This is an idea I've been kicking around for a while and finally got down to implementing since I got sick of how small my current reservior is.
So here's what I did
- took a metal kitchen flour jar
- drilled a hole in the top part of the lid and the side for 3/8 in barbs
- drilled big and small holes in the lower part of lid for water release, for a pseudo shower effect
- used jb-weld to fix barbs in place
- caulked channel in lid to seal halves (don't know if i needed to or not, but better safe then sorry)
The pics attached are the entire thing with it hooked up and running, a standalone pic of the reservior itself with vertical and horizontal rulers for size comparison, and a close up of the lid. The water intake on top is offset from the escape holes in order to cut the velocity of the water coming in in order to reduce turbulence and air bubbles.
It passed the 24hr leak teak run without exploding, spewing water all over my office, or falling apart, so I'd call that good to go. Now just to integrate it in to my system...
So here's what I did
- took a metal kitchen flour jar
- drilled a hole in the top part of the lid and the side for 3/8 in barbs
- drilled big and small holes in the lower part of lid for water release, for a pseudo shower effect
- used jb-weld to fix barbs in place
- caulked channel in lid to seal halves (don't know if i needed to or not, but better safe then sorry)
The pics attached are the entire thing with it hooked up and running, a standalone pic of the reservior itself with vertical and horizontal rulers for size comparison, and a close up of the lid. The water intake on top is offset from the escape holes in order to cut the velocity of the water coming in in order to reduce turbulence and air bubbles.
It passed the 24hr leak teak run without exploding, spewing water all over my office, or falling apart, so I'd call that good to go. Now just to integrate it in to my system...
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