Sea-Doo 2002 LRV DI & 2003 PWC Manual Collection (P/N 219 100 160)

The Shop Manual supplies repair procedures, while the parts catalogs provide exploded-view identification and ordering data. The XP DI operator supplement is used with the RX DI information in the included two-stroke Operator’s Guide.

Coverage limits: The LRV DI parts catalog covers model 5460; the Shop Manual identifies LRV DI model 5771. The three parts catalogs do not cover every Shop Manual model, and the historical Specification Booklet does not extend repair coverage to earlier model years.

PDF Search, Bookmarks and Diagram Detail

Search and navigation: Body text is searchable across the publications, but image-based covers and many wiring-diagram labels are not. Embedded bookmarks are present; some links target an absent French menu, and Shop Manual file links may fail on systems that distinguish uppercase and lowercase filenames. Small wiring labels require zooming.

The ZIP contains 31 printable PDFs totaling 1,700 pages, with the Shop Manual divided into 19 section files. The total includes covers, blank and notes pages, the 24-page XP DI supplement, the 14-page warranty supplement and the separate 7-page publications menu.

Two-Stroke and 4-TEC Workshop Coverage

The following is a selection of included topics. Other sections address storage preparation and water-flooded engines.

• Engine repair: Step-by-step procedures for leak testing, removal and installation, two-stroke top- and bottom-end service, rotary-valve timing, magneto work, and 4-TEC cylinder-head, valve, timing-chain and supercharger service.

• Carburetion and oil injection: Carburetor disassembly, inspection, leak testing and adjustment, plus oil-injection pump identification, synchronization and delivery checks.

• RFI, DI and 4-TEC management: Fuel and air pressure testing, injector checks, DI air-compressor and air/fuel-rail service, sensor testing, TPS and TDC adjustment, and ECU/MPEM replacement.

• Electrical diagnosis: Ignition, charging and starting-system tests, starter overhaul, DESS, instruments, connector inspection and model-specific wiring diagrams.

• Cooling service: Cooling-circuit inspection, leak testing, coolant replacement, thermostat and coolant-pump work, with separate coverage for two-stroke and 4-TEC systems.

• Propulsion and handling: Jet-pump removal, rebuild and pressure testing; drive and reverse systems; VTS, steering alignment, O.P.A.S., direct-action suspension and hull/body repair.

The Shop Manual was written primarily for watercraft mechanical technicians already familiar with Bombardier service procedures and assumes access to the specified hand tools and special service tools.

Engine Rebuilding and Component Handling

The engine sections distinguish the 717, 787 RFI and 947 DI two-strokes from naturally aspirated and supercharged 1503 4-TEC engines. Component-specific torque data, wear limits, clearances and assembly illustrations support the internal repair procedures; the 4-TEC valvetrain uses hydraulic lifters without a valve-clearance adjustment.

Excess crankcase sealant can obstruct 947 DI air-compressor lubrication, while chemically incompatible sealants can leave crankcase joints leaking. The supercharger section specifies bearing-cage orientation and inner-race support because pressing through the bearing balls shortens bearing life.

Injection Diagnosis and Workshop Equipment

Separate RFI, DI and 4-TEC diagnostic sections let technicians match fault tables, connector checks and test specifications to the installed management system. The DI fuel-delivery diagnostic flow distinguishes pressure, injector and electrical checks rather than treating every running fault as a failed fuel pump.

The service-tool section identifies the VCK (P/N 529 035 844), MPEM programmer (P/N 529 035 878), engine alignment shaft (P/N 295 000 141), and dedicated supercharger support and bearing tools. DI and 4-TEC diagnostic procedures also describe B.U.D.S. communication and fault-code handling.

Technical illustrations include the Engine Leakage Diagnostic Flow Chart, DI air/fuel-rail and air-compressor layouts, the Complete Electrical System Overview, the supercharged 4-TEC management overview, and model-specific wiring diagrams.

Cooling, Propulsion and Service References

The cooling chapter separates direct-flow two-stroke circuits from the 4-TEC closed-loop engine circuit. Propulsion coverage distinguishes oil-filled two-stroke jet pumps from the greased-bearing 4-TEC pump and includes related inspection limits and assembly requirements.

The Flat Rate Time Schedule supplies factory warranty labor allowances and job codes for its listed models; these allowances are not cumulative repair-time estimates. The Specification Booklet adds historical reference tables, while the operator publications address controls, routine care and operating precautions.

Direct-injection fuel and air circuits can remain pressurized, so repair work should follow the manual’s pressure-release, fuel-handling, electrical-isolation and rotating-component warnings.

Selected DI Pressure-Test Specifications

For the 947 DI air-compressor test, the manual lists minimum cranking pressure as 621 ± 14 kPa (90 ± 2 PSI), with normal cranking speed required for the check.

The separate fuel-pump test specifies a minimum of 721 kPa (105 PSI) when the safety lanyard is installed, using the manual’s closed-loop test arrangement.