Experiment kit electric motor Manufacturer,Supplier and Exporter in India

Product Code : SCL-EI-10557

The Experiment Kit Electric Motor is a student physics apparatus used for building and demonstrating the working principle of a simple electric motor. It is suitable for schools, colleges, STEM laboratories, electronics training rooms, physics practical classes, science exhibitions, and student workbenches where learners study electromagnetism, magnetic force, current-carrying coils, and motor rotation.

Product Description

The Experiment Kit Electric Motor from Lab Glassware Manufacturer is designed for hands-on demonstrations of how electrical energy can be converted into mechanical motion. In a basic motor experiment, a current-carrying coil interacts with a magnetic field and produces a turning effect. This helps students understand the relationship between electricity, magnetism, force, torque, and rotary motion.

This product should be described as an electric motor experiment kit only after the final supplied component list is confirmed. The set may include a coil or armature, permanent magnet, commutator, brushes, axle, supports, base, connecting leads, switch, battery holder, low-voltage power input, and activity guide depending on the supplied configuration. Final coil turns, operating voltage, current rating, magnet type, frame material, assembly type, and included accessories must be verified before catalogue publication or tender submission.

Key Features

• Student electric motor kit for demonstrating motor principle and electromagnetism.
• Useful for teaching current-carrying coils, magnetic field interaction, force, torque, and rotation.
• Supports hands-on construction or demonstration of a simple DC motor where supplied configuration permits.
• Suitable for school physics labs, STEM classrooms, electronics labs, science fairs, and teacher demonstrations.
• Can help students identify motor parts such as coil, magnet, axle, commutator, brushes, and supports.
• May be supplied as an assembled demonstration model, semi-assembled kit, or DIY student assembly kit if verified.
• Operating voltage, current rating, coil specification, and component list must be confirmed before ordering.

Technical Specifications

What's Included in the Kit

• Electric motor experiment base or frame 
• Coil, armature, or winding wire 
• Permanent magnet or magnetic field assembly 
• Axle, supports, bearings, holders, or rotor stand 
• Commutator and brush contacts
• Battery holder, switch, low-voltage DC input, or power connector 
• Connecting leads, crocodile clips, or plug-in wires 
• Assembly instruction sheet, student worksheet, or teacher experiment guide

Applications / Uses

• Demonstrating how an electric motor converts electrical energy into mechanical motion.
• Teaching the interaction between current-carrying coils and magnetic fields.
• Explaining force, torque, rotation, polarity, commutation, and motor direction.
• Supporting electromagnetism lessons in school physics and STEM classrooms.
• Helping students assemble, test, observe, and troubleshoot a simple motor circuit.
• Using with related electromagnetism products from Physics Lab Equipment.
• Supporting classroom science supplies through General Lab Equipment.
• Requesting institutional or OEM supply through Tenders/OEM and Contact Us.

How to Use the Experiment Kit Electric Motor

1. Place the electric motor kit on a dry, stable, insulated laboratory bench.
2. Identify the coil, magnet, axle, supports, commutator, brushes, power holder, and connecting leads.
3. Assemble the coil or rotor on the axle according to the supplied instruction sheet.
4. Position the magnet so the coil can rotate freely within the magnetic field.
5. Connect the brush contacts or terminals to the confirmed low-voltage DC power source.
6. Check that the rotor is balanced and can spin without rubbing the frame or magnet.
7. Switch on the power and gently start the rotor if the experiment design requires an initial push.
8. Observe direction of rotation, speed, contact action, heating, and effect of reversing polarity where permitted.
9. Switch off power before adjusting the coil, brush contacts, magnet position, or wiring.

Safety note: Use only with the confirmed low-voltage power source under teacher supervision. Do not connect the kit directly to mains electricity, short the battery or power supply, touch hot wires, use damaged insulation, or place strong magnets near electronic devices or pacemakers.

Care & Maintenance

• Keep the coil, contacts, magnet, base, and terminals clean, dry, and free from metal filings.
• Check brush contacts, commutator surface, wire insulation, and moving parts before each practical session.
• Do not bend the axle, crush the coil, drop magnets, or force the rotor assembly.
• Remove batteries before long-term storage if a battery holder is supplied.
• Stop use immediately if wires overheat, insulation melts, contacts spark excessively, or rotation becomes jammed.

Why Choose Lab Glassware Manufacturer

Lab Glassware Manufacturer supplies laboratory glassware, scientific laboratory instruments, lab experiment setups, science kits, mathematics kits, didactic models, and STEM models for educational and institutional buyers. The brand supports schools, colleges, universities, research laboratories, distributors, and export customers with physics, electronics, engineering, and general laboratory products. This Experiment Kit Electric Motor can be supplied for electromagnetism and motor-principle demonstrations when final components and ratings are verified. Buyers should confirm the kit type, operating voltage, coil specification, magnet type, frame material, safety details, packing, and experiment guide before procurement.

Frequently Asked Questions

What is the Experiment Kit Electric Motor used for?

It is used to demonstrate how a current-carrying coil interacts with a magnetic field to produce rotation and convert electrical energy into mechanical motion.

Is this a complete electric motor kit?

It should be treated as a complete kit only if the final quotation confirms that coil, magnet, supports, commutator, brushes, power holder, connecting leads, and activity guide are included.

Does the kit require a battery or power supply?

The power source is not confirmed. Add battery holder, DC power supply, adapter, or cell details only after checking the final product specification.

Can students assemble the motor themselves?

Yes, if the supplied model is a DIY or semi-assembled student kit. Confirm whether the kit is fully assembled, semi-assembled, or designed for student assembly.

What concepts can students learn from this kit?

Students can learn motor principle, electromagnetism, magnetic field interaction, current direction, force on a conductor, torque, commutation, polarity, and energy conversion.

What should be confirmed before ordering?

Confirm motor type, coil turns, wire gauge, magnet type, operating voltage, current rating, power source, commutator and brush design, base material, included leads, packing, and student experiment guide availability.

For more electric motor kits, electromagnetism apparatus, circuit kits, power supplies, and school physics equipment, explore Physics Lab Equipment from Lab Glassware Manufacturer.