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The two core components in the clutch system are the clutch master cylinder and the slave cylinder, which work together to achieve the separation and engagement functions of the clutch. During the process of stepping on the clutch pedal, the push rod will act on the piston of the clutch master cylinder, thereby increasing the oil pressure. Subsequently, gasoline flows into the cylinder through the hose, and at this time, the rod of the cylinder will drive the release fork, further pushing the release bearing forward, thereby achieving the separation of the clutch. When we release the clutch pedal, the pressure in the hydraulic system is released, and the release fork will return to its initial position with the assistance of the return spring, restoring the clutch to its engaged state. The main task of the clutch master cylinder in this process is to connect with the clutch booster through an oil pipe to ensure that the clutch can be smoothly disengaged.
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Regarding the maintenance of the clutch master cylinder, we need to follow the following steps: first, inject an appropriate amount of hydraulic oil into the pump, then tighten the air release bolt and push the piston to release the accumulated air in the pump, and finally tighten the air release bolt. This maintenance process can effectively ensure the stable operation of the clutch master cylinder and extend its service life.