What is the basic structure of the slewing drive?Slewing drives are made by manufacturing gearing, bearings, seals, housing, motor and other auxiliary components and assembling them into a finished gearbox. This article will introduce what is the basic structure of the slewing drive.The following kn

What is slewing drive？Slewing drive is an integration of driving power source of the week rotary reducer drive mechanism, slewing drive rotary bearing as follower and adhesion mechanism of transmission through the rotary bearing inner and outer circle a circle on the initiative of the cover, driving

Mechanical parts in the use of products is very important, is an indispensable part of mechanical equipment, as the transmission parts of mechanical equipment, the use of slewing drive also plays a very important role. As a mechanical transmission part, the rotary driving force needs to support the whole mechanical equipment to carry on the operation, so the use of slewing drive brings great help to the work. However, when it comes to slewing drive, there are a lot of errors to avoid in the process of its use, so the following for you to popularize this content.

The term " slewing drive " usually refers to a mechanism consisting of a radial gear, an axial shaft called a worm a connected drive assembly. More advanced rotary drives may include specific worm designs, shields and other auxiliary components. the slewing drive is capable of delivering forces and torques and can withstand these forces over time. Slewing drives have many applications, several different materials to choose from and have a long history.

The features of slewing driveBecause the core component uses slewing support, the slewing drive can withstand axial force, radial force and tipping moment at the same time. Compared with traditional slewing products, slewing drive is easy to install, easy to maintain and saves more space for install

The advantage of slewing driveCompared with the traditional gearbox system, the slewing driver has many advantages and is mainly used for rotation under extreme load and conditions. The slewing drive usually uses a spur gear or worm gear to achieve rotation. The spur gear driver can achieve high spe