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Shenzhen Ineed Youngsun Technology Co., Ltd.
Shenzhen Ineed Youngsun Technology Co., Ltd.
The 0820 series motor is also highly recommended to wearable devices. The price is competitive compare to 0720 series motor.
Electrical Performance of Engine Coin
Model | motor size (mm) | Rated Vol. | Rated RPM. | Rated Current | Starting | Starting Voltage | Operating Voltage | |
Diameter | Thickness | V DC | RPM | mA | mA | V DC | V DC | |
C0820BE03L27 | 8.0 | 2.0 | 3.0 | 9000 Min | 80.0 Max | 190.0 Max | 2.3 Max | 2.5-3.3 |
Outline Drawing

Notes: The adhesive sponge or adhesive tape could be removed. Connectors could be added to the lead wires.
Please negotiate before making samples for any specific requirements.
Structure of the Engine Coin

Product Feature
1) Easy Assembly, Easy Installation
2) Adopting advanced world famous brand components in pneumatic parts ,electric parts and operation parts.
3) Low noise : starting and braking quietly, running with low noise.
4) Reliable operation stability: operates quietly and quickly with high efficiency and low resistance.
5) Less electromagnetic interference
6) Rapid starting and quick braking with fast response, Mechanical time constant is less than 28 milliseconds.Sometimes even measures up to 10ms or less.
7) Energy-saving: high energy conversion efficiency,more than 70%.
8) High speed : the rpm can reach 4500~51000±10%.
Application Engine Coin
Due to their little size and enclosed vibration system, coin vibrating motors certainly are an excellent choice for variours of applications such as:
Cell Phones
Wearables
Medical applications
Portable instruments
Packaging Delivery

Working principle of DC motor:
1. Connect the DC power supply to the armature winding through the brush to make current flow through
the armature conductor;
2. There is a magnetic field inside the motor;
3. The current-carrying rotor (armature) conductor will be subjected to electromagnetic force;
4. The electromagnetic force generated by the conductor interacts with the permanent magnetic field to
rotate the rotor at n revolutions per minute to drag the mechanical load.