Syllabus

List of Experiments:
1. Performance characteristics analysis of analog P, PI, PID controllers using simulated systems.
2. Time response analysis of a process with P, PI and PID controllers using digital process control trainer.
3. Time response of various linear systems using linear system simulator.
4. Study the effect of ON/OFF, P, PI and PID controllers on the temperature of an Oven.
5. a) Performance analysis of ON/OFF, P, PI and PID controllers of heat exchanger.
b) Study the working principle of P to I & I to P convertor.
6. Simulation of different pneumatic systems using P-Simulator.
7. Simulation of different hydraulic systems using H-Simulator.
8. Simulation of a second order system with P, PI and PID controller using MATLAB/LabVIEW.

Students will be acquainted with the process control trainer as well as the different types of controllers and valves used in process industries.

After the completion of this course, students will be able to:

CO1: understand knowledge of fundamental principles and concepts of different types of controllers.
CO2: describe the concept of performance analysis of different systems using different types of controllers.
CO3: apply the knowledge of tuning of P, PI, PID controller.
CO4: evaluate and judge the performance and the stability of the process control systems.
CO5: simulations and modeling of pneumatic control systems.

B.wayne Bequette, 2. Process Control Modeling, Design & Simulation, PHI

K. Krishnaswamy, Process control, New Age International