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#1
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![]() Thank you!
How did you learn to do this? Something job related? How do you tweak it and adjust it? |
#2
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![]() sphelps is an engineering graduate ive seen alot of his stuff first hand and hes also built me alot ,like he says hes always reingineering his early work. i have never been disapointed
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#3
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![]() ive used a few evaporator coolers and they all used wicks and a mesh but this method looks alot more reliable for salt water.
good idea, but i bet you will be using alot of water, do you have an auto topoff? |
#4
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![]() Quote:
I was researching various heat exchanges and their adaptability to the aquarium and found the evaporative cooler design to be most logical. Researching that I found a few on the market but as stated they use foam which to me seemed troubling so I decided to try something a little different. I adjust it by paying around with various flow rates of air and water until I find something that seems to work best. The fans are controlled by a variable 3-12 volt adapter and the water with a ball valve. The cooler is fed by overflow from the skimmer so it doesn't require an extra pump. Only power it uses is from 4 low wattage computer fans. Uses less than 12 watts. Quote:
![]() Yes I have an ATO, direct RO hook up. Not sure how much water I use but water is cheap. |
#5
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![]() Do you get much salt creep from your design? I'm assuming the pics were fresh after install
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28g Nano Cube drilled with 13g sump in stock stand. Vertex IN80 Skimmer, Phosban 150 Reactor, Apex Controller, DIY LED with stock hood, dimmable Established March 2006 |
#6
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![]() been up and running for a month and no salt creep yet. It's likely to show up eventually but that's why the unit is designed to be easily removed and cleaned.
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