Hi,
I just bought an Eheim 5000 compact which claims to pump up to 1320 gph. I plan to use it to "Y" off my return line.... one way directly to my display tank and the other through a JBJ 1/4 HP chiller and back up to my display tank through a U-tube return. Both hoses will need to travel 4 ft to the top of my tank.
I dont know much about the physics behind this but i figured that once the water hits the Y, it should split to approx 650 gph each way and then by the time each hits the top of my tank the gph will probably lessen by about 200 gph (4 ft head) on each hose....and finally each return will spill into the tank at around 400ish gph. Are these calculations accurate by any means!? BTw, my chiller needs a gph of 480 to 1920 so Im assuming i will meet the minim flow requirements.
Will this work?
thanks
92 gallon corner "reef ready"
20 gallon sump
Reef octopus skimmer 160s
I just bought an Eheim 5000 compact which claims to pump up to 1320 gph. I plan to use it to "Y" off my return line.... one way directly to my display tank and the other through a JBJ 1/4 HP chiller and back up to my display tank through a U-tube return. Both hoses will need to travel 4 ft to the top of my tank.
I dont know much about the physics behind this but i figured that once the water hits the Y, it should split to approx 650 gph each way and then by the time each hits the top of my tank the gph will probably lessen by about 200 gph (4 ft head) on each hose....and finally each return will spill into the tank at around 400ish gph. Are these calculations accurate by any means!? BTw, my chiller needs a gph of 480 to 1920 so Im assuming i will meet the minim flow requirements.
Will this work?
thanks
92 gallon corner "reef ready"
20 gallon sump
Reef octopus skimmer 160s