Sure, and I'll go more into this in a bit but,Fascinating to see the amount of effort that you had to put into all of this, and how well planned everything was. Also, very impressed by your DIY skills.
Curious to read in your next update what happened to the fish when transferring them over. It seems like keeping animals in a temporary holding bin is a big risk in this process (there is a separate recent post on this). Your acros did not like this apparantly, which seems understandable, as they tend to need a more established tank to thrive, and you had them in there for 2+ months. Did you run carbon and/or UV in that temporary setup?
Also, I assume you do not have a crawl space or anything under the house and it sits on solid ground?
Thanks, I hope this will be a good reference point for me to remember what worked and did not and I hope it may spark an idea on others how read through it.I must say insane job on filling in the back story far beyond what I expected to see (a few more pictures)
Appreciate your over the top effort. Awesome build process.
Sure all I did was cut a 2x4 to length and screwed it in to the vertical beams. Because I was not going to put the skin along the back, I was not going to have a true torsion box without extra diagonal supports there.Can you take a pic and explain how you connected the diagonal braces in your stand? I want to add some and wasn’t sure the best way to screw them in.
The part of The house with the aquarium sits was at one time an outdoor patio that people long before us built a room on. So it is solid concrete that it is sitting on. The downside was because it was outside slab. At one point the slope was pretty atrocious at .25 fall per foot. Great if you're a plumber, crappy if you're leveling something.Also, I assume you do not have a crawl space or anything under the house and it sits on solid ground?
Drains are 6x 1.5 inch and returns are 2x 3/4 pipes.how big are those outflow pipes ?
Have you tested them?One thing I should have thought a little bit more about was the placement of the return lines. Because I only have room for a 75 gallon sump. It was very important to me to make sure during the power outage what siphoned off the top of the aquarium fit into the 75. My return holes were too low for that.
For this solution I opened up fusion 360 and designed a siphon break that would also raise the level of the water a little bit. Also, I had to deal with the challenge of printing it as one solid piece. I probably didn't necessarily need to do that, but sure aesthetics sake. I ended up finding a way. The trick was the pill shape of the interior.
No overhangs allowed for the printer to build without any supports on the inside.
While syphon break air inlet sits about a quarter of an inch below the water line. Now the entire system drains less into the sump during a power outage than my 320 did. That is in part due to the external overflow boxes having less volume in them than the large intake overflow that was in the 320.
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Yes. I'm super happy with them The siphon hole is large enough that a small snail would not be able to stop it up. That said, I have some turbo snails that are the size of baseballs.Have you tested them?
