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PROCESS CONTROL TRAINING SYSTEM (4 IN 1) SMT-9200
The Process Control Trainer provides user ability to control four processes of some liquid. These are: i) Flow
Control, ii) Level Control, iii) Temperature Control, and iv) Pressure Control. Further details are as follow
User can control flow of liquid manually, through ON/OFF control or through software PID control
User can maintain level of liquid manually, through ON/OFF control or through software PID control
User can control temperature level manually, through ON/OFF control or through software PID control
User can control pressure of liquid manually or through software PID control algorithm.
PID parameters are controllable and graph plotting is also available.
Process Control technology has greatly expanded the variety of tasks performed by instrument technicians
at industrial plants. They must calibrate, troubleshoot, and repair instruments ranging from pneumatic
booster relays to microprocessor-based automatic controllers. To successfully perform these tasks without
adversely affecting plant production and maintenance costs, effective training is essential.
The SMT-9200 Process Control system is designed for hands-on training in the measurement, control and
troubleshooting of industrial processes. The trainers can operate independently, or be combined together
in different configurations to simulate more-complex processes. The Flow, Level, Temperature and
pressure use water as the process media. Student courseware starts with an introduction to the basic
characteristics of main process variables, and proceeds progressively to the study of process
fundamentals, calibration of sensing devices and transmitters, and the operation of microprocessor-based
controllers. Closed-loop control of processes and troubleshooting exercises are an integral part of the
training program, and computer-based training and simulation software provides flexibility when adding to
or upgrading existing programs.
Process Control Trainer contains an educational board with a pressurized vessel and a set of sensors
and actuators for level, pressure, temperature and flow. A control module, containing the interface
circuits for the sensors and the actuators and the ON/OFF, proportional, integral and derivative control