Comprehensive Apparatus of Heat Physics Lab Experiments

This Comprehensive Apparatus of Heat Physics Lab Experiments is a modular laboratory platform designed for comprehensive studies in thermal physics, heat transfer, temperature control, and material thermal properties. The system combines a multifunctional control unit with interchangeable experimental modules, enabling a wide range of experiments to be performed using a single integrated platform. Equipped with precision temperature, pressure, voltage, and current measurement capabilities, along with PID temperature control and multi-channel sensor interfaces, the system provides accurate measurement, monitoring, and control for advanced thermal investigations. Its expandable architecture makes it suitable for university laboratories, technical institutions, and thermal science education.

Manufactured by Atico Export India.

Experimental Principle and Content

Using the Control Unit and Experimental Module No. 1, the following experiments can be performed:

• Study the Principles and Applications of PID Temperature Control
• Measure the Thermal Conductivity of Poor Conductors
• Measure the Thermal Conductivity of Air
• Measure the Thermal Conductivity of Metallic Materials
• Determine the Specific Heat Capacity of Metals
• Measure the Linear Thermal Expansion Coefficient of Metals
• Investigate Heat Transfer Mechanisms and Thermal Behavior of Materials

Educational Objectives

• Understand Fundamental Principles of Thermal Physics
• Study Thermal Conductivity and Heat Transfer Processes
• Learn PID Control and Temperature Regulation Techniques
• Investigate Thermal Properties of Different Materials
• Develop Practical Skills in Temperature Measurement and Thermal Analysis
• Gain Experience with Modern Sensor-Based Experimental Systems

Sensor Inputs :

• 4 Sensor Input Ports

Temperature Display System :

• 4 Independent Temperature Displays

Measurement Display System :

• Current Display
• Voltage Display
• Pressure Display

Timer :

• 5-Digit Digital Display
• 3 Measurement Ranges
• Minimum Resolution: 0.001 s
• Manual or Photo Gate Control

PID Temperature Controller :

• Resolution: 0.1°C
• Accuracy: ±0.2°C

DC Output :

• 5 V / 1 A

Dimensions :

• 30 cm × 35 cm × 40 cm

Standard Supply

• Control Unit with 4 Temperature Sensors, 2 Wires, and 1 Cable × 1 Set
• Experimental Module No. 1 × 1 Set
• Specimen Discs (Rubber, Copper, and Aluminum, Ø120 mm) × 3
• Aluminum Column Specimen (Ø40 mm) × 1
• Thickness Gauge (1 mm Epoxy Board) × 1
• Instruction Manual × 1

• Expandable Modular Design
• Cost-Effective Educational Solution
• Independent Functional Modules
• Comprehensive Thermal Physics Experimentation