2001 Harley-Davidson FLT, FLHT, FLHTC, FLHTCU, FLTR Service Manual (P/N 99483-01)
1,221 Pages • 41.52 MB • Instant, Printable PDF
Harley-Davidson Models Covered & Key Technical Specifications
Models: FLHT, FLHTC, FLHTCU, FLTR, FLHR, FLHRC, FLHP, FLHTP, FLHTPE
Sub-models / Variants: Standard, Classic, Ultra Classic, Road Glide, Road King, Shrine, EFI (Fuel Injected), FLTRSEI2
Trade Names: Electra Glide, Road King, Road Glide, Ultra Classic
Model Years: 2001
Serial Numbers: 1HD1DJV131Y500001 (sample VIN format)
Technical Data:
- Engine displacement: 901 cc and larger (Heavyweight type)
- Engine Type: V-Twin (Carbureted or Fuel Injected)
- Fuel tank capacity: 5 gallons (18.9 liters) including reserve
- Transmission oil capacity: 20–24 oz (590–710 ml)
- Primary chaincase capacity: 32 oz (946 ml)
- Front fork oil capacity: 9.7 oz (287 ml) per fork
- Spark plug gap: 0.038–0.043 in (0.97–1.09 mm)
- Front tire pressure (Dunlop): 36 PSI (2.5 bars)
- Rear tire pressure (Dunlop): 36–40 PSI (2.5–2.8 bars)
- Spark plug torque: 11–18 ft-lbs (15–24 Nm)
Harley-Davidson Manual Features & Content Preview
- Access to 1,221 pages of detailed technical specifications, wiring schematics, and exploded-view illustrations for major sub-systems.
- Covers 2001 Harley-Davidson FLT, FLHT, FLHTC, FLHTCU, and FLTR touring models, including fuel-injected and carbureted variants.
- Contains original OEM publication P/N 99483-01, supplemented by 99495-01 Electrical Diagnostics and 99488-01 FLTRSEI2 Service Supplement.
- Delivered as a comprehensive PDF, exploring essential powertrain elements like the Twin Cam 88 engine, TSM/TSSM (Turn Signal Security Module), and EFI (Electronic Fuel Injection).
- Highlights deep troubleshooting for the vacuum operated fuel valve, air suspension, premium sound system, cruise control module, and EVAP emissions control system.
Technical Coverage & Workshop Utility
This official 2001 first edition serves as the primary factory reference for the touring lineup, providing comprehensive diagnostic data on the chassis, powertrain, and electrical systems. It details engine management, starting and charging, and sound system diagnostics for the full range of FL-platform motorcycles. Instead of relying on expensive dealership visits, independent mechanics can execute complex tasks such as truing laced wheels, bleeding the hydraulic brake system, assigning TSSM key fobs, and calibrating the cruise control cable lash initialization. A distinct advantage of this specific manual is the inclusion of manual check engine lamp diagnostic procedures, allowing technicians to retrieve and clear EFI trouble codes without needing the proprietary Scanalyzer.
The technical instructions are heavily supported by diagnostic charts, diagnostic flow charts, circuit diagrams, terminal routing diagrams, and cross-sectional views to systematically isolate faults. Whether a technician is looking up periodic service intervals, steering head bearing lubrication, primary chain tensioning, or clutch adjustment limits, this manual outlines the exact factory parameters required for a professional repair.
Factory Specifications & System Data
The documentation delivers precise torque values, fluid capacities, and wear limits for critical components. For instance, the engine oil capacity is documented at 4 quarts (3.8 liters) with the filter included. Primary chain tension deflection is clearly specified at 5/8–7/8 inch cold. Mechanics will find intake valve clearances, electrical resistance values for sensors, and multi-stage cylinder head bolt torque sequences perfectly laid out. Laced wheel maintenance is supported with spoke nipple torque listed at 40–50 in-lbs (4.5–5.6 Nm) alongside recommended tire pressures.
Experienced technicians understand that deep overhauls require navigating specific procedural traps. For example, failing to place a 5/32-inch cardboard insert between the brake lever and bracket before removing the switch housing will inevitably destroy the rubber boot and plunger of the front stoplight switch. Furthermore, attempting to press out a valve guide from the bottom of the cylinder head will drag hardened carbon deposits through the casting, severely gouging the bore and ruining the required interference fit.
Working on these heavy touring models involves high-tension components and critical safety systems. Always verify your tools, review the system mechanics, and confirm factory values before altering structural settings to ensure the motorcycle remains safe for the road.
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