AM.III.J.K4
KnowledgeTurbochargers, intercoolers, and controls.
From the FAA library
- Chapter 7: Aircraft Systems › Superchargers and Turbosuperchargers › System Operation
turbocharged engines use an intercooler. This small heat exchanger uses outside air to cool the hot compressed air before it enters the fuel metering device. Figure 7-15. Turbocharger components. System Operation On most modern turbocharged engines, the position ... waste gate is governed by a pressure-sensing control mechanism coupled to an actuator. Engine oil directed into or away from this actuator moves the waste gate position. On these systems, the actuator is automatically positioned to produce the desired…
- Chapter 11: Light-Sport Aircraft Engines › Opposed Light-Sport, Experimental, & Certificated Engines › Jabiru Light-Sport Engines
four-stroke, two cylinder turbocharged engine equipped with an intercooler. [Figure 11-14] The horizontally opposed cylinders house four valves per cylinder, with a piston displacement of 709 cc. It uses an electronic control fuel injection system. A reduction gearbox…
- Chapter 3: Induction & Exhaust Systems › Supercharged Induction Systems › Ground-Boosted Turbosupercharger System
many cases, the alternate air door can be operated manually in the event of filter clogging. Almost all turbocharger systems use engine oil as the control fluid for controlling the amount of boost (extra manifold pressure) provided to the engine ... waste-gate actuator and controllers use pressurized engine oil for their power supply. The turbocharger is controlled by the waste gate and waste gate actuator. The waste gate actuator, which is physically connected to the waste gate by mechanical linkage…