Temperature Calibration Bath

Temperature Calibration Bath

Overview – Temperature Calibration Bath Educational Setup

The Temperature Calibration Bath is a precision-engineered thermal calibration educational setup designed to perform accurate calibration of temperature sensors such as thermocouples, RTDs, and thermistors. It provides students with hands-on experience in understanding temperature measurement, calibration procedures, and error analysis used in process instrumentation systems.

Ideal for Engineering Colleges, ITIs, Polytechnics, and Research Laboratories, this temperature calibration trainer enables learners to simulate industrial conditions for verifying and adjusting temperature sensors and transmitters. The setup offers stable temperature control and uniform heat distribution, ensuring reliable calibration results and long-term performance.

Product Description – Temperature Calibration Equipment

The Temperature Calibration Bath Trainer consists of a thermostatically controlled liquid bath with a precise temperature controller and sensor mounting system. The bath maintains a stable and uniform temperature over a wide range, allowing accurate comparison between the test sensor and a reference thermometer.

Students can conduct experiments to determine calibration curves, linearity, hysteresis, and sensor response time. The setup includes digital temperature indicators for both reference and test sensors, providing real-time readings for performance evaluation.

Constructed with high-grade stainless steel, thermal insulation, and safety controls, this temperature calibration bath educational setup ensures reliable operation for repeated laboratory use. It is suitable for both academic training and basic industrial calibration exercises.

Key Features – Temperature Calibration Bath Trainer

  • Complete temperature calibration trainer for process instrumentation education.
  • Stable and uniform temperature bath for accurate sensor calibration.
  • Compatible with thermocouples, RTDs, and thermistors.
  • Digital temperature display for reference and test readings.
  • Temperature range adjustable through PID controller.
  • Ideal for Engineering Colleges, ITIs, and research laboratories.
  • Compact, durable design with stainless steel bath chamber.
  • Provides practical learning of sensor calibration and accuracy testing.
  • Equipped with thermal protection and overload safety circuits.
  • Supports experiments on calibration curve plotting and sensor verification.

Technical Specifications – Temperature Calibration Bath Experimental Setup

Specification Details
Power Supply 230V AC, 50Hz
Temperature Range Ambient to 150°C (customizable)
Heating Element Immersion heater with temperature control
Controller Digital PID temperature controller
Bath Material Stainless steel insulated chamber
Temperature Sensors Thermocouple, RTD, and reference thermometer
Display Dual digital indicators for reference and test sensors
Control Accuracy ±0.1°C
Safety Features Over-temperature cutoff, overload protection
Construction MS powder-coated frame with insulated housing

Applications – Temperature Calibration Demonstration Unit

  • Calibration of thermocouples, RTDs, and thermistors.
  • Study of temperature sensor accuracy and error compensation.
  • Comparison of sensor performance under controlled temperature conditions.
  • Used in Engineering Colleges, ITIs, and Research Labs.
  • Ideal for process instrumentation and thermal calibration training.
  • Applicable in educational, industrial, and quality assurance environments.
  • Experiments on calibration curve development and response testing.

Educational Benefits of Temperature Calibration Bath

The Temperature Calibration Bath provides students with practical understanding of thermal measurement and calibration processes. It bridges theoretical knowledge of temperature sensing with real-world industrial applications, enhancing comprehension of calibration standards and error minimization techniques.

This temperature calibration educational setup develops technical skills in sensor testing, accuracy verification, and process control instrumentation. Its robust and easy-to-operate design makes it an essential addition to modern Process Instrumentation and Control Laboratories in engineering institutions and technical training centers.