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#1
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![]() My thinking is if you have different compounds... heck even different amounts of the same compound... they'll require different flow to tumble ideally. I'm a big fan of seperate pumps but that's just my 0.02.
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#2
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![]() That is a good thought process Brett, I have to restrict the OR 2500 with the pellets so maybe it might work with the pump at full power.
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Feed the bear goodies, make a new friend, don't feed the bear............... 8' - 165gal Reef DIY LED's Build 2012 Nano Contest Winner Febuary 2013 POTM Winner 300 gal + 60 gal Complete DIY Build |
#3
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![]() Run them in parallel rather than in series. I run 4 reactors from one pump in parallel and they all have different flow rates.
- Brad |
#4
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![]() I will have to agree with Brad \and to make easier place some kind of shutoff valves on the lines between the pump and the reactors.
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#5
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![]() Good idea, glad I thought of it
![]() ![]() Thanks guy for the helping ideas.
__________________
Feed the bear goodies, make a new friend, don't feed the bear............... 8' - 165gal Reef DIY LED's Build 2012 Nano Contest Winner Febuary 2013 POTM Winner 300 gal + 60 gal Complete DIY Build |
#6
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![]() Just make a manifold for them. One outlet with a couple of tees and a couple ball valves and your flow issue will be solved and then they don't need to run into one-another and they both run there own outlets. No need for two pumps if the one you have is big enough.
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#7
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![]() Maybe it was just my imagination but when I ran a manifold on my 225 turning one valve influenced pressure and flow through the others. I was always fiddling and trying to balance them.
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