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Overview of the manual's scope, purpose, and format.
Outlines the general scope and purpose of the manual.
Lists other relevant manuals and documents for engine service.
Recommends specific parts that must be replaced during major overhaul.
Provides definitions for terms, abbreviations, and symbols used in the manual.
Explains the coding system used for engine model identification.
Describes the fundamental design characteristics of the TSIO-360 series engines.
Lists common tools required for engine service and maintenance.
Details specific tools necessary for engine service, including procurement sources.
Specifies maintenance requirements mandated by FAA regulations and type certification.
Provides general information and warnings related to engine maintenance.
Outlines the owner's responsibility for maintaining airworthiness and inspection schedules.
Details procedures for scheduled maintenance tasks, including preflight and hourly inspections.
Describes the preflight examination of the engine and propeller for damage and security.
Lists items to be checked during normal 50-hour engine inspections.
Details items to be checked during 100-hour engine inspections, including engine conditions and components.
Advises consulting related publications for unscheduled maintenance procedures.
Provides general guidelines for proper engine assembly, handling, and part cleaning.
Illustrates and explains the procedure for applying lockwire for securing components.
Details the use of Permatex and gasket maker for sealing and assembly procedures.
Explains the application of adhesives and sealants for specific engine components.
Provides instructions for inspecting and installing gaskets, including the use of copper coat.
Details the procedure for checking cylinder leakage using differential pressure testing.
Explains static and dynamic seal checks for cylinder leakage.
Lists and describes the testing equipment required for cylinder leakage checks.
Provides step-by-step procedures for performing cylinder leakage tests.
Introduces engine specifications, operating limits, and general information for the TSIO-360 series.
Describes engine component arrangement and configuration differences.
Details the construction and components of the two-piece aluminum alloy crankcase.
Explains crankshaft numbering, counterweights, and lubrication system connections.
Describes the construction and specifications of the connecting rods.
Details the camshaft's construction, journals, lobes, and drive gear.
Covers piston construction, ring grooves, and weight limitations.
Describes the barrel-type hydraulic lifters and their removal/replacement.
Details the cylinder assembly, including head castings, barrels, valve guides, and rocker arms.
Explains the operation and components of the engine's gear train for driving accessories.
Describes the engine oil supply, flow paths, and oil temperature control.
Details the construction and operation of the valve train, including hydraulic lifters.
Covers the components of the air induction system, including intake tubes, throttle, and turbocharger.
Describes the exhaust system components, including collectors, risers, and wastegates.
Explains the dual ignition system, magneto timing, and spark plug installation.
Illustrates the wiring diagram for the ignition system, showing magneto and spark plug connections.
Provides detailed steps for the disassembly and inspection of the crankcase.
Details the procedure for removing the camshaft gear and bolts.
Outlines the procedure for removing connecting rod caps, bearings, and counterweights.
Introduces the multi-nozzle, continuous-flow fuel injection system and its components.
Details manual adjustments for air throttle, fuel mixture, and pump pressure for fuel injection systems.
Provides specific procedures for adjusting fuel systems on turbocharged engines.
Presents tabulated fuel system pressure and flow values for TSIO-360 series engines.
Offers troubleshooting guidance for common fuel system issues and their corrections.
Explains the dual ignition system, magneto types, and their function.
Provides instructions for magneto installation and internal timing procedures.
Details the procedure for installing the ignition harness assemblies and securing them.
Introduces the Slick ignition system and its characteristics.
Covers magneto installation on the engine and the procedure for checking and setting timing.
Provides suggestions for installing harness assemblies to prevent whipping and ensure proper routing.
Offers troubleshooting steps for common ignition system issues like rough idling and RPM drop.
Describes the induction system components, turbocharger operation, and overboost protection.
Explains the use of performance curves for establishing power conditions during operation.
Details how to set manifold pressure and RPM for cruise power using performance curves.
Guides on leaning the mixture using exhaust gas temperature (EGT) indication for cruise.
Lists various performance charts covering fuel flow, altitude, and power settings for different models.
Lists eligible magnetos, approved spark plugs, and accessory drives with their specifications.
Provides critical operating limits for various engine models, including RPM, pressures, and temperatures.
Offers troubleshooting guidance for common engine operational issues and their resolutions.
Describes the exhaust system components and their function, including turbocharger operation.
Details the components of exhaust systems for various TSIO/LTSlO models and turbocharger temperatures.
Provides troubleshooting steps for issues like lack of power, white smoke, and exhaust leaks.
Lists approved lubricating oils conforming to TCM specifications and cautions regarding their use.
Lists approved ashless dispersant oils from various manufacturers.
Offers troubleshooting guidance for common lubricating system issues like high oil temperature and low oil pressure.
Provides general information on engine care, fuel grade, and operational precautions.
Outlines the pre-flight checks and procedures required before starting the engine.
Details the step-by-step procedure for starting the engine, including switch operations and cautions.
Explains rules for engine warm-up, emphasizing cooling requirements for air-cooled engines.
Lists checks to perform before takeoff, including magnetos, RPM, and instrument readings.
Describes the procedure for handling a flooded engine condition.
Discusses challenges and procedures for operating the engine in cold weather conditions.
Recommends preheating procedures for engines exposed to cold temperatures.
Provides guidance for operating the engine in hot weather and high ambient temperatures.
Highlights considerations for ground operations at high altitude airports due to reduced air density.
Introduces the turbocharger system components and their purpose in maintaining sea-level pressure.
Explains the turbocharger's function, construction, and lubrication system.
Describes the function of wastegates in controlling turbocharger turbine speed, including fixed orifice and hydraulic types.
Details the variable pressure controller's role in regulating wastegate actuator based on upper deck pressure.
Explains how engine oil is supplied to the turbocharger for cooling and lubrication.
Provides troubleshooting steps for common turbocharger system issues like low manifold pressure and oil leaks.
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