Young's Modulus Apparatus for Hall Sensor Method for Mechanics Physics Lab

This Young's Modulus Apparatus for Hall Sensor Method for Mechanics Physics Lab is designed for studying the elastic properties of materials and determining Young’s Modulus using precise displacement measurement techniques. The apparatus utilizes a Hall-effect micro-displacement sensor to accurately detect the deformation of metal specimens subjected to external loads. With its simple structure, stable performance, and high measurement accuracy, it provides an effective platform for understanding material elasticity, stress-strain relationships, and displacement sensing principles.

Physics Lab Experiments from Atico Exports.

Experimental Principle and Content

• Study the Principle, Structure, Characteristics, and Applications of Hall-Effect Displacement Sensors
• Measure the Young’s Modulus of a Copper Specimen
• Calibrate the Hall Displacement Sensor
• Determine the Young’s Modulus of a Malleable Cast-Iron Specimen

Reading Microscope :

• Measuring Range: 8 mm
• Resolution: 0.01 mm
• Magnification: 20×

Weights :

• 10 g
• 20 g

Digital Multimeter :

• 3½-Digit Display
• Measuring Range: 0–2000 mV

Specimens :

• Copper Sheet
• Malleable Cast-Iron Sheet

Measurement Accuracy :

• Relative Uncertainty of Measurement: < 3%

Standard Supply

• Main Unit × 1
• Stand Rack × 1
• Reading Microscope × 1
• Hall Sensor × 1
• Connection Cable × 1
• Weights: 8 pcs (10 g) and 2 pcs (20 g)
• Instruction Manual × 1

• Hall Micro-Displacement Sensing
• Hall-Effect Sensor
• Simple Construction and Stable Performance
• High Accuracy
• Suitable for Laboratory Demonstrations and Experimental Studies