Poles are “like magnets” in a motor that cause the motor to spin. When power moves through the motor, the poles attract and repel each other, causing the motor to spin. The two pole induction motor of a motor will also determine how fast or strong it spins
For engineers, pole placement is a kind of puzzle. They also must determine where to place the poles in the motor so it functions effectively. If the poles are in the wrong position, the motor may not turn at all or it might not be very powerful.
At FENG YIN, engineers spend a great deal of time testing and designing motors to ensure those shade pole motor are in the perfect place. They want to make sure that when you flip a switch to turn on a toy or a fan, they are working the way they should
Poles are critical for how well a DC motor runs. A motor with more poles can spin faster, that is, it can accelerate at a higher rate, but it may not be as strong. Or if it’s fewer poles, it may be slower but more powerful.
FENG YIN has 3 pole dc motor having poles different for each application. Some motors need to spin very fast, as in a toy car, while others need to be strong, as in a robot arm. With the correct number of poles, they are able to build motors that just do the trick.
The number of poles is what you should consider when choosing a DC motor. If you want to be able to spin a motor fast, it’s be great to have more poles. If you need a strong motor, you may wish to use a motor with less poles.
FENG YIN can assist you selecting the right motor for your application. They have motors with various number of poles that may meet your requirements. Whether you're building a toy or a robot, they have motors for any job.
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