2009 Harley-Davidson Touring FLHT, FLHTC, FLHTCU, FLTR, FLHX, FLHR, FLHRC, and FLHTCUTG Service Manual (P/N 99483-09)
702 Pages • Printable PDF • 42.78 MB • Download
Harley-Davidson Models Covered & Key Technical Specifications
Models: FLHT, FLHTC, FLHTCU, FLTR, FLHX, FLHR, FLHRC
Models & Model Codes:
VIN characters 5–6 identify the following models and variants:
FLHT — FV
FLHTC — FF
FLHTCU — FC (Ultra Classic Electra Glide), FL (Shrine), FG (with sidecar)
FLTR — FS
FLHX — KB
FLHR — FB (Road King), FW (Shrine)
FLHRC — FR
Sub-models / Variants: Electra Glide, Road Glide, Street Glide, Road King, Road King Classic, Ultra Classic, Shrine, Sidecar
Trade Names: Twin Cam 96
Model Year: 2009
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Engine: Twin Cam 96 (1584 cc) air-cooled V-twin, fuel-injected
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Transmission: Six-speed forward constant-mesh transmission for all listed models
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Fuel capacity: 6.00 gal (22.71 L)
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Engine oil capacity: 4.00 qt. (3.79 L)
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Primary chaincase capacity: 1.40 qt. (1.32 L)
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Transmission oil capacity: 1.00 qt. (0.95 L)
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Spark plug gap: 0.038–0.043 in. (0.97–1.09 mm)
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Drive belt deflection (FLHX): 1/4–5/16 in. (6.4–7.9 mm)
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Drive belt deflection (FLHR/C, FLHT/C/U, FLTR): 3/8–7/16 in. (9.5–11.1 mm)
Harley-Davidson Manual Features & Selected Content Preview
Harley-Davidson’s 2009 Touring Models Service Manual (P/N 99483-09) covers FLHT, FLHTC, FLHTCU, FLTR, FLHX, FLHR, and FLHRC models with the Twin Cam 96 engine. Its identification tables also distinguish Shrine variants and the FLHTCU with sidecar.
PDF Search, Wiring Detail and Page Condition
Search and navigation: Native PDF text supports searching across the service chapters and wiring diagrams. Two embedded bookmarks lead to the beginning and the Transmission section; chapter bookmarks are absent. Small labels in the checked wiring diagrams are readable when enlarged. PDF p. 356 has no readable service text.
The download contains one printable English PDF with 702 pages: 22 pages of front matter, 534 pages across seven service chapters, 116 appendix pages, and 30 pages of tool references, torque tables, and index. Covers, section dividers, note pages, and caption-only pages following wiring diagrams are included in that total. The five appendices cover Connector Repair, Wiring, ABS, Conversions, and the Glossary.
Touring Engine, Chassis and Electrical Service
This is a selected content preview, rather than a complete contents list. Other documented topics include storage preparation and engine-mount inspection.
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Engine repair: Step-by-step procedures for engine removal and installation, top- and bottom-end overhaul, cylinder-head work, piston service, camshaft installation, and oil-pump inspection.
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Chassis and brakes: Wheel-bearing replacement, wheel lacing and truing, fork disassembly, steering-head service, master-cylinder repair, caliper replacement, and brake bleeding.
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Fuel system: Tank and in-tank component service, sensor replacement, fuel-pressure testing, intake-leak testing, HDI active exhaust, and California EVAP components.
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Primary drive and transmission: Compensating sprocket and automatic chain-tensioner service, clutch inspection, drive-belt replacement, and internal transmission disassembly and assembly.
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Electrical components and connectors: Starter and solenoid repair, alternator replacement, ECM and TSM/HFSM service, harness replacement, and terminal-level connector repair.
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Wiring and ABS: Model-specific electrical schematics, connector-location references, ABS module and wheel-speed-sensor replacement, brake-line service, and required Digital Technician II operations.
The manual introduces basic maintenance and repair while presenting factory-approved major repair methods for professional Harley-Davidson technicians; advanced procedures require the specified tools and workshop equipment.
Maintenance, Suspension and Touring Bodywork
Scheduled service includes lubrication, clutch adjustment, brake-pad and disc inspection, belt-deflection checks, fork-oil service, spark-plug inspection, battery maintenance, and headlamp alignment. Steering-head bearing checks and lubrication are covered alongside rear air-suspension leak checks.
Suspension tables separate FLHR/C, FLTR, and FLHX applications from FLHT/C/U, with settings organized by rider, passenger, luggage, and load. Model-specific bodywork procedures address fairings, windshields, Tour-Pak assemblies, saddlebags, and the rear fork.
Engine Inspection and Overhaul Depth
The engine chapter extends to rocker supports, pushrods and lifters, valve guides and seats, cylinder measurement, boring and honing, and piston inspection. Bottom-end coverage includes the cam support plate, oil pump, crankcase bearings, flywheel, and connecting rods.
Compression-test interpretation, cylinder-leakdown testing, oil-flow illustrations, and oil-pressure checks support fault assessment before major disassembly. The service-layout tables distinguish work possible with the engine installed from repairs requiring engine removal, helping plan the extent of a job.
Cam and flywheel work: Camshaft Timing Marks illustrations accompany alignment procedures and primary/secondary cam-chain tensioner inspection. The flywheel section specifies assembly replacement when the flywheel, connecting rods, or right-side bearing inner race require replacement.
Primary Drive and Transmission Repair
Internal transmission procedures address the clutch-release mechanism, shifter cam and forks, mainshaft, countershaft, side-door bearings, main drive gear and bearing, and transmission case. Primary-drive coverage includes the clutch pack and bearing, chaincase housing, transmission sprocket, and rear drive belt.
The procedures identify special pullers, drivers, holding fixtures, and replacement-only parts. A transmission-specific caution explains that hammering the shafts to release a stuck side door can damage its bearings.
Fuel Injection Service and Diagnostic Limits
Fuel-system sections address the tank top plate, filter, regulator, level sender, pump, injectors, twist-grip sensor, engine-temperature sensor, TMAP sensor, and O2 sensors.
Induction-module limitation: Installation instructions are readable on PDF pp. 357–358, but the preceding removal page, PDF p. 356, contains no readable procedure text. The throttle control actuator is not serviced separately; actuator damage or failure calls for induction-module replacement.
The EFI troubleshooting section refers to a separate Electrical Diagnostic Manual, which is not included. Several sensor tests and starter diagnostic procedures also refer to that publication.
The twist-grip sensor instructions explain how connector-latch damage can prevent secure engagement and require jumper-harness replacement.
Electrical Repair, Wiring and ABS Equipment
Electrical service covers the voltage regulator, ignition coil, fuses and relays, starter, solenoid, lighting, switches, gauges, Advanced Audio hardware, and main/interconnect harnesses. Connector procedures cover AMP Multilock, Delphi, Deutsch, Molex, Packard/Metri-Pack, ECM connectors, and sealed splices.
Appendix B combines connector-location tables with schematics such as the five-part Main Harness, Starting and Charging, Tail Lamp/Auxiliary Lamp/Directional Lamp/Tour-Pak wiring, and Composite Ultra Audio Circuit.
Appendix C adds ABS Module Connections illustrations and procedures for the HCU/ECU assembly, wheel-speed sensors, and brake lines. Specified repairs require Digital Technician II (HD-48650) for ECU programming or the ABS Service procedure associated with bleeding. Magnetic-field exposure can damage ABS wheel-speed sensors and encoder bearings.
Factory Specifications and Service Tools
Reference material includes component torque tables, fluid capacities, clearances, wear limits, electrical specifications, maintenance schedules, and tire/wheel fitment data.
Tool callouts include the HD-35381A Belt Tension Gauge, HD-48219 Primary Drive Locking Tool, HD-47956 Camshaft Assembly Tool, HD-41182 Fuel Pressure Gauge, and HD-48646 Cam Ring Remover/Installer.
Brake, fuel-system, engine, and electrical repairs require the applicable factory precautions, specified equipment, and final checks.
Oil- and Fuel-Pressure Specification Preview
The engine oil-pressure check specifies 30–38 psi at 2,000 rpm with the oil at its normal operating temperature of 230°F (110°C).
The fuel-pressure test specifies 55–62 psi (380–425 kPa), with pressure remaining steady as engine speed changes. These examples show the operating conditions supplied alongside the manual’s test specifications.
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