Class Set Electricity 2.0 Induction & Alternating Current kit Manufacturer,Supplier and Exporter in India
Product Code : SCL-EI-10582
The Class Set Electricity 2.0 Induction & Alternating Current kit is a school physics apparatus used for teaching electromagnetic induction, coil magnetic fields, alternating current, generators, transformers, Lenz’s law, self-induction and impedance. It is designed for six learning groups in secondary physics laboratories and STEM classrooms.
Product Description
Class Set Electricity 2.0 Induction & Alternating Current helps students understand the interaction between magnetism and electricity through practical experiments. Learners investigate what happens around a current-carrying conductor, inside a coil, and during changing magnetic-field conditions.
The kit is suitable for grade 9 onward and supports parallel group work. It provides materials for teacher-guided experiments on magnetic fields, induction voltage, AC generation and transformer principles. For related apparatus, explore our Physics Lab Equipment and Electronic Instruments categories.
Key Features
- Class set for 6 learning groups working at the same time.
- Covers induction, alternating current, generators and transformers.
- Includes coils with 600 turns and 1200 turns for transformer and induction activities.
- Magnets, flat magnets and compasses support magnetic-field investigations.
- U-cores, retaining brackets and short-circuit rings support transformer experiments.
- Suitable for curriculum topics from grade 9 onward.
- Supports advanced topics including Lenz’s law, self-induction and impedance.
- No product-specific certification is confirmed; verify tender compliance before procurement.
Technical Specifications
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Specification |
Detail |
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Product Name |
Class Set Electricity 2.0 Induction & Alternating Current |
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Brand |
Lab Glassware Manufacturer |
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Product Category |
Physics Lab Equipment / Induction and Alternating Current Experiment Kit |
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Primary Keyword |
Class Set Electricity 2.0 Induction & Alternating Current |
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Secondary Keywords |
induction and alternating current kit, electromagnetic induction class set, transformer experiment kit, AC generator physics kit, Lenz’s law apparatus, coil magnetic field kit |
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Intended Users |
Secondary physics students, teachers, STEM laboratories and practical electricity groups |
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Group Capacity |
6 learning groups |
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Recommended Level |
Grade 9 onward |
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Dimensions |
57.4 x 49.7 x 15.6 cm |
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Required Accessory |
0–12 V / 3 A AC/DC power supply |
What's Included in the Kit
- 18 magnets
- 6 flat magnets
- 6 compasses
- 6 needle holders
- 1 roll of thread
- 6 clamps
- 6 U-cores
- 6 retaining brackets
- 6 short-circuit rings
- 6 coils with 1200 turns
- 6 coils with 600 turns
- 6 sheet-metal strips
- 6 test sections
- Copper wire
- Teacher handout with worksheets
Applications / Uses
- Demonstrating the Ørsted experiment with current and magnetism.
- Studying magnetic fields around current-carrying conductors and coils.
- Investigating induction voltage in coils.
- Building and explaining an alternating-current generator model.
- Teaching transformer operation using coils and U-cores.
- Demonstrating Lenz’s law and opposing induced effects.
- Introducing self-induction during switching processes.
- Explaining impedance in alternating-current circuits.
How to Use the Class Set Electricity 2.0 Induction & Alternating Current
- Divide the class into six learning groups.
- Select the experiment topic, such as coil magnetic field, induction, generator or transformer.
- Place the required coils, magnets, U-cores, compasses and accessories on a dry bench.
- Assemble the apparatus according to the worksheet or teacher handout.
- Connect the approved low-voltage AC/DC power supply where required.
- Observe field direction, induced current, AC behaviour or transformer response.
- Record observations and disconnect the power supply before changing connections.
Safety note: Use the kit only under teacher supervision. Work with low voltage, avoid short circuits, and disconnect power before moving coils, cores, magnets or conductors.
Care & Maintenance
- Store coils, magnets and U-cores in assigned compartments after each lesson.
- Keep copper wire, compasses and needle holders dry and free from corrosion.
- Inspect coils, brackets and electrical contacts before every practical session.
- Keep magnets away from electronic storage media and sensitive instruments.
Why Choose Lab Glassware Manufacturer
Lab Glassware Manufacturer supplies laboratory glassware, physics apparatus, electronic instruments, science kits and STEM teaching equipment for institutional procurement. The brand supports schools, colleges, laboratories and export buyers with practical product sourcing for classroom science teaching. Buyers can combine this induction class set with General Lab Equipment, Safety Protective Wears and Lab Tender supply support for complete laboratory planning.
Frequently Asked Questions
What is Class Set Electricity 2.0 Induction & Alternating Current used for?
It is used to teach electromagnetic induction, alternating current, magnetic fields of coils, generators, transformers, Lenz’s law, self-induction and impedance through practical experiments.
How many groups can use this class set?
The kit is designed for 6 learning groups working in parallel during school physics practicals.
Which grade level is this kit suitable for?
The verified source identifies the kit for grade 9 onward, making it suitable for secondary and senior-school physics courses.
Does the kit include transformer coils?
Yes. The confirmed delivery scope includes 6 coils with 1200 turns and 6 coils with 600 turns.
Can students demonstrate Lenz’s law with this set?
Yes. Lenz’s law is one of the confirmed experiment topics covered by the class set.
Is a power supply included?
The source lists a 0–12 V / 3 A AC/DC power supply as required accessory. Whether it is included in the final supply must be confirmed before order placement.
For induction, alternating-current and transformer experiments in school physics labs, request a quotation through the Physics Lab Equipment category.
