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CoolingGuides

[Guide] Go Custom With The Cooler Master Eisberg Prestige!

Radiator

Next logical step for me was fitting the radiator. I’m using all new parts here and EK state clearly that their radiators don’t require flushing when new so knowing this information I will mount the radiator and proceed with the build.

ekrad

Mounting the EK-Coolstream RAD XTC 280 radiator was a really easy on the LD PC V7, the radiator grills are detachable so mounting can be done away from the case. The screws I used were 30mm Phobya allen headed screws and the fans were Thermalright X-Silent 140’s painted white with my airbrush.

rad mount

Reservoir and fittings

fittingfitted

Now we go around the system screwing in the fittings. Make sure every fitting has its supplied rubber o-ring in place before screwing in. Many years ago I screwed in a fitting without checking and the o-ring was missing, it caused a leak that wasn’t apparent until the system was turned on, definitely something to watch out for and if you are planning on client building this check is mandatory in my book.

The fittings should be screwed in finger tight and then a quarter turn on metal and thick delrin items like pump tops and radiators. You will notice on most fittings the top has a notch. This is for you to put in a coin or wide screwdriver to tighten the fitting a little further than you can with your fingers alone. When screwing fittings direct into plexi you dont need to go that tight, finger tight is enough on its own without further tightening. Too much pressure will crack plexi glass so a little common sense is essential.

resfittings

The Reservoir is mounted very easily with the aid of two plastic collars. With EK and other manufacturers they have their own mounting systems. I wanted to use the Primochill CTR advanced bottom because it has two ports in a vertical position. This allows me an easy and effective drain port.

fillporttop

The top of the reservoir is a two port Primochill CTR basic top which gives me a good filling point and allows me a decent diagonal path for liquid to drain into the reservoir just like we drew out in the planning stage.

Tubing

fittube

Now that the radiator, reservoir, fittings and fill and drain ports are fitted we can start cutting the tube. I use really sharp scissors for this since I have experience but you could go and buy a dedicated tubing cutter if you wish. Some of my friends use a stanley blade so really is just personal preference, use what works for you.

The first step for me always is to do the longer pipes first and finish on the smaller ones. I want to use the bare minimum of tubing, I don’t want my rig to look like spaghetti after spending all this money and I’m sure your client wont like it either. As you can see in the top picture I’ve attached the first piece of tubing and the collar is removed. I have not cut anything at this point.

tubingmeasure

Now I measure up how much of a bend I want and when I find the angle and length I need I pinch the tube at the end of the length and at the base of the fitting. As you can see in the picture Im nearly at the correct angle, I want the fitting to be horizontal and the curve to be perfect so the tubing doesn’t foul the graphics cards and not so long it arches backwards.

pinched

Now that the measurement is spot on to the end of my thumbnail I’m ready to cut. You really do need something very sharp at this point for one clean cut, if you hack away it looks messy and the tube wont sit flush to the base of the fitting.

collars

Now that you have measured the tube and it fits just fine slide the collars on and screw them onto the compression fitting, rinse and repeat until all the tubing is in place.

Liquid!

mayhem

Assuming all your fittings and plugs are tight and that no bits of crud found its way into your parts you can go right ahead and start filling the loop. Im filling from the top of the reservoir so the tricky part for me is getting all the liquid up to the radiator. This means I will have to fill up the reservoir to the top then rock the case to get the liquid into the block and radiator. Every time I lay the case back down the reservoir needs filling up again, I do this a few times until I have filled it as much as possible. Might be a nice idea to lay a bunch of paper towels here and there just in case of any spillage while filling. Im using Mayhems pastel white for this build.

laidout

When confident there is plenty of liquid in the loop you can turn on the Eisberg. I have laid the system down flat for this to make any air escape into the reservoir. There is still air in the system as you can see in the picture. I will run it like this for a hour or two to make sure all the air has escaped into the reservoir before bringing it back to its vertical position.

done

Once you are happy that all the air is in the reservoir I bring it back upright, open the top plug and fill the reservoir up to the top. Now I have a sealed system and I’m ready to boot!

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11 Comments

  1. I don’t suppose you have the temperatures of the stock setup compared to the new setup? I am interested to see how much difference the reservoir and larger radiator have.

    1. Hi Mathew. We did review the Eisberg 120l and 240l and give a full test. Since custom setups vary so greatly I wasn’t sure it would be fair to show a comparison. In saying that I will be testing more custom equipment here and soon 🙂

      1. Yeah I saw the other reviews and they seem mid range but the other hardware you added is much higher end so it would make an interesting comparison; probably not fair though as you said. When you say custom equipment what kind of things do you mean, you have sparked my interest!

        1. Well I have a few friends that make custom parts like fully custom water blocks, rad grills, lighting, sleeving etc and I have been a bit of a modder for a long while so thought a few guides and reviews here and there from the non mainstream side of computing might be nice for you guys 🙂

  2. Great read Dave!!! made much better, because you explained why you used the different fittings and because it’s your own personal build…rather than just someone going through the motions of “this is what i’m using, these x parts here is result” good read for liquid n00bs like me 🙂

  3. Brilliant article, so nice that it goes into detail of the why’s and wherefore’s of the parts you used, sad to say, but if you’re a newb like me to custom loops, the old hands can come across as downright snotty and far from understanding 🙁
    This has really wetted my appetite to do this, and this article has gone someway to giving me the confidence to go for it!!
    Thank You 😉

    1. Im extremely happy that this article made you feel this way. Infact this was the very reason I did it and thank you for the kind words. Many times Ive helped people only to be told they have been turned down by a ‘pro’. I hope everyone has a bit of a confidence lift and comes to the understanding a pc build, even water cooled, does not have to be a chore.

      1. hi dave i was considering buying a h100 backplate or something similar for better mounting pressure?

        what do you think? i just seem to think that it will get better temps and make slighly less noise as there will be no room for vibration

        1. HI JUST FOR ANYONE ASKING THE SAME QUESTION AS I DID

          i just thought i would let you guys know that with the lga 1150 socket you can use a corsair h80 backplate for the esiberg!

          i
          got much better temps with the h80 backplate,you just use the backplate
          without the springs and washers just put the back plate on then screw
          the double sided threaded screws included with the eisberg onto the
          corsair back plate,then just use the normal eisberg thumb screws!

          be sure to check the thermal paste the first time to make sure everything is making contact.

          but
          honestly compared to the stupid plastic mounting hardware the corsair
          back plate is 1000000 times better and there is a slightly reduced nose
          from the pump,i think it is because there are less vibrations

  4. This is an impressive article maybe Im te only one but I guess Ive never seen someone mix and match a cooling system setup like this and all very impressive products! And s you said the results in re: to not only looks but the cooling are very impressive!Thanks for a great article and guide! Have to keep this in mind for a later date may have to consider as a new project depending on how far I want to OC my next build!!

  5. HI
    i just thought i would let you guys know that with the lga 1150 socket you can use a corsair h80 backplate for the esiberg!

    i got much better temps with the h80 backplate,you just use the backplate without the springs and washers just put the back plate on then screw the double sided threaded screws included with the eisberg onto the corsair back plate,then just use the normal eisberg thumb screws!

    be sure to check the thermal paste the first time to make sure everything is making contact.

    but honestly compared to the stupid plastic mounting hardware the corsair back plate is 1000000 times better and there is a slightly reduced nose from the pump,i think it is because there are less vibrations

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