Hey! This thing is still a Work in Progress.
Files, instructions, and other stuff might change!
Parametric Airlift Water Valve
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Published on December 9, 2011
Derived from
Airlift Water Valve
by tullrich
Description
This is a parametric version of an airlift valve for hydroponic and aquaponic systems like Window Farms[tm].
This model can be used as a parametric replacement to the airlift valve mentioned in the ancestry. Tube size and connection point can be configured. License is restricted to the terms of the CC-BY-SA as per the original work.
You may also consider to use T-valves as in the following example instead: our.windowfarms.org/2011/11/16/t-valve-airlift/
This model can be used as a parametric replacement to the airlift valve mentioned in the ancestry. Tube size and connection point can be configured. License is restricted to the terms of the CC-BY-SA as per the original work.
You may also consider to use T-valves as in the following example instead: our.windowfarms.org/2011/11/16/t-valve-airlift/
Instructions
Print in non-toxic plastics, connect an aquarium air(!) pump of the kind that aerates your tank, submerge the valve in water to lift water without the noise.
Further instructions can be found for example at windowfarms.org
The Haskell file is parametric, the Scad file is just its output. Requires Scad.hs from the Haskell/OpenSCAD bindings at thingiverse.com/thing:10523
Work in progress until I decide on the default parameters that work best for me. I'd also add plan to add support for two different tube sizes.
Further instructions can be found for example at windowfarms.org
The Haskell file is parametric, the Scad file is just its output. Requires Scad.hs from the Haskell/OpenSCAD bindings at thingiverse.com/thing:10523
Work in progress until I decide on the default parameters that work best for me. I'd also add plan to add support for two different tube sizes.
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License
Parametric Airlift Water Valve by relet is licensed under the Attribution - Share Alike - Creative Commons license.

Had any luck getting a good size to start with? I am about to make one of these for myself soon...
I eventually settled for the external valve in the other example, using a standard T piece and a bike valve.