Working principle of deceleration motor
Have you ever been troubled by the speed of rotation not being able to meet the demands of your work? Do you feel annoyed by the roaring sound of the motor rotating? Then you must not miss this mysterious little thing - the deceleration motor!
09
2025
/
02
What is a servo motor and what is the difference between it and a stepper motor?
A servo motor refers to an engine that controls the operation of mechanical components in a servo system, and is an indirect transmission device that supplements the motor. Servo motors can control speed and have very accurate position accuracy.
09
2025
/
02
How to choose a deceleration motor?
It is important to choose a suitable deceleration motor for a mechanical product, as a suitable deceleration motor can make the mechanical equipment operate more smoothly and for a longer period of time. How many methods are there to choose a suitable deceleration motor? Next, we will introduce each one to help you understand how to correctly choose the appropriate deceleration motor.
21
2025
/
01
What are the factors that affect the lifespan of small deceleration motors?
A small reduction motor is also a small reduction motor. In motor products, compared to other motor products, it is widely accepted by a large customer base for its small size, high precision, and fast response time. It is widely used in multiple industries and provides transmission power for multiple industries. Next, we will explore the factors that affect the lifespan of small reduction motors. Let's learn more together~
21
2025
/
01
What are the parameters of a deceleration servo motor? How to select a servo deceleration motor
The calculation of the output shaft torque of the reducer refers to the required torque calculated by the transmission mechanism. After confirming the torque required by your transmission mechanism, compare the torque of the servo motor you have selected. The ratio of these two torques is the reduction ratio of the reducer torque you want to choose. Of course, we usually make the final torque of the mechanism redundant, so the transmission ratio should be slightly larger.
17
2025
/
01