![]() There should be no clearance issues mounting a 240mm AIO at the front tubes down as they are shorter and the extra fan fuills in the gap at the bottom and adds more airflow. I wish Corsair gave us internal measurements on the case and not just generic external ones so we would know how much clearance is in there which would let us know the max L/H/W we can run.Īnother option I thought of was to use a 240mm AIO on the front, mounted tubes down and as high up as it will go, and then add a 3rd 120mm fan at the bottom (front supports 3X120mm fans so this should work in theory). My preferred AIO is the Arctic Liquid Freezer II 280 but it is taller then the EVGA one (317mm/12.48") and much thicker (38mm/1.49") so not sure I can squeeze it in the front tubes down. The Corsair one is also 2mm thicker then the EVGA one so that pushes the tubes even closer to the PSU shroud there at the bottom. You might want to get in line, because Corsair is. Corsair 4000D & 4000D Airflow Case Reviews: Thermals, Noise, & Build. In comparison, the 5000D has 66.25 liters of interior space and measures 520mm x 245mm x 520mm. The 4000D has 48.55 liters of interior space and measures 453mm x 230mm x 466mm in size. However, it is a full 10mm (0.4") longer then the EVGA one which is not an insignificant amount from what I can see. Corsair’s Obsidian 4000 series offers pretty, minimalist design at a decent price, with everything you need for the vast majority of ATX builds. While still not a small case it is firmly in the ATX mid-tower camp it is positively dwarfed in size by the 5000D. Has anyone mounted a Corsair iCUE H115i RGB ELITE at the front tubes down in a 4000D? That one is the longest overall of the ones I researched so if it actually fits any I am considering would. Has anyone done a 280 AIO in a 4000D at the front tubes down (any mfg) and had it fit without having to modify the case/PSU shroud (I won't do that)? So the main issue with mounting it with the tubes on the bottom (where they should be and not top mounted as I understand it) seems to be the overall length which could put the hoses in conflict with the PSU shroud. 4000D EVGA 280 AIO Tubes Down Front Mount I only plan to use one set of fans (front/case side). The dual push/pull fans make it a little tighter as the hoses would have a bit more upward play I believe without the rear fans. The AIO in that pic (see below) was an EVGA CLC280 (312mm/12.29" L). I don't know if there is any up/down play available there and it could have been slid up or not for better clearance or if it is maxed now (probably maxed)? I have only seen 1 pic with the tubes pointed down and it is super tight at the bottom. The issue is I want it with the tubes down not up and THAT seems to be an issue with 280 vs 240 due to the PSU shroud. Except as otherwise provided by law, this notice is effective 30. The issue is not physically fitting a 280 at the front really as the case supports that. build upon and in no case duplicate pre- viously undertaken activities I. Even though I could mount it on the top (I have the needed RAM clearance and I believe Motherboard clearance) I want it front mounted. I know all about the clearance issues (RAM and possibly Motherboard heat shields) with top mounting a 280 in a 4000D but I actually don't want to put it there. My question is about a 280mm AIO for the FRONT of the 4000D Airflow case. Hoping to get some help with an issue/question I have. So I’d say 2 in the front (upper & middle) as intakes, & 1 in the rear (or rear-top) as exhaust.Ĭheck my threads where I’ve done a few tests in my 4000D Airflow (great case, as Linus featured in a recent video)…Hello all. With intakes, the more the better, but if you had 2 for the front, place them in the two upper positions, so you cover your CPU & GPU (the front-middle fan should blow air under & over your GPU therefore helping to cool & dispel heat by pushing either out the back or up top. O11 Dynamic Evo, Lancool 2 Mesh (breeze to build in, bought for myself in white), Lancool 215a Phanteks P400a or 500a. ![]() Phanteks and Lian Li make great cases these days. Having both is better for reducing fan RPM (& potentially noise), but you can get away with one exhaust in either spot. I haven't seen an NZXT case with a positive review so far. Assuming your temps could be better, & all you have are 3 fans, through my own testing with my 4000D Airflow case (3 front intake fans, 1 rear exhaust fan, 1 top-rear exhaust fan, 1 tower CPU cooler with 1 fan), I found with exhausts, having either a rear or top-rear exhaust didn’t make much difference.
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