Assuming 4 nozzles on a worst case 1.5sec/60 sec cycle at 40psi and the 11gal tank running 40-90psi. Your compressor would run every 21 minutes for 4minutes and 33 seconds (ish)Its a good idea to time how long the compressor takes to fill the tank from 40-90 to get the real cfm.
The 1ml/100L is the maximum saturation per misting pulse (its actually 0.9ml), assuming you have full coverage and the correct droplet size range. Your 4x2 chamber is around 288L, using two #4`s with 40psi air you`d need a 1.8 second misting pulse to reach the 1ml/100L limit. Thats a lot of mist![]()
damn thats a lot of on time, i dont have a lot of faith in this little chinese compressor, you think i should just stick with one chamber. so as not to wear it out prematurely, before im done prototyping, or is my faith weak?
also i got my #4s today
The HF would run for 9 hours a day with 4 nozzles![]()
Jesus are you telling me you need a belt drivin, v twin with a 60 gal tank to do this decently ? Damn. This is why I'm gonna stick to HPA then convert over to HPAAA down the road.
Atomizer: what is the ideal output range ? Like 10 cfm?
Jesus are you telling me you need a belt drivin, v twin with a 60 gal tank to do this decently ? Damn. This is why I'm gonna stick to HPA then convert over to HPAAA down the road.
Atomizer: what is the ideal output range ? Like 10 cfm?
trouble with soundproofing is that with our application, like a heat producing motor in a compressor, we need to vent the chamber in order to keep the motor/pump cool, so the vent hole leaks sound. You could get around that with some copper tubing coiled around the tank/motor and have it connects to a coolant reservoir and pump. Pumps are 50-90 bucks, or way cheap if ripped out of a junkyard. OR get fancy and make an adsorption chiller ha...