What should be noted when selecting the hard gear reduction motor for the R series belt conveyor? Selection Guide for Transmission Components

What should be noted when selecting the hard gear reduction motor for the R series belt conveyor? Selection guide for transmission components. In the process of selecting equipment, different devices are used to match different equipment. And transmission components are an essential device in the operation of many devices, which is a difficult problem for many users to choose because they do not know how to choose.

Based on power transmission components such as gearbox motors, due to their complex model composition and numerous parameters, many users directly submit parameter requirements to the gearbox technicians when selecting.

Ask the gearbox technician to select a corresponding transmission component for them to use on the corresponding equipment. Recently, I have been exposed to the selection of belt conveyors more frequently.

In the early use of many belt conveyors, they mostly used cycloidal pinwheel reducers, but due to the internal structure of these reducers, their service life was not that long. In order to ensure smoother operation of the equipment, it is necessary to replace a transmission component for use to ensure greater durability. What should we choose in such a situation?

We will not make significant changes to the installation size based on the user's situation and as much as possible. The cycloidal pinwheel reducer belongs to a coaxial reducer, so when choosing to replace it, it is recommended to use the R series gear reducer motor from the four major series of reducers.

Because the R series reducer is both a coaxial reducer and an internal structure of helical gears, it has higher transmission efficiency and a more wear-resistant structure. The internal structure of helical gears undergoes multiple polishing processes during the machining process, making this reducer more wear-resistant and durable in heavy industry environments, thus having a longer service life.

When replacing the original transmission components, it is also necessary to consider the size of the shaft diameter or flange of the original reducer, as these parameters will affect the matching of the R series gear reducer. Different sizes of shaft diameters may result in changes in the selection of corresponding reducers. So the installation dimensions of these small components need to be noted.

This is just an issue during the replacement process. The important issue is the parameter, whether the output speed, reduction ratio, and output torque meet the requirements of the equipment during the replacement process. Because R-type reducers have higher transmission efficiency than cycloidal pinwheel reducers, a smaller torque can be selected in terms of output torque.

But some users may question whether all parameters need to be the same as the original ones? The answer is negative, because this helical gear reducer has higher transmission efficiency and more precise clearance. In such a situation, we can choose to use calculations between formulas to determine the specific parameters and how to configure them.

During the selection process for users, there are often situations where replacement is needed. Therefore, when you consult with the technical personnel of the gearbox manufacturer, it is necessary to explain some information about which gearbox you originally used, as well as the parameter requirements.

Some users replace the original one because it is not durable, while others replace it due to insufficient strength or other factors. Regardless of the situation, it is necessary to explain the original usage during the replacement process.