Vehicular Magnetic Clutch

Vehicular Magnetic Clutches are a type of power transmission component used in vehicles. They belong to the supply class Vehicular Power Transmission Components, which is part of the supply group Vehicular Equipment Components.

A magnetic clutch is a device that uses magnetic force to transmit torque between the engine and the transmission system in a vehicle. It consists of two main parts: the driving member, which is connected to the engine, and the driven member, which is connected to the transmission system.

When the clutch is engaged, the magnetic field created by an electromagnetic coil attracts the driven member towards the driving member, causing them to be connected and transmit torque. This allows the engine power to be transferred to the transmission system, enabling the vehicle to move.

On the other hand, when the clutch is disengaged, the magnetic field is weakened or turned off, causing the driven member to separate from the driving member. This interrupts the torque transmission, allowing the engine to run without transferring power to the transmission system.

Vehicular Magnetic Clutches are commonly used in various types of vehicles, including cars, trucks, buses, and motorcycles. They provide a reliable and efficient method of power transmission, allowing for smooth shifting and control of the vehicle's speed.

Overall, Vehicular Magnetic Clutches play a crucial role in the power transmission system of vehicles, ensuring efficient and reliable operation.