Installation

Installing the EKWB Predator 240 is as straightforward as it gets. In my case I had to reinstall the fans. However, unless you plan to reverse the fans' direction for whatever reason, you can skip this step. After the fans are reinstalled, simply connect the SATA power plug to the PWM controller and make sure the fans and pump are plugged into their respective spots.


Next, remove the install socket retention mechanism to remove the back plate using the Torx T20 Key. Be careful not to bend any pins during this step. With the old Intel backplate removed, install the EKWB backplate before reinstalling the retention mechanism.


With the backplate secured, install the CPU and apply some thermal paste. Once that's done, all that's left is to mount the block, tightening it down with the thumbscrews. That's it, your EKWB Predator 240 is ready to go.

Installing the EKWB Predator 240 was rather easy overall; however, the removal of the socket retention mechanism was a bit different compared to many other coolers, and I hope they find a way to change this design to something easier for first-timers and newcomers. Their main rival in the high-end custom AIO market, Swiftech, doesn't require this step, which has Swiftech win out when it comes to the ease-of-use. As such, I would rate the difficulty of installation this AIO a 9 on a scale of 1 (hardest) to 10 (easiest).

EK would earn a perfect 10/10 for the install if it were to change this design element. The only other issue I will mention is to prepare for a headache if you plan to remove the fans or change their orientation. The Hex key screws are of two different lengths, and in my personal situation, my Hex key set did not have one that fit. Hopefully, EKWB will include a hex key in the future for that purpose. Still, these issues only apply to those seeking to change the Predator kit. If you're gonna set it, forget it, and call it a day, you will never run into this problem. Still, a standard set of 6/32 radiator screws would have been preferred.