Quincy QT™ Pro Two Stage Air Compressor Vertical 10 HP 120 G Capacity 3 Phase 460V 4103DS12VCB46

The quincy qt™ ensures more air while consuming less energy in the production process. A one-piece aluminum head optimizes strength and dissipates heat while quincy's unique valve design provides the highest volumetric efficiency available. The reciprocating quincy qt™ is a standard duty air compressor designed to deliver more cfm per brake horsepower ensuring the powerful reliable performance you demand. Designed to deliver high-efficiency operation maximum strength and minimal downtime the quincy qt™ is built for lasting performance. Features ul style"margin-top0px; padding-top 5px; padding-bottom 5px;" 35 @ 175 psi an aluminum head for superior heat dissipation loadless auto stop/start high-efficiency cast-iron cylinders with rigid tolerances asme-standard interstage pressure relief valves industrial bearings for operating longevity graphite head gaskets and cylinders for reliable seal integrity a high-capacity oil reservoir to ensure low temperatures built-in two-piece connecting rods for easier servicing a counterweighted crankshaft for smooth simple operation stainless steel valves for maximum strength and volumetric efficiency 5-15 hp 175 psig maximum osha complaint totally enclosed belt guard ul listed and csa certified electrical components two stage 100% duty cycle rated splash lubrication system a fin and tube intercooler for reduced interstage air temperature increased valve life and reliable performance a fan-type flywheel for powerful air delivery and efficient unit cooling max unit ul style"margin-top0px; padding-top 5px; padding-bottom 5px;" "fully loaded" units air cooled after cooler electronic drain low oil protection vibration isolators (horizontal units only) extended warranty available two-year package and three-year pump vs. One-year on configured units easier to order preassigned part numbers pro unit ul style"margin-top0px; padding-top 5px; padding-bottom 5px;" "standard" confi

Additional Information