What is the working principle of the reducer?

The reducer is a power transmission mechanism whose main role is to reduce the number of revolutions of the motor to the required number of revolutions and obtain greater torque by using different gear sizes and speed converters.

At the same time, the reducer will increase the output torque by reducing the speed, and the torque output ratio is multiplied by the reduction ratio of the motor output. But it should be noted that do not exceed the rated torque of the reducer. In addition, the reducer can also reduce the inertia of the load, which is the square of the deceleration ratio.

Reducer is a kind of precision machine, its types and models are many, can be divided into gear reducer, worm reducer and planetary gear reducer according to the transmission type. In addition, according to the different transmission series, it can be divided into single stage and multi-stage reducer;

According to the shape of the gear can be divided into cylindrical gear reducer, bevel gear reducer and cone-cylindrical gear reducer. Finally, according to the transmission arrangement, it can be divided into expansion type, split type and coaxial reducer.

Type and use of reducer:

There are many kinds of retarders, and each retarder has its specific purpose. For example, the gear reducer is suitable for occasions where high torque output is required, the worm reducer is suitable for occasions where high precision is required, and the planetary gear reducer is suitable for occasions where high speed output is required.

The single-stage reducer is suitable for simple transmission systems, while the multi-stage reducer is suitable for complex transmission systems.

The cylindrical gear reducer is suitable for occasions requiring high torque output, the bevel gear reducer is suitable for occasions requiring high speed output, and the cone-cylindrical gear reducer is suitable for occasions requiring high precision.

The expansion reducer is suitable for occasions requiring large torque output, the split reducer is suitable for occasions requiring high speed output, and the coaxial reducer is suitable for occasions requiring high precision.

The working principle of the reducer is to achieve the conversion of speed and torque through different gear sizes and speed converters. When using the reducer, it is necessary to pay attention not to exceed its rated torque, otherwise it will cause damage to the reducer.

In addition, it is also necessary to pay attention to the arrangement and transmission type of the reducer in order to choose the appropriate reducer. The precision of the reducer will also affect its performance, so you need to choose a reducer that suits your needs.

In short, the reducer plays an important role in the automotive field, and has an important impact on the performance and safety of the car.