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The transfer of heat needs to be understood in order to comprehend how cooling is employed. When heat is transferred, it is transported to and from objects. This typically happens via three different types of processes, known as conduction, radiation, and convection.

Conduction

Conduction means that heat is conducted into a building, for instance, by way of the roof, panels, walls, or windows. This type of heat transfer can be offset by heat-reflecting types of roofs, energy-upgraded windows, and insulation.

Radiation

Radiation is a type of heat that travels in the form of non-visible and visible illumination. Low-wavelength or non-visible radiation carries heat directly from a warm object to a cooler object. This type of heat source often is used in association with heat transfer products in Ohio.

Convection

Convection is a type of heat transfer that originates from the ceilings and walls. Because hot air naturally rises, the heat is carried away from a building’s walls and is circulated in an area.

Mechanical Air Conditioning

While this information gives you a basic idea of various means of heat transfer, it all becomes a bit more complex when heating transfer products are used in relation to mechanical air conditioning.

Therefore, Ohio heat transfer products are used in various scopes – operations that include the use of air heating and cooling coils, central station air handling units, and room fan coil units. Unit ventilators are also used which increase airflow and the transfer of heat.

For example, heat transfer products that are classified in connection with air heating and cooling coils are incorporated in such operations as hot water heating and standard water heating and cooling. They also are used for refrigerant cooling in this category.

With respect to central station air handling, heat transfer products may be employed in the circulation, cleaning, cooling, heating, humidifying or mixing of air. Regardless of how the products are used, they make it easier to operate machinery and keep everything running as it should.

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    Author: Eric Spence

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