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correct. I'm assuming they just want it close to the actual pump to keep the line full?in that diagram, the check valve will prevent water from back-siphoning from the sump to the ATO res. If your ATO res is higher than the sump water level, the check valve is basically useless.
I guess that's a factor to consider, but the pumps are strong enough that it really doesn't matter. And, in this situation you can bypass the issue entirely by having the outlet into the sump above the sump water level rather than submerged.correct. I'm assuming they just want it close to the actual pump to keep the line full?
it's just going into the 3rd chamber of a biocube. Really only need it when I'm away because I need to keep the lid open for the auto feeder which is where the evap comes from.I guess that's a factor to consider, but the pumps are strong enough that it really doesn't matter. And, in this situation you can bypass the issue entirely by having the outlet into the sump above the sump water level rather than submerged.
if the tube will be sumberged on both ends, you definitely want the check valve.it's just going into the 3rd chamber of a biocube. Really only need it when I'm away because I need to keep the lid open for the auto feeder which is where the evap comes from.
so then place it right outside the tank. The tube will never even contact the water so I don't think I need it at all but was just thinking if it's better to prevent the water in the line from going in reverse through the pump each time it stops. Basically what, like 4 feet from floor to top of a biocube? And going into the 3rd chamber, that the lowest volume for fillIdeally you want that check valve at the highest point in your tubing to stop a siphon from your resi to sump .. it needs to be higher than the water line of both your resi and the sump water level.