An Acura cooling system's primary job is to keep the engine from overheating. Generally, this is done by transferring heat to the air, since 70 percent of the energy in the gasoline is converted into heat. The Acura radiator plays a very important role as part of the cooling system. It has the vital task of dissipating the heat that the coolant absorbs from the engine.
A typical Acura radiator holds a large amount of water in tubes or passages, providing a large area in contact with the atmosphere. It consists of a radiator core (with its water-carrying tubes and large cooling area) connected to a receiving tank end cap at the top and to a dispensing tank at the bottom. Side flow radiators have their end caps on the sides, allowing a lower hood line. The radiator works by pumping water from the engine to the top receiving tank. Water then passes down through the tubes, where heat is lost upon contact with the air outside of the tubes.
Modern radiators are made from aluminum. These radiators are constructed by binding thin aluminum fins to flattened aluminum tubes. The 'de'-heating process is achieved when coolant flows from the inlet to the outlet through many tubes placed in a parallel arrangement. Afterward, the fins transfers the heat from the tubes to the air flowing through the radiator. Besides the material, the size of the Acura radiator is also considered to ensure ideal temperature even under the most extreme conditions a vehicle is likely to encounter.
The Acura radiator should be checked up regularly to make sure that the engine temperature does not go over the limit. Otherwise, problems may arise. Among the most common radiator problems include leaking and overheating. To avoid these problems, the Acura radiator should always be filled with water. Adding coolant or anti-freeze is a good option, depending on the weather situation.
