
Originally Posted by
troelsm
The difference in temperature of the water going into CPU0 and coming out again is very minimal. Probably something around 0.3 celcius at max. The order of your components in a seriel loop doesn't really matter much.
About doing two loops. Even though none of the 3 components are very restrictive the radiator still benefits from higher flow rates. Unless you could max out your pumps flowrate with the seriel loop i'd think you would get an (tiny) improvement by splitting it up to two loops using the T3. If i understand the principles of the T3 that should give you more flowrate through each loops than you had in the one seriel loop. Since your blocks aren't very flow dependant it would only make a difference in the radiator loop, where you'd have more water going through and therefore more cooling.
I'm guessing it would be a very tiny gain though. Probably much better for people with more flow dependant loops.
Also if you are going with two loops you have to make sure both loops are equaliy restrictive, or close atleast.
Edit: If you do try the dual loop where you have a "radiator-only" loop, i'd very much like to hear how it goes. If it is a viable way to go i'm pretty sure i'll do that too.
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