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Find your Air Ride Compressor now!
Air Ride Compressor is rated by means of horsepower. A compressor with a higher horsepower rating like 3/4hp or 1 full horsepower will be able to pump up to higher tank pressures easier than those of lower horsepower ratings, like 1/5hp compressor. Then you hit a switch to make your air valves open to fill (inflate) your air bags which, in turn, will lift your suspension. The opposite happens when you let air out of your bags to lower your suspension.The duty cycle, or efficiency, of an Air Ride Compressor can be defined as the amount of time that the air compressor can operate under load (pumping at high psi) verses the time when operating under no load (low psi). Basically, high horse power compressors won’t have to work as hard since they are stronger. However, a high horsepower compressor will require more energy/voltage from your electrical system in your vehicle, so there is a trade off, but if you have a decent powered alternator, and a strong battery, go for the higher horsepower compressor. Another way to go is to use multiple low horsepower compressors, but in the end it will all equal out. Horsepower isn’t necessarily the best way to rate a compressor since it is more important to know the amount of air the compressor can deliver at a specific pressure. Air Ride Compressor, are necessary to assemble an air ride setup, but what it all comes down to is relatively simple.
Find your Air Ride Compressor now!
Air Ride Compressor is rated by means of horsepower. A compressor with a higher horsepower rating like 3/4hp or 1 full horsepower will be able to pump up to higher tank pressures easier than those of lower horsepower ratings, like 1/5hp compressor. Then you hit a switch to make your air valves open to fill (inflate) your air bags which, in turn, will lift your suspension. The opposite happens when you let air out of your bags to lower your suspension.The duty cycle, or efficiency, of an Air Ride Compressor can be defined as the amount of time that the air compressor can operate under load (pumping at high psi) verses the time when operating under no load (low psi). Basically, high horse power compressors won’t have to work as hard since they are stronger. However, a high horsepower compressor will require more energy/voltage from your electrical system in your vehicle, so there is a trade off, but if you have a decent powered alternator, and a strong battery, go for the higher horsepower compressor. Another way to go is to use multiple low horsepower compressors, but in the end it will all equal out. Horsepower isn’t necessarily the best way to rate a compressor since it is more important to know the amount of air the compressor can deliver at a specific pressure. Air Ride Compressor, are necessary to assemble an air ride setup, but what it all comes down to is relatively simple.