What are the effects of output shaft deformation on BLD12-23-3KW cycloidal pinwheel reducer

The deformation of the output shaft may have the following effects on the BLD12-23-3KW cycloidal pinwheel reducer:

Impact on transmission accuracy: Deformation of the output shaft can cause changes in the fitting position between the shaft and the transmission parts on the shaft (such as gears, sprockets, etc.), thereby affecting the accuracy and stability of the transmission, making the output speed unstable, and affecting the normal operating accuracy of the equipment.

Intensifying component wear: The deformed output shaft will cause uneven loads on components such as bearings and gears, leading to accelerated wear of these components. For example, bearings may experience local excessive wear, and gear tooth surfaces may experience eccentric wear, reducing the service life of parts.

Abnormal vibration and noise: Deformation of the output shaft can disrupt the balance state of the gearbox, resulting in abnormal vibration and noise during operation. These vibrations and noises not only affect the working environment, but may also further exacerbate equipment damage.

Causing output shaft fracture: If the deformation is severe, the output shaft may experience stress concentration at the deformed area when subjected to large torque or radial force, ultimately leading to output shaft fracture and preventing the gearbox from working properly.

Impact on the overall lifespan of the gearbox: A series of problems caused by deformation of the output shaft, such as component wear and increased vibration, will gradually reduce the performance and reliability of the gearbox, shortening its overall service life.