Titan horse 14" slewing drive for solar tracking system with limit switch and antenna

Enclosed slewing drives are the most popular model of Titanhorse's slewing drives, assisting the power movement of machinery such as wind turbines, military equipment, excavator derricks, solar trackers, medical equipment, forestry, waste management and industrial positioners. The housing completely encapsulates all drive components, such as the double enveloping worm gear set, planetary gears and slewing bearing, providing complete protection of the elements. Enclosed drives are also advantageous if you mount them internally to avoid seeing moving parts or to avoid injuring workers working in close quarters.

Slewing drives are ideal for jobs that require load-holding and rotational torque from the same gearbox. Fully enclosed with Titahorse's patented hourglass worm technology, or when required with a conical drive and dual envelope worm gear set for maximum load retention and efficiency. Each size has been rigorously tested for reliable performance, with base model sizes producing 6kNm to 2200kNm holding torque, 200Nm to 630kNm output torque, 500Nm to 2710kNm tipping moment load capacity, and 30:1 to 156,600:1 gearbox reduction Compare.
SPE direct drive rotary gear reducer
TITANHORSE Slewing Drive:
1. Own ring forging factory, guarantee your order will be delivered on time at a lower cost.
2. 5S workshop management, ISO standard, to ensure that all slewing drives are exported in large quantities.

We have dual-axis slew drives in five sizes 3'', 5'', 7'', 9'' and even 21'' and single-axis slew drives in nine sizes from 3'' to 25''.

introduce:
The slewing drive consists of a slewing bearing, a worm shaft, a casing, a bearing, and a motor. The motor drives the worm shaft, the outer ring of the slewing bearing rotates, the outer ring outputs torque through the flange, and the inner ring of the slewing bearing is fixed in the casing.

Friendly recommendation

• vertical installation

It is recommended to install the slewing drive in solar applications with reference to the attached drawings for better protection.

For other applications, the mounting orientation should be evaluated according to the protection class, preferably better protection.

• Horizontal installation

It is recommended to mount the slewing drive upside down on the azimuth axis in solar applications for better protection and added protection to the elevation axis.

For other applications, the mounting orientation should be evaluated according to the protection class, preferably better protection.