Nuclear Poison
- Thread starter reeper250
- Start date
jamesriley94
New member
It's relatively simple...
Out of the top of the reservoir - through the GPU, into the CPU block.
Then out of the CPU block in 2 directions, 1 to the rad, the other to the motherboard block.
Then one through the rad and out the other end, and the other tube from the motherboard block stops at the t-junction where it meets the flow coming out of the rad - and so follows the route through the T and back to the pump.
simple! haha
Out of the top of the reservoir - through the GPU, into the CPU block.
Then out of the CPU block in 2 directions, 1 to the rad, the other to the motherboard block.
Then one through the rad and out the other end, and the other tube from the motherboard block stops at the t-junction where it meets the flow coming out of the rad - and so follows the route through the T and back to the pump.
simple! haha
FredEx
New member
I see what you are saying, just not sure about that flowing properly. Good luck.
Where is the line with the silver coil in it going to from the T?
jamesriley94
New member
I think just hidden as a drainline
But not entirely sure.
And yeah - I'm not sure if that would flow right either tbh, but I'm just imagining that's the idea behind it.
But not entirely sure.
And yeah - I'm not sure if that would flow right either tbh, but I'm just imagining that's the idea behind it.
SparkleDJackson
New member
which id what stumped me also does that not mean that at any one point only one loop worth is gettin cooled via rad
FredEx
New member
I see the problem that I think screws it up, an extra uneeded line. The one line directly from the CPU block to the rad is not needed. Trying to change it with minimal changes. Take out the T in the line from the the chip-set cooler and run it right to the rad. The other side of the rad can go back to the pump and the drain line T.
If the pump is rotated to fix that issue, the CPU block will have to be rotated to have the flow right trough it.
Flow from the pump then would go from pump, behind tray to one side of rad (that line would keep the T for the drain line). Out the other side of the rad up through the chip-set cooler. Out the top of the chip-set cooler to the INPUT of the CPU block. Then it outputs from the CPU block to the video card and back into the top of the res and gravity feeds the pump. I'd put the silver coil in the line behind the tray.
My head hurts. :lol:
If the pump is rotated to fix that issue, the CPU block will have to be rotated to have the flow right trough it.
Flow from the pump then would go from pump, behind tray to one side of rad (that line would keep the T for the drain line). Out the other side of the rad up through the chip-set cooler. Out the top of the chip-set cooler to the INPUT of the CPU block. Then it outputs from the CPU block to the video card and back into the top of the res and gravity feeds the pump. I'd put the silver coil in the line behind the tray.
My head hurts. :lol:
reeper250
New member
I have some Nuke PHN Biocide as well that i'll be putting in. FredEx, you are correct that the line from the CPU to the rad isn't needed but I think it looks nice 
Also, that extra tubing is the drain line.
If the loop doesn't work properly I can just disassemble it and re-do, but hopefully it'll all run smoothly.
Reconfigured pump
Also, that extra tubing is the drain line.
If the loop doesn't work properly I can just disassemble it and re-do, but hopefully it'll all run smoothly.
Reconfigured pump
badtaylorx
New member
ya. you got your flow mixxed up...that swifty has 1 in and 3 outs.....you have a flow convergence as it is set up now between the ''T'' and the chipset block....
the top left corner should be your inlet like the pic...
the top left corner should be your inlet like the pic...
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reeper250
New member
So there is only one inlet on the Swiftech block even though it's symmetrical? Also, does the coolant have to enter the motherboard block from the north bridge and exit through the south bridge or does it not matter? I have a spare 120mm rad if that helps add options?
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reeper250
New member
Quick video of the loop reconfigured and with coolant. Look far better in person.
Higher quality pictures coming soon
http://www.youtube.com/watch?v=3EH4Pm-N8xk
Higher quality pictures coming soon
http://www.youtube.com/watch?v=3EH4Pm-N8xk
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alpenwasser
New member
andrevautour
New member
Looks great. really clean.
yassarikhan786
New member
That looks really amazing dude, well done 
reeper250
New member
Thanks all. The purple LEDs that I was going to use died... Anyway, I'm currently in the process of getting a solid overclock out of this system. So refreshing overclocking on X58 after working on X79 for so long
EDIT: Wow, I never realized how much better having high speed RAM is, 2000MHz RAM gives SO MUCH headroom!
Currently running at 4GHz (25x multi and 160HMz bus) on the CPU and 1600MHz on the RAM with CPU temps not going above 70C at full system load (including maxing out RAM usage)
Linx for stress testing because I prefer it over Prime95
EDIT: Wow, I never realized how much better having high speed RAM is, 2000MHz RAM gives SO MUCH headroom!
Currently running at 4GHz (25x multi and 160HMz bus) on the CPU and 1600MHz on the RAM with CPU temps not going above 70C at full system load (including maxing out RAM usage)
Linx for stress testing because I prefer it over Prime95
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The Orange One
New member
Looks Epic Dude!
