All the knowledge you want to know about deceleration motors is here Gear motor


Release Time:

2024-12-12

As an important power transmission equipment, deceleration motors play an irreplaceable role in the field of automated transportation. Whether it is simple three-dimensional garage equipment, airport luggage transmission systems, or the execution of high-precision robot actions, the application of deceleration motors in these fields is indispensable. Today, the editor will lead you into the world of deceleration motors and popularize the relevant knowledge of deceleration motors in the field of automated transmission.

As an important power transmission equipment, deceleration motors play an irreplaceable role in the field of automated transportation. Whether it is simple three-dimensional garage equipment, airport luggage transmission systems, or the execution of high-precision robot actions, the application of deceleration motors in these fields is indispensable. Today, the editor will lead you into the world of deceleration motors and popularize the relevant knowledge of deceleration motors in the field of automated transmission.

What is a deceleration motor

Gearbox motor refers to the integrated body of reducer and motor (motor), usually also known as gear reducer motor or gear motor, which is basically supplied as a complete set after being assembled by reducer manufacturers.

 

Working principle of deceleration motor

A reduction motor is a device that uses gears (or worm gears) to greatly reduce the speed of an electric motor, thereby increasing the output torque of the reduction motor to meet the needs of mechanical equipment operation. This power transmission equipment has a core function that cannot be ignored - "increasing force and reducing speed". It uses gears (or worm gears) at all levels to achieve the purpose of reducing speed, and the reducer is composed of gear pairs at all levels.

The motor combined with a matching gear reducer is a reduction motor. Among them, the gearbox provides lower rotational speed and greater torque; Meanwhile, different reduction ratios can provide different rotational speeds and torques. Different industries usually use DC reduction motors with different powers, and generally adopt a customized power design mode.