MICO Incorporated offers the 520 Series hydraulic apply caliper disc brake for on and off-highway service braking applications. The fixed caliper type brake uses a modulated hydraulic pressure source, such as a master cylinder, to control brake torque. It can be mounted in a vertical or horizontal position and linings can be replaced without removing the brake.

The brake includes two ductile iron caliper halves that are pressurized by a single inlet port cross-over tube feature, which allows hydraulic pressure to actuate the 2.25-in. (5.7 cm) diameter piston in each half. The unit provides for continuous duty pressure of 1,000 psi and intermittent duty pressure of 1,500 psi. Weighing approximately 17 lbs. (7.7 kg), the brake requires a minimum disc diameter of 15 in. (38 cm).

To reduce unnecessary lining wear, the caliper disc brake features a spring-operated lining retractor mechanism that maintains a constant lining-to-rotor disc clearance distance whenever the brake is not applied. The total lining contact area is 12.4 sq. in. (80 sq cm), with a usable lining thickness of 0.32 in. (.8 cm) on each side. Linings can be replaced without disassembling or removing the brake, allowing for reduced maintenance time and costs.

Installation of the caliper disc brake is made simple due to the brake’s flexibility to be mounted in either a horizontal or vertical position. The unit can be attached directly to a threaded hanger or clamp.

For more information, call 507/625-6426 or visit www.mico.com.

Today's top stories

SEPTA Builds Major Transportation Center

National Equipment League — Heavy Equipment Operation as a Professional Sport — Launches Season Two

Washington Bridge in Providence, R.I., Undergoes Demolition

Construction Industry Optimistically Preparing for New Year Ahead

Capital Express Central Project Ramps Up in Texas

Nevada DOT Awards $54M Contract for U.S. 50 Renovation in Ely

Construction Set for $37M Wildlife Crossing in Wyoming

PCL Construction's Special Projects Division Sets 2024 Record With Nearly 270 New Projects