Is it fine to have parallel on mac air
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You want the radiator and fans to have as little trouble as possible when moving hot air out, which will improve temps and keep the system quieter.ĭon’t: Overtighten the screws when mounting it. Hot air likes to rise so if the radiator is dissipating heat that air is going to travel up at some point.
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This goes against the laws of physics and can cause the radiator to stalemate air. The radiator needs to be put in a way it is not impeded by any device in the system to ensure you get the most performance out of the cooling system.ĭon’t: Have the radiator push its air down. If you mount the radiator and its fans too close to a device pushing air in the opposite direction it can cause a stalemate with the air and in turn give you higher temperatures. Which method works best will come down to your own system as you want to make sure you don't end up impeding other components from cooling properly.ĭon’t: Mount the radiator too close to other devices. Some users choose to mount the radiator to pull in fresh air from the outside others choose to have it push air out of the case. When choosing where to mount the radiator there are many options available, however there are some locations that will allow the system to work bettter for both the water cooled components and the rest of the system as well. Overtightening the cooler can cause the paste to leak out the sides causing poor contact between the block and CPU and it can also cause problems with the CPU and motherboard contact.
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Tighten the screws down until they get a little snug.ĭon’t: Force the screws to tighten to the point they will no longer move. This does not mean that it needs to be extremely tight so it's near impossible to lossen the screw, instead you just want to make sure it has the right amount of tightness so the system's heat is transferred properly to the radiator for cooling.ĭo: Tighten the block down starting first at opposite ends of the block and then add the other two. When mounting the block you want to have the best contact between the block itself and the component you’re trying to cool. Generally on different versions of AIOs or custom loops you may see some of these features as barely noticeable, for example, many AIOs have very small reservoirs that are not nearly as prominent as with other custom loops, but they are usually all there.Īfter years of working with water cooling kits, here are some important tips to help you get the most out of your system. You have the reservoir, the pump, the radiator, the fans, some tubing, a block (for either the CPU, GPU, or both), and the water itself. Water cooling systems - whether they are a custom loop or an AIO - all follow the same basic principles. While things have gotten easier in the water cooling game, there are still many things that need to be taken into consideration before jumping in to ensure you can get the most performance from your own system. They're very easy to get started with as they are mostly plug and play. All in One (AIO) water cooling kits in particular have gained popularity among users who want push frequencies higher while keeping their CPUs cooler. Cooling computers has evolved in the last ten years to the point where there are more options to satisfy all kinds of needs.