HH3040
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HH3040 series booster Air / Inert Gas Pressure Booster 3.0 HP, AC Electric motor 24/7 operation 40 - 100 psi gas inlet pressure 650 psi max gas discharge pressure 10,000 hours of seal life Air-cooled / Oil free Touchscreen control panel MPS MPS Midwest Pressure Systems, Inc. M I DWEST PRESSURE SY S T E M S 850 Transport Drive Valparaiso, IN 46383 www.midwestpressuresystems.com 2" Square

Booster Specifications: HH3040 series Gas Connections & dimensions Gas supply connection Bore diameter and stroke length Gas displacement per cycle Overall dimensions (W x D x H) 0.061 cubic feet (1.73 liters) 18” x 27” x 50” (46 cm x 69 cm x 127 cm) Recommended fluid 3.5 Gallons Electrical Specifications Rated voltage Power consumption 9.0 Amps / 7.9 Amps / 7.3 Amps Supply cable User supplied4 Pressure, Temperature & Noise Specifications Gas supply pressure range Gas discharge pressure range 40 psig to 140 psig (2.8 bar to 9.7 bar) 200 psig to 650 psig (13.8 bar to 44.8 bar) Ambient...

Performance Data: HH3040 The HH3040 gas pressure booster provides flow rates between 130 SCFH and 380 SCFH depending on the gas supply pressure. Installing a regulator upstream of the booster allows the operator to set the desired flow rate. Example: A nitrogen generator is capable of delivering 99% nitrogen at 180 SCFH and 80 psig. However with an 80 psig supply the booster will produce over 230 SCFH. 230 SCFH is more than the nitrogen generator is capable of providing so a loss in purity may occur as the nitrogen generator attempts to provide more flow. This can be remedied by regulating the...

Touchscreen Control Panel: HH3040 The HH3040 gas pressure booster uses a touchscreen control panel. The touchscreen allows the operator to turn ON and OFF the system, view & change various operating parameters and review error codes. An example of the Home Screen is shown below along with a list of the viewable/modifiable parameters. Viewable Parameters Output Pressure The current discharge pressure of the system High Pressure Setting The pressure at which the system will automatically turn OFF (Modifiable by the operator) The pressure at which the system will automatically turn ON...