Slewing drive, also known as rotary reducer, is widely used in the fields of solar photovoltaic, photothermal tracking power generation, automated rotating platforms, and engineering machinery, including on-board cranes, aerial work vehicles, rotating platforms, port machinery, lifting module cars, small wind power generation systems, and satellite communication.
Application
Photovoltaic power generation
Photovoltaic power generation is an important field of rotary drive. Solar photovoltaic modules that use rotary drive as the rotating component can precisely adjust the rotation angle of the host according to the different positions of the sun during the day, constantly keeping the solar panels at the optimal receiving angle.
Aerial platform vehicle
High altitude work vehicles are an important field of use for new rotary drives. Generally, high-altitude work vehicles require the main engine to have a high safety factor. The high safety of rotary drives (self-locking of worm gears and worms) is an important factor for users to choose them as accessories for high-altitude work platforms; On the other hand, worm gear transmission has a large transmission speed ratio, which not only improves safety but also saves a set of reducers, thereby reducing manufacturing costs.
wind power generation
Similar to photovoltaic power generation, rotary drive can be applied to the yaw position of wind turbines to achieve horizontal 360 ° rotation of the mechanism, thereby better adjusting the receiving angle.
In the field of engineering machinery claw tools
Engineering machinery auxiliary equipment is a new application field of rotary drive, which uses rotary drive as the gripper of the rotating mechanism, making the structural design more concise and easier to use and maintain. At the same time, worm gear transmission has a large speed ratio, which greatly improves the positioning accuracy of engineering machinery accessories such as claws.
Beam transport vehicle
The core components of the traditional beam transport vehicle's rotary assembly mostly use traditional rotary bearing products. Compared with rotary drive, the rotary bearing does not have an outer shell and its corrosion resistance is not ideal. For the steering system that relies on hydraulic cylinders to drive tires, the range of tire rotation angles is also greatly limited. Choosing a rotary drive device as the rotating component can not only improve the corrosion resistance of the component, but also increase the steering angle of each group of tires.
