Industries Syndicate

Kolkata, West Bengal

INDUSTRIES SYNDICATE’ make DC Electromagnetic Shoe Brakes have been majorly designed confirming to important dimensions of ertswhile USSR – brakes, namely fixing holes and centre heights. The brakes are spring actuated , which can be set at different lengths for obtaining diffrent figure of braking torques. Brakes is released by a DC short – stroke magnet. In the absence of power, brake remains applied- a fail safe feature in the vent of power failure. Braking torque depends upon spring force and remains constant at all speeds of the drum, a linning friction is sensibly constant.

INDUSTRIES SYNDICATE’ make Spring applied Fail Safe Electromagnetic DC brake is designed to perform holding as well as emergency stopping functions (Normally On), making it particularly well- suited for brake motor applications. These brakes are electromagnetically actuated with two friction surfaces on a single disc. The braking power is applied by means of compression springs. The braking torque is generated in the no power or in event of power failure condition. These brakes are having torque up to 1600 Nm. Brake are available in various version as per application. When electric current passes through the stator( brake coil), the armature plate is attractedto the statoragainst the spring force, thus releasing the rotor. When current is cut OFF, strong compression springs pushes the armature plate to its original postion, which clamps the rotor providing the braking torque.

INDUSTRIES SYNDICATE’ make Spring applied Fail Safe Electromagnetic DC brake is designed to perform holding as well as emergency stopping functions (Normally On), making it particularly well- suited for brake motor applications. These brakes are electromagnetically actuated with two friction surfaces on a single disc. The braking power is applied by means of compression springs. The braking torque is generated in the no power or in event of power failure condition. These brakes are having torque up to 1600 Nm. Brake are available in various version as per application. When electric current passes through the stator( brake coil), the armature plate is attractedto the statoragainst the spring force, thus releasing the rotor. When current is cut OFF, strong compression springs pushes the armature plate to its original postion, which clamps the rotor providing the braking torque.