Induced Current Apparatus Manufacturer,Supplier and Exporter in India
Product Code : SCL-EAE-14668
The Induced Current Apparatus is a classroom demonstration device used to explain Faraday’s Law of Electromagnetic Induction, Lenz’s Law, and the generation of induced EMF when magnetic flux changes.
It visually and practically shows how electrical current is produced without direct electrical contact; an essential principle behind generators, transformers, and modern electrical technology.
This apparatus is widely used in physics labs, engineering classrooms, and science demonstrations.
Key Features
Shows how a changing magnetic field induces an EMF in a coil.
Provides consistent and accurate induction results.
Allows experiments on induction using approaching, withdrawing, or stationary magnetic fields.
Helps students easily observe the experiment.
Displays the magnitude and direction of induced current.
Smooth edges, insulated wiring, and robust build quality.
Technical Specifications
|
Parameter |
Details |
|
Coil Type |
Copper wound coil |
|
Coil Turns |
500–2000 turns (varies by model) |
|
Core Type |
Air core / Iron core |
|
Magnet Type |
Bar magnet or U-magnet |
|
Output Indication |
Galvanometer / digital meter (optional) |
|
Base Material |
Wooden / ABS / Acrylic |
|
Operating Principle |
Faraday’s Law, Lenz’s Law |
|
Usage |
School & college physics labs |
Educational Applications
- Demonstration of Electromagnetic Induction
- Study of Magnetic Flux and Induced EMF
- Understanding Lenz’s Law (direction of induced current)
- Basics of AC generators, DC generators, and transformers
- Physics practicals for classes 9–12, B.Sc., and polytechnic labs
Why Choose Indian Lab Supplier?
Designed for clear demonstration of electromagnetic concepts.
Uses high-quality copper coils and heavy-duty magnets.
Suitable for govt. tenders, school purchases, and bulk supplies.
Guidance available for setup, use, and maintenance.
Fast, safe packaging for labs across the country.
Meets CBSE, ICSE, NCERT, and state board lab requirements.
