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Lead Time
Quantity(pcs) | 1-1000 | 1001-10000 | >10000 |
Lead Time(days) | 15 | 30 | To be negotiation |
Performance Specification
Rated Voltage | 3.6-36V | Continous Current | 1A |
No-load Speed | 5000-25000RPM | Rated Torque | 0.01Nm |
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 Picture
Motor Application
Main Categories of DC Motors
DC generator
A DC generator is a machine that converts mechanical energy into DC
electrical energy. It is mainly used as a DC motor required for DC
motors, electrolysis, electroplating, electrosmelting, charging and
excitation power for alternators. Although power rectifier
components are also used to convert AC power into DC power where DC
power is required, AC rectifier power supply cannot completely
replace DC generators in terms of certain working performance.
DC motor
A rotating device that converts DC electrical energy into
mechanical energy. The stator of the motor provides the magnetic
field, the DC power supply provides current to the windings of the
rotor, and the commutator keeps the direction of the rotor current
and the torque generated by the magnetic field unchanged. DC motors
can be divided into two categories according to whether they are
equipped with a commonly used brush-commutator, including brushed
DC motors and brushless DC motors.
BLDC Motors have been developed in recent years with the
development of microprocessor technology and the application of new
power electronic devices with high switching frequency and low
power consumption, as well as the optimization of control methods
and the emergence of low-cost, high magnetic energy level permanent
magnet materials. A new type of DC motor developed.
BLDC Motors not only maintain the good speed regulation performance
of traditional DC motors, but also have the advantages of no
sliding contact and commutation sparks, high reliability, long
service life and low noise. Therefore, they are widely used in
aerospace, CNC machine tools, robots, and electric vehicles. ,
computer peripherals and household appliances have been widely
used.
According to the different power supply methods, brushless DC
motors can be divided into two categories: square wave brushless DC
motors, whose back electromotive force waveform and supply current
waveform are both rectangular waves, also known as rectangular wave
permanent magnet synchronous motors; sine wave brushless DC motors.
The brush DC motor's back electromotive force waveform and supply
current waveform are both sine waves.