24V Electric Outrunner 3 Phase Brushless Motor 55*30 For Fascia Massage Device

55*30 24V 3 Phase Outer Rotor Brushless Dc Electric Motor For Fascia Massage Device

Specification:

1. Structure: Outrunner Brushless Motor

2. Size: Φ55*L30mm

3. Shaft Dia: 6mm

4. Certification: RohS, CE

5. Weight: 220gram

6. Endplay: 0.3mm Max

7. Lifetime: 10000h

8. Phase: 3

9. Rotation: CCW (viewed from the output shaft)

10. Ball bearings on both sides, Class B winding wires

11. The shaft length, shape, can be custom made

12.Rated voltage: 24V

13. 3200RPM 30W

14. With hall sensors and driver, speed control board available

What is Brushless DC Motor?

The brushless DC motor is composed of the motor body and the driver. The brushless DC motor uses Hall sensors to replace the carbon brush commutator. NdFeB is used as the permanent magnet material of the rotor. Compared with the general traditional DC motor, the performance of the brushless DC motor has great advantages, is the most ideal speed-regulating motor today.

TO BE TAILORED

♦ Customized voltage, motor performance

♦ Customized mounting, shaft shape and dimension, and lead configuration

♦ EMI/RFI suppression circuit

♦ Overload protection, thermal protection

♦ High temperature and waterproof option

♦ Integrated gearbox, controller, encoder and brake

If there is no suitable specifications, it can be customized according to actual needs.

About us

Shenzhen Secore Technology Co.,Ltd is professionally engaged in various of motors such as brushless dc motors, high voltage brushed dc motors, gear motors, integrates R&D, mass production, sales and service with 25 lean production lines( currently 3 automatic production lines ), monthly capacity of continuous growing 3 million units and annual average sales value 40 million dollars.

Motor designer –ANSOFT Finite element analysis

Structure: static characteristics analysis, model, buckling, contact, prestress and vibration analysis
Heat: heat conduction characteristics of multifunctional structure
Dynamic: analysis of the movement state and stress of components
Vibration: Perform dynamic time, frequency, and random shock analysis

Advantages of dynamic simulation analysis

* Optimize the use of motor materials to reduce weight and reduce costs
* Reasonable electromagnetic design and structural design to reduce noise and vibration

some of Our customers

Typical Application:

- Power tool and fitness equipment