Instrument and Process Control System November 16, 2009

DESCRIPTION

This course covers instrumentation and control system for industrial applications, the operation of PID (Process & Instrumentation Diagram) controllers and the usually implemented algorithm of commercial PID controllers. Also methods of controller tuning are presented and practiced.
COURSE OBJECTIVE

You will be able to:

* Understand the concept of instrumentation and control
* Understand the concept of industrial measurement and control
* Understand the concept of PID control
* Use and tune PID controller for set-point and load disturbances
* Know and understand the differences of PID controller algorithm of commercial PID controller

COURSE OUTLINE

1. Introduction to Instrumentation and Control

* Concept of process control
* Continuous vs batch process
* Components of control system
* Graphic description of loop components

2. Concept of Industrial Measurement

* Overview of measurement systems
* Characteristic of measuring instruments
* Process variables measurements

3. Dynamic of Plant

* Process characteristics
* Process load
* Gain, dead time and time constant

4. P&ID Documentation

* Ballon symbols
* Instrument symbols

5. Performance of control systems

* Performance criteria
* Stability

6. PID Controllers

* Proportional control mode
* Integral control mode
* Derivative control mode
* Composite control mode

7. Tuning PID Controllers

* Practical approach
* Ziegler - Nichols methods

8. PID Algorithm in Commercial PID

* PID structure on DCS

WHO SHOULD ATTEND

* The following category of professionals should attend:
* Instrumentation Engineers & Technicians
* Design and Process Engineers
* Operation Engineer
* Asset Manager Team members
* Maintenance Manager/Superintendent & Supervisor
* Everybody who are responsible to select, specify, design, operate, maintain, process instrumentation & control system.

Official Website: http://www.focustraco.com/index.php/tm-training-schedule/details/297-202105-2