Magnetic Field Along Circular Loop Manufacturer,Supplier and Exporter in India

Product Code : SCL-EE-12467

The Magnetic Field Along Circular Loop is an educational physics apparatus used to investigate the magnetic field produced by electric current flowing through a circular conductor and its variation along the loop axis. It supports school and college physics laboratories, STEM activities, electromagnetism lessons, and supervised practical investigations.

Product Description

The Magnetic Field Along Circular Loop apparatus provides a practical method for studying the relationship between electric current and the magnetic field generated by a circular loop or coil. Students can investigate how magnetic field strength changes with position along the axis, subject to the exact measurement arrangement of the supplied apparatus.

The experiment supports lessons on electromagnetism, current-generated magnetic fields, circular coils, magnetic flux density, the right-hand rule, and the Biot-Savart law. It complements other electricity and electromagnetism apparatus for physics laboratories. Exact coil turns, loop radius, current rating, measuring instrument, and mounting arrangement should be confirmed before publication or procurement.

Key Features

• Demonstrates the magnetic field produced by a current-carrying circular loop or coil.
• Supports investigation of magnetic field variation along the axis of the circular loop.
• Helps connect electric current, conductor geometry, position, and magnetic field strength.
• Relevant to the Biot-Savart law, electromagnetism, magnetic flux density, and right-hand-rule lessons.
• Suitable for school and college physics practicals, STEM activities, and teacher demonstrations.
• Can support quantitative measurements when used with the appropriate supplied or compatible measuring instrument.
• No unsupported claim is made regarding coil turns, wire gauge, diameter, current capacity, accuracy, or certification.

Technical Specifications

What's Included in the Kit

• 1 × Magnetic Field Along Circular Loop apparatus
• Circular coil, measuring scale, sensor, magnetic field meter, power supply, connecting leads, stands, and instruction manual

Applications / Uses

• Studying the magnetic field generated by current through a circular conductor.
• Investigating magnetic field strength at different axial positions.
• Relating current magnitude to magnetic field behaviour where the apparatus permits variable-current experiments.
• Supporting practical study of the Biot-Savart law.
• Teaching magnetic field direction using the right-hand rule.
• Extending electromagnetism investigations with the Electromagnetics Kit.

How to Use the Magnetic Field Along Circular Loop

1. Place the apparatus on a stable, dry physics laboratory bench.
2. Identify the circular loop, electrical terminals, measurement positions, and magnetic field measuring arrangement.
3. Connect the apparatus only to a compatible power supply within its confirmed electrical rating.
4. Position the magnetic field sensor or measuring device at the required point along the loop axis.
5. Switch on the current and record the magnetic field reading where quantitative measurement is supported.
6. Move the sensor systematically to other axial positions and repeat the measurement.
7. Compare the recorded magnetic field values with distance from the centre of the loop.
8. Switch off the power before changing connections or modifying the experimental setup.

Safety note: Do not exceed the confirmed current rating of the coil. Prolonged current flow may cause conductor heating depending on the supplied configuration. Avoid short circuits, loose connections, moisture, and connection changes while the circuit is energised.

Care & Maintenance

• Keep the apparatus dry, clean, and protected from dust.
• Inspect the coil, terminals, connecting leads, and measuring components before use.
• Do not bend the circular loop or force movable measurement parts.
• Store the apparatus safely after allowing any heated components to cool.

Why Choose School Equipments

School Equipments manufactures and exports scientific laboratory instruments, lab experiment setups, science kits, mathematics kits, didactic models, and STEM models and kits. Its physics range includes apparatus for electricity, electromagnetism, magnetic fields, induction, circuits, motors, generators, and electrical measurements.

For additional magnetic-field demonstrations, institutions may also review the Magnetic Field Indicator. Exact coil parameters, measurement method, power requirements, electrical ratings, and included accessories for the Magnetic Field Along Circular Loop apparatus should be confirmed before ordering.

Frequently Asked Questions

What is the Magnetic Field Along Circular Loop apparatus used for?

It is used to study the magnetic field produced by electric current flowing through a circular loop and to investigate how the field changes at different positions along the loop axis.

Why does a current-carrying circular loop produce a magnetic field?

Electric current consists of moving electric charge, which produces a magnetic field. In a circular loop, the magnetic contributions from different conductor segments combine to form a field around and through the loop.

Can this apparatus demonstrate the Biot-Savart law?

Yes. The apparatus supports practical study of the relationship between current, conductor geometry, observation position, and magnetic field, which are central to the Biot-Savart law.

Can magnetic field strength be measured at different positions?

Yes, where the supplied configuration includes or supports a suitable magnetic-field sensor or measuring instrument and an arrangement for changing the measurement position along the axis.

What are the coil diameter and number of turns?

The loop diameter, number of turns, wire gauge, current capacity, and related coil specifications were not supplied and should be confirmed from the final technical datasheet.

Is this apparatus suitable for school physics laboratories?

Yes. It is suitable for supervised electromagnetism lessons, physics practicals, STEM experiments, and demonstrations involving current-generated magnetic fields.

For related practical study, explore the Apparatus to Show Force on a Conductor in a Magnetic Field and other electromagnetism equipment from School Equipments.

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