Wind Energy Solutions | Regal Rexnord
Rotor Brakes
Small
Onshore Wind Energy Solutions | Regal Rexnord
Svendborg Brakes™
BSFI200 Rotor Brake
Failsafe, spring-applied, hydraulic-release caliper brake for wind turbine rotors
The versatile BSFI200 series comprises spring applied, hydraulic released floating rotor brakes with failsafe operation to control the rotation of wind turbine blades, particularly during maintenance, emergency shutdowns, or in response to high wind speeds when hydraulic pressure is released. This versatile product family includes multiple models, each tailored to meet specific customer performance and footprint requirements within various wind turbine models.
Features
- Accommodates diverse disc thicknesses and specifications commonly found in different wind turbine rotor brake system designs.
- Designed with failsafe features, including spring-applied, hydraulic-released operation to ensure reliable wind turbine rotor braking, particularly during emergency shutdowns or maintenance procedures.
- Tailored air gap settings facilitate straightforward installation and adjustment, allowing for rapid activation and precise braking control of the wind turbine rotor.
- Ample brake pad surface area reduces wear, stress, and lowers disc temperatures to ensure consistent and reliable rotor braking operation.
- Contributes to overall operational efficiency by utilizing a design that has minimal moving parts to streamline maintenance procedures and reduce downtime for wind turbine rotor brake systems.
- Has a drain port to collect potential hydraulic fluid leakage, which lowers the risk of contamination to ensure the reliable operation of the wind turbine rotor brake system.
- Seamless integration with various monitoring systems allows for comprehensive oversight, maintenance planning, and precise control of wind turbine rotor brake performance.
- Choose from a wide selection of friction materials tailored for wind turbine rotor brake applications, allowing for customization that meets specific operational requirements within differing environmental conditions.