The difference between planetary reducers and ordinary motors

Planetary reducers can reduce the speed and provide large torque output, so some users are curious about the difference between planetary reducers and ordinary motors. They are different types of reducers, and they are different in working principles, structures, application scenarios, etc. This article will take you to understand the characteristics and application scope of these two reducers.

Planetary reducers are a direct-drive motor that uses the principle of planetary gear rotation for power conversion, making the output torque and speed more stable, while ordinary motors drive the motor to rotate by generating a magnetic field with electric coils.

From a process perspective, planetary reducers operate with high precision, because the reducer housing is made of spheroidal iron, which greatly improves the rigidity and impact resistance of the housing, and multiple output torques are optional. The internal gears of the reducer are also carburized and quenched to obtain a high-hardness wear surface. The gears are all ground after heat treatment, so they will have a longer service life than platform reducers, and the noise generated during operation will also be relatively small.

Furthermore, from a structural point of view, the planetary reducer is mainly composed of planetary gears, sun gears, inner gear rings, planetary carriers and other parts. It has a compact structure, multiple speed ratios, and high-efficiency transmission. In contrast, ordinary reducers are usually composed of parallel shaft cylindrical gears, worm gears, worms and other parts. Its structure is relatively simple, but the transmission efficiency is low and the reduction ratio is also small.

In addition, there are some differences between planetary reducer motors and ordinary reducers in terms of their functions. The transmission efficiency of planetary reducers is usually higher than that of ordinary reducers, and its reduction ratio is also larger, so it can provide greater output torque at the same power. At the same time, the design of planetary reducers is more compact, and the weight and volume are relatively small, which is easy to use and install. The design of ordinary reducers is simpler and the manufacturing cost is lower, but its transmission efficiency is lower, so it consumes more energy during use.

Finally, planetary gear reducers have the characteristics of high efficiency, low noise, and high torque, so they are widely used in robots, automation, medical equipment and other fields, while ordinary motors are more common, and their application range includes washing machines, power tools, fans and other tools and other home appliances.