Bicycle Wheel Dynamo Model

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Bicycle Wheel Dynamo Model Specification

Core Components
Rotor, Magnet, Gears, Output Terminals

Feature
Easy Mounting, Long Lasting, Maintenance-Free

Frequency
50/60 Hz

Voltage
6V DC Output

Automation Grade
Manual

Model No
PHY-154

Measurement Range
3W Output Under Standard Rotation

Capacity
6V 3W

Accuracy
High Output Consistency

Power Source
Mechanical (Hub/Rim contact)

Temperature Range
-10C to 50C (Operating)

Equipment Materials
Metal Body with Plastic Gear System

Type
Bicycle Wheel Dynamo

Usage
Electricity generation for bicycle lights

Display Type
Analog

Dimension (L*W*H)
Approx. 80 x 55 x 32 mm

Weight
Approx. 110 grams

Mounting Method
Frame or fork mounted with adjustable clamp

Finish
Anti-corrosive coated

Color
Silver with black gear cover

Replacement Parts
Spare gear and mounting clamp available

Output Terminals
Dual wire screw terminals

Rotation Direction
Bi-directional

Installation
Tool-free clamp mounting

Lighting Compatibility
Suitable for most bicycle headlamp and tail lamp bulbs (6V/3W rated)

Testing Standard
ISI Certified for safe use

Operating Speed Range
12-30 km/h for optimum output

Noise Level
Low noise operation

Packing Type
Individual box packing

About Bicycle Wheel Dynamo Model

Bicycle Wheel Dynamo Model

We are a leading manufacturer, supplier, and exporter of Bicycle Wheel Dynamo Models designed for physics laboratories, STEM learning, science exhibitions, and educational institutions. This working model demonstrates the conversion of mechanical energy into electrical energy through a dynamo, helping students understand the principles of electromagnetic induction and renewable energy generation.

The Bicycle Wheel Dynamo Model features a manually operated wheel connected to a dynamo generator. As the wheel rotates, electrical energy is produced and used to illuminate a connected lamp, providing a clear visual demonstration of energy conversion. The model offers an engaging hands-on learning experience and is ideal for classroom demonstrations and laboratory experiments.

This educational apparatus helps students explore concepts such as electricity generation, energy transformation, electromagnetic induction, and sustainable power production in an interactive and practical manner.

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