GLOBAL LEADING EXPERTS SVENDBORG BRAKES RANGE Svendborg Brakes is the global market leader in intelligent braking solutions. This is why.

GLOBAL LEADING EXPERTS Example for a DIRECT Drive Wind Turbine Combined hydraulic power unit for active rotor brake and rotor lock control Stand alone hydraulic power unit for yaw brake control www.svendborg-brakes.com

GLOBAL LEADING EXPERTS Example for a DIRECT Drive Wind Turbine Specification SYSTEM CIRCUIT The electrical motor drives a hydraulic gearpump. The Pump feeds the system accumulator, controlled by a pressure switch or a transmitter. The System pressure can be released manually by shut-off cock or manual override of the valves. A High pressure filter between the pump and the system ensures the cleanliness of the hydraulic system. A Certified pressure control valve ensures pressure relief in case of control failures. Optional transmitter on system accumulator for checking the nitrogen pre-charge....

GLOBAL LEADING EXPERTS Functions: SYSTEM CIRCUIT The electrical motor drives a hydraulic gearpump. The Pump feeds the system accumulator, controlled by a pressure switch or a transmitter. The System pressure can be released manually by cock or a manual override of the valves. A High pressure filter between the pump and the system ensures cleanliness of the hydraulic system. A Certified pressure control valve ensures pressure relief in case of control failures. Optional transmitter on system accumulator for checking the nitrogen pre-charge. -yaw brakes with 3 pressure levels, i.e. )160 bar for...

GLOBAL LEADING EXPERTS Example for a DIRECT Drive Wind Turbine Combined hydraulic power unit for active rotor brake and yaw brake control

GLOBAL LEADING EXPERTS Example for a DIRECT Drive Wind Turbine Specification SYSTEM CIRCUIT ROTOR BRAKE CIRCUIT: The electrical motor drives a hydraulic gearpump. The Pump feeds the system accumulator, controlled by a pressure switch or a transmitter. The system pressure can be released manually by shut-off cock or manual override of valves. The high pressure filter between the pump and the system ensures the cleanliness of the hydraulical system. The certified pressure control valve ensures pressure relief in case of control failures. Optional transmitter on system accumulator for checking the...

GLOBAL LEADING EXPERTS Example for a CONVENTIONAL Wind Turbine Combined hydraulic power unit for active rotor brake and yaw brake control

GLOBAL LEADING EXPERTS Example for a CONVENTIONAL Wind Turbine Specification SYSTEM CIRCUIT The electrical motor drives a hydraulic gearpump. The pump feeds the system accumulator, controlled by a pressure switch or a transmitter. The system pressure can be released manually by a shut-off cock or manual override of valves. The high pressure filter between the pump and the system ensures the cleanliness of hydraulic system. The certified pressure control valve ensures pressure relief in case of control failures. Optional transmitter on system accumulator for checking the nitrogen precharge. Combined...

GLOBAL LEADING EXPERTS Example for a CONVENTIONAL Wind Turbine Stand alone hydraulic power unit for active rotor brake control Combined hydraulic power unit for yaw brake and rotor lock control

GLOBAL LEADING EXPERTS Example for a CONVENTIONAL Wind Turbine Specification SYSTEM CIRCUIT The electrical motor drives a hydraulic gearpump. The pump feeds the system accumulator, controlled by a pressure switch or a transmitter. The system pressure can be released manually by a shut-off cock or manual override of valves. The high pressure filter between the pump and the system ensures cleanliness of hydraulic system. The certified pressure control valve ensures pressure relief in case of control failures. Optional transmitter on system accumulator for checking the nitrogen precharge. Combined...

GLOBAL LEADING EXPERTS Example for a CONVENTIONAL Wind Turbine Specification SYSTEM CIRCUIT ROTOR BRAKE CIRCUIT The electrical motor drives a hydraulic gearpump. The pump feeds the system accumulator, controlled by a pressure switch or a transmitter. The system pressure can be released manually by shut-off cock or manual override of valves. The high pressure filter between the pump and the system ensures the cleanliness of the hydraulic system. The certified pressure control valve ensures pressure relief in case of control failures. Optional transmitter on system accumulator for checking the...

GLOBAL LEADING EXPERTS Example for a DIRECT Drive Wind Turbine Stand alone hydraulic power unit for yaw brake control

GLOBAL LEADING EXPERTS Example for a DIRECT Drive Wind Turbine Specification SYSTEM CIRCUIT The electrical motor drives a hydraulic gearpump. The pump feeds the system accumulator, controlled by a pressure switch or a transmitter. The system pressure can be released manually by a shut-off cock or by manual override of valves. The high pressure filter between the pump and the system ensures the cleanliness of the hydraulic system. The certified pressure control valve ensures pressure relief in case of control failures. Optional transmitter on the system accumulator for checking the nitrogen pre-charge....

GLOBAL LEADING EXPERTS Example for a COMPACT Drive Wind Turbine Combined hydraulic power unit for rotor lock and roof hatch control www.svendborg-brakes.com Combined hydraulic power unit for yaw brake and rotor brake control

GLOBAL LEADING EXPERTS Example for a COMPACT Drive Wind Turbine Specification SYSTEM CIRCUIT ROTOR LOCK CIRCUIT: ROOF HATCHES CIRCUIT: The electical motor drives a hydraulic gearpump. The pump feeds the system accumulator, controlled by a pressure switch or a transmitter. The system pressure can be released manually by a shut-off cock or by manual override of valves. The high pressure filter between the pump and the system ensures the cleanliness of the hydraulic system. The certified pressure control valve ensures pressure relief in case of control failures. -adjustable pressure for rotor lock...