PLC Based Pneumatic Trainer

PLC Based Pneumatic Trainer

Overview – PLC Based Pneumatic Educational Setup

The PLC Based Pneumatic Trainer is a modern automation training system designed to teach the integration of Programmable Logic Controllers (PLC) with pneumatic control systems. This educational setup allows students to understand how pneumatic actuators, sensors, and valves operate under PLC-controlled logic for automation applications.

The trainer is ideal for Engineering Colleges, ITIs, Polytechnics, and Technical Training Centers, helping learners gain hands-on experience in process control, industrial automation, and mechatronics. It bridges theoretical knowledge and industrial practice, preparing students for real-world automation systems.

Product Description – PLC Controlled Pneumatic System Trainer

This PLC Based Pneumatic Trainer consists of a PLC control panel, solenoid-operated directional valves, pneumatic actuators (cylinders), sensors, air supply unit, and connecting pipelines. The system enables students to design, simulate, and execute various pneumatic circuits such as sequential operation, clamping, and timing control using PLC logic.

The PLC communicates with the pneumatic components through digital input/output modules, allowing learners to program ladder logic, sequence control, and interlocking functions. The educational setup demonstrates the working of automation in processes where compressed air is used for actuation.

All components are mounted on a powder-coated metal frame for durability, safety, and easy accessibility. The trainer provides a strong foundation in electro-pneumatic and PLC integration, essential for modern industrial systems.

Key Features – PLC Pneumatic Trainer Kit

  • Comprehensive PLC-based pneumatic training setup.
  • Includes PLC, pneumatic actuators, valves, sensors, and air supply system.
  • Supports ladder logic programming for automation circuits.
  • Allows design of sequence control, timer, and interlock circuits.
  • User-friendly layout ideal for Engineering Colleges and ITIs.
  • Real-time control and feedback between PLC and pneumatic devices.
  • Industrial-grade components for long-term durability.
  • Compact, modular, and safe design suitable for repeated lab use.
  • Excellent for mechatronics, process control, and automation studies.

Technical Specifications – PLC Pneumatic Educational Setup

Specification Details
Power Supply 230V AC, 50Hz
PLC System With digital I/O modules and ladder logic software
Pneumatic Components Cylinders, valves, air filter, and pressure regulator
Valves Solenoid-operated directional control valves
Sensors Proximity / limit switches for feedback
Working Medium Compressed air (2–8 bar)
Programming Interface PC or HMI-based control interface
Construction MS powder-coated frame with labeled fittings
Safety Features Overload, pressure relief, and emergency cut-off
Optional Add-ons SCADA or HMI integration for monitoring

Applications – PLC Based Pneumatic Demonstration Unit

  • Study of PLC-controlled pneumatic automation systems.
  • Design and execution of sequence control and logic circuits.
  • Hands-on training for automation and process control students.
  • Practical skill development for Engineering Colleges, ITIs, and Research Labs.
  • Study of electro-pneumatic system behavior and fault diagnosis.
  • Use in mechatronics and industrial automation training modules.
  • Research and experimentation on PLC-based air-actuated systems.

Educational Benefits of PLC Pneumatic Trainer

The PLC Based Pneumatic Trainer gives students complete exposure to industrial automation concepts, integrating electrical control through PLCs with pneumatic actuation. It enhances analytical skills and prepares learners for real-time process control environments.

Students can design, simulate, and test pneumatic circuits, study actuator responses, and understand interlocking logic used in modern automation systems.

This unit is a valuable educational tool for Engineering Colleges, ITIs, and Technical Institutes, providing hands-on experience in automation technology, control systems, and mechatronic applications.