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Schneider Electric Software PLC Application-Specific Functions, Micro/Junior/Pro, 4.5 User Guide

Built-in DOP functions. Schneider Electric Software PLC Application-Specific Functions, Micro/Junior/Pro, 4.5

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Built-in DOP functions

27

Introduction

Aim of this chapter

What's in this

Chapter?

This chapter describes the different built-in DOP functions and shows how they are set-up in PL7.

This Chapter contains the following Sections:

Section

27.1

27.2

Topic

Description of the parameters common to the different DOP functions

Description of the built-in DOP functions

Page

275

TLX DS 37 PL7 xxE

/

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Table of contents

Shared application-specific functions

Common application specific functions: General

General Presentation

Configuration of an application-specific function

Adjustment of an application-specific function

Debugging an application-specific function

Objects associated with specific applications

Addressing of language objects associated with specific applications

Addressing of built-in application-specific interfaces

Addressing in-rack Input/Output module objects

Addressing of language objects associated with AS-i bus

Implicit exchanges

Explicit exchanges

Explicit exchanges: General

READ_STS: Reading status words

WRITE_CMD: Writing command words

READ_PARAM: Reading adjustment parameters

WRITE_PARAM: Writing adjustment parameters

SAVE_PARAM: Saving adjustment parameters

RESTORE_PARAM: Restoring adjustment parameters

Exchange and report management

Presymbolization

Presymbolized objects

Automatic symbolization of objects associated with a channel

Application-specific instructions

Application-specific instructions

Accessing a specific function, method or procedure type instruction

Reminders concerning the configuration editor

The PL7 toolbar

The PL7 status bar

How to declare a module in a PLC rack

Confirming the configuration of a module

Globally reconfiguring an application

Application-specific fault processing (in-rack modules) by program

Discrete application

Introduction to the discrete application

Discrete application configuration

Configuring a discrete module: General

Description of the configuration screen for a discrete module

How to access the configuration parameters of a discrete module

Modifying the configuration parameters of a discrete module's: General

Discrete input/output channel parameters

Discrete inputs parameters

Discrete output parameters

Configuration of discrete parameters

How to modify the Task parameter of a discrete module

How to modify the Functions parameter of a discrete module

How to modify the Type of inputs parameter of a discrete module

How to modify the Network frequency parameter of a discrete module

How to modify the Fallback mode parameter of a discrete module

How to modify the Reactivation of outputs parameter of a discrete module

How to parameterize the RUN/STOP input of a discrete module

How to parameterize the save program and %MW input of a discrete module

How to parameterize the alarm output of a discrete module

Debugging discrete modules

Introduction to the debug function of a discrete module

Description of the debug screen for a discrete module

How to access the channels debug screen of a discrete module

How to access the Diagnostics function for a discrete module

Accessing the forcing/unforcing function

How to access the SET and RESET commands

How to access the reactivation of outputs command

Maintain outputs for a discrete module

Addressing of discrete I/O module objects

Addressing discrete input/output module objects

Language objects associated with the discrete specific application

Implicit exchange objects

exchanges in progress

Explicit exchange objects: General

Explicit exchange objects: Status Module %MWx.MOD.2:Xj

Explicit exchange object: Command Word %MWxMOD.3:Xj

General introduction to the AS-i Bus

Introduction to the AS-i Bus

Architecture of the TSX SAZ 10 module

Structure of an AS-i slave

How to declare an AS-i communication module in the PLC rack

How to access the AS-i Bus configuration

AS-i bus configuration

Description of the configuration screen for an AS-i communication module

How to define a slave device on the AS-i bus

How to modify the software configuration of the AS-i Bus

How to access the description of an AS-i slave

How to define a new slave profile in the standard AS-I catalogue

How to modify AS-i slave general parameters: Automatic addressing

How to modify AS-i slave general parameters: Fallback mode

Debugging the AS-i bus

Introduction to the Debug function

Description of the debug screen for an AS-i module

Displaying the slaves’ status

How to access adjustment of an AS-i device’s parameters

How to access the AS-i channels’ forcing/unforcing function

How to access the SET and RESET commands of the AS-i channels

Automatic replacement of a faulty AS-i slave

How to insert a slave device into an existing AS-i configuration

Bits and words associated with the AS-i function

Addressing objects associated with the AS-i function

Language objects associated with the AS-i function

Implicit exchange objects associated with the AS-i function

exchanges in progress

Explicit exchange objects: General

Explicit exchange objects: Channel status %MW4.0.2:Xj to %MW4.0.22:Xj

Explicit exchange object: Channel command %MW4.0.23:Xj

Explicit exchange objects: Status %MW4.MOD.2:Xj

AS-i operating mode

AS-i operating mode: General

AS-i protected mode

AS-i wiring test mode

AS-i offline operating mode

AS-i performance

AS-i bus performance

Analog application

The analog application

Introduction to the analog application on Micro

Built-in analog interface

Chapter overview

Built-in analog interface

Introducing the built-in analog interface

Input processing

Timing of measurements

Under/overshoot monitoring on inputs

Sensor link monitoring

Measurement filtering

Displaying measurements

Output processing

Output characteristics

Analog input modules TSX AEZ 801 / TSX AEZ

Chapter overview

Introduction to the TSX AEZ 801/TSX AEZ 802 modules

Timing of measurements

Range selection and input overflow monitoring

Sensor link checking on TSX AEZ

What happens to the module in the event of an overload

Measurement filtering

Displaying measurements

Analog input modules TSX AEZ

Chapter overview

Introducing the TSX AEZ 414 module

Timing of measurements

Range selection and input overshoot monitoring

Sensor link monitoring

What happens to the module in the event of an overload

Measurement filtering

Displaying measurements

Analog output module TSX ASZ

Chapter overview

Introducing the TSX ASZ 401module

Writing and updating outputs

Analog output module TSX ASZ

Chapter overview

Introducing the TSX ASZ 200 module

Writing and updating outputs

Fault Processing

TSX AMZ 600 Analog Module

Introduction to the Chapter

Introduction to the TSX AMZ 600 Module

Measuring Speed

Selection of Ranges and Monitoring of Input Overshoots

Monitoring of Sensor Link on TSX AMZ

Module Behavior in Event of Overload

Filtering of Measurements

Display of Current Values

Configuring the analog application

Reminder about the configuration editor

Accessing the configuration editor

Selection of Modules

Accessing the analog application parameters

Accessing Parameterization of the Integrated Analog Interface

Accessing Parameterization of an Analog Module

Configuration of analog channels

Channel configuration function - General

Default Configuration of Channels

Display of Channel Parameters

Modifying an input channel’s parameters

Modification of the Scanning Cycle

Modification of the Task Assigned to the Module Inputs

Modification of the Input Range

Modification of the Display Format

Modification of the Filtering Value

Modifying an output channel’s parameters

Modification of the Fallback Mode

Modifying the task to which the output is assigned

Modification of the Output Range (TSX ASZ 200 and TSX AMZ 600)

Debugging function

Introduction to the Debugging function

Display of Channel Parameters

Module Diagnostics Display

Deletion of Module Channel Forcing

Display of Detailed Channel Diagnostics

Modification of the Filtering Value

Channel Forcing / Delete Forcing

Bits and words associated with the analog application

Implicit exchange objects associated with the analog application

Explicit exchange objects associated with inputs/outputs

Configuration objects associated with the analog application

Operator Dialog functions

General presentation of the Operator Dialog functions

General presentation

Built-in DOP functions

Description of the parameters common to the different DOP functions

Parameters Zone: Terminal address

Parameters field: Data to be sent

Parameter field: Data to be received

Parameters field: Report

Description of the built-in DOP functions

List of the built-in DOP functions

SEND_MSG function

GET_MSG function

ASK_MSG function

SEND_ALARM function

DISPLAY_MSG function

DISPLAY_GRP function

DISPLAY_ALRM function

ASK_VALUE function

GET_VALUE function

CONTROL_LEDS function

ASSIGN_KEYS function

PANEL_CMD function

ADJUST function

Precautions for DOP use

Description of the built-in DOP functions "Data to send" parameter coding

PLC status message display: SEND_MSG function

PLC checked status message entry: ASK_MSG and GET_MSG function

PLC alarm message display: SEND_ALARM function

DISPLAY_GRP functions

Display of luminous column LEDS: CONTROL_LEDS function

Configuring command keys: ASSIGN_KEYS function

Generic send command: PANEL_CMD function

Process control functions

General on the PID

General introduction

Principal of the regulation loop

Development methodology of a regulation application

Description of the regulation functions

Programming a regulation function

Programming the PID function

Programming the PWM function

Programming the SERVO function

Performance of the functions in the operating mode

Operator dialogue on CCX

Dialog operator on the CCX

Selecting a loop

Controlling a loop

Adjusting a loop

PID_MMI Function: programming

Example of application

Description of the application example

Configuration of the example

Programming the example

PID parameter adjustment method

Role and influence of PID parameters

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