Are you considering to add Quincy air compressor to your arsenal of industrial machinery? Then we advise you get to take note of these four specifications so that you end up with the right unit.
Maximum operating pressure (PSI)
Getting this spec will allow you to determine the right psi rating that the equipment has to offer. It can also help you decide whether a single-stage or two-stage version of Quincy air compressor would be the best choice. Determining psi also requires you to get the CFM rating which can be noted at a specific PSI. You can determine the right unit by the tool with the highest requirements and choose the compressor with a minimum psi rating of such tool.
Maximum air volume (CFM)
Since pneumatic tools require different levels of air volume to work, you have to know the CFM rating of the tools that your Quincy air compressor will power. In case you have more than one air line from your unit, make sure that you get the minimum CFM rating from all your tools that could be used at one time. In this way, you don’t underestimate your compressed air power requirements.
Tank Size
Typically, the more continuous-use pneumatic tools will need a bigger tank size than tools that are used intermittently. There are really no technical calculations of tool ratings to know the most appropriate tank size. However, it is advisable to choose the largest size of tank your budget can allow that is available in the CFM and PSI requirements for your compressed air applications.
Horsepower (HP)
While the horsepower of the machine is not directly connected to the performance of your pneumatic tools or delivery of compressed air, it is an important factor when considering what specific Quincy air compressor to choose. The HP is a rating for the motor of your compressor which creates the compressed air and delivers it into the tank.