Electromagnetic brakes, or EM, use electromagnetic force to create mechanical resistance or friction to stop or slow motion. Here we examine the details of the electromagnetic brake model ESN 02 6519 with a voltage of 24 volts.

Principles of operation

Electromagnetic brake by passing an electric current through a magnetic coil, the field It creates a magnetic field that attracts the armature to the magnetic surface. This absorption causes the rotating shaft to stop. These types of brakes have a high operating life due to their simple design and few moving parts, and they do not produce any torque when the brake is open, which means reducing heat and increasing the life of the brake.

Features< /b>

KEB COMBINORM electromagnetic brakes are offered in different models designed for voltages of 12, 24, 48, 95 and 205 volts. These brakes are available in both flanged and shafted forms. Armature connection, flat spring and hub are riveted, which provides high accuracy in starting and stopping.

Applications

Types of electromagnetic brakes
1. Single plate brakes.
2. Non-electric brakes: