The difference between micro DC geared motor and ordinary motor

Micro DC reduction motors are also called gear reduction motors and reduction motors. Compared with ordinary micro DC motors, reduction motors have lower speed and higher output torque. This is an extremely obvious difference between the two.

In practical applications, the miniature DC gear motor has high overload capacity, large output torque and superior performance, so it is widely used in various electric products. Ordinary micro motors have no deceleration function. Its output speed is high, but output torque is low. In some product applications, the speed of micro motors is not high, but the torque output requirements are high, so ordinary micro motors cannot meet actual requirements. , Which needs to adjust the speed and torque by connecting the gear reducer. Its main function is to generate driving torque.

There are also many types of miniature reducers, which can be divided into gear reducers, planetary reducers, worm reducers, spur gear reducers, etc. The small gear drives the large gear to achieve the purpose of speed reduction.

The difference between ordinary micro motor and micro DC gear motor

1. The micro DC gear motor has one more reduction mechanism than the ordinary micro motor. It is based on the ordinary DC motor, plus a matching gear reduction box. The function of the gear reduction box is to provide a lower speed and a larger torque. . At the same time, different reduction ratios of gearboxes can provide different speeds and torques, which greatly improves the utilization rate of DC motors in the automation industry.

2. The DC geared motor adopts a serialized and modular design concept, has a wide range of adaptability, and has a wide range of applications. DC motors generally have a higher speed and a small torque, which is suitable for occasions with small torque requirements.

The structure of the DC geared motor is very different from that of the ordinary DC motor, and there are also differences in the application. Therefore, the user should choose the appropriate geared motor according to the actual situation and process requirements when purchasing.