Electromagnetic Forces Experiment Kit

Product Code : SCL-EI-10671

Lab Glassware Manufacturer, based in Ambala, Haryana, has been manufacturing and exporting laboratory and physics teaching equipment since 1982, supplying schools, colleges, and research institutions across India and to international buyers including Indonesia, Vietnam, Thailand, and the Philippines in the Southeast Asia region. The Electromagnetic Forces Experiment Kit is a physics laboratory teaching kit used for demonstrating the force on a current-carrying conductor placed in a magnetic field.

Quick answer: the Electromagnetic Forces Experiment Kit lets students observe the motor effect by passing current through a conductor positioned in a magnetic field, then reversing current or field direction to see how the resulting force changes. It is a practical way to teach Fleming’s left-hand rule and the working principle behind electric motors. Exact kit contents, magnet type, and power supply requirements should be confirmed with Lab Glassware Manufacturer before ordering.

Electromagnetic Forces Experiment Kit – Specifications

Key Features

• Demonstrates how a current-carrying conductor experiences force in a magnetic field
• Classroom explanation of the basic working principle of electric motors
• Direction-rule activity linking current, magnetic field, and force direction
• Physics lab format suited to supervised school and college electromagnetism practicals
• Supports hands-on observation, prediction, recording, and discussion
• Safe operation depends on confirmed voltage, conductor type, and magnet strength

What Is Included

Depending on the configuration ordered, the kit may include a conductor, coil, magnet, base, terminals, connecting leads, an activity guide, and a storage box or certificate. Confirm the exact contents with Lab Glassware Manufacturer before ordering.

Applications and Uses

• Demonstrating force on a current-carrying conductor
• Teaching the motor effect in school physics labs
• Explaining Fleming’s left-hand rule using practical observation
• Showing how reversing current changes force direction
• Showing how reversing the magnetic field changes conductor movement
• Supporting STEM lessons on electromagnetism, motors, and magnetic fields

How to Use the Electromagnetic Forces Experiment Kit

1. Confirm the kit contents, circuit diagram, voltage rating, and current limit before use.
2. Place the apparatus on a dry, stable, non-magnetic laboratory bench.
3. Position the conductor or coil between the magnetic field region as per the experiment method.
4. Connect the circuit to a suitable low-voltage power supply through a switch.
5. Switch on briefly and observe the direction of conductor movement or force effect.
6. Reverse the current direction and compare the change in movement.
7. Reverse the magnetic field direction if the apparatus permits and record the result.
8. Switch off the supply before changing connections or moving magnets.

Safety note: use only under teacher supervision. Do not exceed the confirmed current rating, do not connect to mains electricity, and do not allow coils or conductors to overheat. Keep strong magnets away from pacemakers, phones, watches, and magnetic cards.

Care and Maintenance

• Store the kit dry and protected from dust, impact, and corrosion
• Keep magnets separated from sensitive electronics and magnetic storage media
• Check terminals, leads, conductors, and moving parts before each practical session
• Remove from use if insulation cracks, magnets loosen, conductors deform, or overheating marks appear

Related Electromagnetism Teaching Equipment

The Electromagnetic Forces Experiment Kit is best introduced alongside other electromagnetism apparatus. The Oersted rectangular coil setup demonstrates the reverse relationship, showing how current creates a magnetic field, which pairs naturally with this kit’s demonstration of a field acting on a current. A neodymium bar magnet or the electric motor kit can extend the lesson from force-on-a-conductor to a working motor built on the same principle.

Why Choose Lab Glassware Manufacturer

Lab Glassware Manufacturer has been manufacturing and exporting laboratory glassware, scientific instruments, physics and electronics teaching equipment, and STEM models from Ambala, Haryana since 1982. Its Electronic Instruments category includes electromagnetism, motor, and magnetic-field teaching products, supplied to schools, colleges, universities, research institutions, and export buyers across India and internationally, including buyers in Indonesia, Vietnam, Thailand, and the Philippines. Manufacturing practices are stated by the company to align with ISO 9001 and ISO 13485 (verify current certification status before ordering).

Frequently Asked Questions

What is an Electromagnetic Forces Experiment Kit used for?
An Electromagnetic Forces Experiment Kit is used to demonstrate the force produced when electric current flows through a conductor placed in a magnetic field.

What physics principle does this kit teach?
It teaches the motor effect, electromagnetic force, the current-field-force relationship, and Fleming’s left-hand rule.

Does the kit include magnets?
Magnet inclusion is not confirmed. Bar magnets, horseshoe magnets, permanent magnets, or electromagnets should be listed only after checking the final kit.

What power supply is required?
The power supply requirement is not confirmed. Only the voltage and current rating specified by the final product label or datasheet should be used.

Can students reverse the current direction?
Yes, current reversal can be demonstrated if the circuit is wired safely and the kit configuration supports polarity reversal.

Is it suitable for school physics labs?
Yes. It is suitable for supervised school and college physics practicals on electromagnetism, motor effect, magnetic fields, and conductor force.

Related Products

• Oersted Rectangular Coil Setup
• Neodymium Bar Magnet
• Electric Motor Kit

Request a Quote

For pricing, bulk institutional supply, or tender submissions on the Electromagnetic Forces Experiment Kit and related physics apparatus, please contact us or visit our tender page.

Last updated: September 2026