Pneumatic Cylinder's Movement Stroke Speed Can Reach As Much As Every Minute

Action express, low power, light and beautiful. The response time of the Pneumatic Cylinder solenoid valve can be as short as a few milliseconds, even if the first conductive solenoid valve can be controlled within tens of milliseconds. Due to the self-circulation, it is more sensitive than other control valves. The well-designed solenoid valve coil has very low power consumption and is an energy-saving product. It can also be used only for triggering action, automatically maintaining the position of the valve, and generally does not consume electricity. The solenoid valve is small in size, saving space, light and beautiful.

The adjustment accuracy is limited and the applicable medium is limited. Solenoid valves usually only have two switches, the valve core can only be in two extreme positions, Pneumatic Cylinder can not be continuously adjusted, such (there are many new ideas to break through, but still in the trial and trial stage) the accuracy is also limited. Solenoid valves require a high degree of cleanliness of the media, including particulate media that cannot be used, such as impurities that must be filtered. In addition, viscous media cannot be applied and the specific application of the viscosity range of the media is relatively narrow. (5) Modes are diverse and extensive. Although the solenoid valve has inherent defects, its advantages are still very prominent, so the setting 1 [1] into various products to meet various needs, a wide range of uses. Solenoid valve technology also revolves around how to overcome inherent defects and how to better utilize its inherent advantages. Yadeke solenoid valves are used to control the flow direction of the basic components of automation. They are actuators; they are usually used for mechanical control and industrial valves, and the direction of control of the media to control the valve switches. The working principle of a closed cavity solenoid valve has through holes at different positions, each hole will lead to different pipes, the middle valve chamber, two electromagnets on both sides, and which magnet coil is energized Which side is attracted, or the block drains through the leakage of different moving control valve holes, and the hydraulic oil enters the different discharge tubes.