Loose screws can cause specific hazards to the operation of the ZLY630-14-2 hard-tooth surface reducer, such as reduced stability, increased vibration, noise, and potential failure of the gears or oth

Loose screws can cause the following specific hazards to the operation of ZLY630-14-2 hard tooth reducer:

Causing component displacement or detachment: Loose screws connecting key components such as the gearbox body, gear shaft, and bearing seat can cause changes in the relative position of these components, affecting the normal meshing of gears and the positioning of bearings. In severe cases, the components may detach, causing the gearbox to shut down and even leading to safety accidents.

Causing increased vibration and noise: Loose screws can cause a decrease in the overall structural stiffness of the gearbox, making it prone to vibration during operation. This vibration will further stimulate the vibration of components such as gears and bearings, resulting in increased noise. Vibration and noise not only affect the working environment, but may also mask other potential fault signals.

Causing seal failure and oil leakage: Loose screws on the joint surface of the gearbox body, oil plug, breathable cap, and other parts can damage the sealing performance and cause lubricating oil to leak out. Oil leakage can cause a decrease in the oil level inside the gearbox, affecting the lubrication effect, accelerating the wear of gears and bearings, and also polluting the workplace.

Accelerated component wear: Loose screws can cause the connections between related components to become less tight. During power transmission, these components will undergo slight relative motion, resulting in friction and wear. Over the long term, it can lead to problems such as gear tooth wear, bearing damage, and journal wear, shortening the service life of the gearbox.

Impact on transmission efficiency: The displacement and vibration of components can reduce the meshing accuracy between gears, resulting in energy loss during power transmission and a decrease in the transmission efficiency of the gearbox. This not only increases energy consumption, but may also affect the performance of the entire production system.

Causing safety accidents: If screws loosen and cause important components to fall off or the gearbox to malfunction severely, it may pose a threat to the safety of operators, such as being involved in rotating parts, being hit by falling parts, etc.