Watercooling Temps Question

[Sempron Guy]

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^same principle sa air cooling, mu build up ra ang heat if walay moving air.

[LordZhen]

^ agree hehehe

[kinumot]

akong na kita na solution ana is to have 2 separate loops na man lang tingale, for the CPUs plus the RAMS and the GPUs, para ma bahin ang heat dispersion. but then again, as they have mentioned mo hit ang equilibrium so i doubt it would make any difference.

[vanz_paltog]

TS kakita ko video sa youtube atong overkill watercooling... mas maau cguro para anah nga more than 1 ka ug rad... para naa place ang init nga tubig to cool down..

[KH0UJ]

huwat lang ko ni TS ani inig makahuna huna siya ug phase chage instead of bulky water cooling set-up, I can help you on the phase change TS just like sa ako-a sauna or gusto gyud ka ug direct contact, it`s up to you...If you want more Bling then Go Phase change...pirti pang gamaya nato diri sa pinas nag phase change kung mag phase change hehehe, here`s mine BTW remote controlled tanan including the CPU, Lights, etc...

[LordZhen]

here's my loop setting as of now (without my 2nd titan)

From res > enters pump > exits pump > enters 360 rad > exits 360rad > enters cpu block > exits cpu block > enters motherboard block > exits motherboard block > enters 120 rad > exits 120 rad > enters gpu block > exits gpu block > enters 260 rad (thick one) > exits 260 rad (thick one) > enters res > exits res > enters pump and back to the loop.

[werty]

here's my loop setting as of now (without my 2nd titan)

From res > enters pump > exits pump > enters 360 rad > exits 360rad > enters cpu block > exits cpu block > enters motherboard block > exits motherboard block > enters 120 rad > exits 120 rad > enters gpu block > exits gpu block > enters 260 rad (thick one) > exits 260 rad (thick one) > enters res > exits res > enters pump and back to the loop.

sir, wal akai plano mag seminar about assembly ani or something similar?? hehe...

[LordZhen]

sir, wal akai plano mag seminar about assembly ani or something similar?? hehe...

ma-uwaw man sad ta ana hehe...naa raba daghan mga banggi-itan diri..share lng ko sa ako nahibaw-ana and experience hehe

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additional pud d.i

always take note that, dapat naa sa ubos ang location sa pump sa res, any location basta babaw lng ang res ubos ang pump, para easy for the pump to suck water and pump it out, para dili pud bun.og (well this is the adviced set-up) pde rapud anywhere ninyo ibutang, just stating the most adviced one hehe

[POPiO]

Paspas pump, dako tube. Oversized rads hehe

+1 ko ani.. hehehe

[LadYKilleR8520]

bisag unas kataas ug unsa kadaghan imu rads, it will hit equilibrium

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pareho rana principle sa sakyanan, mag steady rana iya temp bisag unsa na ka.init, unless kulangan kag tubig, then it will rise and overheat

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TS because it is a loop, water heat will reach equilibrium, kay mo agi mana siya ug rad for cooling, unless stagnant na nga magbukal bukal najud na sa ka init, its moving on a loop, then it wil hit equilibrium. Nakalimtan nimu ug put into consideration na moving ang tubig sa sulod sa loop, and mo agi siya ug radiators to cool itself down. And the movement of the loop is fast for example 100 liters per minute.

Im wondering man gud, HOw fast will it reach equilibrium on its heating cycle.. if fast moving water fixes this issue, then ang next batch of water nah ang m.cool sa katong gbyaan sa first batch?

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^same principle sa air cooling, mu build up ra ang heat if walay moving air.

yes, aircooling is alot simple than watercooling, My issue with watercooling is that hot water will reach the last parts of your loop.. assuming taas kaau ang imong loop dba.. and how fast will water cool from being too hot.. if to fix the problem of stagnant water, you have to speed up the pump, then it is safe to assume that the water goes fast through the rad as well.. does that mean that fast water going through a rad will not be cooler, compared to a slower moving water?