VE6 Vertical Worm Gear Transmission Slew Drive, IP66 Enclosed Type For Solar Tracking System

Worm Gear Transmission Slew Drive Description

The VE6 slewing drive is a compact high transmission solution consisting of a gear and a worm shaft. The motor drives the worm shaft to move, thereby driving the gear to move. There are mounting bolt holes on the gear, and the object that needs to be rotated is fixed by bolts, and the rotation of the object can be realized.

1. By the self-locking gearset, no break is necessary on the driving engine.

2. Available with directly mounted planetary geared motors.

3. Worm drive—higher wear-resistance of worm gear drive, which can load strong output torque and tilting moment torque with the well performance of stability and reliability. The worm drive is also available for higher tracking precise field.

VE Model Performance Parameters

Applications

Slewing Drive Tracking System
Solar energy is a very potential energy source that can be developed and utilized. There is light every day, energy every day, and compared to other energy sources, the cost and stress of transportation can be eliminated. And compared with other energy sources such as exhaust and other environmental pollution problems, this energy source has no substances to be emitted in the later stage, nor does it produce factory noise. But there are still some problems with the technology of harnessing solar energy. The energy flow density of solar energy is relatively large, so the converted electric energy is relatively small. In the case of good light, one square meter can only produce one kilowatt of electricity. Therefore, when more electricity is required, the area of the device needs to be increased, which will increase the cost. The atmosphere can have a big effect on light, so the conversion of electricity is more difficult. In order to improve these problems, the tracking control system can calculate the sun's azimuth, so that the solar panel can be kept perpendicular to the sun's rays and increase the conversion rate.