2004 Sea-Doo GTI/LE/RFI/LE RFI, GTX 4-TEC/Supercharged/Limited/Wakeboard Edition, RXP/RXT 4-TEC Supercharged & XP DI Factory Service Manual (P/N 219 100 192)

• 928 PDF pages total — Bombardier Recreational Products 2004 Shop Manual P/N 219 100 192: 831 pages; included 2004 3D RFI Shop Manual Supplement: 97 pages. Covers domestic and International versions of the GTI, GTI LE, GTI RFI, GTI RFI LE/GTI LE RFI, XP DI, GTX 4-TEC, GTX 4-TEC Supercharged, GTX 4-TEC Limited Supercharged, GTX 4-TEC Wakeboard Edition, RXP 4-TEC Supercharged, and 3D RFI.
• 2-stroke engine repair includes leak testing, removal and installation, magneto service, top- and bottom-end disassembly, inspection and reassembly, 717/787 RFI rotary-valve timing, 947 DI air-compressor-related work, tuned-pipe repair, carburetor service, and oil-injection pump adjustment and operational checks.
• 1503 4-TEC procedures cover intake and exhaust service, supercharger slipping-moment inspection and shaft/bearing repair, intercooler leak testing, engine removal, PTO/magneto service, engine-oil pressure testing, cylinder-head and valve work, timing-chain installation, crankshaft/balancer indexing, and piston/connecting-rod service.
• RFI, DI, and 4-TEC engine-management diagnosis includes VCK/B.U.D.S. use, self-diagnostics and fault-code charts, fuel and air pressure tests, injector and sensor checks, TPS setting, ignition/TDC synchronization, ECM and MPEM replacement, DESS key programming, and connector-circuit testing.
• Maintenance and cooling procedures include periodic inspection, flushing and lubrication, water-flooded engine recovery, storage preparation, cooling-circuit leak testing, system draining, and coolant-pump, thermostat, and rotary-seal service.
• Propulsion, steering, and hull coverage documents jet-pump removal and internal repair, bearing/seal inspection, pump pressure testing, drive-shaft alignment, reverse and VTS service, O.P.A.S. repair, XP DI direct-action suspension, and hull/body repair. The 3D supplement adds O.T.A.S., VCM, steering-pole alignment, 3D drive/VTS differences, and model-specific body hardware.
• Factory reference material includes mandatory and optional service tools with part numbers, component-specific torque tables, approved fluids, capacity data, pressure-test specifications, wear limits, sensor resistance values, model-specific wiring diagrams, exploded views, connector pinouts, and diagnostic flowcharts.

Exact Model and Engine Match

The engine mapping is explicit: 717 for GTI and GTI LE; 787 RFI for GTI RFI, GTI RFI LE/GTI LE RFI, and 3D RFI; 947 DI for XP DI; and 1503 4-TEC for the naturally aspirated and supercharged GTX models and the supercharged RXP. Factory model-number coverage is 6133–6136 for GTI/GTI LE, 6137–6140 for GTI RFI/GTI RFI LE, 6151–6152 for XP DI, 6141–6144 and 6147–6150 for GTX 4-TEC variants, 5599, 6115, 6162, and 6163 for RXP, and 6157–6158 for 3D RFI.

The 97-page 3D publication is a model-specific supplement rather than a duplicate of the main manual. It covers the 3D RFI and 3D RFI International differences—including Off-Throttle Assisted Steering, the Vehicle Control Module, steering-pole and alignment work, jet-pump/drive/VTS details, charging and starting circuits, DESS, and 3D hull components—while directing common 787 RFI procedures back to the included main shop manual.

Rotax Repair and Diagnostic Scope

The 2-stroke chapters go well past routine maintenance. They document crankcase leak isolation, engine removal, top-end measurement, crankshaft and counterbalance inspection, rotary-valve service, exhaust removal and tuned-pipe repair, plus model-specific reassembly and adjustment data. Separate RFI and DI chapters keep the systems distinct: RFI coverage follows the fuel pump, regulator, injectors, ECU/MPEM, RAVE solenoid, and sensor network, while the DI section adds the air compressor, air/fuel rail, direct injector, quick fuel-pressure checks, compressor-pressure testing, ignition synchronization, and DI fault-code logic.

For 4-TEC models, the manual moves from intake, exhaust, and intercooler checks into internal engine service. Supercharged models receive dedicated procedures for slipping-moment inspection, clutch components, shaft removal, bearing installation, and final verification. The lubrication section covers the dry-sump pumps, oil-pressure diagnosis, filter, cooler, and separator; the cylinder-head and block sections cover the camshaft, timing chain, valves, crankshaft, balancer shaft, pistons, and connecting rods.

Factory diagnostics are tied to the correct equipment. The manual identifies the VCK P/N 529 035 981, the engine leak tester kit P/N 295 500 352, and the supplementary RFI/DI leak-test kit P/N 295 500 780, along with model-specific pullers, alignment tools, pressure gauges, crimping tools, and 4-TEC supercharger fixtures.

Diagrams, Pinouts, and Factory Data

Useful visual references include the engine leakage diagnostic flow chart, the complete 4-TEC electrical-system overview, the DI AMP connector pinout, the 4-TEC engine-connector pinout, the 3D VCM 32-pin and 7-pin connector views, and separate wiring diagrams for the covered GTI, XP DI, GTX/RXP, and 3D configurations. Exploded and sectional assembly views support engine, supercharger, jet-pump, steering, suspension, and hull/body repair without forcing the technician to work from a generic schematic.

Technical-data chapters are organized by model family. They supply the related torque specifications, fuel and oil requirements, cooling-system data, pressure-test values, capacities, wear limits, clearances, electrical checks, impeller specifications, and adjustment data needed to finish a repair to the correct configuration.

The 947 DI bottom-end instructions warn that excess crankcase sealant can block the air-compressor lubrication nipple and cause serious compressor damage. On the 1503 engine, incorrect crankshaft/camshaft indexing during timing-chain work can damage internal components. Supercharger bearing cage orientation and press-load location also matter; hammering the shaft assembly or loading through the bearing balls shortens bearing life.

Follow the manual’s safety notices before opening pressurized fuel or air circuits, energizing the starting system, or working around the jet pump and drive shaft.