Those seeking to add an industrial air compressor to their jobsite need to know what to look for before choosing a particular compressor model. These compressors fill the inner chamber with air and then reduces the volume to give users the pressure they need to do a job. Positive displacement air compressors like rotary screw, reciprocating, and rotary vane varieties are popular choices in many industries.

Hours are cut from the day by using a compressed air spray paint method rather than painting by hand with a brush. The time that works save by using industrial air compressors is amazing. This makes and industrial air compressor one of the best friends for those who use pneumatic tools, or other industrial air tools in their jobs. When linked to industrial power tools, air compressors provide more energy to equipment and power tools than other conventional power sources. Air compressors function well in high heat environments which makes them suitable for work in areas where using electricity is dangerous. Industrial air compressors afford users the convenience and safety of using air as a power source instead of relying completely on other power source like electricity. Industrial air compressors are useful in a variety of ways and come in styles to meet every application need. At least 70 percent of manufacturers use air in a compressed form for powering tools, spraying paint, as well as for use in handling materials. Each of these natural elements are powerful so it is no wonder that people seek to harness their power to make life easier.

I just want to avoid tripping breakers on startup and burning my garage down.Natural elements like the water, sun, and air are everywhere and is often in constant supply.

I've seen forums recommend 10ga romex and 60A breakers, 8ga Romex on 40A, 10's on a 40A (and when that failed he ran 6ga on a 60A). I have absolutely zero idea if this is too much, or if I need to bump down to 175%.Ģ25% would give me ~47A, and 175% would give me ~37A, so the difference between a 40A and a 50A breaker. I've anecdotally seen people using 8ga here, so I'm not sure if that is overzealous on safety or not.Īs for the breaker, this article references NEC 440.22, saying that 225% is an OK rating to target to get over the starting current required. Current thought is:Ĭonductors sized at 125% motor load current, which would be ~27A, so rounding to 30A would give me 10/2 w/g CU NM-B Romex. The install location is roughly 40' from the breaker through the walls/ceiling. I'm not sure from the image what the starting amps required are, but it looks like running amps are ~21.1A. First let's get the details out of the way: I just got an Ingersoll Rand SS4L5 230V Standalone Air Compressor, and I need some spot-checking on my wiring configuration from my panel.

Ingersoll rand ss4l5 compressor