Hair Dryer Motor 36V 1A 5000-25000RPM 0.01Nm Used in Hair Dryer

Performance Specification

Lead Time

Essential Detials

Warranty: 3Years

Place of Origin: Guangdong, China

Brand Name: Go-Gold

Model Number: KG-5025DC36

Usage: Hair Dryer

Type: DC Motor

No-load Speed: 5000-25000RPM

Continous Current: 1A

Product Name: Hair Dryer Motor DC Motor

Certification: ISO

Rated Voltage: 36V

Keywords: Hair Dryer Motor

Noise: Low

Outer Dimensions

Motor Application

Motor Picture

The Advantages of DC Motor

1. Good starting and speed regulation performance, wide and smooth speed regulation range, strong overload capability, and little influence from electromagnetic interference;

2. DC motor has good starting characteristics and speed regulation characteristics;

3. The torque of DC motor is relatively large;

4. Maintenance is relatively cheap;

5. DC motor is more energy-saving and environmentally friendly than AC motor.

The Difference Between AC Motor and DC Motor

1. First of all, the external power supply of the two is different. DC motors use direct current as the power supply; while AC motors use alternating current as the power supply.

2. Structurally speaking, the former has a relatively simple principle, but the structure is complex and inconvenient to maintain; while the latter has a complex principle but a relatively simple structure, and is easier to maintain than a DC motor.

3. In a DC motor, the magnetic field does not move, and the conductor moves in the magnetic field; in an AC motor, the magnetic field rotates, but the conductor does not move.

4. In terms of speed regulation, DC motors can achieve smooth and economical speed regulation without the cooperation of other equipment. Speed regulation can be achieved by simply changing the input or excitation voltage and current; while AC motors cannot complete speed regulation by themselves and require the help of frequency conversion. device to achieve speed changes.

5. The structure of the motor is different. The DC motor passes direct current and does not directly generate a rotating magnetic field. It relies on the commutator that rotates with the rotor to change the direction of the current entering the rotor at any time, so that the polarity of the magnetic field between the rotor and the stator is always opposite. In this way The rotor can rotate: and because the AC motor uses alternating current, as long as the stator coil is arranged according to the phase, a rotating magnetic field will naturally be generated.

(1) Structurally speaking, the principle of a DC motor is relatively simple, but the structure is complex and inconvenient to maintain. The AC motor has a complex principle but a relatively simple structure, and the DC motor is easy to maintain.

(2) The DC motor introduces current into the rotor armature through brushes and commutators, so that the rotor is forced to rotate in the stator magnetic field. AC motors (taking commonly used AC asynchronous motors as an example) pass alternating current into the stator winding, thereby generating a rotating magnetic field in the air gap of the stator and the rotor. The rotating magnetic field generates an induced current in the rotor winding, which in turn causes the rotor to be affected by the stator magnetic field. Power produces travel.