What are the effects of overload movement of slewing bearings?
The slewing bearing plays a vital role in construction machinery. It is responsible for transmitting the axial load, radial load and overturning moment between the turntable and the chassis. However, when the slewing bearing works under overload conditions, its performance and service life may be seriously affected.
In overloaded movements, the slewing bearing may become stuck or even unable to rotate. This will not only affect the normal operation of the equipment, but may also lead to reduced work efficiency and even cause safety incidents.
Therefore. Therefore, when selecting a slewing bearing, the selection must be strictly based on the calculated data to avoid overload operations.
In recent years, some well-known slewing bearing manufacturers have continuously introduced new products and technologies to cope with the challenges brought by overload movements. The newly launched slewing bearing, after repeated verification and multiple experiments of the product process by the R&D team, can withstand large axial and radial loads and overturning moments at the same time, effectively coping with the pressure caused by overload movements.
In addition, the largest slewing bearing was born in China. The successful development of this super-large bearing not only solved the main "stuck neck" problem of super-large cranes, but also made it possible to develop larger crane bearings.
In short, overload movement of slewing bearings will have a negative impact on equipment performance and safety. Therefore, we must use and maintain slewing bearings in strict accordance with regulations to ensure their normal operation. At the same time, we must pay attention to the relevant product news we publish to understand the latest technology and product trends to cope with various challenges.
