pretty awesome stuff............wish I had a fraction of the skills he's got lol
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pretty awesome stuff............wish I had a fraction of the skills he's got lol
looks good!
NICE
what about weight, once filled with water, how heavy will it be ?
You're making great progress. How much time have you spent on it so far?
4 h.....(+/- 0,5h)
Its looking like a freezer 5 with a water pump instead of a heatpipe. Would be interesting to see how it compares.
hmmm.. wouldnt be too advisable to run teh board vertiacally with the waterblock but it looks nice!.
now the only question is what kind of temps will u get.
yeah i'd like to know how it performs too.
i'll be watchin this, is very interesting.
best of luck ;)
B
moved pictures to the top.
wow!! fantastic idea looks very swish!
got any test results?
I haven't done any tests yet.
moved pictures to the top
nicely made =]
but, K R not sure the radiator is getting enough time to actually cool the water in this design, so temperatures will rise and rise once the water has warmed, shirley? =/
special k, with the design of the rad/block it wont have very high heat disipation I dont believe.
I would surmise to say that a BIX micro (80mm fan) would perform better than this setup in heat disipation.
guys, this is for a silent setup and not highly overclocked cpu's...
pretty innovative though, i recon it has a lot of potential to improve on this whole idea about dissipating more heat ;) so it can cool the component better.
B
ya i figured as much with the arctic cooling silent fan.
Do you solder (forgot how to spell) the copper tubes together or braze them?
brazing is essentialy soldering...
Pictures moved to the top
Yes, its esencially the same but brazing holds more pressure then solder. I also have several soldering irons but I don't have a brazing torch and can't afford one nor have access to one. Thats why I ask.Quote:
Originally Posted by MaxxxRacer
ahh ic... well i can tell you he probably brazed it. based on the pics of his t lines, those are most certainly brazed..
Would soldering hold the pressure well enough?
yes.. home water pipes are soldered.Quote:
Originally Posted by Cpt Twitchy
Athlon XP 1700+ (11x133 1.65V 43 Watt)
FAN : 2000 RPM
--Time:|15|30|45|60|min
--CPU-:|38|40|41|41| *C
-Water:|31|32|33|33| *C
...........| 7| 8| 8| 8| *C
Rezystancja - 0.18 C/W
FAN : 2500 RPM
--Time:|15|30|45|60|min
--CPU-:|39|39|40|40| *C
-Water:|32|32|33|33| *C
...........| 7| 7| 7| 7| *C
Rezystancja - 0.16 C/W
**********************************************
Athlon XP 2000+ (12.5x133 1.65V 48 Watt)
FAN : 2000 RPM
--Time:|15|30|45|60|min
--CPU-:|41|42|42|42| *C
-Water:|32|33|33|33| *C
...........| 9| 9| 9| 9| *C
Rezystancja - 0.18 C/W
FAN : 2500 RPM
--Time:|15|30|45|60|min
--CPU-:|39|39|39|39| *C
-Water:|31|31|31|31| *C
...........| 8| 8| 8| 8| *C
Rezystancja - 0.16 C/W
**********************************************
Athlon XP 2400+ (12x166 1.75V 70 Watt)
FAN : 2000 RPM
--Time:|15|30|45|60|min
--CPU-:|46|47|48|49| *C
-Water:|35|35|35|36| *C
...........|11|12|13|13| *C
Rezystancja - 0.18 C/W
FAN : 2500 RPM
--Time:|15|30|45|60|min
--CPU-:|46|46|46|46| *C
-Water:|35|35|35|35| *C
...........|11|11|11|11| *C
Rezystancja - 0.16 C/W
*********************************************
Athlon XP 2600+ (12.5x166 1.85V 76 Watt)
FAN : 2000 RPM
--Time:|15|30|45|60|min
--CPU-:|51|52|52|52| *C
-Water:|37|38|38|38| *C
...........|14|14|14|14| *C
Rezystancja - 0.18 C/W
FAN : 2500 RPM
--Time:|15|30|45|60|min
--CPU-:|50|50|50|50| *C
-Water:|37|37|37|37| *C
...........|13|13|13|13| *C
Rezystancja - 0.17 C/W
**********************************************
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