Products
Browse LITE air, process-gas, air-driven liquid and specialty booster pumps. Compare available specifications and select by medium, drive conditions and duty point.
Air Pressure Boosters
DGM03 is a single-acting air booster for local boosting of clean compressed air. Its nominal 3:1 ratio supports selection for pneumatic fixtures and test-station air supplies.
Gas Booster Pumps
2DGD uses a double-acting, dual-drive-cylinder design to further boost pre-pressurized process gas. Select the gas and operating point for transfer, filling or leak-test gas supply systems.
Liquid Booster Pumps
This custom liquid booster uses a 250 mm air-drive cylinder. Configuration depends on required flow at the target pressure, available drive air and liquid inlet supply.
Air Pressure Boosters
ALM02 uses compressed-air drive to provide locally boosted air for pneumatic clamps, actuators and leak-test stations. Its 2:1 boost ratio supports selection around an existing compressed-air supply.
Air Pressure Boosters
LTGPV boosts compressed air locally with a choice of 2:1 and 5:1 ratios. Select the model from the available air supply and required pressure, then match piping and air storage to the usage cycle.
Air Pressure Boosters
DGV08 is a single-acting air booster for local boosting of clean compressed air. Its nominal 8:1 ratio supports selection for pneumatic fixtures and test-station air supplies.
Gas Booster Pumps
LTA uses a single-acting design with air-operated reversal for reciprocating gas boosting. Select a model for gas pressure build-up and pressure-holding systems using the gas type, inlet pressure and flow at the target pressure.
Gas Booster Pumps
LTD uses a single-stage, dual-head design for boosting gas supplied at a positive inlet pressure. Its pressure relation includes inlet pressure, so gas supply and drive-air conditions must be checked together.
Gas Booster Pumps
LTT uses two-stage compression to raise inlet gas to the required pressure. Model selection can accommodate low inlet-pressure supplies; check the individual inlet pressure range for each model.
Liquid Booster Pumps
LA pumps use an 80 mm air-drive piston for liquid boosting, pressure testing and equipment integration. Select a model for the liquid and the required pressure and flow.
Liquid Booster Pumps
LB pumps use a 125 mm air-drive piston for liquid boosting, pressure testing, injection and pressure-holding circuits. Selection accounts for air supply, liquid inlet conditions and duty cycle.
Liquid Booster Pumps
LBD pumps combine a 125 mm air-drive piston with a double-acting configuration for liquid boosting and pressure testing. Match the model and air supply to flow at the target pressure and the duty cycle.
Liquid Booster Pumps
LTG air-driven liquid pumps offer a choice of pressure ratios for liquid boosting and pressure-test circuits. Select by target pressure, liquid inlet conditions and duty cycle.
Liquid Booster Pumps
LTGD air-driven liquid pumps offer a choice of pressure ratios for liquid boosting and pressure-test equipment. Match pressure and flow requirements to the available air and liquid supply.
Liquid Booster Pumps
LTG-2 air-driven pumps serve high-pressure, low-flow liquid boosting applications. Select the model and system configuration for target pressure, liquid conditions and duty cycle.
Liquid Booster Pumps
A hydraulic power source drives the reciprocating piston and plunger to supply high-pressure liquid for pressure testing, pressure cycling and pulse fatigue tests. Configuration follows the power source and test cycle.
Specialty Booster Pumps
RP04-06NL uses compressed air to boost and transfer gaseous refrigerants and support recovery arrangements. The refrigerant designation, inlet temperature and pressure determine the medium-side configuration and duty point.
Specialty Booster Pumps
A selection entry for gaseous hydrogen boosting using DGA, DGD or DGT base types. Select the structure and hydrogen-contact parts for hydrogen purity, inlet pressure and flow at the target pressure.
Specialty Booster Pumps
Select a DGG, DGGD or DGM base type for dimethyl ether boosting and transfer. Confirm the medium-side configuration for composition, inlet phase, temperature and target duty point.
Specialty Booster Pumps
Select a DGG, DGGD or DGM base type for chemical reagent boosting and injection. Confirm the pump head, valves and seals for composition, concentration, phase and temperature.
Specialty Booster Pumps
A compressed-air-driven 4:1 base type for boosting, filling, transfer and recovery of SF₆. Confirm the configuration for the medium state, inlet supply and target duty point.
Specialty Booster Pumps
A compressed-air-driven 4:1 base type for boosting, filling, transfer and recovery of butane. Confirm the configuration for the medium state, inlet supply and target duty point.
Specialty Booster Pumps
A compressed-air-driven 6:1 base type for agent filling, transfer and recovery of fire-suppression agents. Confirm the configuration for the medium state, inlet supply and target duty point.
Specialty Booster Pumps
Carbon dioxide booster configurations use C / CD plunger and WC / WCD piston base types. Select the structure and medium-side configuration for inlet phase, temperature, supply conditions and the target duty point.
| Equipment | Pressure range | Working medium | Drive air / power source | Nominal boost ratio |
|---|---|---|---|---|
| LITE DGM03 Air Booster Pump | — | Clean compressed air | No more than 0.8 MPa recommended | 3:1 |
| LITE 2DGD Series Dual-Drive Gas Booster Pumps | Maximum outlet pressure 8–48 MPa, depending on model | Process gas; gas-contact components matched to the actual medium | — | — |
| LITE 250 mm Drive Bore High-Flow Air-Driven Liquid Booster Pump | See the selection table for reference outlet pressure; confirm duty point for the model and configuration | Liquids; select for the specific medium, composition and temperature | Compressed-air drive; confirm supply conditions for the model and application | — |
| LITE ALM02 Air Pressure Booster | — | Clean compressed air | 0.3–0.8 MPa | — |
| LITE LTGPV Series Air Pressure Booster Pumps | — | Clean compressed air | LTGPV02: 0.1–0.8 MPa; LTGPV05: 0.3–0.8 MPa | — |
| LITE DGV08 Air Booster Pump | — | Clean compressed air | No more than 0.8 MPa recommended | 8:1 |
| LITE LTA Series Gas Booster Pumps | Maximum outlet pressure 1.6–80 MPa, depending on model | Process gas; gas-contact components matched to the actual medium | Maximum design 1.0 MPa; no more than 0.8 MPa recommended for long-term operation | — |
| LITE LTD Series Gas Booster Pumps | Maximum outlet pressure 8–140 MPa, depending on model | Process gas; gas-contact components matched to the actual medium | No more than 0.8 MPa recommended | — |
| LITE LTT Series Two-Stage Gas Booster Pumps | Maximum outlet pressure 20–80 MPa, depending on model | Process gas; gas-contact components matched to the actual medium | No more than 0.8 MPa | — |
| LITE LA Series Air-Driven Liquid Pumps | See the selection table for reference outlet pressure; confirm duty point for the model and configuration | Liquids; select for the specific medium, composition and temperature | Compressed-air drive; confirm supply conditions for the model and application | — |
| LITE LB Series Air-Driven Liquid Pumps | See the selection table for reference outlet pressure; confirm duty point for the model and configuration | Liquids; select for the specific medium, composition and temperature | Compressed-air drive; confirm supply conditions for the model and application | — |
| LITE LBD Series Double-Acting Air-Driven Liquid Pumps | See the selection table for reference outlet pressure; confirm duty point for the model and configuration | Liquids; select for the specific medium, composition and temperature | Compressed-air drive; confirm supply conditions for the model and application | — |
| LITE LTG Series Air-Driven Liquid Pumps | See the selection table for reference outlet pressure; confirm duty point for the model and configuration | Liquids; select for the specific medium, composition and temperature | Compressed-air drive; confirm supply conditions for the model and application | — |
| LITE LTGD Series Air-Driven Liquid Pumps | See the selection table for reference outlet pressure; confirm duty point for the model and configuration | Liquids; select for the specific medium, composition and temperature | Compressed-air drive; confirm supply conditions for the model and application | — |
| LITE LTG-2 Series Air-Driven Liquid Pumps | See the selection table for reference outlet pressure; confirm duty point for the model and configuration | Liquids; select for the specific medium, composition and temperature | Compressed-air drive; confirm supply conditions for the model and application | — |
| LITE Hydraulically Driven Liquid Intensifier | See the selection table for reference outlet pressure; confirm duty point for the model and configuration | Liquids; select for the specific medium, composition and temperature | Hydraulic drive, 1–10 MPa drive pressure | — |
| RP04-06NL Gaseous Refrigerant Booster Pump | — | Gaseous refrigerant; designation confirmed for the configuration | Compressed air; recommended 0.6–0.8 MPa, maximum 1.0 MPa | — |
| Air-Driven Hydrogen Booster Configuration | — | Gaseous hydrogen | Compressed air | — |
| Air-Driven Dimethyl Ether Booster Configuration | — | Dimethyl ether; inlet phase confirmed for the duty | Compressed air | — |
| Chemical Reagent Booster Configuration | — | Chemical reagent; composition and concentration confirmed for the duty | Compressed air | — |
| Sulfur Hexafluoride Booster Configuration | — | Sulfur hexafluoride (SF₆) | Compressed air | — |
| Butane Booster Configuration | — | Butane; composition and inlet phase confirmed for the duty | Compressed air | — |
| Fire-Suppression Agent Filling Pump Configuration | — | Fire-suppression agent; select for the actual HFC-227ea or FK-5-1-12 agent | Compressed air | — |
| Carbon Dioxide Booster Configuration | — | Carbon dioxide; applicable phase confirmed for the base type and specific model | Compressed air | — |
