Wind Energy Solutions | Regal Rexnord
Rotor Brakes
Geared
Offshore Wind Solutions | Regal Rexnord
Svendborg Brakes™
BSAK3000 Rotor Brake
Hydraulic-applied, active floating caliper wind turbine rotor brake
The highly adaptable BSAK3000 series consists of hydraulic applied, floating active rotor brakes designed to work with wind turbine motor systems. These brakes feature a unique spring return mechanism that ensures prompt retraction of the brake pads upon the release of hydraulic pressure, crucial for swift response times and operational safety when it comes to engaging and disengaging the rotor that allows for turbine blade rotation. The BSAK3000 series has a diverse range of models available, each meticulously tailored to meet the unique performance requirements and footprint specifications of various wind turbine designs.
Features
- Can easily accommodate various disc thicknesses to ensure that it can be seamlessly integrated into different wind turbine setups without compromising performance or safety.
- Floating brake design that allows for consistent contact and even distribution of braking force, with a spring return feature that ensures prompt retraction of the brake pads when hydraulic pressure is released to guarantee efficient and reliable braking performance.
- Customizable air gap design to allow for precise adjustment tailored to the specific requirements of the wind turbine system. This not only facilitates straightforward installation but also minimizes response time, enhancing overall brake system performance by optimizing braking efficiency.
- A large brake pad area that more evenly distributes braking force while minimizing wear on the brake pads, reducing stress on the braking system, and helping to maintain lower disc temperatures to ensure reliable wind turbine operation over extended periods.
- Contains fewer moving parts to simplify maintenance procedures and reduce the likelihood of mechanical failures. The incorporation of lifting eyes facilitates safe and easy handling during servicing to minimize turbine downtime.
- Drain ports are placed to collect and direct any leaked hydraulic fluid away from critical components to prevent damage or malfunctions to ensure consistent brake system functionality.
- Wind turbine rotor brakes are often equipped with monitoring systems to track performance metrics and detect potential issues proactively.
- Designed to accommodate various monitoring systems to help optimize wind turbine performance and reliability by enabling early detection and resolution of potential problems.