Jebao DC12000
- Thread starter Reefomeez
- Start date
it's the age old debate on torque vs. power.. 
if you have 1000HP but 10 lb/feet of torque, you'll barely be able to leave the line.
the Jebao pump seems to be that variety, all power, no torque.
if you have 1000HP but 10 lb/feet of torque, you'll barely be able to leave the line.
the Jebao pump seems to be that variety, all power, no torque.
I want to go to the fluvial sea, but I don't know which to get between the sp4 or sp6. Should I try to match the jaebao rating?
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After some thought, I'm really looking to replace this pump. I got 150g tank, 1.5" returns and. Manifold, four ball valves. They'll be feeding my carbon, gfo, biopellet reactor and a chiller if necessary. What do you guys think?
Dc12000 = 3100 gph (supposedly)
Sp4 = 1800 gph
Sp6 = 3400 gph
I don't exactly know how many gph the dc12000 is doing at. Max power, but it definitely is not 3100 gph.
Thoughts and advice?
Sent from my Nexus 5 using Tapatalk
Dc12000 = 3100 gph (supposedly)
Sp4 = 1800 gph
Sp6 = 3400 gph
I don't exactly know how many gph the dc12000 is doing at. Max power, but it definitely is not 3100 gph.
Thoughts and advice?
Sent from my Nexus 5 using Tapatalk
in simplistic form, pressure is just the flow rate divided by tubing area, so the smaller the piping, the greater the pressure.
however, pressure in this case isn't the important thing, pressure is only mentioned in the context of "not much flow", as in "i put my hand in front of the return nozzle and there's not much pressure".
reducing the size of the pipe would certainly increase the perceived pressure from the return, but the real question is how that impacts the GPH delivered given the static head pressure, and now the added friction/pressure from the smaller pipe.
however, pressure in this case isn't the important thing, pressure is only mentioned in the context of "not much flow", as in "i put my hand in front of the return nozzle and there's not much pressure".
reducing the size of the pipe would certainly increase the perceived pressure from the return, but the real question is how that impacts the GPH delivered given the static head pressure, and now the added friction/pressure from the smaller pipe.
