How to create a speed and temperature curve with Aqua Computer Aquasuite

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In liquid cooling it is not enough to install the components as such and set the same performance for the system. Like any cooling component, it must be adjusted and optimized to maximize loop performance. This, depending on the components of the liquid cooling system, can be achieved through the motherboard, but the ideal is to do it through an Aquaero and specifically with its control software for Windows: Aquasuite. Therefore, today we will learn to create a RPM / temperature curve.

It is true, not everyone has an Aquaero, but it is a more than recommended option, mandatory in what loops, which will allow us to enhance the temperatures, life and wear of our liquid cooling components.

For this reason and by pure logic, we will start from the basis that we have a liquid cooling system, a physical sensor that controls the temperature of the water, and at least one Aqua Computer product to unlock an Aquasuite license, if possible Aquaero logically, since without it we will not be able to use what is explained in this article.
Aqua Computer Aquasuite: the world's most advanced liquid cooling control software

Aquasuite is a control software specifically designed for Aqua Computer products, where everything revolves around your flagship Aquaero product. Having connected both pump and fans in their respective independent channels, either directly or with splitter (do not mix fans and pump / s), we will know the steps to adjust the performance depending on the water temperature.

Why according to the water temperature? Because that way we avoid shocks from sudden revolutions in our components. A processor or graphics card constantly changes temperature, so if we focus the temperature curve on a physical or software sensor, our fans and pump will be with continuous ups and downs of RPM.

This forces the motors and shafts to a greater friction in a short time, so the option of a sensor in the water is much more successful, since it is much more difficult to heat the liquid element. The idea is that as the temperature of the water increases, the revolutions increase progressively, while when the RPM drops, do the same.

Aquasuite allows us this and much more, especially in terms of channel control for the same sensor, so that said, let's know how we can achieve it.

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