How to identify the four major series reducers and other reducers

A gearbox is an important mechanical component used to reduce output speed and increase torque. Common reducers include four series reducers and other types of reducers. To identify these reducers, they can be distinguished from the following aspects:

Appearance and shape: The four major series of reducers include parallel axis reducers, planetary reducers, cycloidal pinwheel reducers, and worm gear reducers. Parallel axis reducers come in two forms: straight axis and oblique axis, with a sturdy appearance and simple structure; The planetary reducer is composed of a central sun gear, a planetary gear, and a planetary carrier, with a compact appearance and complex structure; The cycloidal pinwheel reducer is composed of an eccentric shaft, a cycloidal wheel, a pinwheel, and a pin shaft, with a smaller appearance and a more complex structure; The worm gear reducer is composed of a worm gear, worm gear, and bearings, with a large appearance and simple structure.

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Application field: The four series reducers and other reducers have their own application fields. Parallel axis reducers are suitable for simple transmission devices, planetary reducers are suitable for modern industrial equipment, cycloidal pinwheel reducers are suitable for high-speed and high-precision transmission, and worm gear reducers are suitable for low speed and high torque transmission.

Transmission mode: The four series reducers and other reducers have different transmission modes. The parallel axis reducer and worm gear reducer adopt straight tooth transmission, the planetary reducer adopts planetary gear transmission, and the cycloidal needle gear reducer adopts cycloidal gear transmission.

In summary, to identify the four major series reducers and other reducers, it is necessary to understand their appearance, application areas, and transmission methods. Through these features, different types of reducers can be distinguished and suitable reducers can be selected according to usage requirements.


Post time: Nov-09-2023