Features of the two-stage pressure regulator:
Visual pressure monitoring: equipped with two pressure gauges, which can display the input pressure and output pressure respectively, which is convenient for users to monitor and adjust the gas pressure in real time.
Sturdy material: the main body is made of stainless steel, corrosion-resistant, high strength, adaptable to a variety of complex environments, long service life.
Convenient adjustment: With black knob, the output pressure can be easily adjusted by rotating, easy to operate, and can meet the different needs of use.
Safe and reliable: designed with sealing and other safety measures, can effectively prevent gas leakage, to ensure the safety of use.
Technical Data
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Max Inlet Pressure
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3000psig, 4500psig
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Outlet Pressure Range
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0~30, 0~60, 0~100, 0~150, 0~250psig
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Component Material
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Seat
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PCTFE
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Diaphragm
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Hastelloy
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Filter mesh
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316L
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Working Temperature
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-40℃~+74℃(-40℉~+165℉)
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Leak Rate (Helium)
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Internal
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≤1×10 mbar l/s
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External
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≤1×10 mbar l/s
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Flow Coefficient (Cv)
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0.05
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Body Thread
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Inlet port
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1/4NPT
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Outlet port
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1/4NPT
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Pressure gauge port
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1/4NPT
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Q: What type of pressure reducing valve is this?
A: This is a stainless steel gas pressure reducing valve.
Performance Characteristics
Q: What are the characteristics of this pressure reducing valve?
A: It is made of stainless steel with high corrosion resistance and can adapt to a variety of gas media. At the same time, it has the function of regulating gas pressure, and the pressure value can be displayed through two dials for easy monitoring.
Applicable scenes
Q: What are the applicable scenarios?
A: It is suitable for laboratory gas line matching and other scenes.
Installation and use
Q: How to install?
A: There are panel-mounted and other types, some styles of high-pressure left inlet and right outlet. Specific installation can contact the supplier for detailed instructions.
Q: How to adjust the pressure?
A: Pressure is adjusted by turning the black knob and observing the change of the dial value when adjusting to achieve the required pressure.