Physics Lab Sliding Rheostat

The physics lab sliding rheostat is a variable-resistance apparatus used for adjusting resistance and controlling current in electrical circuits. It is intended for supervised school, college and technical laboratory experiments where students need to observe how changing resistance affects current, voltage and overall circuit behaviour.

Product Description

The STEMAids Physics Lab Sliding Rheostat provides manually adjustable electrical resistance for practical circuit investigations. A movable sliding contact allows the effective resistance in a suitable circuit to be varied progressively, making the apparatus useful for demonstrations and measurements involving current, voltage and resistance.

The sliding rheostat is designed for hands-on physics laboratory work and instructor-led electrical experiments. The resistance range, current rating, resistance-wire material, dimensions, weight and construction materials for this exact model have not been published in verified product information and should be confirmed before specification-sensitive procurement.

Key Features

• Variable resistance: Enables progressive adjustment of resistance in compatible laboratory circuits.
• Sliding adjustment: Uses a movable contact to change the effective resistance during an experiment.
• Current-control applications: Helps demonstrate how increased or decreased resistance changes circuit current.
• Physics practical use: Suitable for supervised electricity and circuit experiments in educational laboratories.
• Hands-on learning: Allows students to observe electrical relationships rather than study them only theoretically.
• Reusable apparatus: Can support repeated classroom demonstrations and practical sessions when correctly handled.
• Compatible with circuit measurements: Can be incorporated into suitable setups using laboratory meters, power sources and electrical components.

Technical Specifications

What’s Included in the Kit

• One Physics Lab Sliding Rheostat

Connecting leads, meters, power supplies and other experiment accessories are not listed as included because their inclusion has not been verified for this product.

Applications / Uses

• Demonstrating the principle and operation of a rheostat.
• Varying resistance in supervised DC circuit experiments.
• Investigating the relationship between voltage, current and resistance.
• Supporting suitable Ohm’s law practical activities.
• Demonstrating current control in basic electrical circuits.
• Supporting school, college and technical-training physics practicals.

For complementary apparatus, explore STEMAids electrical and electronics laboratory equipment, the 100 Ω variable resistance apparatus, and the Constantine wire laboratory rheostat.

How to Use the Physics Lab Sliding Rheostat

1. Switch off the laboratory power source before assembling or changing the circuit.
2. Connect the rheostat according to the circuit diagram supplied for the experiment.
3. Place the sliding contact at the starting position specified by the instructor or experiment procedure.
4. Switch on the power source and observe the connected measuring instruments.
5. Move the slider gradually to vary the effective resistance.
6. Record the corresponding current or voltage readings required by the experiment.
7. Switch off the power before altering connections or dismantling the setup.

Safety note: Never exceed the confirmed resistance, current or power limits of the rheostat. Ratings for this exact model should be verified before use. Electrical experiments should be performed under appropriate laboratory supervision.

Care & Maintenance

• Keep the rheostat clean, dry and protected from excessive moisture.
• Move the sliding contact smoothly and avoid forcing the mechanism.
• Inspect terminals, contacts and visible wiring before each practical session.
• Disconnect the apparatus from all power sources before cleaning or storage.

Why Choose STEMAids

STEMAids is the STEM education brand of Eduscope Smart Learning Solutions Private Limited, a New Delhi-based manufacturing enterprise serving educational and laboratory requirements. Its range includes physics laboratory apparatus, STEM kits, TLM and LEP kits, and educational science models. The company holds an Importer-Exporter Code and supplies institutional, tender and export requirements. Product-specific electrical ratings should still be confirmed before procurement whenever they are not stated on the applicable product page.

Frequently Asked Questions

What is a sliding rheostat used for in a physics lab?

A sliding rheostat is used to vary electrical resistance in a circuit. This allows students to investigate how resistance influences current and voltage.

How does a sliding rheostat work?

A sliding rheostat changes the effective resistance when its movable contact is repositioned along the resistance element. The resulting resistance change can be observed through corresponding circuit measurements.

Can this rheostat be used for Ohm’s law experiments?

Yes. A sliding rheostat can form part of an appropriate Ohm’s law setup with a compatible power supply, ammeter, voltmeter and test resistor.

Is the Physics Lab Sliding Rheostat suitable for schools?

Yes. It is suitable for supervised educational experiments involving variable resistance, current control and basic circuit behaviour in school and college physics laboratories.

What is the resistance range of this sliding rheostat?

The resistance range for this exact STEMAids model has not been verified. Buyers should confirm the required resistance and current ratings before ordering for a specified experiment or tender.

What material is this rheostat made from?

The resistance-wire and structural materials for this exact model have not been verified. They are therefore intentionally not specified here.