AC Coil Magnet Gauntree Brake

    Electromagnetic brakes are primarily used for high-speed shafts in medium to low-speed, heavy-load equipment with frequent operation, rapid start/stop cycles, such as lifting and transportation, metallurgy and mining, and construction machinery.

     The core benefits of electromagnetic brakes are: normally closed power-off self-locking ensures safety, simple and reliable structure, high frequency start stop resistance, convenient maintenance, and adaptability to medium and heavy industrial conditions. ‌‌
Core advantages:
     Intrinsic safety design: Adopting a normally closed structure, the automatic brake is applied by spring force upon power failure, completely avoiding the risk of equipment loss of control or heavy object falling caused by sudden power outages or malfunctions.
     High frequency response durability: The response time of the matching AC electromagnet is ≤ 50ms, allowing for up to 720 power connections per hour. It is suitable for frequent start stop scenarios such as cranes and conveyors, and can operate for a long time without lagging or overheating.
     Simple and easy to maintain structure: The modular components (such as the vertical plate frame, brake shoes, springs, etc.) have a low failure rate, and the brake pads can be replaced separately without disassembling the entire machine. The backlash and stroke adjustment are intuitive, reducing maintenance costs during shutdown.
     Strong environmental adaptability: The working temperature ranges from -20 ℃ to+50 ℃, and the components have undergone anti-corrosion treatment. They can operate stably in harsh working conditions such as metallurgy, mining, ports, etc., which are humid and dusty (non explosive and corrosive environments).
     Economic and efficient operation: Installed on high-speed shafts to achieve large braking torque with small torque, coil energy-saving design with low power consumption, low noise (≤ 60dB), and low overall usage cost. ‌‌