Yamaha WaveRunner XLT1200 2001 Service & Repair Manual (P/N F0V-28197-2D-C1)
531 Pages • Printable PDF • 14.59 MB • Download
Yamaha Models Covered & Key Technical Specifications
Models & Model Codes: WaveRunner XLT1200 (XA1200A-Z; hull: F0V; engine/jet: 68N, with catalytic converter)
Model Year: 2001
Primary ID: F0V (starting 800101)
Serial Numbers: Engine 68N (starting 000101), Jet pump unit 68N (starting 800101)
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Engine displacement: 1,176 cm³ (71.8 cu. in)
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Engine configuration: 2-stroke, L3
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Max power output: 114 kW (155 PS) @ 7,000 r/min
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Compression ratio: 5.9:1
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Fuel system: 3 x Mikuni BN44 carburetors
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Drive system: Direct drive, axial flow jet pump
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Bore x stroke: 80.0 mm x 78.0 mm
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Fuel tank capacity: 70 liters (18.5 US gal)
Yamaha Manual Features & Selected Content Preview
Yamaha’s service manual for the 2001 WaveRunner XLT1200 covers the 68N engine/jet configuration with catalytic converter. P/N F0V-28197-2D-C1, first edition, January 2001, includes maintenance, troubleshooting, and mechanical repair procedures.
Searchable PDF, Chapter Bookmarks and Wiring Detail
Search and diagram access: The PDF has searchable text and embedded bookmarks for chapter openings and the wiring diagram. The language groups share the same section destinations. Small wire-color codes and connector details in the wiring diagrams are readable when enlarged.
Delivered as one printable, 531-page PDF in English, French, German, and Spanish. The total includes both covers, 12 preliminary pages, and one blank page.
Engine, Jet Pump and Control-System Service
The following selected service topics outline the repair coverage rather than reproduce the full contents. Other documented work includes graphic replacement and front-hood hinge disassembly.
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Engine repair: Step-by-step engine removal, crankcase disassembly and reassembly, cylinder-head and piston inspection, crankshaft removal, and bearing and seal checks.
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Fuel and oil injection: Carburetor disassembly, fuel-pump inspection, oil-pump removal, cable adjustment, check-valve testing, and oil-injection air-bleeding procedures.
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Jet pump overhaul: Impeller duct and drive-shaft disassembly, bearing and oil-seal replacement, intermediate-housing service, reverse-gate assembly, and nozzle removal.
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Steering and trim: Steering-master disassembly, QSTS grip service, remote-control cable replacement, and steering, shift, throttle, choke, and trim adjustments.
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Electrical diagnosis: Ignition and charging tests, starter-motor inspection, YPVS servomotor checks, and multifunction-meter, warning-system, and sensor diagnosis.
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Hull and fittings: Deck hardware, seat locks, exhaust hoses and water lock, plus guidance for scratches, fiberglass damage, and insert-nut repairs.
Written primarily for Yamaha dealers and trained mechanics, this manual assumes a basic understanding of mechanical and electrical service procedures.
Engine Inspection and Replacement-Part Matching
Cylinder-head warpage, cylinder taper and out-of-round checks, piston diameter, ring clearances, and crankshaft inspection limits are documented. A cylinder-size/piston-color table supports matching replacement pistons to the cylinder.
Exploded views are paired with removal and installation charts, including fastener, sealant, and non-reusable-part notes. Engine-mount shim locations and coupling-clearance checks are covered for engine reinstallation.
Carburetor Synchronization and Oil Delivery
The Mikuni carburetor sections distinguish throttle-valve synchronization from choke-valve synchronization. Internal checks cover the diaphragms, accelerator pump, needle valve, regulator body, and jets.
The carburetor cautions explain that steel-wire cleaning can enlarge the jets and affect performance. The oil-injection section warns that an emptied oil tank requires pump bleeding to restore proper oil flow and avoid engine damage.
Observe the manual’s fuel-vapor and ignition-test precautions, and use the specified tightening torques during reassembly.
Pump Bearings, Seals and Alignment
Jet-pump service identifies the impeller’s left-hand threads and the required drive-shaft holding tool. Intermediate-housing procedures include separate bearing and oil-seal installation details, seal depths, and a shim-selection table.
Maintenance interval charts cover the control system, hull fittings, and propulsion components. Lubrication illustrations identify cable, nozzle-pivot, and intermediate-housing service points.
Electrical Tests and Symptom-Based Troubleshooting
Separate wiring diagrams cover the ignition, starting, charging, YPVS, and indication systems. The full XLT1200 wiring diagram includes color codes and connector views; cable and hose routing drawings support reassembly.
Electrical analysis distinguishes CDI output peak-voltage tests from coil-resistance measurements and specifies the peak-voltage adapter and test harness. Starter-motor checks extend to the armature, commutator, and brushes.
YPVS service limit: The servomotor is a sealed unit; the manual covers testing, removal, and replacement rather than internal overhaul.
The Trouble Analysis Chart connects symptoms such as overheating, poor charging, and increased bilge water with component checks and chapter references, helping organize fault diagnosis before parts are replaced.
Hull Repair and the Separate FRP Reference
Scratch repairs include surface preparation and gelcoat work. For cracks, punctures, and insert-nut repairs, the instructions also refer to the separate Watercraft FRP Repair Manual, which is not included in this PDF.
A Preview of Jet-Pump Inspection Limits
The jet-pump specifications distinguish standard impeller clearance of 0.35–0.45 mm from the 0.6 mm clearance limit.
The drive shaft has a separate runout limit of 0.3 mm. These entries provide distinct references for evaluating pump clearance and shaft condition.
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