P0w3rM0v3's Watercooling Bleed Problem

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kakugihan ba nimo ron polds, maka award jud ka end of the year hehe

pump+resi > rad > cpu > chipset > gpu > back to the pump+res

my suggestion: pump > cpu > chipset > gpu > rad > res > pump

my reason: i prefer water already cooled down when it enters the pump and straight to the cpu block. No need to worry on high pressure going to the cpu block because most blocks has buffers inside to agitate the flow (which is good rather then smooth flow). Having the radiator or res right after the pump, will kill the flow rate and pressure and imagine how much things are going on right now with your setup.


btw, nindot na i dual loop imong setup

[poldopunk]

kakugihan ba nimo ron polds, maka award jud ka end of the year hehe

obsessive compulsive baya ko kung naa infraction nakabutang sa akong
profile bisan ako ra makakita - di jud ko magtingog-tingog hangtod di mawala ang infraction.

anyway @ TS, mura you need to provide more information sa imong watercooling setup. post a pic and specifications para diretso na troubleshoot ang mga tawo with experience diri - gamay ra pero SIPA kaayo ug mga setup. kung di naka ganahan, poldo's foundation is still accepting donations from kind-hearted individuals.

[dmelsie]

CE's suggestion pump > cpu > chipset > gpu > rad > res > pump
if mag single rad ok na sad ni oh


my suggestion get another RAD hehehehe para tugnawon gyud ang 5970 ba hahahaha

[andz]

depende ra ...

most used loops are:

res -> pump -> rad -> cpu -> res
res -> pump -> cpu -> rad

best is res -> pump -> rad -> cpu -> res..

naa guide sa overclock.net gi compare nila, with direct pump to cpu.

[P0w3rM0v3]

yup...pumps (specially high pressure 1000++L/hour pumps) have a tendency to dump heat into the loop, so to counter that you put the rad after teh pump. its all a matter of preference. salamat sa mga advise idol ni tabang gyud. working on teh rig as we speak...

[poldopunk]

asa sa advice ang ni work para ma consider on future issues?

[P0w3rM0v3]

@poldo
elevating the pump as the highest point in the loop idol. coolant coming out the pump is assisted by gravity and coolant coming back to the pump goes against it, air normally seeks the highest point so bubbles naturally float up as soon as coolant is on it way back up. in my case the pump and resi is integrated and is bay style so my pump+resi is located on the 2nd 5'1/4" bay right under the optical drive, so we tilted the case about 30degrees drive bays up I/O ports down. Also note that the radiator is mounted on the rear of the case right across the pump+resi.

maynta sakto ra na pa ka detailed, sorry sad sa english kay mas sayonan ko mo explain kun mag dollars. salamat gyud mga idol.

love and respect
pm

[poldopunk]

haha! i still remember my physics sa highschool. mao na ako gibuhat sa rig sa fineupgrades kay lisod kaayo i bleed ang lark kooler (integrated man sad gud ang pump sa reservoir)

edit: come to think of it, mura'g mao ni common issue when it comes to bleeding kung ang coolant flow is from pump to radiator...

[P0w3rM0v3]

yup, plus the radiator on my rig has a built in reservoir... I think we were having problems filling the entire radiator (built-in reservoir including) with coolant. mao sigro to mo fill og air and amo tubing gkan sa raditor inlet inig pawng namo sa pump.

[oli_826]

very nice wc inputs, post pics mga idols