Magnetic Susceptibility by Gouys Balance Experiment

Magnetic Susceptibility by Gouy’s Balance Experiment is designed to study and determine the magnetic susceptibility of different materials.

Magnetic susceptibility is a dimensionless proportionality constant used to measure the degree of magnetization of a material relative to an applied magnetic field. In simple terms, it represents the magnetizability of a material and the relationship between magnetic moment and magnetic flux density.

Physics Lab Experiments Setup from Atico Exports.

Electromagnet :

• Made of Soft Iron
• Specially Designed for Magnetic Experiments
• Mounted on a Wooden Base for Stable Performance

Pole Pieces :

• 50 mm Diameter
• Tapered Type

Magnetic Field :

• 7.5 kG at 10 mm Air Gap

Energizing Coils :

• Two Coils
• Approximate Total Resistance of Each Coil: 10 Ω

Digital Power Supply for Electromagnet :

• Current Range: 0 to 6 A
• Voltage: 60 V
• Digital Display
• Constant Current Power Supply
• Suitable for Continuous and Long-Time Operation
• Continuously Variable Current

Digital Gauss Meter :

• Range: 0 to 2 kG and 0 to 20 kG
• 3-Digit, 7-Segment LED Display
• Power Supply: 220 V, 50 Hz
• Indicates the Direction of the Magnetic Field

Digital Balance :

• Digital Type

Samples :

• Set of 2 Samples
• Aluminium
• Brass

Technical Specifications :

Color :

• Black

Packaging Type :

• 1 Set

Type :

• Digital

Material :

• Metal

Usage / Application :

• Laboratory Instruments