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General| Number of Cylinders | 6 |
|---|---|
| Compression Ratio | 8.5:1 |
| Aspiration | Turbocharged |
| Oil System | Wet sump |
| Cooling System | Air cooled |
| Displacement | 360 cubic inches (5.9 liters) |
| Bore | 5.125 in (130.2 mm) |
| Fuel Type | 100LL Avgas |
Lists and illustrates specific tools required for engine service and maintenance.
Specifies engine components with mandatory replacement times as per FAA ADs.
Outlines engine inspection requirements based on FAA Airworthiness Directives (ADs).
Outlines the owner's responsibility for maintaining airworthiness and compliance with regulations.
Details procedures for scheduled maintenance tasks like preflight and hourly inspections.
Explains the differential pressure test method for determining cylinder condition.
Details the engine oil supply, flow paths, and components within the lubrication system.
Explains the procedure for removing cylinders, pistons, rings, and hydraulic lifters.
Details the removal and installation procedures for valve guides, including heating and reaming.
Details procedures for removing raised edges, polishing, and managing shrunk-fit gears on the crankshaft.
Describes the Magneflux method for inspecting ferrous parts, recommending the Magnaglow method.
Provides a procedure for ultrasonic inspection of crankshaft intermediate main bearing journal fillet areas.
Presents tables of limits for various engine components, including accessory case and oil pump dimensions.
Provides specific inspection criteria for crankcase, crankshaft, and counterweights.
Details inspection of crankcase for loose nuts, bent studs, and casting cracks.
Covers inspection of the crankshaft including magnetic particle, ultrasonic, and visual checks.
Mandates magnafluxing of damper blades and counterweights, and replacement of worn pins and bushings.
Details inspection of piston skirts, ring grooves, and measurement of ring gap and side clearance.
Provides instructions for inspecting cylinder barrels for wear, out-of-roundness, and taper.
Guides the installation of cylinders, pistons, rings, and pushrod housings.
Guides the installation of bearing inserts, connecting rods, caps, and crankshaft gears.
Details attaching mounting legs, lubricating bearing inserts, and installing the crankshaft assembly.
Guides the installation of cylinders and pistons, including ring gap positioning and crankshaft rotation.
Covers timing marks, magneto installation, and connecting ignition harness assemblies.
Provides step-by-step instructions for starting the engine, including throttle and mixture settings.
Outlines procedures for checking magneto performance, instrument readings, and engine conditions during testing.
Presents the standard acceptance test schedule with time, RPM, and specific checks for each period.
Details the procedure for determining oil consumption, including draining, weighing, and recording oil.
Provides guidelines for conducting a test flight, including pre-flight checks and monitoring engine parameters.
Outlines procedures for flyable storage (Program I or II) based on engine operating hours.
Details preparation procedures for temporary storage, including spark plug and cylinder treatment.
Provides comprehensive procedures for indefinite storage, including oil changes and dehydrator plug installation.
Describes the multi-nozzle, continuous-flow fuel injection system and its components.
Details the controlled performance of the fuel injection system through manual adjustments.
Provides procedures for full rich adjustments on engines with adjustable orifice pumps.
Outlines special set-up procedures for turbocharged engines, including wastegate adjustments.
Tabulates fuel system pressure and flow values for proper adjustment and performance.
Provides a guide to troubleshoot common fuel system issues like no fuel flow and rough idle.
Describes conventional dual ignition systems, magnetos, and their operating principles.
Provides instructions for magneto installation and timing, emphasizing correct part numbers and procedures.
Offers a troubleshooting guide for ignition system issues like engine failure to start and rough idling.
Details setting manifold pressure and RPM for cruise power and determining actual horsepower.
Lists performance charts classified by engine model, covering fuel flow, altitude, and power settings.
Provides rated maximum BHP/RPM, idle RPM, fuel consumption, and pressure limits for various engine models.
Offers a guide to troubleshoot engine issues like failure to start, rough idling, and low power.
Provides troubleshooting steps for exhaust system issues like lack of power and white smoke.
Provides troubleshooting steps for lubrication system issues like high oil temperature and low oil pressure.
Provides step-by-step procedures for starting the engine, including fuel selector, mixture, and magneto settings.
Describes checks for pre-takeoff, including engine speed, oil temperature, magnetos, and propeller operation.
Describes the turbocharger as a device utilizing exhaust gases to provide compressed air.
Details the two types of wastegates used on TSIO-360 Series engines: fixed orifice and hydraulic.
Describes how engine oil is supplied to the turbocharger for cooling and lubrication.
Provides troubleshooting steps for turbocharger system issues like low manifold pressure and oil leaks.
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