MAYR friction brakes
Torque: 931 Nm - 5,144 Nm
Braking force: 1,939 N - 11,182 N
... light The ROBA®-diskstop® brake is an electromagnetic safety brake actuated by quiescent current. In the de-energised state, springs press the armature disk against the brake disk. ...
Torque: 2 Nm - 1,800 Nm
safety brakes are designed for mounting on the free shaft end. They provide a secure hold and can brake moving masses or loads from moving. In the event of a power failure, in the event of a fault or ...
Torque: 8 Nm - 3,600 Nm
... compression springs. The brake is released and the brake rotors with the hub can be released freely. Product features Mounting position Mounting on the free shaft end Application For elevator drives ...
Torque: 8.5 Nm - 640 Nm
Braking force: 333 N - 6,211 N
is an electromagnetic pole face brake actuated by industrial current. A magnetic field is formed by applying a DC voltage to the solenoid coil. This attracts the armature disk to the brake coil carrier ...
Torque: 100 Nm - 800 Nm
... EMERGENCY STOP braking. Benefits High permissible friction work Design Electromagnetic Features Anti-condensation heating Wear monitoring possible Construction - Protection class Closed brake ...
Torque: 70 Nm - 2,380 Nm
is an electromagnetic safety brake actuated by quiescent current. When the magnetic coil in the brake body is energised, the armature disk is pulled towards the brake body, a microswitch ...
Torque: 10 Nm - 365 Nm
stage is an electromagnetically released dual-circuit spring-applied brake for use as a holding brake with occasional emergency braking. In the de-energised state, several compression springs press ...
Torque: 12, 100, 200, 35 Nm
is an electromagnetic safety brake actuated by quiescent current. The ROBA®-alphastop® is installed in an existing design between the server motor and the bell housing simply and without modification. When de-energised, ...
Torque: 250 Nm - 4,700 Nm
brake is a quiescent current actuated, electromagnetic safety brake. In the de-energised state, springs press against the armature disks. The rotor is thus held between the armature disks and the respective ...
Torque: 4.8 Nm - 560 Nm
... . The armature disk thereby pushes the rotor against the flange. The flange and the armature disk clamp and brake the rotor, which has friction linings for this purpose. The rotor is positively connected ...
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