Pneumatic valve cylinder drive issues
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I have a question for everyone (please don’t be harsh; forgive my ignorance): To ensure that the cylinder can be driven effectively, which parameter of compressed air is the most crucial? Is it the gas source pressure or the gas flow rate? Gas capacity? When choosing solenoid valves and air pipes for 200L cylinders and 500L cylinders, how should one make the decision?
Compressed air itself has specified limits for oil/dust/water content； The size of the cylinder is determined based on the minimum pressure required for compressed air ； Solenoid valves come with parameters related to their flow capacity; the selection of such valves is based on the drive design of the control system. As for the size of the air supply pipe, it needs to take into account the time requirements for opening/closing the valve as specified by the process ；
This post was last edited by ylb913 on 2017-3-10 at 21:58. Force is the product of pressure and the area of the cylinder piston; it can reach values in tons. For example, with a cylinder diameter of 20 cm, an area of 314 square centimeters, and a wind pressure of 6 kilograms per square centimeter, the resulting force is 1.8 tons. The gas supply speed (or the exhaust speed on the other side) determines the speed of the valve’s opening and closing response.