Pneumatic Temperature Control Trainer

Pneumatic Temperature Control Trainer

Overview – Pneumatic Temperature Control Educational Setup

The Pneumatic Temperature Control Trainer is a specialized process control lab equipment designed to study the principles of temperature regulation using pneumatic control systems. This educational setup demonstrates how pneumatic signals maintain and control process temperature within a set range.

Ideal for Engineering Colleges, ITIs, Polytechnics, and Technical Training Centers, this trainer provides a hands-on platform for students to understand temperature sensing, signal conversion, feedback mechanisms, and control loop dynamics used in industrial automation.

Product Description – Pneumatic Temperature Control Lab Equipment

The Pneumatic Temperature Control Trainer consists of a process tank equipped with a heating system, pneumatic control valve, temperature sensor (RTD/Thermocouple), and a pneumatic controller. The controller compares the process temperature with a set point and modulates the air signal to operate the control valve, thereby regulating heat input.

This temperature control educational setup enables learners to perform open-loop and closed-loop temperature control experiments using pneumatic controllers and actuators. Students can observe how temperature is stabilized through feedback control and analyze parameters like system response, offset, and tuning characteristics.

The trainer is mounted on a durable MS powder-coated frame with clear labeling, ensuring long-term durability and ease of operation. All pneumatic connections, instruments, and indicators are securely fitted for safe and efficient use in laboratories.

Key Features – Pneumatic Temperature Control Trainer Kit

  • Complete pneumatic temperature control lab equipment for academic and research training.
  • Demonstrates closed-loop control using pneumatic controllers and actuators.
  • Includes temperature sensor, heating system, control valve, and air supply unit.
  • Provides real-time study of process dynamics and control stability.
  • Supports manual and automatic temperature regulation modes.
  • Equipped with high-accuracy digital temperature display.
  • Compact, safe, and modular design for engineering laboratories.
  • Ideal for Engineering Colleges, ITIs, and Process Control Training Labs.
  • Constructed with industrial-grade components for consistent performance.

Technical Specifications – Pneumatic Temperature Control Test Rig

Specification Details
Power Supply 230V AC, 50Hz
Control Type Pneumatic closed-loop control
Temperature Sensor RTD or Thermocouple
Heating System Electrical heater with variable power control
Pneumatic Controller Standard industrial pneumatic controller
Control Valve Air-to-open type pneumatic valve
Air Supply 2–4 bar regulated compressed air
Display Digital indication for temperature
Construction MS powder-coated frame with labeled panel
Safety Features Over-temperature, overload, and air pressure relief protection

Applications – Pneumatic Temperature Control Demonstration Unit

  • Study of pneumatic control in temperature regulation systems.
  • Analysis of open-loop and closed-loop temperature control behavior.
  • Calibration and tuning of pneumatic controllers.
  • Training for Engineering Colleges, ITIs, and Technical Institutes.
  • Practical study of feedback systems in process control labs.
  • Demonstration of thermal process dynamics and signal transmission.
  • Research and development in industrial process automation.

Educational Benefits of Pneumatic Temperature Trainer

The Pneumatic Temperature Control Trainer provides students with practical exposure to temperature control concepts using pneumatic systems. Learners can visualize how control signals maintain steady-state process conditions and gain insights into tuning and calibration techniques.

This system bridges the gap between theoretical concepts and industrial application, helping students understand process dynamics, control loop behavior, and instrumentation response.

Ideal for academic and industrial training environments, this trainer supports modern teaching methodologies in process control, automation, and instrumentation engineering.