Assembly Type Transformer Model

Product Code : SCL-EAE-11355

The assembly type transformer model is an educational electrical training model used for demonstrating transformer construction, coil placement, magnetic core assembly, electromagnetic induction, turns ratio, and voltage transformation. It is designed for schools, colleges, STEM labs, physics laboratories, electrical engineering labs, polytechnic institutes, and vocational electrical training classrooms.

Product Description

The Assembly Type Transformer Model by Lab Equipments Ambala is a practical teaching aid for explaining how a transformer transfers electrical energy between primary and secondary coils through a magnetic core. It helps students identify the core, windings, terminals, insulation, input side, output side, and the role of alternating current in transformer action.

This model is suitable for instructor-led demonstrations and supervised student practicals in electricity and magnetism, electrical machines, and basic power systems. The assembly-type design is useful when teachers need to show how core pieces and coils are arranged to form a working transformer principle model. Exact voltage rating, turns ratio, coil specifications, core material, dimensions, weight, and supplied accessories must be confirmed from the final datasheet before publication or procurement.

Key Features

• Demonstrates transformer construction using visible core and winding arrangement.
• Supports teaching of electromagnetic induction, mutual induction, turns ratio, and voltage transformation.
• Useful for physics labs, electrical engineering labs, STEM classrooms, and vocational training centres.
• Helps students distinguish primary winding, secondary winding, magnetic core, terminals, and load connection.
• Suitable for supervised demonstrations of step-up and step-down transformer principles when supported by the supplied coil set.
• Encourages hands-on understanding of transformer assembly before advanced electrical-machine experiments.
• Designed for educational use; final operating voltage and safety limits must be confirmed before energizing.

Technical Specifications

What's Included in the Kit

• Assembly type transformer model main frame or base
• Primary coil or input winding
• Secondary coil or output winding
• Laminated core, U-core, I-core, E-I core, or equivalent core pieces
• Terminal posts, sockets, or connection points
• Connecting leads or jumper wires
• Load indicator, lamp, meter, or output demonstration unit
• Experiment guide, circuit diagram sheet, or user manual
• Storage box or packing case

Applications / Uses

• Demonstrating transformer construction in school and college physics laboratories.
• Teaching electromagnetic induction and mutual induction between two coils.
• Explaining step-up and step-down voltage transformation using coil turns ratio.
• Showing how a magnetic core improves flux linkage between primary and secondary windings.
• Supporting electrical machines, basic power systems, and vocational electrical training practicals.
• Helping students compare open-core, closed-core, loaded, and unloaded transformer behaviour when the supplied model permits it.
• Using as a visual teaching aid for science exhibitions and electrical engineering demonstrations.

How to Use the Assembly Type Transformer Model

1. Place the assembly type transformer model on a clean, dry, and stable laboratory table.
2. Keep the power source disconnected before assembling the core or connecting the coils.
3. Identify the primary coil, secondary coil, core pieces, terminals, and output indicator.
4. Assemble the magnetic core and coils according to the supplied manual or instructor diagram.
5. Connect the approved low-voltage AC supply to the primary winding only after checking the circuit.
6. Measure or observe the secondary output using the supplied meter, lamp, or approved measuring instrument.
7. Compare the input and output values with the confirmed turns ratio of the coil set.
8. Disconnect the supply before changing coils, removing the core, connecting a load, or modifying the experiment.

Use the model only under qualified teacher or instructor supervision. Use only the approved AC supply, never energize loose coils, do not touch live terminals, and avoid connecting the model to mains supply unless the final datasheet confirms mains-rated insulation and protection.

Care & Maintenance

• Wipe the base, core pieces, coils, and terminals with a clean, dry cloth after use.
• Store coils and core pieces in labelled compartments to prevent winding damage or loss.
• Keep the model away from water, dust, corrosive chemicals, heat, and unapproved power sources.
• Inspect insulation, terminals, connecting leads, coil windings, and core surfaces before each practical session.

Why Choose Lab Equipments Ambala

Lab Equipments Ambala manufactures and supplies scientific laboratory instruments, educational laboratory equipment, school lab products, science kits, mathematics kits, didactic models, and STEM learning products. Its catalogue covers physics lab equipment, electrical and electronics lab products, laboratory instruments, NCERT kits, and educational demonstration models. The company serves schools, colleges, laboratories, technical institutes, distributors, and export buyers from Ambala, India. Buyers should request the final datasheet, coil ratings, component list, wiring diagram, warranty terms, and compliance documents before bulk orders, tenders, or institutional procurement.

Explore related categories such as educational laboratory equipment, electrical and electronics lab equipment, physics lab equipment, and Ohm’s Law Apparatus.

Frequently Asked Questions

What is an assembly type transformer model used for?

An assembly type transformer model is used to demonstrate transformer construction, electromagnetic induction, mutual induction, primary and secondary windings, magnetic core action, and voltage transformation in electrical and physics labs.

How does an Assembly Type Transformer Model work?

The model works by applying AC to the primary coil, which produces changing magnetic flux in the core. This changing flux links with the secondary coil and induces an output voltage according to the coil turns ratio.

Is this model suitable for school physics labs?

Yes, the model is suitable for school physics labs, college laboratories, STEM classrooms, and electrical training centres when used with the approved low-voltage AC supply and instructor supervision.

Can this model demonstrate step-up and step-down transformers?

It can demonstrate step-up or step-down action if the supplied coil set includes different turns ratios. Confirm the primary and secondary coil specifications before publishing final experiment claims.

Does the model require mains electricity?

The power requirement must be confirmed from the final datasheet. For educational use, a low-voltage AC supply is generally preferred, and the model should not be connected to mains unless the manufacturer confirms mains-rated safety construction.

What material is the Assembly Type Transformer Model made of?

The material was not verified from public product data. Confirm the core material, coil winding wire, insulation, base material, terminals, connectors, and finish from Lab Equipments Ambala before publishing final specifications.

For more transformer, circuit, and electrical-machine teaching products, visit the electrical and electronics lab equipment category by Lab Equipments Ambala.

Suggested image ALT text: Assembly type transformer model for classroom electromagnetic induction and voltage transformation demonstration by Lab Equipments Ambala.