Our process controls training station is designed to introduce maintenance personnel to the fundamentals of process instrumentation and process controls. The station features a process system that uses water to maintain either a tank level or a flow rate based on the instrumentation being employed. The fundamentals or process controls are taught and demonstrated in this unit to emphasize proportional, integral, and derivative action (PID) using industrially rated HMI and programmable logic controller (PLC).
A pneumatic control valve is manipulated via the controller in order to maintain the system’s process variable within required control bands. The pump is controlled through a variable frequency drive, which communicated with the HMI and PLC to offer PIC control through frequency control, not pneumatic control of the valve. This process control training system features HART compatible SMART transmitters, ensuring industry standards are maintained.
The advantages of speed, flexibility, and precision offered by modern instrumentation and process control products are providing state-of-the-art solutions to an ever-increasing demand worldwide. With the automation of more and more power and process plants, they require personnel with knowledge and skills in electronics, mechanics and automation control theory. To assist in the training of operators, technicians and maintenance personnel, Dutco Tennant LLC offers unique instrumentation and control training programs. Each of the training simulators contains a realistic process for which variables (pressure, temperature, flow, level, etc.) are measured and controlled.
We are involved in manufacturing & supplying process control trainer which comprise computerized flow control system trainer, computerized level control system trainer, computerized water pressure control system trainer, computerized air pressure control system trainer. These instrumentation and control training equipment are assembled with computer interface, SCADA software which helps in analyzing the flow control system trainer.
We have been into a service-oriented industry over the years, manufacturing 7 supplying products as process control trainer and dedicated to meeting the needs of our customers to meet their specific requirements in terms of correctness to their exact applications, equality, cost and punctual delivery along with pre and post-sales services. Service support process control trainer delivered by us forms the basis of our business culture. Customer satisfaction is of utmost importance to us and our service team and technicians are geared up to listen to all complaints promptly and assure that the product downtime is minimized.
Training Solutions for below Subjects :
- Instrumentation technology
- PLC Training system
- Closed-loop control technology
- Servo technology
- Applied Automatic Control Technology
- Designing closed-loop controllers
Process Control Trainer(Basic)
A working, large scale, fluid process system allowing for hands-on training relating to the measurement and control of process variables including level, pressure and flow. The device allows for the creation of simple and advanced process loops using common, industrial-quality instruments and controllers. An "open architecture" allows for integration of alternate instrumentation as needed to address local training needs. Variable demand and supply disturbances can be inserted using solenoid valves in combination with metered ball valves.
The device includes the capability of establishing cascade, feed forward, feedback, feedback split range, ratio, and three-element control schemes. Clear PVC piping allows the student to see process changes based on control parameters or intentional disturbances. Quick-disconnects are provided allowing the training aid to be connected to other similar units or a temperature process trainer, facilitating more complex process systems.
Process Control Trainer, Downsized
A working, large scale, yet economical, fluid process system allowing for hands-on training relating to the measurement and control of process variables including level, pressure and flow. The device allows for the creation of simple process loops using common, industrial-quality instruments and controllers. An “open architecture” allows for integration of alternate instrumentation as needed to address local training needs. Variable supply disturbances can be inserted using solenoid valves in combination with metered ball valves. The device includes the capability of establishing several control schemes.
