What are the dangers of problems with the installation foundation of NGW113-400 planetary reducer
Publish Time: 2025-07-23 Origin: Site
NGW113-400 If there is a problem with the installation foundation of the planetary reducer, it may cause the following hazards:
Causes vibration and noise increase : the installation foundation is unstable or unstable, and the reducer will vibrate significantly during operation, accompanied by noise. This is because the instability of the foundation causes the reducer to generate additional shaking and impact during operation, causing vibration and noise.
Accelerating wear of parts : Vibration and instability caused by basic problems will cause parts such as bearings and gears to bear additional load and impact forces, causing the wear of bearings and gears to accelerate, shorten their service life.
Impact transmission accuracy : Inaccurate installation foundation may affect the meshing accuracy of the gears inside the reducer and poor gear meshing, which will cause errors during the transmission process, affecting the transmission accuracy and operating stability of the equipment.
A possible shaft breakage accident : If the installation foundation problem causes the concentricity of the reducer output shaft to deviate from the driven part of the shaft, or the output shaft is subjected to additional radial or axial forces, under the action of the drive motor, the force the output shaft may bear more than its maximum output torque, resulting in the shaft being torsional.
Cause lubrication problems : unstable installation foundation may cause the reducer to displace during operation, resulting in changes in the oil level. If the oil level is too low, it will not be sufficiently lubricated to parts such as bearings and gears, aggravate wear, and may also lead to an increase in oil temperature, affecting the performance and service life of the lubricant oil.
Cause equipment shutdown : Serious installation foundation problems may prevent the reducer from operating normally, and may even cause the entire production system to shut down, affect production efficiency and cause economic losses.