36mm DC Brushless Vibration Motor – 26mm Type Model NFP-BL3626-SF

Low Noise Vibration Brushless DC Motor Parameters

First, this brushless vibration motor is built for long life, low noise, and strong vibration. Also, it can work continuously for up to 30,000 hours. In addition, speed control is available, so users can adjust the motor speed for different devices.

Next, the table below shows the main data for model NFP-BL3626-SF. Therefore, buyers can quickly check the size, voltage, speed, weight, and rotation direction before use.

In short, this model gives stable speed, a compact 36mm body, and a strong eccentric head. Also, all reduced no-load speeds have a tolerance of ±15%.

Main Features

Furthermore, this motor uses a metal vibration head, a pure copper coil, a good magnetic tile, and a built-in brushless drive. As a result, it can give steady output while keeping noise low.

• Fan-shaped vibration head: Large swing head eccentric shaft. It uses high-quality metal materials, so it resists rust, runs smoothly, reduces heat, and keeps noise low.
• Pure copper coil: Six-wire winding with 100% pure copper wire. It gives stable resistance, reliable work, faster speed, and stronger torque.
• High-quality magnetic tile: Good conductivity and long life. It gives high work efficiency and low dynamic loss. Material: sintered NdFeB magnet with three-layer treatment, good anti-rust ability, and 80°-200° working temperature.
• Built-in brushless drive: Plug and play design. It gives stable output, forward and reverse rotation, brake control, speed control, and speed signal output.

Moreover, these features help the motor run well in long-term vibration work. For example, it is suitable for massage chairs, medical equipment, smart home devices, and industrial equipment.

Long Lifetime Brushless Vibration Motor Outline Drawing

First, the outline drawing shows the motor body, mounting size, and eccentric head size. Also, it helps engineers check the space before they design the device housing.

Therefore, please check the drawing before installation. In addition, leave enough space around the eccentric head so the motor can rotate safely.

High-frequency Brushless DC Motor Wiring Instruction

First, this motor supports forward and reverse rotation control. Also, some versions support speed control, speed signal output, and brake control. Therefore, please connect each wire carefully before power-on.

Five-wire Forward / Reverse Rotation Control Without Speed Regulation

Next, the five-wire diagram shows the basic connection method. As a result, users can control rotation direction and read the FG speed signal.

Six-wire Forward / Reverse Rotation Control Without Speed Regulation

Similarly, the six-wire diagram shows one more control wire for brake use. In addition, this design is useful when the device needs fast stop control.

3626 Five-wire Motor Wiring Instructions

First, the five-wire version includes power, FG signal, direction control, and speed control wires. Therefore, please follow the wire color list below during assembly.

• Red Wire: motor power supply positive pole (+). DC power supply is selected according to motor specifications.
• Black Wire: motor power supply negative pole (-).
• Yellow Wire: FG signal output. It allows external equipment to detect motor speed, and the motor outputs 9 square wave pulses per rotation.
• White Wire: forward / reverse rotation control. The rotation direction is CCW when the port is not connected. The rotation direction is CW when the port is connected to low level (≤0.6V).
• Blue Wire: speed regulation control. It supports VSP/PWM speed regulation.

As a result, the five-wire type is a good choice when the device needs speed feedback and direction control. Also, it keeps the wire layout simple.

3626 Six-wire Motor Wiring Instructions

Next, the six-wire version adds a green brake wire. Therefore, it is useful when the system needs the motor to stop quickly.

• Red Wire: motor power supply positive pole (+). DC power supply is selected according to motor specifications.
• Black Wire: motor power supply negative pole (-).
• Yellow Wire: FG signal output. It allows external equipment to detect motor speed, and the motor outputs 9 square wave pulses per rotation.
• White Wire: forward / reverse rotation control. The rotation direction is CCW when the port is not connected. The rotation direction is CW when the port is connected to low level (≤0.6V).
• Blue Wire: speed regulation control. It supports VSP/PWM speed regulation.
• Green Wire: brake. The motor runs when it is not connected. The motor brakes when it is connected to negative pole (-) 0V.

Important Wiring Notes

Finally, please check the power polarity before use. The positive pole (+) and negative pole (-) of the motor cannot be connected in reverse.

Also, the yellow wire is the speed signal wire, so it cannot be connected to the speed regulator. In addition, the motor must not run in stall, because stall work may damage the motor.

Applications

For example, this brushless vibration motor can be used in massage chairs, medical equipment, smart home devices, and industrial equipment. Moreover, its long life and low noise make it useful for devices that need stable vibration.

Application: Massage chair, Medical equipment, Smart home, Industrial equipment

Keywords: brushless vibration motor, dc brushless vibration motor, brushless motor anti vibration, brushless vibration, motor brushless vibration