slewing drive manufacturer

Mechanical Design A slewing drive gearbox is a transmission gear that needs to change axial motion into radial motion. The speed of the axial force depends on the number of worm teeth and the number of gear teeth on the slewing bearing. Slewing drives are often used in applications where load holding or rotational torque is required. They also have special bearings to prevent inertia loads. Function A slewing drive gearbox is a special type of gearbox designed to handle radial and axial loads and high rotational torques. This type of gearbox is usually constructed from a group of components including shaft, transmission, motor, seal and housing.

FWA series reducer adopts closed housing and skeleton oil seal ring, which can effectively prevent dust and water from entering the reducer, requiring less maintenance.

Applications of FWE series slewing drive:Applications such as truck cranes, aerial work platforms, drilling rigs, rotary platforms, etc.

Slewing drives can be widely used in engineering machinery and new energy fields such as heavy-duty flatbed transporters, container cranes, truck cranes, aerial work vehicles, solar power generation systems, etc. (WEA series is a heavy-duty slewing drive with large torque and self-locking function)

The slewing drive device is a new type of slewing product, usually also called a slewing bearing, which is usually composed of worm, slewing bearing, housing, motor and other components. Since the core component adopts a slewing bearing, it can withstand axial force, radial force and overturning moment at the same time. (The SE series is a fence-type slewing drive, and the worm gear transmission can achieve reverse self-locking

The FV series slewing drive is a full-circle slewing reduction transmission mechanism that integrates a driving power source. The FV series slewing drive has broad application prospects in engineering machinery and solar tracking systems with its advantages such as high efficiency and durability, flexible customization, high precision and strong load-bearing, energy saving and environmental protection, safety and stability, and modular design.