T-S23 Electric Motor Generator DIY Learning Kit

T-S23 Electric Motor Generator DIY Learning Kit

The T-S23 Electric Motor Generator DIY Learning Kit is a hands-on educational tool that helps students and hobbyists learn how mechanical energy and electrical energy interact. Perfect for classroom demonstrations, STEM clubs, and science projects, this kit makes core physics concepts tangible through build-and-test activities.

Key Features of the Electric Motor Generator Kit

• Demonstrates both motor and generator operation in a single setup
• Focuses on electromagnetism, electromagnetic induction, and energy conversion
• Easy assembly with clear component structure; no soldering required
• Durable plastic and electronic components for repeated use
• Designed to build problem-solving, experimental skills, and scientific thinking

Applications and Ideal Uses

• School and college-level physics and science classes
• STEM learning projects and after-school clubs
• Classroom demonstrations, lab exercises, and science fairs
• DIY learning for hobbyists interested in motors, generators, and circuits

What’s Included

• Pre-wired DC motor unit
• Coil assemblies and mounting hardware
• Magnets and rotor components
• Wiring, connectors, and simple switches
• Instruction leaflet with assembly steps and experiment ideas

Assembly and Simple Experiments

The kit requires basic assembly (no soldering). Follow these simple steps to build and test:

1. Sort components and identify the motor, coils, magnet, and connectors.
2. Mount the coil and magnet on the base according to the instructions.
3. Connect the motor or hand-crank to test generator mode and measure output with a small LED or voltmeter.
4. Swap connections and apply a DC power source to observe motor operation and rotational motion.
5. Record results, vary coil turns or magnet position, and analyze the effects on voltage and speed.

Learning Outcomes and Teacher Tips

• Understand how electromagnetic induction converts motion into electrical energy
• Explore how applied voltage creates magnetic fields that produce motion in motors
• Conduct controlled experiments to measure the relationship between coil turns, magnet strength, and output voltage
• Suggested lesson plan: introduce Faraday’s law, build the device, run experiments, and have students present findings

Specifications

• Model: T-S23
• Type: DIY Educational Science Kit
• Power Source: DC motor or manual rotation
• Material: Plastic and electronic components
• Assembly Required: Yes (simple, no soldering required)
• Learning Focus: Electromagnetic induction, motor and generator operation

Safety and Maintenance

• Adult supervision recommended for younger students
• Do not connect mains voltage; use only low-voltage DC sources or manual operation
• Handle magnets carefully to avoid pinching fingers and keep small parts away from children under 3 years
• Store components in a dry place and inspect wiring before each use

Note: Images are for illustration purposes only.