2001 Yamaha XP500(N) TMAX Service Manual (P/N 5GJ1-AE1)
395 Pages • 11.38 MB • Printable PDFs (ZIP Download)
Yamaha Models Covered & Key Technical Specifications
Models: XP500(N) TMAX
Sub-models / Variants: 5GJ1 (Europe), 5GJ2 (Great Britain), 5GJ3 (Oceania)
Model Year: 2001
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Engine: Liquid-cooled, 4-stroke, DOHC, parallel-2 cylinder
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Displacement: 499 cm³
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Bore x Stroke: 66 x 73 mm
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Compression Ratio: 10.1
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Transmission: Wet, multiple disc automatic
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Fuel System: Dual MIKUNI BS30 carburetors
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System Voltage: 12 V
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Ignition System: Digital T.C.I.
Yamaha Manual Features & Content Preview
- Covers the 2001 Yamaha XP500(N) TMAX in its early 5GJ-series configuration, including the DOHC parallel-twin engine and automatic transmission.
- Documents engine, cooling-system, and twin Mikuni BS30 carburetor service, with component teardown references, inspection data, assembly specifications, and adjustment information.
- Includes periodic maintenance coverage for engine oil, coolant, spark plugs, and brakes, together with factory information on the swingarm and monocross rear suspension.
- Provides electrical schematics, battery and main-fuse specifications, cable-routing diagrams, and troubleshooting charts for structured fault tracing.
- Supplies component-specific torque tables, clearance and adjustment data, fluid-capacity specifications, carburetor setup information, and electrical reference values.
- Presented as a 395-page PDF and identified as Yamaha first edition, September 2000, publication code 5GJ1-AE1.
Model and Publication Coverage
This Yamaha factory manual is written for the 2001 XP500(N) TMAX, not as a broad guide to later TMAX generations. Its technical scope centers on the original 5GJ-series launch configuration, including the 499 cm³ DOHC parallel-twin engine, automatic transmission, carbureted fuel system, cooling system, chassis, and electrical equipment described for that model.
The publication is arranged in nine main chapters. It begins with scooter identification, model codes, general service information, and explanations of design features such as the swingarm and monocross suspension. The next sections bring together specifications and periodic checks before moving into the engine, cooling system, carburetors, chassis, and electrical system. Cable-routing information and troubleshooting charts support diagnosis and final assembly work.
Engine, Carburetor, and Cooling-System Repair Information
The engine chapter provides the factory reference data used during component inspection, teardown, and reassembly. It includes the applicable torque information, clearance and adjustment specifications, lubrication data, and other assembly references for the XP500(N) engine. This is the level of detail needed when routine maintenance has progressed into an actual engine repair.
Fuel-system coverage is specific to the paired Mikuni BS30 carburetors. The manual identifies the factory carburetor setup and includes jetting and throttle-cable adjustment data, allowing the mechanic to work from the correct early-model baseline instead of relying on information from a different TMAX build. The carburetor material is supported by the related inspection and service specifications.
Cooling-system content includes system diagrams, capacity data, component specifications, and the reference information used during cooling-system service. These sections connect maintenance findings with the factory data required for further diagnosis or repair.
Chassis, Maintenance, and Electrical Content
The periodic-maintenance material covers engine oil, coolant, spark plugs, brakes, and other scheduled checks described for the scooter. Chassis coverage includes the swingarm and monocross suspension design, along with the related inspection and service information. That gives technicians and experienced owners a clearer picture of how Yamaha intended the launch-model chassis to be checked and maintained.
Electrical coverage combines system specifications with schematics and fault-finding material. Useful visual references include the electrical schematics, cooling-system diagrams, cable-routing layouts, and troubleshooting charts. Battery and main-fuse specifications are included as part of the electrical reference data.
The cable-routing drawings are particularly useful after work around the controls, carburetors, or electrical system. Routing errors can leave a control cable restricted or place wiring where it may rub against nearby parts, so the factory layouts provide an important final-check reference during repair and reassembly.
Specifications and Shop Use
Chapter 2 serves as the central specifications section, while the repair chapters place related values beside the assemblies they apply to. The manual includes torque tables, fluid capacities, clearances, adjustment data, carburetor specifications, and electrical values. These categories are more useful in the shop than a handful of isolated figures because they support inspection, parts evaluation, assembly, and final checks across the covered systems.
This is factory service documentation rather than an owner’s handbook. It is suited to professional technicians, independent repair shops, and experienced DIY owners working on the 2001 XP500(N). Before servicing the cooling, brake, or electrical systems, review the safety warnings in the relevant chapter and follow the factory precautions for that repair area.
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