Electrical Transformer Model Manufacturer,Supplier and Exporter in India

Product Code : SCL-EE-12296

The Electrical Transformer Model is a physics laboratory apparatus used for demonstrating the working principle of an AC transformer through coils, laminated cores, electromagnetic induction, and voltage transformation. It is designed for school physics labs, college practical rooms, STEM classrooms, and teachers explaining mutual induction and transformer action.

Product Description

The Electrical Transformer Model helps students observe how alternating current in a primary coil produces a changing magnetic field in an iron core. This changing magnetic flux links with a secondary coil and induces voltage, making the model useful for explaining step-up, step-down, and mutual-induction principles.

School Equipments lists a verified related product, the Dissectible Transformer, for demonstrating the basic principles of the AC transformer. This product can be used with electricity and electromagnetism apparatus, Dissectible Transformer equipment, mains coils for dissectible transformers, and double C-core and clip accessories.

Key Features

• Transformer teaching apparatus for demonstrating AC transformer working.
• Supports lessons on electromagnetic induction, mutual induction, and flux linkage.
• Useful for step-up and step-down transformer demonstrations when compatible coils are used.
• Includes coil-and-core learning structure as per verified School Equipments transformer product.
• Helps students connect turns ratio, induced voltage, primary coil, and secondary coil concepts.
• Suitable for school physics labs, STEM rooms, college practicals, and technical demonstrations.
• Open demonstration format supports classroom observation of transformer construction.

Technical Specifications

What's Included in the Kit

• Clamp base, yoke, clamping bar, and securing knobs for U-core
• 1 laminated U-core
• 300-turn coil
• 600-turn coils
• 1200-turn coil
• 3600-turn centre-tapped coil
• 12000-turn coil
• Soft iron pieces, coil sockets, and accessories as per supplied model

Applications / Uses

• Demonstrating the basic principle of an AC transformer.
• Showing mutual induction between primary and secondary coils.
• Explaining magnetic flux linkage through laminated iron cores.
• Comparing step-up and step-down voltage transformation.
• Studying the effect of coil turns ratio on induced voltage.
• Supporting electromagnetism practicals, STEM lessons, and technical demonstrations.

How to Use the Electrical Transformer Model

1. Place the transformer model on a stable, dry laboratory bench.
2. Fit the selected primary and secondary coils on the laminated core as directed.
3. Secure the core and clamping arrangement before energising the circuit.
4. Apply only the recommended low-voltage AC input unless the supplied manual states otherwise.
5. Measure input and output voltage using suitable meters.
6. Compare voltage readings with the primary and secondary coil turns ratio.

Use the model only under teacher supervision. Do not connect coils directly to mains electricity unless the supplied transformer accessory and manual specifically permit it, and avoid touching terminals while the circuit is energised.

Care & Maintenance

• Store coils, core pieces, clamps, and accessories together after use.
• Keep coil sockets, bobbins, and terminals clean and dry.
• Do not drop laminated cores or force coils onto the core arms.
• Inspect insulation, sockets, and connecting leads before each practical session.

Why Choose School Equipments

School Equipments supplies scientific laboratory instruments, physics apparatus, electricity and electromagnetism models, science kits, STEM models, didactic models, and classroom teaching aids for educational institutions. The brand supports practical learning across physics, chemistry, biology, mathematics, STEM, and laboratory setup categories.

The Electrical Transformer Model is suited to schools that want students to learn transformer action through direct coil-and-core observation. Exact coil quantities, input limits, included accessories, packaging, and tender documentation should be confirmed before institutional purchase.

Frequently Asked Questions

What is an Electrical Transformer Model used for?

An Electrical Transformer Model is used to demonstrate AC transformer working, mutual induction, electromagnetic induction, primary and secondary coils, magnetic flux linkage, and voltage transformation.

What is the verified School Equipments transformer product code?

The verified related School Equipments product is Dissectible Transformer with product code EL-EE-10849.

Can it demonstrate step-up and step-down transformer action?

Yes. Step-up or step-down action can be demonstrated by selecting suitable primary and secondary coils, subject to the supplied model configuration and safe input limits.

Does the model use AC or DC?

A transformer works on changing magnetic flux, so standard transformer demonstration uses AC input. Some coils and cores may also support related electromagnetism experiments as per the supplied manual.

Is this model suitable for school physics labs?

Yes. It is suitable for school physics labs, college practical rooms, STEM classrooms, and technical demonstrations under trained supervision.

What should buyers confirm before ordering?

Buyers should confirm coil quantities, turns, current ratings, core size, input limits, accessory list, packaging, safety notes, and any required tender or export documentation.

Request the Electrical Transformer Model for your physics laboratory or explore more electricity and electromagnetism apparatus for school labs.

Suggested Product Image ALT Text: Electrical Transformer Model for school physics lab AC transformer and mutual induction demonstration