Ring chain electric hoist is a commonly used lifting tool that relies on electricity for heavy lifting operations. The braking system of the electric chain hoist is very important. Now let's talk about the mechanical manufacturing principle of the electric chain hoist.

The mechanical braking of the electric chain hoist mainly occurs when the equipment stops running. When the electric motor stops supplying power, the brake will automatically lock the transmission gear and use friction to stop the movement of the hoist, which is a braking method that uses external force to suppress. This mechanism is achieved through the contact between the brake and the transmission gear. When the motor stops, the brake automatically closes, tightly gripping the transmission gear and causing it to immediately stop rotating, thus achieving the goal of rapid parking.

Mechanical braking mainly relies on the physical contact between the brake and the gear. In this process, the brake needs to have sufficient force to counteract the inertial force that may be generated when the gear stops rotating. This force must be just right, neither too small to stop in time, nor too large to cause damage or excessive wear to the equipment.

The above is the working principle of the mechanical braking of the electric chain hoist. If you have any other questions, you can call for consultation.