Help me plan the best route to putting these pumps parallel. Or least a decent looking route. Feel free to suggest rotating the radiators, though I'd rather not.
Didn't even think of that for the dual res/pumps. That's an interesting idea.
Yeah i'll likely end up going this route.
I have 6 pumps in total. There's a pair of Pump/res on the other side, along with those you see in series. By putting these pairs in parallel I'll get to double the flow as well. I should have enough head from the rest of the pumps that are already in series.I didn't like pumps in parallel. If one goes out you you get a lot of flow backwards through it, reducing flow in the main loop a lot.
They also seem to fight each other where they combine, at least my experiments with parallel pumps was not positive. The 'Y' join was not a good thing. Series or two independent loops is much better.
Ah, series-parallel pumps! I think we talked about that in another threadI have 6 pumps in total. There's a pair of Pump/res on the other side, along with those you see in series. By putting these pairs in parallel I'll get to double the flow as well. I should have enough head from the rest of the pumps that are already in series.
I'm not smart enough to understand how tubing would play a role.So upgrade to larger tubing, wouldnt this resolve the pressure problem like you mentioned?
anyway, i was reading up on it earlier today because of my current build and happened across a fairly good thread about the topic on anandtech:Parallel pump setups are very clearly a poor choice for water cooling. Not only is the performance benefit very small and only some benefit for very low restriction loops, it also barely manages to provide enough pumping power for redundancy. Series setups give you double the head pressure of a single pump and that increased head pressure is tuned ideally for water cooling’s high restriction nature. I will caution that running two pumps in series and the resulting increased flow rate does work your pumps harder, so you should consider additional cooling particularly with DDC pumps. I would also advise that dual pumps is not something that will normally net large measurable temperature gains, it’s generally reserved for those that are in search of that last degree in performance…or for those with extremely large, complex, and restrictive loops.