
So, I was still determined in building my still and the only solution was to compress the amount of pieces needed to the smallest possible pool, this is what I got:
VM mode = BallV adjusted, RefluxNV closed, TakeOffNV closed
LM mode = BallV closed, RefluxNV closed, TakeOffNV adjusted
RLM mode = BallV closed, RefluxNV adjusted, TakeOffNV open
Measures in mm.
The left outlet is for VM takeoff (planning to manufacture it myself because the 54x28x54 T fitting isn't so cheap and would be harder to cut and solder the slanted plates), ~1" tube + ball valve.
The two green things are needle valves (I had a lot of fun with CAD but I was too tired to finish it xD)
The condenser is a 11"x2" shotgun/graham hybrid (4 x 3/8" tube shotgun wrapped with a 3/8 coil), the 4 tubes are filled with Scrubber pieces, the top chamber too. (I understand that manufacturing and soldering in place the condenser will be a bit hard but I'm focusing on compactness and cheap overall price..)
Now I am interested about your expert opinion on my humble design, I would like to know if you guys think it will work? Let me know if there is any objection to this design. I am particularly interested about the condenser cooling capacity.. Do you think it will be enough for 1kw ~ 1.5kw?