Magnetic powder clutches are a foreign concept to most, yet they are a very familiar product to a select few or specific groups. Today, let's delve into the working principle and advantages of magnetic powder clutches!

Coil static magnetic powder clutches and brakes are automatic devices that control input current to alter the output.

2. When the coil is not powered, the input shaft rotates, and the magnetic powder is pressed against the inner wall of the collar due to centrifugal force. The output shaft does not come into contact with the input shaft. At this point, it is in an idling state.

When the coil is powered, magnetic particles form magnetic chains under the influence of magnetic lines, causing the output and input shafts to rotate as rigid bodies and experience slip during overload. This is the working state, achieving the purpose of torque transmission.

Under the influence of the electromagnetic field, the physical properties of the magnetic dielectric change, and the magnetic powder clutch drive and driven parts are connected together.