Recent content by CodeZ1LLa

Thanks! You are absolutely right, there is still will be some delta, even if it will be so low, that it will be impossible for me to measure. What I want to do, is to minimize it. I still think that with enough radiator surface I can achieve better results. Let's imagine that the radiator...

Thank you for such a great and unfolded answer. See, when I have a low load, let's say with a browser and a Visual Studio, my water_in and ambient temp could be equal sometimes. Water_out is almost always 1C higher than water_in, unless I'm running the fans full speed when PC is idling. The...

Thanks! I do understanding that and experienced it before. I think I used the wrong word "chilling". An interesting explanation about radiators as an equalizer between mediums rather than "cooler", I truly like it. What I want to achieve, is an equal temp between the ambient air and water that...

Correct. And GPU in my case. I'll try to make it more clear: Water_out (measured on the exit from the blocks) is 29-30C under the stress test Water_in (measured between the pump and before entering blocks) is 28C under the stress test Meanwhile, the ambient air is 2-3C below the "water_in". That...

Right. And that heat already moved to another medium(water) since water warmed up over the ambient temp. Now, I need to cool down that water, and for this purpose, we have radiators. I think that there is a misunderstanding. I'm talking about the delta between the ambient air and chilled water...

Thanks! Should an increase of the flow improve the temps, or I'll have a pressure drop after the y-splitter before the blocks, which will actually make cooling worse?

I thought that while I still have delta between water and ambient air there is room to go with a radiators

That I can't go lower than ambient is understandable :) I want to shave that 3C delta over the ambient during the stress test. Chiller would be great, but I'm paying for my education to get a degree in computer science so I have a limited budget, to be honest. What is the best I can do having...

Here is the sequence in which I want to build it. Is there'll be any benefit compared to the regular "series loop". Also, is there any difference in which order the rads will be placed to utilize them more efficiently? The D5 running at ~1.5GPM Thanks!

I need advice. I have the next parts: "D5" from Alphacool XSPC Raystorm Pro EK-FC1080 GTX TF6 HWLabs 480GTX HWLabs 420GTS Alphacool XT45 360. They are currently connected in series: Pump ===> XSPC CPU ===> EKWB GPU ===> Alphacool XT45 360 ===> HWLabs 420GTS ===> Res. GPU OCed to the limit but...