Quote Originally Posted by bluehaze View Post
Where were you during all the discussion last night? So how does it work then? Because i'm still confused about why it wouldn't work if you have two seperate loops and are able to adjust flow through the rad seperately from flow through the blocks. And I have looked and haven't seen this discussed anywhere. Would love to read about it though if you happen to know where I might find some info

Reason I am confused is if you raise your fan speed thus increasing air flow through the radiator your temps go down, so wouldnt lowering water flow through the rad have the same effect as increasing air speed as long as the water was flowing through the rad independently of the blocks? But I guess if this is the case then you now have increased volume of water flowing through the blocks as compared to volume of water flowing through the rad regardless if they are seperate loops because they are still sharing the same water source...

I don't know man...it's all pretty confusing.

Cheers
Im pretty sure nikhsub1's comment to you was regarding your theory about flow and not the loops of the T3. I posted the equation last night for you in the other thread but you didn't comment on it. Your logic "sounds" plausible in the sense that slowing the water through the rad should pull more heat but this isn't actually the case. It has been my whole point to you that slowing things down does NOT make things cooler. Look at the equation and you will see that amount of heat transferred is directly proportional to flow.