PROCESS CONTROL AND INSTRUMENTATION SYSTEM

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.

• 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 MATERIALS

1. Introduction to Instrumentation and Control

1. Concept of process control
2. Continuous vs batch process
3. Components of control system
4. Graphic description of loop components
5. Overview of measurement systems
6. Characteristic of measuring instruments
7. Process variables measurements
8. Process characteristics
9. Process load
10. Gain, dead time and time constant
11. Ballon symbols
12. Instrument symbols
13. Proportional control mode
14. Integral control mode
15. Derivative control mode
16. Composite control mode
17.  Practical approach
18. Ziegler - Nichols methods

2. Concept of Industrial Measurement

3. Dynamic of Plant

4. P&ID Documentation

5. Performance of control systems
6. 6. PID Controllers

7. Tuning PID Controllers

8. PID Algorithm in Commercial PID

9. PID structure on DCS

INSTRUKTOR

Dr. Waluyo, MT / Tugino, ST, MT and Team

PRICE

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