2002 Yamaha TDM900(P) Service Manual (475 P.)

Complete service reference for Yamaha TDM900(P) motorcycle covering fuel injection system, engine diagnostics, and comprehensive maintenance procedures with electronic control unit specifications.

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Document Details

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Document Number / Seller:
24124 / Deborah Johnson
File Size:
16.58 MB
File Type:
PDF
Language:
English
Pages:
475
Printable:
Yes
Category:
Motorcycle
Last updated / verified
May 15, 2025

Models Covered & Key Technical Specifications

Yamaha TDM900(P) — 2002 Structured Automotive Dossier | TDM900 Series Section.

  • Measured System Fill: 897 cm³ is configured at the engine cylinder volume producing optimal displacement Architecture.
  • Established Deviation Limits: For peak combustion efficiency, 10.4:1 limits the compression ratio producing proper ignition Benchmarks.
  • Factory Load Capacity: The fuel tank capacity reaches 20 L (5.28 US gal) representing the complete fuel reserve Sequences.
  • Approved Cycle Rate: 4.7 L (1.24 US gal) is set to the engine oil total quantity producing effective lubrication Baseline.
  • Reference Package Size: The radiator capacity represents 1.7 L (0.45 US gal) of coolant volume maintaining thermal control Requirements.
  • Critical Containment Volume: Intake valve clearance is measured at 0.15–0.20 mm (0.006–0.007 in) cold gap representing precision adjustment Threshold.

Professional Workshop Service Manual & Technical Specifications

Operational Reference Overhaul Manual: Motorcycle Comprehensive Diagnostics & Maintenance: Yamaha TDM900(P) (2002) Technical-Briefing

Design-Core: TDM900(P) (2002) // Specification-Class: Engine and Transmission Reference Data Logic // Calibration-Scope: Electronic Control Unit Sensor Integration Architecture.

Assessment-Element Operational-Logic Calibration-Data
Engine Systems Four-stroke DOHC liquid-cooled parallel twin 897cc configuration Complete specifications provided
Fuel Injection Delivery Electronic control with multi-point injection timing Pressure and duration reference tables included
Ignition and Electrical Transistorized coil ignition with digital ECU management Timing advance and spark data documented
Transmission Assembly Constant mesh 6-speed transmission with chain secondary drive Gear ratio specifications and shift mechanics detailed
Chassis Framework Diamond-type frame with telescopic front forks and link-type rear suspension Suspension travel and damping adjustment ranges documented
Brake Systems Hydraulic dual-disc front and single-disc rear with ECU integration Component torque specifications and fluid requirements listed

The documentation provides guidance on systematic inspection, component assessment, and structural integrity verification across the TDM900(P) platform. Engine rebuild procedures are documented for camshaft installation, valve clearance measurement, piston ring gap assessment, and crankshaft journal bearing selection. Removal procedures are documented for cylinder head extraction, transmission disassembly, front fork leg service, and rear shock absorber maintenance. Technical specifications are provided for engine compression pressure, valve timing advance, fuel system pressure regulation, and ignition timing parameters.

Factory specifications are documented for cooling system capacity and radiator valve relief pressure. Valve clearance reference data is included for both intake and exhaust valve sets. The manual documents torque specifications for the primary drive gear assembly to ensure proper engagement characteristics. Component layout illustrations depict fuel pump assembly position, throttle body synchronization procedure reference points, and catalytic converter air injection system architecture.

Removal procedures are documented for the exhaust system including muffler attachment points and O2 sensor location. Electrical system sections cover battery charging methodology, fuse rating assignment, and ECU self-diagnostic fault code interpretation. Periodic maintenance intervals establish progression scheduling for oil change cycles, coolant replacement frequency, air filter service points, and brake system component inspection protocols.

Parts identification is covered for intake valve orientation marking, transmission gear dog engagement verification, and starter clutch idle gear positioning. The manual documents electrical system relay functionality including fuel injection pump control, radiator fan operation, and headlight illumination management through the ECU circuit architecture.

FAQ

Assess the **critical** calibration settings for the intake manifold pressure differential. keyboard_arrow_down

33.0 X 36.0 kPa (248 X 270 mm Hg) is specified for engine idling speed, with the difference in vacuum pressure between two throttle bodies not exceeding 1.33 kPa (10 mm Hg) during synchronization.

What components are **required** for clearance measurements on the valve train? keyboard_arrow_down

0.15 X 0.20 mm is the specified intake valve clearance (cold), while 0.23 X 0.28 mm applies to exhaust valves, both measured when piston #1 is at TDC on the compression stroke.

Confirm the **specified** torque value for critical engine fasteners. keyboard_arrow_down

18 Nm (1.8 mSkg) is required for cylinder head bolts during initial tightening, followed by a final angle-based tightening of 150 degrees with an angle torque gauge.

What tools are **essential** for safe hydraulic brake system maintenance? keyboard_arrow_down

DOT 4 brake fluid must be used exclusively, with proper bleeding procedures required whenever the hydraulic system is disassembled, as specified on pages 403-475 of the service documentation for complete brake system integrity verification.

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