Demonstration Transformer Induction Accessory Kit
Product Specification Sheet
Demonstration Transformer Induction Accessory Kit
Model Number: MTE-011
The Demonstration Transformer Induction Accessory Kit is a practical educational accessory set for demonstrating electromagnetic induction and related transformer principles. It includes a copper coil with screw clamps, steel nails, solid and split aluminium rings, and a solder trough assembly. These components allow students to observe different induction-related effects through practical laboratory demonstrations. The kit is suitable for physics and electrical engineering laboratories, colleges, universities and technical training institutes. Its range of accessories supports multiple experiments using a compatible transformer or electrical demonstration setup. Micro Technologies supplies educational and laboratory equipment for practical science and electrical training applications.
Product Specification
The Demonstration Transformer Induction Accessory Kit is designed to support practical demonstrations of electromagnetic induction and related electrical phenomena. It provides a collection of accessories that can be used with suitable transformer demonstration equipment for conducting hands-on experiments.
The kit includes a copper coil with screw clamps designed to hold a nail for nail-magnetizing demonstrations. This arrangement provides a practical way for students to observe the magnetic effects associated with an energized coil.
Steel nails are also included for conducting the nail magnetism experiment. The supplied nails are flat-headed and approximately 65 × 3 mm, with some featuring a central groove. These different forms provide flexibility for demonstration activities.
The kit also contains solid and split aluminium rings. Two solid rings and one split ring are supplied for conducting ring-launching demonstrations. These accessories help students observe the effects produced by electromagnetic induction and changing magnetic fields.
A solder trough assembly is included for demonstrating induction-related heating. It consists of a single-turn coil in the form of a circular trough, with approximately 300 mm of solder formed into a circular loop of about 50 mm diameter. This arrangement can be used as part of a suitable induction demonstration.
The Demonstration Transformer Induction Accessory Kit is suitable for physics laboratories, electrical engineering departments, technical institutes, colleges and universities. It provides multiple accessories within one organized kit, supporting practical teaching of electromagnetic induction and transformer-related concepts.
Micro Technologies supplies practical laboratory and educational equipment for institutions requiring hands-on training solutions.
Features
- Copper coil with screw clamps
- Suitable for nail-magnetizing demonstration
- Steel nails included
- Flat-headed nails with selected grooved pieces
- Solid aluminium rings included
- Split aluminium ring included
- Suitable for ring-launching demonstration
- Solder trough assembly included
- Approximately 300 mm solder supplied
- Supports electromagnetic induction experiments
Benefits
- Supports hands-on understanding of electromagnetic induction
- Provides accessories for multiple demonstrations
- Helps visualize magnetic effects of electrical coils
- Useful for transformer and physics practical sessions
- Suitable for classroom and laboratory demonstrations
- Provides reusable accessories for educational experiments
Product Specifications
| Specification | Details |
|---|---|
| Product Name | Demonstration Transformer Induction Accessory Kit |
| Product Type | Transformer & Induction Accessory Kit |
| Copper Coil | With Screw Clamps |
| Steel Nails | Approx. 65 × 3 mm |
| Aluminium Rings | 2 Solid & 1 Split |
| Solder Trough | Single-Turn Coil |
| Solder Length | Approx. 300 mm |
| Solder Loop Diameter | Approx. 50 mm |
| Application | Electromagnetic Induction Demonstrations |
| Usage | Physics & Electrical Training |
Available Variants
Standard Induction Accessory Kit
Complete accessory arrangement for transformer induction and electromagnetic demonstration experiments.
Applications
- Electromagnetic induction demonstrations
- Transformer practical experiments
- Nail magnetism demonstrations
- Aluminium ring experiments
- Ring-launching demonstrations
- Physics laboratory experiments
- Electrical engineering training
- College and university practical laboratories
FAQs
What is the Demonstration Transformer Induction Accessory Kit used for?
It is used to demonstrate electromagnetic induction and related transformer principles. The accessories support several practical experiments involving coils, magnetic fields and induced effects.
What is included for the nail-magnetizing demonstration?
The kit includes a copper coil with screw clamps and steel nails. The coil arrangement allows a nail to be held for the magnetism demonstration.
How many aluminium rings are supplied?
The kit includes two solid aluminium rings and one split aluminium ring for the ring-launching demonstration.
What is the solder trough used for?
The solder trough is used for an induction-related demonstration. It consists of a single-turn coil with approximately 300 mm of solder formed into a circular loop.
What type of nails are included?
The supplied nails are steel, flat-headed and approximately 65 × 3 mm, with some featuring a central groove.
Can the accessory kit be used with a transformer demonstration setup?
Yes. It is intended as an accessory kit for compatible transformer and induction demonstration equipment used in educational laboratories.
Why Choose Our Products
- Multiple induction demonstration accessories in one kit
- Suitable for transformer and physics experiments
- Practical components for hands-on learning
- Supports different electromagnetic demonstrations
- Suitable for educational laboratory requirements
Call to Action
Contact Micro Technologies for pricing, bulk orders and institutional requirements for the Demonstration Transformer Induction Accessory Kit. Request a quotation for physics and electrical laboratory applications.
