Electric Air Compressor, Lubrication Type Splash Lubricated, Air Tank Style Horizontal, Number of Stages 2, Output Power 10 hp, Free Air Flow Rate @ Maximum Pressure 35 cfm, Maximum Operating Pressure 175 psi, Air Tank Size 120 gal, Input Voltage 200V AC, Phase Three, Frequency 60 Hz, Compressor Package Type Base Model, Pump Style Simplex, Pump Type Reciprocating, Pump Location Top Mount
What Our Experts Think
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10 hp, 2-stage electric air compressor from Ingersoll Rand (model G0629754) delivers strong, steady air supply for demanding industrial use.
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The two-stage compression provides higher discharge pressure and improved efficiency over single-stage units.
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Designed for continuous-duty operation, making it well-suited for workshops, manufacturing, and heavy pneumatic tool applications.
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Constructed with robust materials and built-in reliability typical of Ingersoll Rand’s engineering standards.
Q&A
Q: What applications is this compressor ideal for?
A: Suitable for industrial settings, manufacturing processes, and large-scale pneumatic tool systems requiring consistent, high-volume air.
Q: What power/configuration does it require?
A: Typically configured for three-phase electric power; you should verify the unit’s voltage and motor requirements for your facility.
Q: What type of duty cycle does it support?
A: It is designed for continuous or heavy-duty service, rather than intermittent use, making it best for high-demand environments.
Maintenance Tips
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Use only Ingersoll Rand-approved compressor oil and maintain correct oil level to ensure lubrication and cooling.
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Regularly inspect and replace the air intake filter, and keep cooling fins or ventilation clear of dust for optimal performance.
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Drain condensation from the compressor tank or receiver daily to prevent internal corrosion and moisture-related issues.
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Check belt tension, pulleys, valves, electrical connections, and safety systems on a defined schedule.
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Ensure installation in a well-ventilated space, with adequate clearance around the unit for airflow and heat dissipation.
