Company News Home>>News >>Company News
Causes of excessive vibration of planetary reducer
Time:2020-05-24

When using the planetary reducer, the planetary reducer will vibrate slightly. But when using the planetary reducer, have you ever encountered a situation where the vibration of the planetary reducer suddenly increased, which affected the normal operation of the planetary reducer? So in order to solve the problem of excessive vibration of the planetary reducer, we need to figure out what causes the excessive vibration of the planetary reducer, so let's understand what causes it together.

1. Motor screw is loose. Similar to the coupling fault, when the motor vibration due to various reasons, it will be transmitted to the reducer vibration, so that the reducer vibration becomes larger;
2. Shaft deformation is out of balance. When the strength and hardness of the shaft is lower than the requirements or due to long-term work and aging will cause the deformation of the shaft, the deformation of the shaft will cause the vibration of the reducer;
3. Gear damage. The gear damage includes serious pitting corrosion of the tooth surface, large gear meshing clearance, serious wear of the gear teeth and broken teeth. The wear of these gears may be the failure of the reducer to work normally due to large vibration.
4. Coupler damage. When the coupling connected with the reducer is damaged due to oil leakage, screw loose and other reasons, it will be transmitted to the reducer vibration, so that the reducer vibration is not normal;
5. Serious wear of bearings.
6. The anchor screw is loose. Due to the long-term work of the reducer, the anchor screw may be loose or the screw is broken. This reason must cause the vibration of the reducer and the working state is not normal.

Say that the above several reasons for vibration, when the machine works, the appropriate vibration is normal, but when the planetary reducer vibration occurs, we will start to solve this problem, so as to ensure that our planetary reducer is in a normal working state.