The power-off brake has the advantages of compact structure, easy installation, wide adaptability, low noise, high working frequency, sensitive action, reliable braking, etc. It can be applied to the occasions of safety (hazard) braking during power failure, and is an ideal automatic actuator, which is widely used in various mechanical transmission devices. Although the axial size of the power-off brake is small, the braking torque is large enough. The braking torque is formed by the spring device, and the spring return time is the braking response time. Long life loss braking uses new friction materials to determine the performance of long life.
The power-off brake has the advantages of compact structure, easy installation, wide adaptability, low noise, high working frequency, sensitive action, reliable braking, etc. It can be applied to the occasions of safety (hazard) braking during power failure, and is an ideal automatic actuator, which is widely used in various mechanical transmission devices. Although the axial size of the power-off brake is small, the braking torque is large enough. The braking torque is formed by the spring device, and the spring return time is the braking response time. Long life loss braking uses new friction materials to determine the performance of long life.
