Combined Eiswolf and Eisblock Aurora Acryl , Eiswolf 2 ?

[Mija67]

Hello evrybody ,

I need some help and i try to explain in a few words. I have one Eiswolf 120 GPX and i have replaced
original radiator whit Nexxxos XT45 420mm radiator.
I want keep the radiator and quick connect adapter and use it whit Eisblock Aurora for 3080 Ti but there
is not whater pumpe ( Eispumpe VPP755 ?)and i'm not very sure for all the parts i need .
I don't see the pump from Eiswolf 2 sold separately , it may be easier and more pretty for installed.

Thank you in advance for your help

Michael

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[Eddy]

If you have the radiator and the Eisblock GPU cooler, you need a reservoir with a pump. Here the minimum parts for a setup without the GPU cooler and the Radiator but with all tubes, fittings, reservoir, pump and liquid.

Alphacool

www.alphacool.com

Maybe you need some angled fittings instead of the straight, but i think you can check that by yourselfe. If not, feel free to ask.

 

[Thomas_S]

You can continue to use the radiator & the tubes. But you need to add a pump (D5 or DCC) + reservoir & an additional extension set with quick release to connect the pump/reservoir. An AIO solution as with the Eiswolf 2 is not available separately here. With the Eisblock GPX cooler for your card, you are actually creating a custom loop.

 

[Mija67]

Hello again ,

I want to thank you for advice. Installation of all parts need the place in the box and i must totally redone
the configuration in the box without being sure to have enough space . I think one of solution is to keep my
Nexxxos XT45 and plugged in the Eiswolf 2 or build a new box. At the price level it changes nothing but is less difficult to install.
Can i have the same performance ?

 

[Thomas_S]

You don't really have a comparative value, because you are using a different cooler on a different card. If you mean performance between Solo cooler & AIO, I can tell you that it is the same. The Solo cooler is identical to the AIO solution except for the terminal. If you use a D5/DDC pump/reservoir combination, the performance will be higher because you generate more flow.