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Our slewing drives harness the principles of axial movement to generate robust radial torque, making them ideal for solar tracking systems that require precise positioning to optimize energy capture.
| Output Speed | Holding Torque | Rated Output Torque | Output Torque (Max.) | Current | Gear Ratio | Tracking Precision | IP Class | Temperature |
| 0.019RPM | 25*3 KN.M | 3500*3 N.M | 6000*3 N.M | ≈12A | 464:1 | ≤0.3° | IP 65 | -35~+70℃ |
| 18432*3 Ibf.Ft | 2583*3 Ibf.Ft | 4428*3 Ibf.Ft |
ONE SET MOTORIZED SLEWING DRIVE (3 UNITS) PARAMERERS
Specifically designed for outdoor use. The total available energy capacity of each unit can reach up to 20kWh, and up to 4 units (16 batteries, 80kWh) can be connected in parallel.
Half-cut cell technology;
New circuit design;
Lower internal current,
Lower Rs loss
Copper indium gallium selenide (CIGS) thin-film solar cells deposit several layers of metal compound semiconductor films on glass or other substrates, with a total thickness of about 2-3 microns. Copper indium selenium batteries have the characteristics of low cost, stable performance, and strong anti-radiation ability. The photoelectric conversion efficiency is currently the first of various thin-film solar cells.
Our slewing drives harness the principles of axial movement to generate robust radial torque, making them ideal for solar tracking systems that require precise positioning to optimize energy capture
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