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Save money and troubles by learning how to set your air compressor pressure switch the right way! You can save yourself a lot of trouble, and money, by setting the correct cut-in and cut-out pressure for your compressor. Learn how to set the pressure switch yourself! First I will teach you what the correct pressure settings are for your compressor. Than I will show you how to set these pressures on your pressure switch. The right pressure Both for small (piston) compressors and for large industrial rotary screw compressors, the pressure setting is the most basic and most important setting of the compressor.

On smaller compressor, the pressure is set up on the pressure switch. On large compressors, it’s done on the central compressor controller, but the idea is the same.

Less is more When deciding what the best pressure is for you and your compressor, always remember to set the pressure as low as possible for your application. Elm327 Usb Driver Windows 10. I know most compressor are advertised as 7 bar (125 psi) compressor, and are set at the pressure when you buy them. But if you only need 5 or 6 bar, it’s better to lower the pressure. Every increase in pressure will require more energy. Simple as that.

IK Multimedia Sampletron Vsti RTAS V1 0-Air. If you own a large compressor ( say 30 kW or bigger), you can save hundreds or thousands of dollars per year in energy costs by lowering the pressure setpoint. For small compressors, the savings are less significant, but if you can save 10 or 100 dollars on energy costs per year, why not?

Cut-in and cut-out pressure A compressors always has two pressure set-points: the cut-in and the cut-out setpoint. These are simply the two pressures at which the compressor starts and stops. The compressor will stop when it reaches the cut-out pressure and will start again when the pressure drops back to the cut-in pressure. So, the cut-in pressure is always lower than the cut-out pressure. We call the difference between cut-in and cut-out pressure the pressure band or the pressure differential. A rule of thumb is that the pressure differential of at least 1 bar (14 psi).