MAYR Electromagnetic Clutch dan Brakes Model Quickbrake Duta Perkasa

Specification of MAYR Electromagnetic Clutch dan Brakes Model Quickbrake Duta Perkasa

MAYR Electromagnetic Clutch and Brakes Model Quickbrake Duta Perkasa

ROBA®-quick electromagnetic brake Clutch Pulley

- High torque security due to an optimised magnetic circuit and new design of the ROBA®-quick. Therefore higher capacities due to less magnetic leakage flux.

- Exact positioning until wear limit ideal for positioning operations

- Large internal diameters of the magnetic coil bodies Therefore large permitted shaft diameters and few magnetic field losses

- Low-noise

- Short switching times/high switching frequencies

Functional principle

ROBA®-quick are 'energise to engage', electromagnetic pole face brakes.

When DC voltage is applied to the magnetic coil (1), a magnetic field is built up. The armature disk (3) is attracted to the brake coil carrier with friction lining (4). The braking torque runs from the coil carrier (2) via friction lining (4), armature disk (3) and membrane transmission spring (5) to the flange (6) and the shaft. If the magnetic coil is de-energised, the membrane transmission spring (5) draws the armature disk (3) back to the flange (6). The brake is released and the shaft (7) can run freely