Power Off Magnet Solenoid Brake

     Electromagnetic disc brake is a braking device driven by electromagnetic force and disc friction as the execution mode. Its core features are fast response (millisecond level), compact structure, easy electronic control, and inherent safety characteristics of "power-off holding brake". ‌‌
Core features:
     Quick response: The electromagnetic action time is usually within a few milliseconds to 0.2 seconds, suitable for high-frequency start stop and emergency braking scenarios.
     Accurate control: The braking torque can be continuously adjusted by the current, achieving micrometer level positioning or smooth deceleration.
     Intrinsic safety (normally closed mainstream): Most industrial models use "power on release, power-off braking", which relies on springs to automatically hold the brake in case of power failure/malfunction to prevent falling/rolling.
     Compact structure and flexible installation: no hydraulic/pneumatic pipelines, small size and light weight, can be arranged on one or both sides, suitable for space limited equipment.
     Good heat dissipation and stability: The disc structure has a large exposed area, better heat dissipation than the drum structure, stable friction coefficient at high temperatures, and strong resistance to thermal degradation.
     Relatively easy to maintain: no complex fluid system, some models come with automatic wear compensation and constant clearance design, reducing manual adjustment frequency. ‌‌