Kooltronic Blog Topic: Heat Exchangers

If a reliable supply of clean water is available, then a water-to-air heat exchanger can be the ideal solution for cooling applications within extreme contaminant or high-temperature environments. Learn how these units work, and understand the benefits one can expect when using a water-to-air heat exchanger.

Cooling Basics, Heat Exchangers

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An air-to-air heat exchanger can be an efficient and cost-effective choice for certain enclosure cooling applications. But how, exactly, do they work? Knowing how these units operate can help you decide if they are right for your equipment cooling needs.

Cooling Basics, Heat Exchangers

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Without integrated thermal management, batteries and other renewable energy storage system (ESS) components may overheat and eventually malfunction. Learn how enclosure cooling can improve the energy storage capacities and remote monitoring capabilities of today's advanced energy storage systems.

Air Conditioners, Fans and Blowers, Heat Exchangers, Green Practices

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While most people enjoy golf, baseball games, and fresh veggies at summertime cookouts, few consider the one thing they may have in common – a water irrigation system.

Air Conditioners, Fans and Blowers, Heat Exchangers

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The National Electrical Manufacturers Association (NEMA) has set standards, or ratings, for the various types of electrical enclosures commonly used in industrial and other applications. It is important to have a good understanding of these NEMA enclosure ratings, especially when choosing a compatible enclosure cooling solution.

Cooling Basics, Air Conditioners, Fans and Blowers, Heat Exchangers, Kiosk Cooling

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Excess heat can destroy the sensitive electronic components housed within control cabinets and electrical enclosures. Overlooking this issue, or waiting to address the enclosure heat problem can prove to be a costly mistake.

Cooling Basics, Air Conditioners, Fans and Blowers, Heat Exchangers

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Having a general understanding of these common enclosure cooling terms will simplify the task of finding a thermal management solution.

Cooling Basics, Air Conditioners, Fans and Blowers, Heat Exchangers

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Kiosks typically contain sensitive electronics that include CPUs, printers and LCD touch-screens. In most applications, when a kiosk is located indoors, auxiliary cooling is not required. The small amount of heat produced inside a typical kiosk is dissipated by convection. However, if the conditions yield slightly elevated temperatures near the upper limits of acceptability, the addition of an air moving device, such as a fan, is an inexpensive method for dissipating the heat.

Cooling Basics, Air Conditioners, Fans and Blowers, Heat Exchangers, Kiosk Cooling

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When cooling an electrical enclosure, the airflow is an important factor to consider. However, to add to the complexity, different cooling products use air differently.Here is a "must know" concept to ensure success for your application. In order to make this distinction, it’s important to know the difference between open and closed-loop cooling, and why one system may be the better option for a specific application

Cooling Basics, Air Conditioners, Fans and Blowers, Heat Exchangers

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When discussing cooling options, heat exchangers are a product that is often overlooked. The reason for this is many people are

Cooling Basics, Heat Exchangers

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Heat producing components currently used in electronic and industrial equipment enclosures present the problem of dissipating the heat generated before damage

Cooling Basics, Air Conditioners, Fans and Blowers, Heat Exchangers

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