Due to the potential that my automation projects have on pi$$ing off the purists, I've aptly codenamed this project the "Pee" shooter. As stated in another thread, I'm working on an automatic spritzer so that the smoking chamber can be left closed during a long smoke; reducing heat and smoke loss.
I'll basically have a small chamber that will contain the liquid, pressurized by a compressor or pump. An exit hose will feed to a solenoid valve, and lastly into a misting nozzle. The computer will open and close the solenoid valve as needed to add humidity to the smoking chamber.
Here's the initial protype. It's small, but if my math is correct, it should hold about a pint of fluid, which I think is enough to start. I pressure tested it tonight with 40 PSI. Held up pretty well; no visible leaks. Once I get the nozzle, I'll have a better idea if what kind of pressure I need to get a good mist.
Anyhow, here's a picture. The side quick connect is for the compressor. The top screw on cap is for loading the tube with the liquid. The bottom side of the tube has a ball valve and a barb for the hose. More to come later:
I'll basically have a small chamber that will contain the liquid, pressurized by a compressor or pump. An exit hose will feed to a solenoid valve, and lastly into a misting nozzle. The computer will open and close the solenoid valve as needed to add humidity to the smoking chamber.
Here's the initial protype. It's small, but if my math is correct, it should hold about a pint of fluid, which I think is enough to start. I pressure tested it tonight with 40 PSI. Held up pretty well; no visible leaks. Once I get the nozzle, I'll have a better idea if what kind of pressure I need to get a good mist.
Anyhow, here's a picture. The side quick connect is for the compressor. The top screw on cap is for loading the tube with the liquid. The bottom side of the tube has a ball valve and a barb for the hose. More to come later:
