![]() Yes, I know it's kinda sucky to have pipes sticking down into your tank on the viewing side. The two fittings facing down are your outlets going down to your sump. In picture 2 you are looking at the back side, the side outside the tank. The flat screen would be your inlet to the overflow. ![]() Ie, that flat screen would be in the tank water, as well as the 2 legs. In picture 1 you are looking at the tank side. I tested this with pumps rated at 1000gph and the single chamber had no problem keeping up with such a rating. So 2 chambers would be 2000gph, 10 chambers would be 10,000gph, etc. Each camber has a capacity of about 1000gph. Distance from the back to the tank to the wall would be just a bit over 2". These are made of 1.5" chambers with 1" flow path. This is a dual (2) chamber unit but you can build them as wide as your tank. But others have different perspectives and we are looking for feedback before we go into production with it. I ran two in my own tanks for years before we started the patent process to make sure I had everything figured out. It's main features is that it'll very narrow so it'll put your tank closer to the wall, that it's scaleable and except for one part it's all made out of common pvc fittings. ![]() What it is, is a way to build your own overflow out of pvc fittings for less than $20. But we feel we'd like to show the reef/aquarium industry what it is. The part is not yet for sale on our website but the patent has been approved and we have a 2nd one pending. We are looking for feedback and opinions about a part we are about to sell. ![]()
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