Ford Fiesta Car Turbocharger With 15 Days Replacement Policy

The diesel turbo has two important sections: the turbine and compressor. The turbine housing is what draws the exhaust gases and rotates the turbine wheel. The turbine wheel is attached to the compressor wheel via a shaft. When the turbine wheel rotates, it causes the compressor wheel to spin. This action compresses the air and pushes it into the engine's combustion chamber. Compressed air can burn with a greater amount of fuel to provide more power. This is the basic mechanism behind the turbocharger. Most turbochargers also include an intercooler installed between them and the engine. This cools the compressed air from the turbocharger, before it is delivered to the engine. Compressed air when cooled becomes more denser and hence can burn a large amount of fuel than compressed air at the normal temperature. The increased power provided by the turbocharger is usually referred to as the "turbo boost". You can check the boost gauge in your vehicle to know the amount of boost provided by your turbo. Turbos can range in size, efficiency, type and are usually known as power adders due to the fact that they push the engines horse power higher than it would be at the naturally aspirated level.