一旦施加直流电压，mayr® 传动技术的工作电流驱动型电磁离合器就会闭合，并通过摩擦传输扭矩。当不再有电流流过时，弹簧就会打开离合器。电磁离合器在磨损极限内工作安全且噪音极低。开关时间短且开关频率高，这款离合器适合各种应用场景和较高的节拍频率。整个使用寿命期间，离合器的开关性能非常稳定。这使得离合器工作非常可靠且能实现精确定位。因此，mayr® 传动技术的电磁离合器可提高机器和系统的运行安全性。在达到磨损极限之前无需维护，因而运行成本较低。电磁离合器采用紧凑型设计，功率密度高，并能轻松集成到各种结构中。
The electromagnetic, power-operated clutches from mayr® power transmission close as soon as a DC voltage is applied and transmit torques frictionally. As soon as no more current flows, springs open the clutch. By applying a DC voltage to the magnetic coil, a magnetic field is formed. This pulls the armature disk to the rotor with friction lining. The torque is transmitted by frictional engagement.
The torque is transmitted from the drive element via the armature disk and the rotor to the output shaft. In the de-energised state, a diaphragm spring pulls the armature disk back to the drive element (e.g. belt pulley). This separates the torque transmission.
The ROBATIC® magnetic couplings from mayr® are not configurable. However, you are welcome to contact us directly with your product request - together we will find the right magnetic coupling for you.