Gear damage will have many adverse effects on the performance of the GSAT67-Y0.75KW-121.33 reducer, as follows:
Reduced transmission efficiency : Gear damage will make the meshing between gears no longer accurate, energy loss during transmission increases, resulting in a decrease in the output torque of the reducer or an increase in input power. The reducer needs to consume more energy to complete the same work, resulting in waste of energy.
Unstable speed : deformation, wear, etc. of tooth shape will cause uneven meshing clearance of the gear pair, causing 'impact' or 'stuttering' during the transmission process, affecting the speed uniformity of the reducer output shaft, and making it difficult to maintain a stable operating speed.
Transmission ratio fluctuation : Standard tooth shape is the basis for ensuring a constant transmission ratio. After the gear is damaged, the actual meshing point deviates from the theoretical position, which will lead to instantaneous transmission ratio fluctuations. For some equipment that requires accurate transmission ratios, it may cause a decrease in operating accuracy.
Vibration and noise aggravate : wear of the tooth surface, local peeling or deterioration of the tooth surface roughness, etc., will destroy the smooth meshing of the gear pair, resulting in a sudden increase in the meshing impact force, stimulating low-frequency or high-frequency noise. At the same time, if the vibration energy matches the natural frequency of the reducer, it may also cause resonance, affecting the normal operation of the equipment and the surrounding working environment.
