Author: Site Editor Publish Time: 23-07-2025 Origin: Site
In addition to routine inspection items, the operation status inspection of NGW122-40 planetary gear reducer also needs to pay attention to the following aspects:
Temperature condition : Oil temperature is an important indicator. If the oil temperature rises above 80℃ or the oil pool temperature exceeds 100℃ and is accompanied by abnormal noise, it may be caused by increased friction between internal parts, poor lubrication or clutch failure, and the machine needs to be shut down for inspection.
Vibration and Noise : Use a noise detector and vibration detector to detect the noise and vibration levels of the reducer. Abnormal noise and vibration may be caused by wear of gears, damage to bearings or poor assembly.
Lubrication system : Regularly analyze the oil in the reducer and detect the oil pollution degree, moisture content, viscosity and other indicators to judge the health status of the reducer. If the oil is obviously turbid or does not meet the indicator requirements, it should be replaced as soon as possible.
Connecting parts : Check regularly whether the fastening parts such as connecting bolts, nuts, etc. are loose. If there is any looseness, tighten them in time to prevent the parts from loosening and causing additional wear and vibration, which will affect the normal operation of the reducer.
Gear status : Check whether the gear has excessive wear. The wear amount of tooth thickness generally does not exceed 15% of the original tooth thickness. The meshing contact should not be less than 50% of the tooth height. The misalignment degree of the two meshing teeth should not be greater than 5% of the tooth width. There are no cracks in the rim and spokes. Some tooth loss does not exceed 15% of the original tooth thickness. There must be no adjacent tooth loss.
Bearing status : Check whether the bearing elements have cracks, falls, scars, rust spots, pitting or discoloration, whether the cage is intact and has no deformation, whether the rotation is flexible and there is no abnormal noise, and whether the outer ring and the bearing seat are static cooperation.
Axial concentricity : Use professional testing equipment to detect the concentricity of the input shaft and output shaft of the reducer to determine whether there are any problems such as shaft deflection or bearing wear. Abnormal concentricity may lead to increased vibration of the reducer and wear of the gear.
Various fault problems caused by assembly accuracy deviation of R87-23.40-5.5KW gear reducer
B2SH Adjustment and Optimization Methods for Uneven Distribution of Gearbox Meshing Load
What should you pay attention to when verifying the FA series gear reducer with load?
NGW-L11-5.6 Preventive methods for base settlement and cracking of planetary reducer
How to detect whether the output shaft is damaged when installing DCY160 gear reducer
Analysis on the Necessity of Output Shaft Damage Inspection before Installation of DCY200 Reducer
How to accurately solve the problems of vibration, jitter and unstable speed of loom reducer
Optimize the operation and maintenance of loom reducer to reduce downtime losses
Can the FAF67-4.21-4KW reducer cooling fan operate normally?
How to choose seals for TY115-18-7.5KW hard tooth surface reducer
WS280-63-4F worm gear reducer maintenance cycle and maintenance precautions
NGW-L112-71 planetary reducer base reinforcement and load-bearing enhancement measures
How to check and adjust the worm gear meshing state of WPWA155-50-B reducer?
Hard tooth surface reducer vs soft tooth surface reducer: how to set the lubrication cycle
What instruments are used to detect the vibration of the NGW61-3.15 planetary gear reducer base?