Pressure Control Trainer

Pressure Control Trainer is a device which compressed the air which enters directly through its control valve system. It is installed on the process tank. This trainer is easy to communicate and manage through its digital function. It easily observes the defective and technical error as to make smooth performance while operating for continuous hours. Pressure Control Trainer is helpful to utilized for stimulating a disturbance element. It is fitted with the durable quality of pneumatic valve.

Overview:

Our Pressure Control Trainer is designed to demonstrate the user basic principles of Pressure Control Loop. This trainer simulates a typical control process of air pressure in a tank. This trainer provides an excellent platform for getting hands on experience in all aspects of pressure control using microprocessor based PID controller. The design consists of industrial grade process equipment to exhibit a realistic working environment of a standard industrial process.

Product Inclusions:

• Desktop Process Trainer
• Process Tank
• Pressure Gauge
• Safety Relief Valve
• Pneumatic Control Valve
• Pressure Transmitter
• Air Filter with Regulator
• I/P Converter
• PLC
• SCADA Software

Process Description:

The Pressure Transmitter senses the air pressure inside process tank and gives the signal to the controller. The controller on receiving the pressure signal and according to provided set point gives the required output to I/P controller which further varies the tank pressure by adjusting the pneumatic valve opening connected to the vent line of process tank. All this operations are done through a customized SCADA Software provided with the trainer.

List of Experiments:

• Study of Manual Control Mode
• Study of Auto Control Mode
• Study of On / Off Controller (Hysteresis Mode)
• Study of Proportional Controller
• Study of Proportional Integral Controller
• Study of Proportional Derivative Controller
• Study of Proportional Integral Derivative Controller
• Study of Controller Tuning (Manual Method)
• Study of Controller Tuning using Auto Tuning Method
• Study of Stability of the System