Wind Energy Solutions | Regal Rexnord
Sliding Systems
Geared
Offshore Wind Solutions | Regal Rexnord
Svendborg Brakes™
YSXA Yaw Sliding System
Yaw slide system for wind turbines
The YSXA series features yaw slide bearings equipped with axial and radial support segments, serving as integral load-bearing components. Specifically designed for wind turbines, these bearings enable the smooth operation of yaw sliding systems. This system allows the wind turbine nacelle to rotate around its horizontal axis, aligning the turbine with the direction of the wind for optimal energy capture. The product line includes passive, hydraulic active, and hybrid models, providing versatility to meet diverse performance and space requirements. With their robust construction and tailored designs, the YSXA series ensures reliable performance and precise alignment, making it an ideal choice for sliding systems in wind turbines.
Features
- Specifically designed for wind turbines, this system facilitates smooth yawing motion, allowing the turbine to align with wind direction for optimal energy capture. Its closed design ensures reliability and stability during operation.
- Tailored to function as a crucial load-bearing component within wind turbine yaw systems, ensuring structural integrity and stability during rotational movements.
- Featuring a generous brake pad area to minimize wear, stress, and maintain lower disc temperatures during braking, promoting extended lifespan and reliability in wind turbine applications.
- Engineered with minimal moving parts, these yaw slide systems offer simplified maintenance procedures, reducing downtime and ensuring safe handling during servicing. Integrated lifting eyes further enhance ease of maintenance.
- with grease ports and channels to facilitate lubrication and ensure smooth operation, optimizing the performance and longevity of the yaw slide system in wind turbines.
- Designed to accommodate the integration of diverse monitoring systems, enabling comprehensive performance overviews and proactive maintenance planning to optimize wind turbine performance and reliability.
- Offers a wide range of friction and sliding materials to suit specific performance requirements and environmental conditions encountered in wind turbine applications, ensuring optimal efficiency and reliability.