RMG AXIAL FLOW VALVE

The axial valve is a versatile element valve designed for the regulation of a wide variety of flow speeds of natural natural gas, air, hydrogen, carbon dioxide, propane vapor, other non-corrosive gases or water. Its special and wafer architecture makes it incredibly compact, lightweight and convenient. Each has a central fence, a radial slot cage and a cluster of passages. Investment plates in 17-4 stainless steel are cage closures.

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Set Point 100 PSIG l Set Point 200 PSIG l Set Point 300 PSIG l Set Point 400 PSIG l Set Point 50 PSIG

RMG
SKU: e26bd96b70c6 Category: Tag:

Description

SPECIFICATIONS

RMG AXIAL FLOW VALVE

The standard sleeve, which is the single moving portion, is modeled on Buna N, which is known for its tolerance to different fuel sources and oils and its preservation of physique properties across a wide range of temperatures. Therefore the 70 durometer sleeve was chosen by chance. The code number for the regular 70-strength sleeve is B-7. The 50-strength sleeve, although it is more elastic, is not as rugged as its 70-strength sleeve. The code for 50 durometer is B-5.A single bolt that covers the valve mounting when the middle barrier panel under the tightness screen is finished by the O-ring seal. The cage pressure passages upstream and downstream are secured against the body gallery with roller pin O-ringes. The rollers match the closures of the cage and the valve body. Pressure management (supplied with the pressure of the inlet and equal to it is directed to the sleeve exterior. The differential pressure on the upstream sleeve section is 0 PSi, but the preloading stress is exerted by the sleeve. The difference between the upstream and downstream forces is the downstream part of the sleeve. This differential plus the preload sleeve provides the clamping power. The control pressure must be minimized when the valve is opened. A slight reduction in the pressure control allows the inlet pressure to lift the sleeve from the inlet cage. The central sleeve preload is resolved and the sleeve is pelted away from the downstream cage as the power pressure reduces further. The valve flow starts with the uncovering of the tapered cage openings. Additional decreases in control pressure show a wider outlet cage area. Regulation is retained until the control pressure reaches balance and flux demand is saturated.

 

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