All Colors Available Multiprocess Control Trainer

Overview :

Our Multiprocess Control Trainer offers an extended range of experiments for advanced control methods used for various complex processes in industries. With this single trainer users can perform various experiments such as Level Control, Flow Control, Cascade Control, Feed Forward Control and Ratio Control. This trainer provides an excellent platform for getting hands on experience in all aspects of multiple process loop controls.

Product Inclusions:

Desktop Process Trainer
Supply Water tank
Process Tank
Process Line with Orifice Assembly
Submersible Water Pump
Rotameter
Pneumatic Control Valve
Level Transmitter
Differential Pressure Transmitter
Air Filter with Regulator
I/P Converter
PLC
SCADA Software

In Ratio Control mode user needs to set the water flow rate in first process line using rotameter. The DPT fitted in first process line senses the flow of water and provide the reading to the ratio controller. This controller converts the received flow readings according to provided set point of ratio and further the DPT in second process line maintains the required flow ratio in second process line by varying the flow of water by adjusting the pneumatic valve opening with the help of I/P converter. All this operations are done through a customized SCADA Software provided with the trainer. In Feed Forward mode the controller responds to the disturbances immediately before the process value is affected and the final correction is done by the PID Controller.

List of Experiments:

Study of Manual Control Mode (For Level & Flow Control)
Study of Auto Control Mode (For Level & Flow Control)
Study of On / Off Controller (For Level & Flow Control)
Study of Proportional Controller (For Level & Flow Control)
Study of Proportional Integral Controller (For Level & Flow Control)
Study of Proportional Derivative Controller (For Level & Flow Control)
Study of Proportional Integral Derivative Controller (For Level & Flow Control)
Study of Controller Tuning (For Level & Flow Control)
Study of Controller Tuning using Auto Tuning Method (For Level & Flow Control)
Study of Cascade Control System (For Level + Flow Control)
Study of Feed Forward Control System
Study of Ratio Control System
Study of Stability of the System