High-Efficiency Dynamo Motor for DIY Electronic Projects
Original price was: ₹150.00.₹99.00Current price is: ₹99.00.
Specifications of High-Efficiency Dynamo Motor:
-
- Operating Voltage: 3V – 12V DC (output depends on input force)
- Power Output: ~1W – 10W (varies based on RPM and load)
- Speed Range: 100 – 5000 RPM (depends on mechanical force)
- Torque: ~0.5 – 1.2 kg·cm
- Current Output: ~50mA – 1A (varies based on RPM)
- Energy Conversion Efficiency: ~75% – 85%
- Shaft Diameter: ~3mm – 5mm
- Shaft Length: ~10mm – 15mm
- Body Material: High-quality metal and plastic
- Wiring:
- Red Wire: Positive (+)
- Black Wire: Negative (-)
- Dimensions: ~50mm (length) x 30mm (diameter)
- Weight: ~100g – 200g
- Applications: STEM education, renewable energy experiments, science projects, and mechanical-to-electrical conversion systems
29 in stock
Description
The High-Efficiency Dynamo Motor for DIY Electronics and STEM Projects efficiently converts mechanical energy into electrical energy, making it perfect for STEM education, science experiments, and DIY electronics projects. This motor allows students and hobbyists to explore energy conversion principles and mechanical power generation in a hands-on way.
Since it provides a steady power output, it is widely used in hand-cranked generators, wind turbines, and small power generation systems. Due to its compact size and high efficiency, it seamlessly integrates into educational kits, renewable energy models, and science demonstrations.
Moreover, the High-Efficiency Dynamo Motor for DIY Electronics and STEM Projects easily connects with Arduino, Raspberry Pi, and other microcontrollers. By using this motor, students can understand electromagnetism, renewable energy, and mechanical-to-electrical power conversion through practical applications. This makes it a great choice for learning energy production and engineering concepts.
High-Efficiency Dynamo Motor for DIY Electronics and STEM Projects uses:
- Converts mechanical energy into electrical power efficiently
- Compact and lightweight design for easy integration
- Compatible with Arduino, Raspberry Pi, and microcontrollers
- Ideal for renewable energy projects and science experiments
- Durable build ensures long-lasting performance
- Perfect for STEM learning and educational demonstrations
Applications:
- DIY wind turbines and hydroelectric generators
- STEM education projects and science experiments
- Hand-cranked power generation systems
- Renewable energy demonstrations
- School and college physics labs
- Smart energy prototypes
- Electromagnetic and mechanical power research
Only logged in customers who have purchased this product may leave a review.
Reviews
There are no reviews yet.