Air To Air Intercooler Diagram

They use the air that is flowing through the intercooler to cool the charged air inside the intercooler.

Air to air intercooler diagram. Intercoolers have a variety of applications, and can be found, for instance, in air compressors, air. They are basically a radiator that cools the air instead of coolant inside the engine. Intercoolers come in two basic designs:

A water to air intercooler is one where the exchange of heat occurs between water and air. As the hot air exiting the supercharger encounters the cooler pipes, it also cools down. Hot air contains less oxygen per volume than cooler air (all other parameters being equal).

The cooler, higher density charge air then flows into the engine’s. In this diagram you can see the flow of the total induction system. There’s two types of intercoolers, air to air and water to air.

In this setup cool water is pumped through the air/water intercooler, extracting heat from the compressed air as it passes through. In this design, the air and coolant do not make direct contact as they are directed through different passages. Once discharged, the next stop is the intercooler.

As fresh air enters the compressor inlet, it flows through the compressor housing. A clear view of the location of a charge air cooler is shown in the diagram below. When air is compressed, it gets heated up.

In order to see how an intercooler works, the picture below is an excellent diagram from a company that makes intercoolers showing how an ic works to cool the air going into the engine. 7.9 , which represents a single shaft intercooled. Sullivan blower turbo boost reads turbo boost pressure to ecu.