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Español8-94406-618-1 brake master cylinder is a vital component in the hydraulic braking system. Its function is to generate hydraulic pressure when the vehicle is braking, and drive the braking system to perform corresponding braking actions. To better understand this process, we will take a closer look at how the 8-94406-618-1 brake master cylinder generates hydraulic pressure.
The brake master cylinder contains a key component, the piston. When the driver depresses the brake pedal, pedal force is transmitted to the piston in the brake master cylinder. At this time, the piston begins to move toward the fluid chamber of the brake master cylinder. This movement is caused by the mechanical action of the pedal that drives the piston, causing the fluid in the fluid chamber to be pushed towards the pipes of the brake system.
As the piston moves, fluid is forced through the hydraulic passages of the brake master cylinder. Due to the pushing effect of the piston, the liquid forms a certain pressure in the channel. This pressure is the hydraulic pressure and is the basis for the normal operation of the braking system.
As the pressure in the fluid chamber increases, the brake master cylinder delivers fluid to the hydraulic lines of the brake system. This transmission process is achieved through the hydraulic channel and valve system inside the brake master cylinder. The fluid creates a certain pressure in the pipes, and this pressure is transmitted to other components of the hydraulic brake system, such as the master cylinder and slave cylinder.
The hydraulic pressure generated by the brake master cylinder is transferred to the master cylinder. The master cylinder is located near the wheel and its task is to transmit hydraulic pressure to the secondary cylinder on the wheel. After the secondary cylinder receives the hydraulic pressure, it will push the brake to perform corresponding braking actions, such as clamping the brake disc or brake drum to achieve the braking effect of the vehicle.
Brake fluid also plays an important role in the entire hydraulic braking system. The hydraulic pressure generated by the brake master cylinder needs to be transmitted to other components of the braking system through the brake fluid. Brake fluid has certain anti-bubble and anti-corrosion properties to ensure system reliability and stability under various working conditions.
8-94406-618-1 The process of generating hydraulic pressure by the brake master cylinder involves the movement of the piston, the pushing and transmission of the fluid, the synergistic effect of the master cylinder and the auxiliary cylinder, and the exertion of the brake fluid.
