I have built a pc in side of a desk. I wanted to add a watercooling system but i am having issues with the flow of the coolant. The pump would start moving the water in the loop but after a second it would stop moving. i have a 360 radiator, 12 volt 18 watt pump, cpu waterblock, and dd-rad reservoir. The flow goes from the pump to the resorvoir to the cpu block, to the radiator, and back to the pump.
I was told that the issue is due to the fact that all my watercolling components are sitting flat inside the desk. Therefore there is no gravity involved since all the components are level.
Does this mean it would be impossible to make this work on a flat surface without the resoirvoir standing up straight?
No, in a closed loop, gravity isn't really an issue as much as you think. Consider how you can siphon water from a tube out of a barrel over the side, even though the side is higher than the height of the water inside. As long as the outlet is lower, it will continue to maintain the siphon. Similar principles work for watercooling loops.
As long as your reservoir 'feeds' into your pump, the remaining component order isn't important; in a decent loop, there will only be 5-8C difference in temps from any one point to another.
Also, make completely sure you don't run the pump without water, make sure you get all the air out of the radiator (air likes to accumulate there, so tilt it to ensure flow pushes it out) and be sure to leak test several hours...overnight is best. If you have any questions to anything posted, please ask...
More excellent reading on just about anything for watercooling:
Can you tilt your radiator around to see if any large air pockets come out? I'd try to see if there is any air to bleed, first.
If there aren't any air pockets in your lines before/after your pump, and your pump stops...I'd say there is something wrong. Does the pump make any weird noises when it runs/stops working? (It should really only make a 'hummmmmm' sound)
It is supposed to blink if there is flow but mine does not blink, even though i can see the turbines inside the meter spinning. Also the pump is making barely any noise at all. I can feel it vibrating so i dont know if it is supposed to be this silent.
If you see it spinning, you know your pump is working. To be honest, I've never used a flow meter...and most really don't. It's typically a tool for new users that want reassurance your pump is working, but in reality, almost every motherboard/CPU/GPU made will shutdown once it reaches a certain thermal threshold to prevent damage. Your machine would power off before your hardware would melt. It's easier to download free temp monitoring software and run it...they can also be set to shutdown at other thresholds the user determines, if you'd like.
Well, he does say that "I have built a pc in side of a desk" and that his build is in a "custom built desk with plexi-glass top " so I guess maybe he could have laid a 600T on it's side. Doubt it though.
The desk i bult it in is pretty big so a lot of the cable from the psu did not reach... also I didnt have enough connections. So i put an additional 650 watt power supply that i had on hand on the other side of the desk to power a few of my devices.
I am working on fixing up the plexi-glass top>> i will post picturres when im down... looking pretty awesome tho i must say.
I like the ingenuity applied here...great work. The great thing about watercooling is that there isn't a specific way you have to build a loop. Once you have the basics, the best part is finding the best way that works for your application.