Liquid Cooling vs Air Cooling for Industrial Cooling Systems

It is rather difficult to determine is liquid cooling better than air or how much better is liquid cooling than fan. In order to select a suitable insertion device cooling for for industrial applications, you must know the given specifications and constraints. For example, in manufacturing there is a lot of heat produced by various high power equipments. Additionally, large scale data centers such as Amazon and Google largely use liquid cooling solutions owing to high density server racks and their constant run. This is why their requirements to server cooling technology is quite high, efficient liquid cooling systems allow server farms to function under adverse conditions and consume a lot less power.

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In the semiconductor manufacturing industry, the lithography machines require liquid cooling to achieve temperature stability to ensure production quality, likewise, high energy physics research centers cannot do without liquid cooling their particle accelerators and detection equipment as even the most minor deviations in temperature can distort the results of the experiment.

In such situations, it is estimated that liquid cooling systems would fit best since they provide the necessary temperature as a constant and also cool the area around them better.

Conversely, air cooling finds its niche in industries where flexibility and maintenance simplicity are paramount. As mentioned above, air cooling is standard for most telecommunication equipment in remote sites or outdoor facilities as it is effective and easy to maintain. A bulk of air cooling application is in automotive electronics which includes vehicle control units and entertainment systems where cost and space requirements make air cooling preferable. Semiconductor manufacturers, especially those with spread out equipment configurations, prefer air cooling systems in order not to deal with the problems associated with liquid cooling system structure.

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Nevertheless, both methods require the use of fans although the fans perform disparate functions in each unit. In air cooling, the key components in the system comprise the sinks an d the fans as a heat release mean that airflow is induced over the sinks. Airstream devices are very critical and their selection should take account the airflow required, the static pressure rating, and the noise produced in the operation. In turn, air cooler devices in water cooling systems are used to aid such devices like a radiator which is the main component intended to release the heat taken from the liquid. Although they are not primary devices, the performance of those fans is quite important to the performance of the system as a whole.

An air or liquid cooling system requires precision in selecting a fan with all the necessary features.

ACDCFAN has products such as AC fans, DC fans, Cubes, EC fans, and others, as well as a range of high quality heat-dissipating solutions which include fans and blowers. We assist in bringing designs to life with their OEM / ODM / OBM services and even provide custom cooling solutions as per the specifications provided.

We understand how extreme industrial conditions can be so their products are built to last through extreme heat conditions of around 150 degrees celsius. The durability exhibited by our fans makes it possible for them to easily withstand high heat levels while repelling salt fog droplets. This is beneficial since in an environment that is extremely industrial and too many cooling systems are being utilized to disrupt normal climatic settings, routine cooling solutions will not survive that clash.

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