SDE7 IP66 Solar Slew Drive, High Torque And Precision For Dual Axis Solar Tracking System

Product Description
There are many applications in which the slewing drive can be utilized, primarily because it is perfect for applications that require both load-holding power and rotational torque strength.

Typical slewing drive applications include but are not limited to: solar trackers, wind turbines, man lifts, hydraulic machinery, telescopic handles, digger s, lifts, cranes, drilling equipment, military equipment, robotic system.

We have a wide range of slewing drive with output torque ranges from 221 lbf.ft to 15800 lbf.ft.

Slewing rings with integral worm shafts are becoming increasingly popular due to the simplicity of installation and are used in truck mounted cranes, small wind turbines, access platforms, turntables, solar tracking devices, satellite communication systems, and simple materials handling devices. High precision and zero backlash units are similarly applied in specific projects. In addition, we can offer various electric and hydraulic motors and gearboxes to match.

Parameters of SDE slewing drives

Remark: The above dimensions and parameters may be updated or adjusted, for more detailed dimensions and parameters, please refer to our sales drawings.

Customized Services
1. Special design based on different applications and projects
2. Different types of motors could be matched, such as hydraulic motors, stepper motors, electrical motors etc.
3. Different colors are available based on RAL code; our standard color is RAL 9006.

Features
1. High backholding torque to ensure safety of the solar tracking system
2. Enveloping worm drive inside to improve multi-tooth contact to ensure the high load
3. Self-locking function

Dual axis slewing drives are used in dual axis solar trackers, heliostats, concentrated photovoltaics (CPV), and satellite antenna.

By applying a dual axis slewing drives on a solar system, the panels will always be oriented towards the sun, no matter the season, time of the day or latitude of the regions. It can let the project owner gain more electricity capacity up to 40%. And thus more yield.