Description

Hey guys, im back with a new build, this time i went for watercooling (hardtubes) together with my mate who is (gladly!) pro in watercooling. The main idea to start this project was because i got inspired by some other great inwin 303 watercooling builds on pcpartpicker.

I'm very happy with the result, even tho it was a long and hard way, since we maxed out the space of the case. InWin usually dont recommend using two (360) radiators in this case but it works, even with an ATX board! Gladly there are two holes for each screw in the bottom, so you can move the radiator approx. 1 cm away from the mobo into direction of the glass. (A big thanks goes out to some other builders in here, who answered my questions to this case and ways how to implement watercooling to its max.)

Note: The cable management in the shroud behind the top radiator was very nice to work with! We were able to hide all possible cables we used in the entire build.

The waterloop circle is:

Pump/Res -> flow sensor -> top radiator -> inline temp sensor ('coldest') -> cpu -> gpu -> inline temp sensor ('hottest') -> bottom rad -> Pump/Res

I used: 3x EK Vardar EVO 120ER RGB fans on top rad, outtake 3x EK Vardar EVO 120ER fans on bottom rad, intake 1x EK Vardar EVO 120ER fan on back, intake

The case got some custom moddings by us, as we drilled some extra holes to hide the cables of the top fans (2 per fan) and some extra holes for the fan controller in the back shroud!

For the controll of the fans i used an Aquacomputer Aquaero (including the software Aquasuite - i ******* love this software, its soooo adjustable, like you can programm your own data stats etc! Also i was able to perfectly make it fit for my small monitoring screen! Way better than the awful CAM software by NZXT, this was the best thing that i got rid of this cruel software)

The cables are by the BitFenix BQT SP 11 Series pack!

I tried to note all usefull parts of this build - if you have questions, feel free to drop it down in the comments!

I really hope you guys like what we did here :-)

Worktime: 28 hours | Pre-Planning: 2 months | Total costs for the watercooling: around €1.100

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Comments

  • 13 months ago
  • 2 points

Beautiful build!

  • 13 months ago
  • 1 point

Thank you!

  • 13 months ago
  • 1 point

Can you detail a little bit about your fan controller setup and how you are using the temp sensors?

  • 13 months ago
  • 1 point

Of course, all my fans run trough the Aquaero which has 4 pwm channels, i use the top 3 fans with a y-splitter on one channel, same for the 3 fans of the bottom rad, the rear fan has its own channel, same as the d5 pump! (Also the temp sensors are running trough Aquaero! i got all linked together)

I used the two temp sensors to measure the coldest water temp fresh out of both rads and the hottest, straight after running trough cpu and gpu!

Both radiator fan channels are linked to the hottest water temp sens and i got an extra case temp sens which is linked with the rear input fan!

Hope i was able to help you with your question! :)

  • 13 months ago
  • 1 point

what speed do you run your pump at?

  • 13 months ago
  • 1 point

Hey, im running it at 35% on the aquaero which is around 2000 rpm. The flow is around 150l/h and the pump is ultra silent!