Clutches & Brakes

The growing integration of different drive forms in drive trains hybrid technologies and the development of low-consumption drives require the activation and deactivation of diverse subassemblies. They also require clutches with low consumption and an excellent torque to space ratio that can disengage quasi free from residual torque. Electromagnetic Pole-Face friction Clutches are ideal for activating auxiliary units in agricultural machinery.

Hydraulically or pneumatical operated, Spring-Applied Multi-Disc Clutch for wet or dry operation, designed for all applications inside & outside of a gearbox.

Stromag KHM as a shaft-pulley connection. Backlash-free power transmission on pulley side through external body and piston with diaphragm guidance. Friction lining carrier on shaft side with low wearing, wide sliding gear.

The KHE dry-hydraulic clutch series is a more simplified design of the popular KHM models. These were developed to be weather-resistant and generate low noise at idle speed. The innovative KHE systems are also equipped with sinter pads to enhance the system’s heat capacity.

Sinter discs usable for a wide range of wet and dry running clutch, brake and gear applications. They withstand high thermal loads as well as high surface pressures. Different surface patterns and grooves according to customers needs can be implemented.

Optimal suitable Clutch/Coupling combination as plug and play solution for e.g. hybrid drives, pumps or other applications.

Hydraulically released Spring-Applied Multi-Disc Brakes can be used in a diverse range of stationary and mobile applications, also in conjunction with hydraulic motors.

Pneumatically released Spring-Applied Multi-Disc Brakes, are universal solutions in machinery. Application fields: paint shops, mining, potentially flammable environments, conveyors, traversing trolleys, handling installations, printing presses, paper and plastics processing machinery.

HPB elecromagnetic brakes are engineered to deliver peak performance while occupying minimal space. These compact, modular brakes provide exceptional stopping power, quick response times, and high heat dissipation, ensuring reliable performance for high-speed applications. The optional IIoT Monitoring offers a compeltely sensorless detection of the brake Stauts.

Electromagnetic, spring-applied brakes for parking and emergency stopping applications.

These brakes utilize our proprietary nonstick friction materials. In addition to its standard configuration, it is also available with high torque and high energy friction materials depending on the needs of the application. The electromagnetic coil can be designed for single or dual voltage and comes with a pulse width modulation power supply to reduce power consumption and maintenance. This low-profile design is ideal for back-to-back dual drive configurations such as sit trucks and boom lifts.

Warner Electric EDI Electromagnetic safety brakes are designed for integration into electric vehicle in line drive systems. Offers high torque (200Nm) within a reduced diameter to fit in a confined drivetrain space while providing better dynamic drive control for improved vehicle maneuverability. Provides reliable emergency and parking brake functionality.

For more than 80 years, Autogard Torque Limiters have led the industry in overload protection, providing proven reliability, dependable expertise and a broad range of options.