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Category: Air Systems

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Variable Geometry Turbine

Posted on February 23, 2011November 5, 2012

Variable geometry turbine (VGT) turbochargers include a throttling mechanism on the exhaust inlet to generate boost at engine speeds just above idle. With boost comes…

Air Systems

Diesel Engines Turbochargers Overhaul

Posted on February 23, 2011November 5, 2012

Only the most general instructions can be provided here, because construction details, wear limits, and torque specifications vary between make and model. It should also…

Air Systems

Diesel Engines Turbochargers Inspection

Posted on February 23, 2011November 5, 2012

The seven-step inspection procedure outlined here was adapted, with modifications, from material supplied by John Deere. 1. Turbo housing Before disconnecting the oil lines, examine…

Air Systems

Diesel Engines Turbochargers Crankcase Ventilation

Posted on February 23, 2011

This system removes combustion residues and, in the process, subjects the crankcase to a slight vacuum. In normal operation, fresh air enters through the breather…

Air Systems

Diesel Engines Turbochargers Lubrication

Posted on February 23, 2011

Elevated combustion pressure contaminates the oil with blowby gases and promotes oxidation by raising crankcase oil temperature. That fraction of the oil diverted to the…

Air Systems

Diesel Engines Turbochargers Maintenance

Posted on February 23, 2011

The first priority is to obtain actual performance data, particularly with reference to turbocharger behavior. The full story would require a dynamometer to extract, but…

Air Systems

Diesel Engines Turbochargers Aftercoolers

Posted on February 23, 2011

Compressing air raises its temperature, which reduces change density and tends to defeat the purpose of supercharging. Sophisticated turbocharger installations include a heat exchanger, or…

Air Systems

Diesel Engines Turbochargers Wastegate

Posted on February 23, 2011November 5, 2012

All turbocharger installations incorporate some form of boost limitation; otherwise, boost would rise with load until the engine destroyed itself. Turbocharger geometry, sometimes abetted by…

Air Systems

Diesel Engines Turbochargers Construction

Posted on February 23, 2011November 5, 2012

Figure 9-6 illustrates an air-cooled Ishikawajima-Harima turbocharger of the type found on engines in the 100–150-hp range. The inset shows the water-cooled version of the…

Air Systems

Diesel Engines Turbochargers Applications

Posted on February 23, 2011

Depending on how it is accomplished, turbocharging can have three quite distinct effects on performance. If no or little additional fuel is supplied, power output…

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