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Thermaltake dual 1080ti




Did some quick research, and it’s much of a muchness, but for asthetics, I’ll do the dual connection tomorrow


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Will look into that, but never quite understood the flow of dual connections between cards.

have 360 connected straight after the gpu and that should dissipate the heat


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It's basically like tee-ing off the inlets and the outlets. As long as the pressure drop across each card is the same then the liquid should be distributed evenly.

They way you've got it there the second card will get the heat from the first card and the fluid will not have the same cooling capacity as it did through the first. You'd have to somehow put the rad inbetween to fix that, which would make a mess of pipes.

But saying all this I don't know how SLI loads each card. Does one work harder than the other? Maybe it would be beneficial if that is the case
 
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If you haven’t gotten one of these and you doing hardline, you don’t know what you missing.


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Here is the bit itself, works like a charm, money well spent


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Second top radiator connection completed


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Drain port fitted with internal drain valve fitted


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Front view of the drain valve


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last part of the top radiator and fill feed tubing completed


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Ball valve fitted for the fill feed tubing


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Pump station input and drain tubing completed.


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Different perspective view of the drain value and pump station


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Wash up is complete and re fitting has been done, will do sys prep and color this week, but need a rgb splitter for the pumps and cpu block since my board only has 2 headers [emoji17]


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Rgb splitter arrived and fitted.
While running sysprep found a design flaw, problem with the seal on the Ek crosschill.

The area was only designed for narrow fittings and therefore the thermaltake rotaries wouldn’t sit flush with the crosschill area.
The input area has raised detail that interferes with some fittings.
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Thermal paste and cpu shots before final placement of the cpu block


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Had to get into a little dirty work to make the Ek crosschill work with the thermaltake rotaries and so took off some of the rotaries lip, to ensure it fitted between the board detail and the water fitting. Everything worked out and sysprep is now running without a problem


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couldn't you have used something like what the EK radiators use? it's like a maybe 5mm f-m extender
 
couldn't you have used something like what the EK radiators use? it's like a maybe 5mm f-m extender

Extender would have thrown the alignment out with the feed from my top 360, and another rotary just looked like an elephant in the case with all the others being thermaltake [emoji15]


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Testing time with sysprep
Used and external pump to fill the case before using the internal pumps


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Thermaltake flow and temp sensor working.
Flow sitting between 108l and 122l .

Water temps will be checked when the system is running


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Light camera, but no action just yet.

Testing the lighting units while running sysprep, using external power supply till we have the final fluids in this weekend.



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Been arsing about lately.
Was trying to decide on pastel blue or electric blue and decided to go with electric blue
This was during the fill up


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So finally put my head down, since I’ve had some time and finally gotten this done.
Build is complete with all cable management done and up and running.


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Final specs of the system
Case - thermaltake A700
Power supply - Corsair ax1200
Motherboard - ASUS formula X
Ram- Corsair special edition ram 32gb Ddr4
Cpu - i7-9700
Storage - 500gb nvme drive, another drive to be added
Gpu - dual 1080ti gigabyte aurous water force xtreme
Lighting - 2 set of Corsair lighting node pro leds
Cables - custom color cables - beyond customs
Water - primochill UV blue
Cooling fans - 7 x ML120 Corsair
Cooling radiators - 2 x 360 radiators Ek coolstream, 1 x 120mm Ek
Cooling - full water, consisting of the following
Dual d5 Ek revo x top
Dual primochill CTR resevoirs
Cpu block EK velocity rgb
Primochill revolver hardline fittings - white
Mixed other fittings of bitspower and thermaltake
Primochill 12mm PETG
Thermaltake pacific tf1 flow and water temp sensor

Hope that’s it and hope you enjoyed the log
[emoji3577]


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