What Are The Main Functions And Working Principles Of Rodless Cylinders?
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What are the main functions of Rodless Cylinder?
The rodless cylinder is a device used to stop or slow down mechanical moving parts on a car, and is one of the core parts in the braking system. During the entire mechanical stop process, its performance is constantly improved and upgraded, which is directly related to the safe driving and driving comfort of the car. Therefore, for such consumables, it is very important to ensure a good technical state, reduce the failure rate, and reduce cost expenditure. There are two main functions of the rodless cylinder:
1. Determine the working platform, also known as the brake, that is, the auxiliary components in the hydraulic control system-the slave cylinder, the oil pipe assembly, etc.;
2. During operation, ensure that the driver must smoothly complete the process of braking and releasing the handle according to the pre-designed route (such as forward and reverse gear shifting and adding air conditioning). It can be seen that "brake" for modern cars actually refers to what we usually call the tires of the car, so it is very important to understand the relationship between "brake" and the transmission system.
What are the working principles of rodless cylinders?
1. The output power of the air compressor converts the high-frequency energy of the external air source into liquid flow through the control valve and the exhaust duct. When the pedal is pressed, the pump wheel and the blade drive the piston upward to increase the pressure and then transmit it to the air reservoir;
2. A huge negative pressure is generated in the air reservoir, so that the one-way valve opens, sucking the gas stored in the system into each sealed chamber, and also maintaining the pressure of the oil circuit;
3. With the development of the foot-sensing linear dynamics principle, the return spring preload can be adjusted to achieve the purpose of slowing down or eliminating the impact.
