Nonvehicular Magnetic Clutch

Nonvehicular magnetic clutches are a type of clutch used in torque converters and speed changers in the supply group of mechanical power transmission equipment. These clutches use magnetic fields to engage and disengage the transmission of power between two rotating shafts.

Unlike traditional friction clutches that rely on physical contact between surfaces, nonvehicular magnetic clutches use electromagnetic forces to transfer torque. They consist of two main components: a driving member and a driven member. The driving member is connected to the power source, while the driven member is connected to the load or output shaft.

When the magnetic field is activated, it creates a force that causes the driving member and the driven member to engage, transmitting torque from the power source to the load. Conversely, when the magnetic field is deactivated, the driving and driven members disengage, allowing for the disconnection of power transmission.

Nonvehicular magnetic clutches offer several advantages over traditional friction clutches. They provide smooth and precise torque control, allowing for efficient power transmission without slippage or wear. They also have a compact and lightweight design, making them suitable for various applications where space is limited.

These clutches are commonly used in industrial machinery, such as machine tools, printing presses, and packaging equipment. They are also found in automotive applications, such as automatic transmissions and hybrid vehicles.

In summary, nonvehicular magnetic clutches are a type of clutch used in torque converters and speed changers in the supply group of mechanical power transmission equipment. They utilize magnetic fields to engage and disengage power transmission between rotating shafts, offering precise torque control and compact design advantages.