G grandpatzer New member Feb 6, 2012 #1 I got inspired by another guys build(picture), but I have a standalone rad, wonder if it makes sensce to screw it on to rad?
I got inspired by another guys build(picture), but I have a standalone rad, wonder if it makes sensce to screw it on to rad?
J Jamsand New member Feb 6, 2012 #2 as long as res goes before the pump and is higher(pump is gravity fed in most case) then can go where ever it just stops the pump from running dry ad burning out
as long as res goes before the pump and is higher(pump is gravity fed in most case) then can go where ever it just stops the pump from running dry ad burning out
A airdeano New member Feb 9, 2012 #3 grandpatzer said: I got inspired by another guys build(picture), but I have a standalone rad, wonder if it makes sensce to screw it on to rad? Click to expand... good question, id thought that the most capacity would further chances of the coolant to "chill", and needs time to allow the coolant to transfer heated fluid so you are not re-cooking heat coolant. looks-wise im sure it works, but does the cpu/gpu feel it the same way? these are less than 2-liter systems and the water flow pressure and volume needs time to sit and exchage the heat instead of running in and out ASAP. the extra hose is more volume, yes? airdeano
grandpatzer said: I got inspired by another guys build(picture), but I have a standalone rad, wonder if it makes sensce to screw it on to rad? Click to expand... good question, id thought that the most capacity would further chances of the coolant to "chill", and needs time to allow the coolant to transfer heated fluid so you are not re-cooking heat coolant. looks-wise im sure it works, but does the cpu/gpu feel it the same way? these are less than 2-liter systems and the water flow pressure and volume needs time to sit and exchage the heat instead of running in and out ASAP. the extra hose is more volume, yes? airdeano