Syllabus

1) Determination of different types of valve characteristics and calculation of the gain at various conditions.
2) To study pneumatic as well as hydraulic system using pneumatic trainer and hydraulic trainer.
3) To study and analyse the performance characteristics of an analog PID controller using simulated systems.
4) To study and analyse the time response of different processes with P, PI & PID controller using process control simulator.
5) Determination of the characteristics of Pneumatic/current (P/I) and current /pneumatic (I/P) converter.
6) Water level and Temperature control by PLC.
7) Performance analysis of on/off, P, PI and PID controllers using heat exchange
8) To design, implement and study the effects of different cascade compensation networks for a given system.
9) To study the time response of various simulated linear systems using linear system simulator.
10) To study the action of P, PI and PID controllers for a ‘Pressure Process’ using process control software.
11) Design of a pneumatic circuit using double acting cylinder and 5/2 air spring valve to open the main gate of a factory using P-simulator.

To enable the students to understand the different process control strategies using actual processes.

Student can able to analyse the effect of tunning parameter in P, PI and PID controller in different types of Process. Characterize the different types of control valves and can simulate the different types of control strategies.

B.W. Bequette, Process Control: Modeling, Design and Simulation, PHI