Self-Contained Ohm’s Law Experiment Kit

Quick Answer: The LabEquip Self-Contained Ohm’s Law Experiment Kit lets students measure voltage across and current through a conductor on one teaching unit, calculate resistance, and verify that voltage and current stay proportional under controlled conditions.

Product Description

The LabEquip kit supports the experimental verification of Ohm’s law, expressed as V = IR. During the activity, learners measure the potential difference across a conductor and the current passing through it. They can then calculate resistance and study whether voltage and current remain proportional under controlled conditions.

The self-contained format is intended to organise the experiment on one teaching unit and reduce the need to assemble an entire circuit from separate apparatus, making it convenient for repeated classroom demonstrations in schools, colleges and technical-training centres.

Technical Specifications

Safety Note

This is an electrical apparatus and should always be operated under instructor or supervisor guidance. Switch off the circuit before making or changing connections, avoid exceeding the confirmed current rating, and inspect leads and terminals for damage before each session.

Why Choose LabEquip

LabEquip (The Lab Equipment Pvt Ltd) supplies instructional electrical and electronics apparatus designed for supervised classroom and laboratory use. Explore related trainers in our catalogue:

• Discrete Electronics Trainer Kit — for broader hands-on circuit-building practice
• Arduino Mega 2560 Board — to extend voltage and current measurements into microcontroller-based logging
• Wi-Fi Serial Module — for students exploring wireless data transmission of circuit readings

Frequently Asked Questions

What does this kit demonstrate?
It demonstrates Ohm’s law, expressed as V = IR, by letting students measure the potential difference across a conductor and the current passing through it.

Why is it called a self-contained kit?
The self-contained format organises the experiment on one teaching unit, reducing the need to assemble an entire circuit from separate apparatus.

Who is this kit designed for?
It is designed for students, teachers and laboratory instructors performing supervised Ohm’s law practicals.

Does the listing specify the exact resistance and current ranges?
Exact resistance and current ranges are not specified for this listing — please confirm the configuration with our sales team before ordering.

What safety precautions should be followed?
Switch off the circuit before changing connections, avoid exceeding the rated current, and always work under instructor supervision.

Last Updated: September 2026