![]() ![]() At higher pressures, the air has a higher density, therefore, the air compressor has to work harder to compress the same volume of air, which will take longer. The air compressor will run for a longer time when the output pressure is lower, as the tool will use a lower volume of air at a slower rate. If you had originally set the pressure to 125 and got 5 cfm, but wanted to see how much more airflow you would get at 90 psi, then: This is the same assumption we used earlier for calculating for a new airflow at a different pressure than listed. ![]() Power is equal to the pressure multiplied by the volume over time – where volume over time is the cfm. If your tank pressure is much higher than your output pressure, you will increase the total volume of air that will leave your tank on a single charge.įor the same power rating on the same air compressor, by adjusting the pressure, you should get more airflow. Once your air compressor’s tank is pressurized, you have a certain volume of air that you can use until the compressor kicks back on again. Reducing the output pressure of your air compressor will help to increase the output airflow. If you need to increase airflow output from your air compressor for a specific tool or task, there are a few options that you may consider: 1, Reduce Outlet Pressure on your Air Compressor Read on to get a better understanding of how the airflow on your compressor works and the five ways you can increase your output airflow.
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