During the initial installation of the bevel gear reducer: it is crucial to ensure that the machine's center axis is properly aligned. This not only extends the service life of the bevel gear reducer but also guarantees its excellent transmission efficiency, with the center axis error not exceeding the compensatory capacity of the coupling. When installing shaft drive components, use assembly tools to correctly install the drive components to ensure the integrity of the internal parts of the bevel gear reducer. When selecting a fixed coupling, manufacturers advise against using rigid materials, as improper installation of these materials can cause the machine to malfunction.

After the installation of the bevel gear reducer is complete, an effective check must be conducted to ensure the correct positioning of all transmission components to guarantee smooth operation. Before operation, the oil level of the bevel gear reducer should be topped up until it drips out of the filling hole, followed by approximately 2 hours of no-load testing. When the machine runs smoothly without vibration, impact, noise, oil leakage, it indicates everything is normal. Regular oil level checks should be performed on the machine.

The smooth operation of a helical gear reducer depends on a stable base to ensure the reducer runs without vibration and noise, protecting the shaft and gears from damage. When the transmission of the helical gear reducer uses gears or sprockets, protective devices must be installed on the machine to ensure the output shaft can withstand greater loads and ensure the safety of the machine.