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ICP HAB-2-75 Hydraulic Caliper Brake

ICP HAB-2-75 Hydraulic Caliper Brake

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ICP HAB-2-75 Hydraulic Caliper Brake

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Code: HAB-2-75
Brand: Industrial Clutch Parts

Industrial Clutch Parts Ltd. manufactures an extensive range of wind turbine braking systems. Many ICP brakes interchange with major manufacturers in the wind market.

ICP HAB-2-75 is a hydraulic caliper brake used for a diverse range of industrial & automotive applications. Specifically designed for various wind turbine rotors. ICP's braking systems set the industry standard for low noise, safe and reliable braking.

HAB-2-75 Features:

Braking Force: 53,016 N
Brake Type: Hydraulic, Rotor, Caliper
Wind Turbine: Various
Interchangeability: Brembo P75b

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Description

Details

ICP Hydraulic Brake Caliper HAB-2-75 Replaces Brembo P75b

Industrial Clutch Parts Ltd. has produced an extensive range of lightweight, noise-free braking systems suitable for the majority wind power plant manufacturers. ICP yaw & rotor brakes have been designed for braking and gliding processes in wind turbines.

ICP HAB-2-75 is a hydraulic high-speed rotor brake. Directly interchangeable with Brembo P75b rotor brake, used on various wind turbine braking systems. Available in two different configurations for pressure port and oil inlet; top-mounted and side-mounted dependent on your application.

ICP rotor brakes are used primarily as failsafe brakes during emergency stops under testing wind conditions. Designed to slow, stop and hold the turbine’s rotors; manufactured with a minimum air gap for faster braking and shorter response times.

Additional Information

Additional Information

Product Type	Brake
Brand	Industrial Clutch Parts
PDF Catalogue	Download
Industry Applications	Automotive, Mining, Agriculture, Wind Energy
Actuation Method	Hydraulic
Actuation Type	Active
Brake Type	Caliper
Brake Disc Thickness	20 - 30 mm
Compares With	Brembo, Stilfreni
Brake Disc Diameter	300 - 750 mm
Pressure Connection Port	1/4" BSP
Friction Coefficient	0.40
Max. Braking Force	53,016 Mpa
Max. Clamping Force	66,270 Mpa
Max. Wear Of Pad (Organic)	10 mm
Max. Working Pressure	18 Mpa
Pad Area	5447 mm²
Piston Area	4418 mm²
Total Piston Area	4418 mm²

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