2.2 ACCESS VARIABLE DESCRIPTION.........................................................................................11

5.3 MOT2 .........................................................................................................................................................12 5.3.1 OBJECT STRUCTURE.......................................................................................................................12 5.3.2 CONTROL ..........................................................................................................................................12

5.3.2.1 CONTROL HANDLING ...............................................................................................................12 5.3.2.2 ACCESS VARIABLE DESCRIPTION.........................................................................................12

5.4 DAMPER ...................................................................................................................................................13 5.4.1 OBJECT STRUCTURE.......................................................................................................................13 5.4.2 CONTROL ..........................................................................................................................................13

5.4.2.1 CONTROL HANDLING ...............................................................................................................13 5.4.2.2 ACCESS VARIABLE DESCRIPTION.........................................................................................13

5.5 GATE .........................................................................................................................................................14 5.5.1 OBJECT STRUCTURE.......................................................................................................................14 5.5.2 CONTROL ..........................................................................................................................................14

5.5.2.1 CONTROL HANDLING ...............................................................................................................14 5.5.2.2 ACCESS VARIABLE DESCRIPTION.........................................................................................14

5.6 FAN ............................................................................................................................................................15 5.6.1 OBJECT STRUCTURE.......................................................................................................................15 5.6.2 CONTROL ..........................................................................................................................................15

5.6.2.1 CONTROL HANDLING ...............................................................................................................15 5.6.2.2 ACCESS VARIABLE DESCRIPTION.........................................................................................15

5.7 PUMP .........................................................................................................................................................16 5.7.1 OBJECT STRUCTURE.......................................................................................................................16 5.7.2 CONTROL ..........................................................................................................................................16

5.7.2.1 CONTROL HANDLING ...............................................................................................................16 5.7.2.2 ACCESS VARIABLE DESCRIPTION.........................................................................................16

5.8 VLV1..........................................................................................................................................................17 5.8.1 OBJECT STRUCTURE.......................................................................................................................17 5.8.2 CONTROL ..........................................................................................................................................17

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5.8.2.1 CONTROL HANDLING ...............................................................................................................17 5.8.2.2 ACCESS VARIABLE DESCRIPTION.........................................................................................17

5.9 VLV1NO ....................................................................................................................................................18 5.9.1 OBJECT STRUCTURE.......................................................................................................................18 5.9.2 CONTROL ..........................................................................................................................................18

5.9.2.1 CONTROL HANDLING ...............................................................................................................18 5.9.2.2 ACCESS VARIABLE DESCRIPTION.........................................................................................18

5.10 AIS/AIC......................................................................................................................................................19 5.10.1 OBJECT STRUCTURE.......................................................................................................................19 5.10.2 CONTROL ..........................................................................................................................................19

5.10.2.1 CONTROL HANDLING ...........................................................................................................19 5.10.2.2 ACCESS VARIABLE DESCRIPTION .....................................................................................19

5.11 AOS/AOC...................................................................................................................................................20 5.11.1 OBJECT STRUCTURE.......................................................................................................................20 5.11.2 CONTROL ..........................................................................................................................................20

5.11.2.1 CONTROL HANDLING ...........................................................................................................20 5.11.2.2 ACCESS VARIABLE DESCRIPTION .....................................................................................20

5.12 DIS/DIC......................................................................................................................................................21 5.12.1 OBJECT STRUCTURE.......................................................................................................................21 5.12.2 CONTROL ..........................................................................................................................................21

5.12.2.1 CONTROL HANDLING ...........................................................................................................21 5.12.2.2 ACCESS VARIABLE DESCRIPTION .....................................................................................21

5.13 DOS/DOC...................................................................................................................................................22 5.13.1 OBJECT STRUCTURE.......................................................................................................................22 5.13.2 CONTROL ..........................................................................................................................................22

5.13.2.1 CONTROL HANDLING ...........................................................................................................22 5.13.2.2 ACCESS VARIABLE DESCRIPTION .....................................................................................22

5.14 GROUP.......................................................................................................................................................23 5.14.1 OBJECT STRUCTURE.......................................................................................................................23 5.14.2 CONTROL ..........................................................................................................................................23

5.14.2.1 CONTROL HANDLING ...........................................................................................................23 5.14.2.2 ACCESS VARIABLE DESCRIPTION .....................................................................................23

5.15 PREBIN......................................................................................................................................................24 5.15.1 OBJECT STRUCTURE.......................................................................................................................24 5.15.2 CONTROL ..........................................................................................................................................24

5.15.2.1 CONTROL HANDLING ...........................................................................................................24 5.15.2.2 ACCESS VARIABLE DESCRIPTION .....................................................................................24

6. ENGINEERING GUIDLINE ..........................................................................................................................25

6.1 GENEREL INFORMATION.....................................................................................................................25 6.1.1 Access Variables.................................................................................................................................25

6.2 OBJECT STRUCTURE .............................................................................................................................26 6.3 NAME LIST AND DATA TYPES............................................................................................................27

6.3.1 Data Types..........................................................................................................................................27 6.3.2 Name list .............................................................................................................................................27

6.4 BEFORE ENGINEERING STARTS.........................................................................................................28 6.5 PREPARE COMMUNICATION...............................................................................................................29 6.6 OBJECT ENGINEERING .........................................................................................................................30 6.7 ALARM & EVENT HANDLING .............................................................................................................31

6.7.1 Alarm & Event Group definition: .......................................................................................................31 6.7.2 Alarm & Event properties: .................................................................................................................31 6.7.3 Peripherals .........................................................................................................................................32

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1. SUMMARY

This document contains a detailed description for engineering a Process Panel (P800). The main chapters cover the following topics in detail: • BMI standard symbol library for P800 • Object types • Link references on objects to access variables The process panel provides access and control for the following standard control modules: • MOT1 • MOT2 • MOTP • MOT1VVVF • VLV1 • VLVNO1 • GROUP • PREBIN • AIS • AIC • AOS • AOC • DIS • DIC • DOS • DOC

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2. COMMON DATA

2.1 BASIC DESCRIPTION

All Process Panel objects have the following common basic functions:

• Manual control from the Process Panel (via commands and input fields)

• Status and operation indication

• Mode selection from the Process Panel (via commands)

• Data exchange through a single access variable

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3. CONTROL

3.1.1 Library location

The extended Control Module Types for objects and their corresponding Structured Data Types are located in the library BMIStandard for Control Builder Professional.

3.1.2 Graphical presentation

MOT1 / MOT1VVVF

MOT2

VLV

DAMPER

GATE

FAN

Ready Run Not RFS Fault Not RFS / Fault

Ready Run Not RFS Fault Not RFS / Fault

Ready Run Not RFS Fault Not RFS / Fault

Ready Run Not RFS Fault Not RFS / Fault

Ready Run Not RFS Fault Not RFS / Fault

Ready Run Not RFS Fault Not RFS / Fault

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PUMP

AI

AO

DI

DO

Ready Run Not RFS Fault Not RFS / Fault

SigErr NoError

STS HH STS H STS PHi STS PLo STS L STS LL SigErr

Warning AutoAck NoErr Event Not Ready Warning Failure

Off On

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GROUP

PREBIN

Ready

Off / Fault

Run

Run / Fault

Hold / Fault

Hold

Starting

Stopping

Starting / Fault

Stopping / Fault

Start Interlock

Stop Interlock

Start / Stop Interlock

Not RFS Ready PreValid

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4. OPERATION

4.1 GENERAL OPERATION

There are two kinds of operation handling. Either trough cursor or touch screen, depending on the type of the process panel. In the picture below two frames are shown. One is for mode (SetSeq, SetCen, etc) selection and the other for commands (Start, Stop, Qstop, etc). Each object has the possibility to give at least commands. The command field is close to the object and the mode field is at the head of the left side. Example of a group object

Frame for mode selection

Frame for commands

Example of a consumer object

Frame for mode selection

Frame for commands

More details are described in chapter 5 “OBJECT TYPES”.

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5. OBJECT TYPES

5.1 MOT1

5.1.1 OBJECT STRUCTURE

• Input field for commands (Start, Stop, etc.)

• Input field for mode selection (SetCen, SetSeq, etc)

• Multiple symbol for operation indication (Run, Ready, etc)

• Multiple symbol for mode indication (Seq, Cen, etc)

5.1.2 CONTROL

5.1.2.1 CONTROL HANDLING

Mode selection:

Commands:

5.1.2.2 ACCESS VARIABLE DESCRIPTION

MOT1 Access Variable; components

Array Position

Access Signal Name

Symbol Map

Object Symbol

.$0 Status General Multiple Symbol (Status)

.$1 StatusModes General Multiple Symbol (StatusModes)

.$2 Cmd General Multiple choices(Cmd)

.$3 CmdModes General Multiple choices(CmdModes)

.$4 Blink Dynamics Multiple Symbol (Status)

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5.2 MOT1_VVVF

5.2.1 OBJECT STRUCTURE

• Multiple choices for commands (Start, Stop, etc.)

• Multiple choices for mode selection (SetCen, SetSeq, etc)

• Multiple symbol for operation indication (Run, Ready, etc)

• Multiple symbol for mode indication (Seq, Cen, etc)

5.2.2 CONTROL

5.2.2.1 CONTROL HANDLING

Mode selection: Manual Output:

Commands:

5.2.2.2 ACCESS VARIABLE DESCRIPTION

MOT1_VVVF Access Variable; components

Array Position

Access Signal Name

Symbol Map

Object Symbol

.$0 Status General Multiple Symbol (Status)

.$1 StatusModes General Multiple Symbol (StatusModes)

.$2 Cmd General Multiple choices(Cmd)

.$3 CmdModes General Multiple choices(CmdModes)

.$4 Blink Dynamics Multiple Symbol (Status)

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5.3 MOT2

5.3.1 OBJECT STRUCTURE

• Input field for commands (Start, Stop, etc.)

• Input field for mode selection (SetCen, SetSeq, etc)

• Multiple symbol for operation indication (Run, Ready, etc)

• Multiple symbol for mode indication (Seq, Cen, etc)

5.3.2 CONTROL

5.3.2.1 CONTROL HANDLING

Mode selection:

Commands:

5.3.2.2 ACCESS VARIABLE DESCRIPTION

MOT2 Access Variable; components

Array Position

Access Signal Name

Symbol Map

Object Symbol

.$0 Status General Multiple Symbol (Status)

.$1 StatusModes General Multiple Symbol (StatusModes)

.$2 Cmd General Multiple choices(Cmd)

.$3 CmdModes General Multiple choices(CmdModes)

.$4 Blink Dynamics Multiple Symbol (Status)

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5.4 DAMPER

5.4.1 OBJECT STRUCTURE

• Multiple choices for commands (Start, Stop, etc.)

• Multiple choices for mode selection (SetCen, SetSeq, etc)

• Multiple symbol for operation indication (Run, Ready, etc)

• Multiple symbol for mode indication (Seq, Cen, etc)

• Analogue value to enter a setpoint (Setpoint)

• Analogue value for measured value indication (Measured Value)

5.4.2 CONTROL

5.4.2.1 CONTROL HANDLING

Mode selection: Manual Output

Commands:

5.4.2.2 ACCESS VARIABLE DESCRIPTION

DAMPER Access Variable; components

Array Position

Access Signal Name

Symbol Map

Object Symbol

.$0 Status General Multiple Symbol (Status)

.$1 StatusModes General Multiple Symbol (StatusModes)

.$2 Cmd General Multiple choices(Cmd)

.$3 CmdModes General Multiple choices(CmdModes)

.$4 Blink Dynamics Multiple Symbol (Status)

.$5 Setpoint Dynamics Analogue Value (Setpoint)

.$6 Measured Value

Dynamics Analogue Value (Measured Value)

.$7 Enabling Setpoint Field

Dynamics Analogue Value (Setpoint)

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5.5 GATE

5.5.1 OBJECT STRUCTURE

• Multiple choices for commands (Start, Stop, etc.)

• Multiple choices for mode selection (SetCen, SetSeq, etc)

• Multiple symbol for operation indication (Run, Ready, etc)

• Multiple symbol for mode indication (Seq, Cen, etc)

• Analogue value to enter a setpoint (Setpoint)

• Analogue value for measured value indication (Measured Value)

5.5.2 CONTROL

5.5.2.1 CONTROL HANDLING

Mode selection: Manual Output

Commands:

5.5.2.2 ACCESS VARIABLE DESCRIPTION

GATE Access Variable; components

Array Position

Access Signal Name

Symbol Map

Object Symbol

.$0 Status General Multiple Symbol (Status)

.$1 StatusModes General Multiple Symbol (StatusModes)

.$2 Cmd General Multiple choices(Cmd)

.$3 CmdModes General Multiple choices(CmdModes)

.$4 Blink Dynamics Multiple Symbol (Status)

.$5 Setpoint Dynamics Analogue Value (Setpoint)

.$6 Measured Value

Dynamics Analogue Value (Measured Value)

.$7 Enabling Setpoint Field

Dynamics Analogue Value (Setpoint)

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5.6 FAN

5.6.1 OBJECT STRUCTURE

• Multiple choices for commands (Start, Stop, etc.)

• Multiple choices for mode selection (SetCen, SetSeq, etc)

• Multiple symbol for operation indication (Run, Ready, etc)

• Multiple symbol for mode indication (Seq, Cen, etc)

5.6.2 CONTROL

5.6.2.1 CONTROL HANDLING

Mode selection:

Commands:

5.6.2.2 ACCESS VARIABLE DESCRIPTION

FAN Access Variable; components

Array Position

Access Signal Name

Symbol Map

Object Symbol

.$0 Status General Multiple Symbol (Status)

.$1 StatusModes General Multiple Symbol (StatusModes)

.$2 Cmd General Multiple choices(Cmd)

.$3 CmdModes General Multiple choices(CmdModes)

.$4 Blink Dynamics Multiple Symbol (Status)

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5.7 PUMP

5.7.1 OBJECT STRUCTURE

• Multiple choices for commands (Start, Stop, etc.)

• Multiple choices for mode selection (SetCen, SetSeq, etc)

• Multiple symbol for operation indication (Run, Ready, etc)

• Multiple symbol for mode indication (Seq, Cen, etc)

5.7.2 CONTROL

5.7.2.1 CONTROL HANDLING

Mode selection:

Commands:

5.7.2.2 ACCESS VARIABLE DESCRIPTION

PUMP Access Variable; components

Array Position

Access Signal Name

Symbol Map

Object Symbol

.$0 Status General Multiple Symbol (Status)

.$1 StatusModes General Multiple Symbol (StatusModes)

.$2 Cmd General Multiple choices(Cmd)

.$3 CmdModes General Multiple choices(CmdModes)

.$4 Blink Dynamics Multiple Symbol (Status)

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5.8 VLV1

5.8.1 OBJECT STRUCTURE

• Multiple choices for commands (Start, Stop, etc.)

• Multiple choices for mode selection (SetCen, SetSeq, etc)

• Multiple symbol for operation indication (Run, Ready, etc)

• Multiple symbol for mode indication (Seq, Cen, etc)

5.8.2 CONTROL

5.8.2.1 CONTROL HANDLING

Mode selection:

Commands:

5.8.2.2 ACCESS VARIABLE DESCRIPTION

VLV1 Access Variable; components

Array Position

Access Signal Name

Symbol Map

Object Symbol

.$0 Status General Multiple Symbol (Status)

.$1 StatusModes General Multiple Symbol (StatusModes)

.$2 Cmd General Multiple choices(Cmd)

.$3 CmdModes General Multiple choices(CmdModes)

.$4 Blink Dynamics Multiple Symbol (Status)

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5.9 VLV1NO

5.9.1 OBJECT STRUCTURE

• Multiple choices for commands (Start, Stop, etc.)

• Multiple choices for mode selection (SetCen, SetSeq, etc)

• Multiple symbol for operation indication (Run, Ready, etc)

• Multiple symbol for mode indication (Seq, Cen, etc)

5.9.2 CONTROL

5.9.2.1 CONTROL HANDLING

Mode selection:

Commands:

5.9.2.2 ACCESS VARIABLE DESCRIPTION

VLV1NO Access Variable; components

Array Position

Access Signal Name

Symbol Map

Object Symbol

.$0 Status General Multiple Symbol (Status)

.$1 StatusModes General Multiple Symbol (StatusModes)

.$2 Cmd General Multiple choices(Cmd)

.$3 CmdModes General Multiple choices(CmdModes)

.$4 Blink Dynamics Multiple Symbol (Status)

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5.10 AIS/AIC

5.10.1 OBJECT STRUCTURE

• Multiple choices for commands (AlarmAck)

• Analogue value for Signal Value indication

• Multiple symbols for status indication (Alarm Level, Signal Status, etc.)

5.10.2 CONTROL

5.10.2.1 CONTROL HANDLING

Commands:

5.10.2.2 ACCESS VARIABLE DESCRIPTION

AIS/AIC Access Variable; components

Array Position

Access Signal Name

Symbol Map

Object Symbol

.$0 Status General Multiple Symbol (Status)

.$1 Cmd General Multiple choices(Cmd)

.$2 Measured Value

General Analogue Value (Measured Value)

.$3 Blink Dynamics Multiple Symbol (Status)

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5.11 AOS/AOC

5.11.1 OBJECT STRUCTURE

• Multiple choices for commands (Man, Auto, AlarmAck)

• Analogue value for Signal indication

• Multiple symbols for status indication (Signal Status, etc.)

5.11.2 CONTROL

5.11.2.1 CONTROL HANDLING

Commands:

5.11.2.2 ACCESS VARIABLE DESCRIPTION

AOS/AOC Access Variable; components

Array Position

Access Signal Name

Symbol Map

Object Symbol

.$0 Status General Multiple Symbol (Status)

.$1 Cmd General Multiple choices(Cmd)

.$2 Manual Output

General Analogue Value (Manual Output)

.$3 Enable Output Field

Dynamics Analogue Value (Manual Output)

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5.12 DIS/DIC

5.12.1 OBJECT STRUCTURE

• Digital symbol for On/Off indication

• Multiple choices for commands (AlarmAck)

• Multiple symbols for status indication (Signal Status, etc.)

5.12.2 CONTROL

5.12.2.1 CONTROL HANDLING

Commands:

5.12.2.2 ACCESS VARIABLE DESCRIPTION

DIS/DIC Access Variable; components

Array Position

Access Signal Name

Symbol Map

Object Symbol

.$0 Status General Multiple Symbol (Status)

.$1 Cmd General Multiple choices(Cmd)

.$2 Signal Value General Digital Symbol (Signal Value)

.$3 Blink Dynamics Multiple Symbol (Status)

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5.13 DOS/DOC

5.13.1 OBJECT STRUCTURE

• Digital symbol for On/Off indication

• Multiple choices for commands (On, Off, AlarmAck, etc.)

5.13.2 CONTROL

5.13.2.1 CONTROL HANDLING

Mode selection:

Commands:

5.13.2.2 ACCESS VARIABLE DESCRIPTION

DOS/DOC Access Variable; components

Array Position

Access Signal Name

Symbol Map

Object Symbol

.$0 Cmd General Multiple choices(Cmd)

.$1 Signal Value General Digital Symbol (Signal Value)

.$2 Control Enabling

Dynamics Multiple choices(Cmd)

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5.14 GROUP

5.14.1 OBJECT STRUCTURE

• Multiple choices for commands modes (SetSeq, SetCen, SetLoc)

• Multiple choices for commands(Start, Stop, etc)

• Multiple symbols for mode/interlock indication (Central, Cen/Startint, etc.)

• Multiple symbols for status indication (Ready, Off, Run, etc.)

• Static Symbol for start warning Indication (STW)

5.14.2 CONTROL

5.14.2.1 CONTROL HANDLING

Mode selection:

Commands:

5.14.2.2 ACCESS VARIABLE DESCRIPTION

GROUP Access Variable; components

Array Position

Access Signal Name

Symbol Map

Object Symbol

.$0 Status General Multiple Symbol (Status)

.$1 Status Modes General Digital Symbol (Signal Value)

.$2 Cmd General Multiple choices(Cmd)

.$3 Cmd Modes General Multiple choices(Cmd Modes)

.$4 STW General Static Symbol (STW)

.$5 GrpBlink Dynamic Multiple Symbol (Status)

.$6 StwBlink Dynamic Static Symbol (STW)

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5.15 PREBIN

5.15.1 OBJECT STRUCTURE

• Multiple choices for commands(Selected, Deselected)

• Rectangle for color indication (PreValid, PreSelection)

• Rectangle for status indication (Ready)

• Static text for button description

5.15.2 CONTROL

5.15.2.1 CONTROL HANDLING

Commands:

5.15.2.2 ACCESS VARIABLE DESCRIPTION

PREBIN Access Variable; components

Array Position

Access Signal Name

Symbol Map

Object Symbol

.$0 Ready Dynamics Rectangle (Ready)

.$1 PreSelection Dynamics Rectangle (PreSelection)

.$2 Button Enabling

General Multiple choices(Cmd)

.$2 Button Enabling

General Static Text (Button Enabling)

.$3 Cmd General Multiple choices(Cmd)

.$4 Blink Dynamics Rectangle (Ready)

.$4 Blink Dynamics Rectangle (PreSelection)

.$4 Blink Dynamics Static Text (Button Enabling)

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6. ENGINEERING GUIDLINE

6.1 GENEREL INFORMATION

6.1.1 Access Variables

All objects consist of several symbols like rows in an array. The symbols can be controlled through one access variable, one row. The access variable has to be defined in the Control Builder and the Name List of the Panel Builder.

There the access variables can be replaced by the placeholder (SIG_TAG) in the different symbols.

For example “.$3” in the picture below defines the row of the two dimensional array in which the variables of the chosen object are stored. These are the variables in the particular row one is accessing the object. See the example below

e.g. SIG_TAG is one symbol of an object. It has to be replaced by the access variable

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6.2 OBJECT STRUCTURE

Example using a MOT1 object. Double-click the motor object and follow the instructions below! Now one can see the rows of symbols the object contains. Within these rows there are the variables. These one finds the variable type defined by “.$xy” where the xy is 0,1,2,3,... The details about this variable can be found in the description of the particular object at the end of this document.

See object type MOT1

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6.3 NAME LIST AND DATA TYPES

With these types one defines the variables to be exchanged with the process panel. It is possible to send/receive single data types or structured data types. If latter is desired, a name has to be established containing the data types needed as shown in the example bellow.

6.3.1 Data Types

The following signal formats are available in the dialog for each object assuming that the selected driver supports the signal format. To prepare the name list, the following data types have to be used for the standard objects.

Signed 32-bit: MOT1, MOT2, MOTP, VLV1, VLVNO1, GROUP, PREBIN, DIC, DIS, DOC, DOS Float with exponent 32.bit: AIS, AIC

6.3.2 Name list

The imported name list has to be a text “.txt” file. The table with the red frame shows a name list witch is ready to be imported.

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6.4 BEFORE ENGINEERING STARTS

Before you start engineering follow the steps below.

1. Start Panel Builder S800 5.0 Programs -> ABB Industial IT -> Panel 800 ->Panel Builder 800 5.0 -> Panel Builder 800

2. Create / Open new project

3. In the project manager select each block and change all block backgroundcolors to the standard color. Change also the grid properties as describe below. General properties Background color for each block:

Grid for each block:

Menu -> Layout -> Grid Properties…

4. Open “BMI Standard Panel 800 5.0” library in the library window

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6.5 PREPARE COMMUNICATION

The communication between the process panel and the control system works with MMS variables. The access variables have to be entered in two places:

Control Builder:

• Controllers ->related Node e.g N8 -> Access Variables

Panel Builder 800:

• View -> Name List … Select Controller systems “1: Control Network….:” Import: Choose “Text file” and select the list. Afterwards follow the instruction of the panel builder

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6.6 OBJECT ENGINEERING

Example of a MOT1 object:

Each “Array Position” includes a variable string which has to be replaced with the placeholder. The “Symbol Map” describes where you have to replace in the “Object Symbol”. The name in the brackets relates to the Object Symbol

MOT1 Access Variable; components Array Position

Access Signal Name

Symbol Map

Object Symbol

.$0 Status General Multiple Symbol (Status)

.$1 StatusModes General Multiple Symbol (StatusModes)

.$2 Cmd General Multiple choices(Cmd)

.$3 CmdModes General Multiple choices(CmdModes)

.$4 Blink Dynamics Multiple Symbol (Status)

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6.7 ALARM & EVENT HANDLING

The communication driver ABB Control Network version 5.0 or later has extended alarm handling over MMS on Ethernet. The driver can be configured to support MMS Alarm and Event Services and the alarm list in Panel 800 will then be integrated with the alarm list in AC 800M.

6.7.1 Alarm & Event Group definition:

Menu: Functions -> Alarm Groups… Enter the two groups shown in the picture bellow.

6.7.2 Alarm & Event properties:

Menu: Setup -> Alarm Properties… Change list size up to 10(KB)

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6.7.3 Peripherals

Menu: Setup -> Peripherals… Choose the related controller: Ethernet -> Controller 1 or 2 -> Control Network Right mouse click and Properties

Select Settings and enable the corresponding event

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Switch to Event/Alarm settings and enter the group name

Switch to String content and enable the check-field shown bellow

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DOCUMENT REVISION HISTORY Rev. ind.

Page (P) Chapt. (C)

Description Date/Initials

- Initial Version 28.06.2007/MB