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3 Years
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| Brand Name : | Go-Gold |
| Model Number : | KG-6121-001 |
| Certification : | ISO |
| Price : | USD4-6/pcs |
| Payment Terms : | L/C, T/T,paypal |
| Supply Ability : | 10000pcs-30days |
| Delivery Time : | 7days |
Description:
Structural diagram
Advantages of Brushless Motors
1. Brushless, low interference
2. Low noise, smooth operation
3. Long service life and low maintenance costs
4. No sparks
Brushless motor is a typical electromechanical integrated product, composed of the motor body and driver, widely used in high-end recording consoles, video recorders, electronic instruments, and automated office equipment.
1. High efficiency and low energy consumption. The application of
brushless motors is being vigorously promoted worldwide, which is
closely related to the performance advantages of brushless motors
themselves. From the perspective of energy consumption, it is
indeed a trend.
2. Low noise (silent) and smooth operation. Brushless motors
without brushes greatly reduce friction during operation, resulting
in smoother operation and much lower noise. This is an advantage
for many applications, such as home appliances, industrial
automation, and medical industries, which require a quiet
environment.
3. Long service life and low maintenance costs. The structural
characteristics of brushless motors determine their long lifespan,
and within a reasonable range of use, brushless motors basically do
not require additional maintenance costs.
4. Wide application range and excellent control effect. The
brushless motor is equipped with a controller (driver) that can
achieve control from simple to complex, and can meet various
communication requirements (232485, can, etc.), so that in addition
to meeting some conventional mechanical actions, it can also
execute complex control commands. And with the widespread use of
magnetic encoders in recent years, they can replace some simple
servo applications.
Interior magnet designs have been developed to counter several apparent or real shortcomings of surface mount motors: • Flux concentrating designs allow the flux density in the air-gap to be higher than the flux density in the magnets themselves. • In interior magnet designs there is some degree of shielding of the magnets from high order space harmonic fields by the pole pieces. • There are control advantages to some types of interior magnet motors, as we will show anon. Essentially, they have relatively large negative saliency which enhances “flux weakening” for high speed operation, in rather direct analogy the what is done in DC machines. • Some types of internal magnet designs have (or claim) structural advantages over surface mount magnet designs.
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