Electromagnetic Clutches

Description:
These are rigid couplings with ultra-high torsional stiffness that were developed for servo motor applications. Unlike flexible couplings, they have no element to absorb differences between the centers of the two shafts, so they have very high torsional stiffness. Since the outer diameter relative to torque can be reduced compared to flexible couplings, smaller couplings can be used, which helps reduce the moment of inertia.

Description:
These are rigid couplings with ultra-high torsional stiffness that were developed for servo motor applications. Unlike flexible couplings, they have no element to absorb differences between the centers of the two shafts, so they have very high torsional stiffness. Since the outer diameter relative to torque can be reduced compared to flexible couplings, smaller couplings can be used, which helps reduce the moment of inertia.

Description:
Electromagnetic clutches and brakes are devices that, as their names suggest, couple, release, brake and hold machinery in place using electromagnetic force generated by passing a current through a coil. They are divided into two types by their method of actuation: electromagnetic actuated and spring actuated. Electromagnetic actuated refers to clutches and brakes that are actuated when a current is passed through a coil; spring actuated refers to brakes that are actuated by the force of a spring when current to the coil is shut off, as happen in power outages. Miki Pulley divides its electromagnetic clutches and brakes into several major categories: electromagnetic-actuated clutches and brakes, spring-actuated brakes, electromagnetic tooth clutches, brake motors, and electromagnetic clutch and brake power supplies. We provide a particularly wide range of electromagnetic-actuated clutches and brakes, including models with large and small transmission torques and units that combine functionality. This enables us to supply the optimal product for your application.

Description:
These micro clutches and brakes are ideal for compact precision equipment where variations in torque and response must be avoided, such as office, communications, and automobile equipment. In addition to the 102 (clutch) and 112 (brake) models, which share the same basic design, we also provide the CYT model (clutch), which has a long history of customization to customer needs.