Hydr-Star Helium Hydrogen Oxygen Nitrogen Natural Gas Recovery Booster Pump

Basic Info.Model NO.AGB06-1S-15After-sales ServiceFree Online SupportWarranty1 YearMax.Capacity50-100 L/minPressure MediumGasTypeHandheldCertificationCE, ISO, AtexPower Pneumatic Pump TypeSingle Drive Single ActingModel No.Agb06-1s-15Driven Power Compressed Air Max. Pressure16 MPaMini Rated Gas Supply50 PsigInlet & Outlet Gas Port1/4′′ HfActual Ml Per Cycle102 MlMax Compression Ratio20:1MediumNormal Gas Like Helium, Nitrogen, Argon and OxygenApplicationGas Transfer and Charging, PressurizationCertificateISO9001:2015, CE, AtexTrademarkHYDR-STARTransport PackageFoam Inside, Carton Box /Wooden Box OutsideSpecification316 stainless steelOriginChinaHS Code8414804090Product Description Product ParametersHYDR-STAR Helium Hydrogen Oxygen Nitrogen Natural Gas Recovery Booster PumpItemValueModel NO.AGB06-1S-15Max. Pressure16 MpaActual ML per cycle102 MLMediumSuitable for most gases, such as Hydrogen, Helium, Nitrogen and Natural Gas and so on.Industrial gases like Argon, Helium and Nitrogen can be compressed to operating pressures of 25000 psig (1724 bar ),Oxygen to 5000 psig (345 bar), Hydrogen to 15000 psig bar (1034 bar). Higher outlet pressure to 1035 bar(15000 psig)Application★Pressure test & leakage test with gas★Gas transfer★Charging of nitrogen accumulators★Supply for isolating gas systems★Gas assisted injection moulding★CO2 foaming★Transfer of oxygen cylinders★Life Support Gas Transfer and Charging★Gas recovery: Pressurize the remaining lower pressure gases in the cylinder or pipeline and fill the gases into a cylinder.★Compressed Natural Gas (CNG) Boosting for vehicle refueling stations.★Hydrogen refueling station compresses hydrogen for fuel cell.Warranty1 yearProduct DescriptionAir Driven Gas BoostersHYDR-STAR Gas Boosters consist of a large area reciprocating air drive piston directly coupled by a connecting rod to a small area gas piston. The gas piston operates in a high pressure gas barrel section. Each gas barrel end cap contains high pressure inlet and outlet check valves. Varying applications require many different booster and air drive head combinations.The air drive section includes a cycling spool and pilot valves that provide continuous reciprocating action when air is supplied to the air drive inlet. The ratio between the area of the air drive piston and the gas driven piston is indicated by the number in the model description and approximates the maximum pressure the gas booster is capable of generating. Technical specificationsThere are two distinct sections: the air drive section and the gas barrel section.Air Drive SectionStandard Air Drive Seals should perform reliably within a temperature range of (25°F to 150°F) (-4°C to 65°C). Lower temperatures will cause air/gas leakage; higher temperatures reduce seal life.HYDR-STAR recommends a minimum Class 4 air quality per ISO 8573.1 standards. For operation at extremely low temperatures, consult factory.Gas Barrel SectionLow temperatures normally have little effect on the operation of standard parts and seals. The heat from the compressing gas helps to balance out an acceptable temperature. Maximum average acceptable temperature 115°C (240°F). Generally, the built-in cooling adopts exhaust air cooling. That can keep the temperature not exceeding this value. Also cooling by water is available as an option.Suction pressures lower than the indicated "Ps min" are not permitted and can cause damages on the unit. Because each booster has a fixed maximum compression ratio. When the air supply pressure is too low, the gas can not be pressurized to a certain pressure in the high-pressure barrel, causing the booster to reciprocate and fail to output gas.The gas will be compressed and released repeatedly in the high-pressure barrel.Stroke frequencyThe maximum stroke frequency is at 100 cycles per minute for 50% duty cycle, It is recommended not to exceed 60 cycles/min for long-term operation or heavy-duty applications. Air Driven Gas Booster ConfigurationsHYDR-STAR air driven gas boosters have wide range of models it is possible to select the optimum booster for each application. Single stage, double acting or two stage boosters or a combination of these models can be used to achieve different operating pressures and flow capacities. Single acting, single stage boosters are the base model. Double acting, single stage provides twice the delivery of a single acting single stage booster. Two stage models are used for high gas compression ratios.Product Features★ Reliable, easy to maintain, compact and robust.★ No heat, flame or spark risk.★ Infinitely variable cycling speed and output.★ Air driven boosters are an efficient alternative instead of electrically     driven products and can be used in explosion proof areas.★ Easy to apply automatic controls.★ No limit or adverse affect to continuous stop/start applications.★ Seal systems designed for long working life.★ No airline lubricator required.★ Separation between air and gas sections. ★ Built-in cooling.★