Bonjour tous
 
Alors voila je m'achete un tout nouveau WC, me reste une Laing 10w.
La je veux tapper dans la grosse config pour etre tranquille. en gros rapido j'ai QX9650 oc 4 ghz, SLI 9800, 2*2go DDr3 1800, chipset 790i
Je veux de la marge si jamais je rajoute des blocs ( la ram car elle chauffe la cocote, et si je change de mobo/cpu, southbridge, moffset...)
Donc éternelle question et après t'avoir lu plein de topic/avis d'expert etc...  Que pensez-vous de ça ?
 
Legend *
Very restrictive (thread 1/4, tubing 3/8 or less is better) Need max pressure
Medium restrictive (thread 1/4 or 3/8, tubing 3/8 or 1/2) Need flow and pressure
No restrictive (thread 3/8 recommanded or 1/4, tubing 1/2 are highly recommanded or 3/8) Need max flow
--> is 3/8 tubing
==> is 1/2 tubing
Y is 1/2
* Colors must be used as multi-reference. Sometime you must accord this for a thread, a tubing information or a quick view of flow type. (for example, a Laing10w cannot be medium restrictive but can hold 1/4 or 3/8 threads)
 
(Slow loop)    ==> Laing 10w  --> wb Koolance 350 (restrictive by the hell)  -->
                                                                                                                         Y   ==> rad Thermochill 360 ==> rad Thermochill 220 ==>Reservoir  
(Fast loop) ==> D5 (#3 quieter)  ==>  wb chipset ==> wb gpu ==> wb gpu  ==>  
 
et l'explication pour ceux qui ont été à l'école :
- 2 small pumps are quieter (D5 #3 is ok) than 1 big (D5 #5) or an overclocked Laing18w.
- 2 loops with both pumps allows durable options and offers more power than a single one on a single loop
- Restrictive cpu scores better than non-restrictive only if they have dedicated pressure available, but dramatically break the flow. It's the broken slow loop
- Non-restrictive and fast loop brings the HighFlow into the system, then become the principal channel, and help the broken restricted loop to join the Y by pulling effect.
- Since the loops have been Unified with the large Y (1/2 to prevent flow loss), the flow have been accumulated, added and ready to be heat-killed by the cooling radiators section.
- The 1/2 tubing and 3/8 threads preserve the highflow along the rad/reservoir/pumps section.
- Use only one reservoir to let the thermal effect be homogeneous along the entire system, and to under-stress the mecanical rotor of the pumps.
 
Cette config me plait bien moi. pas vous ?
 
Je pose la question à tous, à tout ceux qui fouine la flotte pc...Je veux du Silence, mais pas du silence Parisien à 50db non. du silence tic-tac la pendule dans la cuisine, le coq qui chante le matin, et la pute qui se casse la gueule en rentrant, le vrai silence quoi.
Tchuss.