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Selected Quincy QT-54 on a 60 gallon vertical tank front view with decals
Quincy QT-54 on a 60 gallon vertical tank front view with decals

Description

Quincy QT-54 5 HP 60-Gallon Two-Stage Vertical Air Compressor (230V, 1-Phase) is a powerful, premium-grade unit built for serious industrial and commercial applications. Featuring a 5 HP motor and Quincy’s legendary two-stage cast iron pump, the QT-54 delivers 15.2 CFM at 175 PSI, making it ideal for running multiple high-demand air tools simultaneously with no drop in performance.

The rugged 60-gallon vertical tank provides ample air reserve without taking up too much floor space, while the low-RPM pump runs cooler and quieter for extended pump life—rated up to 30,000 hours. The 230V 1-phase configuration makes this unit easy to integrate into most professional workshops without requiring a 3-phase upgrade.

This compressor comes factory-filled with Quincy’s proprietary synthetic lubricant for immediate use and long-term protection. With industrial-duty intake filter, ASME tank certification, and thermal overload protection, the QT-54 offers unbeatable reliability and value for professional-grade operations.

Key Benefits:

  • Delivers 15.2 CFM at 175 PSI — supports multiple tools and sustained use
  • 5 HP motor with overload protection and capacitor start
  • Two-stage cast iron pump rated for up to 30,000 hours
  • 60-gallon vertical ASME tank conserves space while maximizing air volume
  • 230V 1-phase power — easy installation in standard commercial shops
  • Pre-filled with synthetic oil for better startup and extended maintenance intervals

Perfect For:

  • Auto repair and body shops
  • Fabrication and welding facilities
  • Light manufacturing and assembly lines
  • Woodworking shops with CNC routers or sanders
  • Commercial contractors and industrial maintenance teams

Attributes

CFM
15.2
CFM Range
10-20
Dryer
No Dryer
Duty Cycle
Heavy
Electrical Phase
1
Horsepower
5
Lubrication Type
Splash Lubricated
Mount
Vertical Tank Mounted
Pressure
175
Simplex or Duplex
Simplex
Tank Size (Gallons)
60
Voltage
230

Dimensions

Length 30.00 in
Width 23.00 in
Height 70.00 in
Weight 350.00 lbs

Resources

FAQ

FAQs

What is the difference between PSI and CFM in air compressors?

PSI (pounds per square inch) measures the air pressure a compressor generates, while CFM (cubic feet per minute) measures the volume of airflow delivered in a 60-second period. Both ratings are critical in determining the type of equipment that can be operated and directly impact tool performance.

Shop Air Compressors

How do I calculate the CFM requirements for my compressed air tools?
Start by finding the CFM specifications for your equipment. This information is available in the user manual or on the manufacturer's website. If you plan to use multiple tools simultaneously, add their CFM requirements together. Then, multiply the total by a safety factor of 1.5 to account for peak air demand conditions and ensure consistent performance.

What is considered a good PSI for an air compressor?
The optimal PSI for an air compressor varies based on its intended use and size. For example, an autobody shop typically needs an air compressor that produces around 150 PSI. In contrast, some specialized industrial applications may require compressors that deliver up to 20,000 PSI or more to operate heavy-duty machinery.

How important is horsepower (HP) when choosing an air compressor?
Horsepower (HP) measures the work capacity of the motor or engine that powers the air compressor. While HP is important, CFM and PSI are more critical factors in determining the air compressor’s overall performance.

What size air compressor tank do I need?
To estimate the appropriate size for an air compressor tank, you can multiply your tool’s CFM (cubic feet per minute) requirement by 1.5 as a general guide, then round up to the nearest gallon. This figure can help determine the recommended tank size in gallons. Additionally, consider how long you need to use your tools without frequent interruptions for the compressor to refill. For continuous use, a larger tank will provide longer run times and may suit your needs better. For example, if your tool requires 20 CFM, a tank in the 30-60 gallon range would be suitable for most applications.

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