Machine element

MIKI PULLEY

The Electromagnetic Release Brake BXR-LE is a highly efficient brake combined with a dedicated controller that achieves energy saving and low heat generation. Its compact design allows it to be used in various applications, including various motors, articulated robots, and medical devices. By efficiently controlling the initial electrical energy needed to overcome the spring's pressing force and the electrical energy required to maintain the release state, it delivers long-lasting and stable performance.

Features

High Efficiency: Achieves energy saving and low heat generation with a dedicated controller.
Space-Saving Design: Compact design allows easy installation in limited spaces.
Long Lifespan: Significantly reduces idling wear, enduring long-term use.
Versatile Applications: Suitable for various motors, articulated robots, medical devices, and more.
High Torque: Meets rated torque from initial use, eliminating the need for break-in.

Specifications

Model: BXR-LE
Brake Torque: 0.06 to 3.20 N·m
Operating Temperature Range: -10°C to +40°C
Friction Material: Wear-resistant material
Mounting Method: Standard mounting
Initial Torque: Meets rated torque immediately upon initial use
Moment of Inertia: Low inertia design

Applications

Various Motors: Braking for industrial and household motors
Articulated Robots: Precise braking needed for robot arms
Medical Equipment: Quiet operation essential for medical devices
Machine Tools: High-precision braking required for machinery
Forklifts: Safe braking needed for transport equipment
Aerial Work Platforms: Safety-required work vehicles
Hoists: Stable braking needed for lifting machines
Electric Carts: Quiet braking required for transportation means
Electric Shutters: Durability and quiet operation required for doors
Wind Turbines: Braking devices enduring long-term use

The Electromagnetic Release Brake BXR-LE is a high-efficiency brake that achieves energy saving and low heat generation with a dedicated controller, suitable for a wide range of applications.