![]() Now that the cooler is ready to serve again, it’s time to think about our neglected GPU. If you’re confused, have a look at this picture I took. How do we do that? By linking the right output of the CPU with the right input of the radiator, of course. ![]() Then, the CPU needs to send forward the heated liquid to the single radiator. Is it weird compared to the simpler scenario from before? Probably, but be careful and don’t get this wrong. The left connector on the radiators is their output and we need the CPU to receive the flowing fluid, so we need to link it to its left side, the input. So now let’s have a clearer look at this. Since we want a nice, cool liquid to aid the CPU’s burning heat, it would be weird otherwise. Next, what we want to do is making the liquid go from the radiators to the CPU. Notice how, if you’re using the Rigid Pipes, you are able to bend them at will to straighten them and improve the flowing. Since the reservoir is the one sending the fluid and the radiators are the ones meant to receive it, we need to link those two connectors together. The left connector on the reservoir corresponds to its output, while the right connector on the radiators corresponds to their input. The first thing we want to link is the reservoir to the radiators, as described before. We need to be aware of which are which, else the loop will break and some components may be left without any cooling device. Every component here has two pipe connectors: one for the input and one for the output. “Input” means that the component is actually receiving something (in this case, the liquid coolant), while “output” means that something is coming out from that part. Pretty straightforward, right? But we need to have a firm grasp on the words input and output. – It comes back to the reservoir and the cycle continues. – Once again, it cools down and is sent to the Watercooled GPU(s) – The CPU receives it, warms it up and then sends it to the single radiator – The liquid arrives at the main radiators, where it’s cooled and then sent forward – The cooler is sent from the reservoir by output With our current setup, what we want to do is: That was easier than expected once you’ve got the hang of it, wasn’t it? If so, don’t underestimate this part, because it takes one wrong link between pipes and your build will no longer work as intended. It’s finally time to assemble our Custom Water Cooling implant and see how we did. For now, you don’t need to do anything else – just let it sit. How are you supposed to install it, you may ask? Just like how you install a basic cooling component: right onto the CPU cradle. ![]() Of course, make sure that your CPU Socket is among the compatible ones for your CPU Block. I’ll be choosing the most basic one I can find: the Alphacool Eisblock XPX, which comes in many different colors, so just pick one of your liking. Forget to put it in and the whole implant will make much less sense. This is where the CPU Blocks come into play: it’s a special component which only use is to effectively use the liquid it receives to cool down the CPU. The Custom Water Cooling rig makes no exception, also needing the CPU to be properly taken care of. The games teaches you such at the beginning, when one customer complains about their PC overheating and turning off even when it’s idle and it turns out that the CPU fan was missing entirely. Of course, the CPU needs to be cooled as well. This guide was written after a lot of firsthand practice to ensure that the reader doesn’t feel lost when coming to an actual build in-game and can keep enjoying the game with new acquired knowledge on the matter. The game does little to nothing to guide the player, aside from telling them where to find the purchased parts in their inventory or how to buy them in the Shop. However, starting level 16, players will receive a special pop-up saying they’ve unlocked Custom Water Cooling. Some customers will require an AIO water cooling at times, but that is easy as well, since it just needs to be installed on the CPU and carried over to the side, top or bottom of the case. New players will begin tinkering with some simple air cooling parts, mainly case fans and CPU fans, which in most cases are enough to ensure a PC boots to the installed OS safely or runs 3DMark without returning a BSOD. If you’ve ever played the game or know a couple things about PC building, you’re already familiar with the concept of draining heat away from the components – known as cooling – one important step to ensure you don’t end up with a serious overheating, leading to a Blue Screen Of Death – BSOD for short. PC Building Simulator allows you to experiment with all differents kinds of PC parts, from the general basic builds to the most complex ones.
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