Hydraulics International 5G-SD-60 Booster Pump is a Single Action, Double Drive, Single Stage Booster Pump with 9,000 psi Max Outlet Pressure and 200 psi Min Inlet Pressure both based on 95 psi Drive.
An air (or gas) driven gas booster has a continuously reciprocating drive that includes a four-way air cycling valve and dual air pilot valves to provide the continuous reciprocation. Normally, start/stop control is accomplished by cutting off drive- or pilotair input. The drive section includes a four-way air cycling valve and dual air pilot valves to provide the continuous reciprocation. Normally, start/stop control is accomplished by cutting off drive- or pilotair input.
The Maximum Gas Section Pressures vary by model. The Maximum Drive Section Pressure is 150 PSI for all models.
GAS PURITY: Most gases used in industry and life support must be clean and dry. Otherwise, the end use is severely compromised. Gases needing purity include argon (Ar), carbon dioxide (CO2), helium (He), hydrogen (H2), neon (Ne), nitrogen (N2), nitrous oxide (N2O), oxygen (O2) and breathing air. If gas purity is needed, all devices used to transfer gas or increase gas pressure must be completely dry and free of any lubricants. Hydraulics International, Inc.’s (HII’s) air driven gas boosters satisfy this requirement. No hydrocarbon lubrication is needed in the gas sections because the high pressure pistons slide on inert PTFE dynamic seals. And because gas barrel temperature is controlled with the cold drive air exhaust, long seal life is ensured.
HIGH PRESSURE OUTLET: Most mechanically driven gas compressors can only handle 5,000- to 6,000-PSI requirements. Mechanically driven units that can handle over 6,000 PSI are rare and costly. If gas purity is required, most of these higher-PSI units need high-pressure and high-maintenance purifiers installed—to compensate for hydrocarbon carryover created by oil-lubricated pistons. Air driven gas boosters do not suffer from these shortcomings and are therefore better suited for higher-PSI applications. HII’s standard air driven models are hydrocarbon-free and available in 50- to 25,000-PSI capacities.
BOOST DIRECTLY FROM HIGH PRESSURE GAS CYLINDERS: A mechanical compressor cannot inhale common industrial gas cylinder pressure. The inlet pressure must be reduced, usually close to 0 PSI. This is a costly waste of energy. Air driven gas boosters have no such limitation, greatly enhancing the efficiency and simplicity of high pressure gas applications where the gas source is typically supplied from portable DOT cylinders.
Hydraulics International Air Driven Gas Booster is designed to boost gas directly from a cascade system, a gas generation system, a cryogenic system or a high pressure compressor to outlet pressures of 3,450 psi (238 bar). The unit ensures full fills even if the supply storage pressure drops as low as 300 psi (20 bar). The unit may be driven manually, by means of its integral hand pump assembly (optional); a low pressure conventional air compressor; or regulated high-pressure air storage supply (SCUBA, SCBA or NITROGEN bottles). There is a maximum of 150 psi (10 bar) air supply.
The high-pressure sections of the booster are cooled by the drive exhaust air and operate dry, non-lubricated. In the shop air drive mode, non-contaminated outlet gas is assured because of complete dual vented separation from the drive section.
This Air Driven Gas Booster is ideal for general aviation, municipal fire, rescue, recreational and technical divers, dive shops, yachts and rescue services.
Hydraulics International 5G-SS-75 Booster Pump is a Single Action, Single Drive, Single Stage Booster Pump with 7,000 psi Max Outlet Pressure and 500 psi Min Inlet Pressure both based on 95 psi Drive.
An air (or gas) driven gas booster has a continuously reciprocating drive piston section directly connected to one or two gas boosting sections. The drive section includes a four-way air cycling valve and dual air pilot valves to provide the continuous reciprocation. Normally, start/stop control is accomplished by cutting off drive- or pilotair input.
The Maximum Gas Section Pressures vary by model. The Maximum Drive Section Pressure is 150 PSI for all models.
GAS PURITY: Most gases used in industry and life support must be clean and dry. Otherwise, the end use is severely compromised. Gases needing purity include argon (Ar), carbon dioxide (CO2), helium (He), hydrogen (H2), neon (Ne), nitrogen (N2), nitrous oxide (N2O), oxygen (O2) and breathing air. If gas purity is needed, all devices used to transfer gas or increase gas pressure must be completely dry and free of any lubricants. Hydraulics International, Inc.’s (HII’s) air driven gas boosters satisfy this requirement. No hydrocarbon lubrication is needed in the gas sections because the high pressure pistons slide on inert PTFE dynamic seals. And because gas barrel temperature is controlled with the cold drive air exhaust, long seal life is ensured.
HIGH PRESSURE OUTLET: Most mechanically driven gas compressors can only handle 5,000- to 6,000-PSI requirements. Mechanically driven units that can handle over 6,000 PSI are rare and costly. If gas purity is required, most of these higher-PSI units need high-pressure and high-maintenance purifiers installed—to compensate for hydrocarbon carryover created by oil-lubricated pistons. Air driven gas boosters do not suffer from these shortcomings and are therefore better suited for higher-PSI applications. HII’s standard air driven models are hydrocarbon-free and available in 50- to 25,000-PSI capacities.
BOOST DIRECTLY FROM HIGH PRESSURE GAS CYLINDERS: A mechanical compressor cannot inhale common industrial gas cylinder pressure. The inlet pressure must be reduced, usually close to 0 PSI. This is a costly waste of energy. Air driven gas boosters have no such limitation, greatly enhancing the efficiency and simplicity of high pressure gas applications where the gas source is typically supplied from portable DOT cylinders.
Hydraulics International 5G-TD-28/60 Booster Pump is a Two Stage, Double Drive Booster Pump with 10,875 psi Max Outlet Pressure and 120 psi Min Inlet Pressure both based on 95 psi Drive.
An air (or gas) driven gas booster has a continuously reciprocating drive piston section directly connected to one or two gas boosting sections. The drive section includes a four-way air cycling valve and dual air pilot valves to provide the continuous reciprocation. Normally, start/stop control is accomplished by cutting off drive- or pilotair input.
The Maximum Gas Section Pressures vary by model. The Maximum Drive Section Pressure is 150 PSI for all models.
GAS PURITY: Most gases used in industry and life support must be clean and dry. Otherwise, the end use is severely compromised. Gases needing purity include argon (Ar), carbon dioxide (CO2), helium (He), hydrogen (H2), neon (Ne), nitrogen (N2), nitrous oxide (N2O), oxygen (O2) and breathing air. If gas purity is needed, all devices used to transfer gas or increase gas pressure must be completely dry and free of any lubricants. Hydraulics International, Inc.’s (HII’s) air driven gas boosters satisfy this requirement. No hydrocarbon lubrication is needed in the gas sections because the high pressure pistons slide on inert PTFE dynamic seals. And because gas barrel temperature is controlled with the cold drive air exhaust, long seal life is ensured.
HIGH PRESSURE OUTLET: Most mechanically driven gas compressors can only handle 5,000- to 6,000-PSI requirements. Mechanically driven units that can handle over 6,000 PSI are rare and costly. If gas purity is required, most of these higher-PSI units need high-pressure and high-maintenance purifiers installed—to compensate for hydrocarbon carryover created by oil-lubricated pistons. Air driven gas boosters do not suffer from these shortcomings and are therefore better suited for higher-PSI applications. HII’s standard air driven models are hydrocarbon-free and available in 50- to 25,000-PSI capacities.
BOOST DIRECTLY FROM HIGH PRESSURE GAS CYLINDERS: A mechanical compressor cannot inhale common industrial gas cylinder pressure. The inlet pressure must be reduced, usually close to 0 PSI. This is a costly waste of energy. Air driven gas boosters have no such limitation, greatly enhancing the efficiency and simplicity of high pressure gas applications where the gas source is typically supplied from portable DOT cylinders.
Hydraulics International 5G-TS-14/30 Booster Pump is a Two Stage, Single Drive Booster Pump with 8,435 psi Max Outlet Pressure and 60 psi Min Inlet Pressure both based on 95 psi Drive.
An air (or gas) driven gas booster has a continuously reciprocating drive piston section directly connected to one or two gas boosting sections. The drive section includes a four-way air cycling valve and dual air pilot valves to provide the continuous reciprocation. Normally, start/stop control is accomplished by cutting off drive- or pilotair input.
The Maximum Gas Section Pressures vary by model. The Maximum Drive Section Pressure is 150 PSI for all models.
GAS PURITY: Most gases used in industry and life support must be clean and dry. Otherwise, the end use is severely compromised. Gases needing purity include argon (Ar), carbon dioxide (CO2), helium (He), hydrogen (H2), neon (Ne), nitrogen (N2), nitrous oxide (N2O), oxygen (O2) and breathing air. If gas purity is needed, all devices used to transfer gas or increase gas pressure must be completely dry and free of any lubricants. Hydraulics International, Inc.’s (HII’s) air driven gas boosters satisfy this requirement. No hydrocarbon lubrication is needed in the gas sections because the high pressure pistons slide on inert PTFE dynamic seals. And because gas barrel temperature is controlled with the cold drive air exhaust, long seal life is ensured.
HIGH PRESSURE OUTLET: Most mechanically driven gas compressors can only handle 5,000- to 6,000-PSI requirements. Mechanically driven units that can handle over 6,000 PSI are rare and costly. If gas purity is required, most of these higher-PSI units need high-pressure and high-maintenance purifiers installed—to compensate for hydrocarbon carryover created by oil-lubricated pistons. Air driven gas boosters do not suffer from these shortcomings and are therefore better suited for higher-PSI applications. HII’s standard air driven models are hydrocarbon-free and available in 50- to 25,000-PSI capacities.
BOOST DIRECTLY FROM HIGH PRESSURE GAS CYLINDERS: A mechanical compressor cannot inhale common industrial gas cylinder pressure. The inlet pressure must be reduced, usually close to 0 PSI. This is a costly waste of energy. Air driven gas boosters have no such limitation, greatly enhancing the efficiency and simplicity of high pressure gas applications where the gas source is typically supplied from portable DOT cylinders.
*Note: This Booster Pump is not O2 cleaned, if O2 option is required please talk to Left Surface Representatives
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