Electrically Released Brake

The ers var 11 is an electrically released failsafe caliper brake that is particularly suitable for flat gearless motors.

Electrically released brake.

Torque value is defined for the trucks running at full speed and at full load. Selection procedure verify that the brake will be cycled frequently in normal operation. Var 11 models are a highly modular braking system which operates in static and or emergency stops. When electricity is not supplied that is when the electrical power is off springs are used to squeeze a set of friction discs together allowing the clutch or brake to transmit or arrest torque.

When power is on the brake electrically releases the load allowing it to move freely. Determine the horsepower and speed at the brake location. Er series brakes are available in five sizes. It is an on off dry failsafe brake.

This occurs when power is lost either intentionally or unexpectedly due to a machine malfunction. Electrically released spring engaged electrically released clutches or brakes are engaged when electricity is absent from the coil. The warner electric line of electrically released dynamic spring set brakes erd offers a high performance cost effective solution for power off load holding applications. The warner electric line of electrically released dynamic spring set brakes erd offers a high performance cost effective solution for power off load holding applications.

These brakes are designed to stop or hold when power is removed from the brake de energized and allow motor motion when the brake is powered energized. Static torque ratings range from 10 5 lb ft. Electrically released brakes are so named because when power is removed the brake will stop and hold a load. Erd electrically released dynamic brake warner electric the electro released dynamic brake erd is a failsafe brake designed for dynamic applications.

Er series electrically released brakes product data reference pages a 8 to a 11 in. Electrically released spring set brakes use a system of springs and a magnetic coil figure 2.