Having just looked closely at photos of the innards of these pumps I see that there is a clear path both ways through the housing. The impeller doesn’t per say force the fluid motion, it just encourages it with a strong swirl.
Knowing this I will have to make sure all vessel to vessel transfer outlet and inlet pairs are at the same height. xxxxxxxxxxx Nope, that won't work. Head pressure will be present whenever one vessel has more fluid than the other. A solution could be outlets always above the high-water line. Then I fear hot side aeration. I guess I really do need more valves, and have the presence of mind to turn them off when not using their accompanying pumps.
Places where there are T's in the fluidics diagram there will always also have to be check valves to prevent back flows. Can anyone point me to examples of check valves in documented builds here on HBT?
I am designing 3 pumps into my fluidics, each with a 3 way valve on the output. Any other builds like this anyone can point me to?
Tim
Knowing this I will have to make sure all vessel to vessel transfer outlet and inlet pairs are at the same height. xxxxxxxxxxx Nope, that won't work. Head pressure will be present whenever one vessel has more fluid than the other. A solution could be outlets always above the high-water line. Then I fear hot side aeration. I guess I really do need more valves, and have the presence of mind to turn them off when not using their accompanying pumps.
Places where there are T's in the fluidics diagram there will always also have to be check valves to prevent back flows. Can anyone point me to examples of check valves in documented builds here on HBT?
I am designing 3 pumps into my fluidics, each with a 3 way valve on the output. Any other builds like this anyone can point me to?
Tim