MIT fan oil coolers are a cooling system that has various usage areas such as hydraulic systems, vehicle engines in the automotive industry, industrial machines, power plants, agricultural areas, construction, aircraft, sea and railway.
It is used to cool the oil of hydraulic systems that use the ambient air passing through the finned pipes as a cooler through a fan driven by AC, DC or a hydraulic motor. The fin, a high-resistance aluminum alloy cooling element, is welded to the pipe by a brazing welding process performed under vacuum.
The special configuration of the cooling pipes increases the turbulence of the fluid and therefore the heat exchange capacity. Additionally, the presence of special fins on the cooler pipes further improves the overall heat conduction coefficient. The result is a very small, light, robust, technologically and ergonomically advanced product.
Fan oil coolers do not require the use of an extra fluid other than air and oil, they use air as a fluid. It takes up much less space than other heat exchangers. Since it is less costly than other installation equipment, the heat transfer cost is also less. In places where it is difficult to use fan oil coolers, gasketed plate heat exchangers, brazed heat exchangers and tube heat exchangers are used.
FAN OIL COOLER PARTS
The components of an air oil cooler may vary depending on the specific design and application, but in general the following items are used. includes:
Fins and Tubes: The fins on the tubes of a fan oil cooler play an important role in improving heat transfer efficiency.