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Laminar Jet Element
- Jul 01, 2017 -

               The jet element must be composed of a jet control system with other devices to automatically control the adjusted parameters. The diagram indicates that the jet element is used for liquid level control. When the liquid surface height H is zero, the manual valve is closed, or the control tube of the non fluidic element is not submerged by the liquid surface. The jet is output at the J1 end and the membrane regulating valve is opened by the amplifier, and the liquid begins to feed into the container. When the liquid surface reaches the required height, the control tube is submerged, or the non element is switched, the jet is output from the J2 end, and the light is illuminated by the gas-electric conversion element, indicating that the liquid surface height meets the requirements. At this time, due to the disappearance of J1, membrane regulator valve closed, you can open the manual valve, the system into the automatic control phase. When the liquid surface is reduced by the output of the flow, the control tube is open, the J1 output makes the valve open, and the valve closes when the liquid surface reaches the required height, thereby realizing the automatic control of the liquid level. The jet element has the advantages of corrosion resistance and explosion-proof, so the jet control system is safe, reliable and economical for the process of combustion, explosion and poisonous chemical liquids and gases. The technology of Jet Youneng shows its superiority in the condition that the automatic control device can work reliably under extreme conditions (such as strong vibration, strong irradiation, high temperature, etc.). However, the jet signal transmission speed is slow, and the signal waveform in the transmission process is easy to deform, so it is not suitable to form a very complicated control system. The energy of the jet element is far less than that of the power supply, and the efficiency is low regardless of whether the work or not is continuously consumed energy. These drawbacks limit the range of application of Jet components.Laminar Jet

               In-depth study of the variation of jet in transmission is the key to further development. By making full use of the characteristics of the jet element, such as corrosion resistance, radiation resistance and explosion proof, the development direction of the jet element is developed to detect the jet sensors of various parameters (such as temperature, pressure, flow, level, concentration, displacement, velocity, etc.). In order to make the jet control system compatible with the computer control system, it is an important topic to study the interface technology.Laminar Jet

               In-depth study of the variation of jet in transmission is the key to further development. By making full use of the characteristics of the jet element, such as corrosion resistance, radiation resistance and explosion proof, the development direction of the jet element is developed to detect the jet sensors of various parameters (such as temperature, pressure, flow, level, concentration, displacement, velocity, etc.). In order to make the jet control system compatible with the computer control system, it is an important topic to study the interface technology.Laminar Jet