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Dynamo Working Model

Original price was: $ 34.98.Current price is: $ 34.83.

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Dynamo Working Model is a functional educational device designed to demonstrate the conversion of mechanical energy into electrical energy through electromagnetic induction. It includes components such as a rotating armature, coil windings, and magnets to simulate real-life dynamo operation. This model is widely used in physics and engineering laboratories, schools, and technical institutions for practical understanding of electricity generation and electromechanical energy conversion.

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Category: Specialized Scientific Instruments Tags: Dynamo Working Model, Electrical Generator Model, Electromagnetic Induction, Energy Conversion Device, Physics Demonstration, Renewable Energy Teaching Aid, Technical Education Equipment

Description

Table of Contents

Dynamo Working Model

Primary Uses

Demonstrating principles of electromagnetic induction in educational physics labs.
Teaching energy conversion from mechanical to electrical power.
Supporting experiments in electrical and mechanical engineering courses.
Providing hands-on training in vocational and technical education.
Enabling visualization of dynamo operation in renewable energy studies.

Secondary Uses

Prototype demonstration for small-scale generator design and research.
Use in workshops for practical lessons in electromechanics.
Display in science fairs and exhibitions to promote STEM education.
Reference tool in designing electrical machinery components.
Supplementary aid in developing energy-efficient technologies.

KEY PRODUCT FEATURES

1.Basic Identification Attributes

Material: Copper wire coils, permanent magnets, metal shafts, and sturdy plastic or metal housing.
Components: Armature, coil, magnets, rotating mechanism, base stand.Size: Compact and portable, designed for classroom and laboratory use.

2.Physical & Chemical Properties

Mechanical parts engineered for durability and repeated use.
Low-voltage electrical output safe for demonstration purposes.
Magnetic materials provide consistent electromagnetic fields.

3.Safety & Hazard Attributes

Low electrical risk due to minimal output voltage.
Moving parts require caution to avoid finger injuries.
Small detachable parts could pose choking hazards if mishandled.

4.Storage & Handling Attributes

Store in dry, clean environments to prevent corrosion and dust accumulation.
Handle with care to avoid damaging coils and magnetic components.
Regular inspection for loose or worn parts recommended before use.

5.Regulatory & Compliance Attributes

Manufactured in compliance with educational equipment safety standards.
Suitable for use in GMP, GLP, and technical training institutions.

6.Environmental & Health Impact

Constructed with recyclable materials where possible.
Supports educational initiatives in sustainable and renewable energy technologies.
Encourages reduction in carbon footprint through understanding of energy generation.

SAFETY HANDLING PRECAUTIONS

Safety Handling Precautions

Operate only under supervision, especially in educational settings.
Avoid placing fingers near rotating parts during operation.
Use as per instructions to prevent mechanical or electrical hazards.

First Aid Measures

For minor cuts or abrasions, clean wounds with antiseptic and cover.
Seek medical advice for serious injuries or if exposed to magnetic fields unexpectedly.
In case of electrical shock (unlikely), disconnect immediately and seek emergency help.