Yaw Brakes
Stromag™
CB90A Yaw Brake
Hydraulic applied active caliper wind turbine yaw brake
The CB90A Yaw Brake operates as a hydraulic-applied active brake system, characterized by a precise fit between the brake pad and brake, eliminating the requirement for springs. Its design allows for the generation of a substantial and customizable clamping force, facilitated by the multi-piston configuration. Integrated and fixed pad holders further enhance its suitability for integration into yaw brake systems within Wind Turbines. This design ensures optimal performance and reliability, crucial for the precise control and alignment of the turbine rotor with changing wind directions, ultimately maximizing energy capture efficiency.

Features
- This brake's adaptability to different disc thicknesses ensures compatibility with the diverse configurations present in wind turbine systems, accommodating variations in design and construction.
- Employing hydraulic technology, the brake integrates seamlessly into the wind turbine's yaw system, providing efficient braking performance essential for controlling azimuth movement.
- Offers a generous brake pad area to minimize wear, stress, and disc temperatures - crucial factors for delivering optimal performance and longevity within the demanding operational environment of wind turbines.
- These brakes are easy to maintain, reducing downtime and operational costs. Additionally, the inclusion of lifting eyes ensures safe handling during any maintenance procedures.
- Equipped with drain ports for collecting potential hydraulic fluid leakage to mitigate the risk of contamination. This optimizes the integrity and reliability of a wind turbine's operation by minimizing maintenance requirements and prolonging equipment lifespan.
- These brakes are designed to seamlessly incorporate various monitoring systems, allowing for comprehensive oversight and control of brake performance and condition. This feature enhances operational efficiency and enables proactive maintenance scheduling, optimizing overall turbine performance.
- Offers a broad selection of friction materials to allow for customization to meet specific operational requirements and environmental conditions within wind turbine applications.