Rotary drives are applicable to any scenario requiring full rotation combined with speed variation. They represent the optimal solution for power transmission demanding high torque, motion transfer requiring high precision, or mechanisms with stringent requirements for compact and integrated structural configurations.
The most prevalent applications include full-rotation structures in engineering and construction machinery, as well as solar energy systems, wind power installations, and various long-term operational automated tracking mechanisms. Due to their compact structure and short transmission chain, rotary drives can relatively easily achieve high precision and are more amenable to digital control implementation. Consequently, they have also been widely adopted in industrial robotics applications.
Production Description:
|
Model |
WH9 |
Brand |
Coresun Drive |
|
Gear Ratio |
59:1 |
Output Torque(max.) |
14.2kN.m |
|
Tilting Moment(max.) |
41.2kN.m |
Holding Torque |
38.7kN.m |
|
Static Axial Load Rating |
670kN |
Static Radial Load Rating |
280kN |
|
Mechanical Efficiency |
40% |
Self-locking |
Reliable static self-locking |
|
Precision |
≤0.2° |
IP Class |
IP65 |
Coresun remains committed to the research and innovation of rotary bearing and rotational drive technologies, striving to contribute to the creation of an improved living environment. Guided by a vision for the future and a strong sense of responsibility, we continuously apply reliable slewing bearing technology across diverse fields, delivering sustained advancements and convenience for both current and future daily life.
Coresun Values and Commitments:
1. Technological Innovation
Coresun integrates advanced lubrication systems and precision adjustment mechanisms into its rotary drive designs, such as lubrication chambers and modular components, to minimize mechanical wear, enhance transmission accuracy, and extend product lifespan. These innovations are critical in applications like solar tracking systems, industrial robotics, and heavy-duty construction machinery.
2. Quality and Reliability
Our products, including high-precision slewing bearings and worm-gear-driven systems, feature reverse self-locking capabilities and compact structures. These attributes ensure operational stability in demanding environments, such as aerial work platforms and wind turbine pitch control, while reducing failure rates through simplified host machinery design.
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