(CD201.1) Omnivise T3000 Engineering

The participant will learn the basic principles and views of I&C engineering, diagnostics and operation of the Omnivise T3000 system. Each student will implement a basic control system model, using the workbench to create both function diagrams and plant displays. Emphasis will be placed on sensor processing/coupling for analog and binary signals, along with motor/actuator control applications.

Description

Dates 2024
Jan. 15-18, Feb. 12-15, March 11-14, April 08-11, May 06-09, June 17-20, July 15-18, Aug. 12-15, Sep. 09-12, Oct 14-17, Nov. 11-14, Dec 16-19

Objectives

Upon successful completion of this course, the student should be able to:

Explain the operation of the control system and network structure
Identify the automation hardware components
Navigate through the online documentation
Distinguish between hardware and software problems
Create logic and process diagrams for an actual plant model
Understand operation and configuration modes of operation
Use the diagnostic view to isolate faults in the system
Create a “Trend” plant display
Acquire a good understanding of the usage of Power Plant specific Automation Blocks such as: Sub Loop Controller, Motor Block, Analog Signal Monitoring, Set Point Adjustment, Servo, Device Change Over, PRESELect and Operating Hours Counter.

Course contents

System hardware and software architecture, redundancy

Peripherals

System documentation

Engineering:

Function diagram
Plant display
Archive

Integrated engineering, using AF-blocks and prototypes, creating macros, creating trend displays

Operation:

Faceplates
Trends
Alarms
Display navigation

Diagnostics

Change of parameters
Dynamic function diagram
Forcing ports

Commissioning:

Point view

Plant display hierarchy

Engineering examples

I/Os
Logic
Motor
Graphics

Omnivise T3000 system summary.

T3K Version: 4,7,8 & 9

*Version 9 "training" to be released end of 2023.

Prerequisites

Electrical engineer, electronics technician or competent individual with an electronics background and knowledge of PC operations using MS Windows^®. Prior experience with a distributed control system is desirable.

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