Sea-Doo 1996 PWC Shop Manual – SP/SPI/SPX/XP/HX/GTS/GTI (P/N 219 100 031)

This Bombardier factory shop manual, P/N 219 100 031, covers 1996 Sea-Doo SP, SPI, SPX, XP, HX, GTS, and GTI watercraft with Rotax 587, 717, and 787 engines. Coverage applies to factory-built configurations and excludes subsequent dealer modifications.

PDF Format, Search, and Navigation

Text search and bookmarks: The manual text is searchable, with 18 embedded bookmarks covering the contents and Sections 1–13. Some tool and product listings contain OCR errors; the illustrated front and back covers are not searchable. Small labels in the checked electrical test illustrations remain legible when enlarged.

Wiring coverage: Section 14, Wiring Diagrams, is not included in this PDF, although it appears in the table of contents. Electrical testing procedures, connection illustrations, and component test tables are included.

One printable English PDF contains 315 pages, including the illustrated front cover, inner title page, and back cover.

Engine, Fuel System, and Jet Pump Work

This selection of shop procedures highlights part of the manual’s contents. Fuel-level sensor and gauge testing are among the additional topics covered.

• Engine repair: Step-by-step removal, teardown, cleaning, inspection, and assembly procedures for the top end, bottom end, and rotary valve components, plus 787 RAVE service.

• Mikuni carburetors: Overhaul procedures, pump diaphragm leak testing, needle-valve pop-off checks, metering-lever inspection, and twin-carburetor synchronization.

• Oil injection: Pump synchronization, system bleeding, pressure testing, and bench checks of delivery from each pump outlet.

• Jet pump rebuilding: Aluminum and plastic housings, impeller inspection, shaft bearings, seals, wear-ring replacement, pump pressure testing, and engine-to-pump alignment.

• Electrical diagnosis: CDI and DC-CDI ignition tests, charging-system checks, starter repair, and DESS basic and advanced self-diagnostic beep codes.

• Seasonal maintenance: Cooling-system flushing, internal engine lubrication, winter storage, and recovery procedures for a water-flooded engine.

It was written primarily for manufacturer-trained watercraft technicians already familiar with Sea-Doo maintenance and repair procedures, using the required hand tools and special service tools.

Engine and Carburetor Configurations

The carburetor arrangements differ by model:

GTI code 5865 identifies the three-person configuration; 5866 identifies the two-person configuration.

Internal inspection: Engine overhaul data cover piston-to-cylinder wall clearance, ring end gap, squish measurements, crankshaft deflection, and connecting-rod big-end axial play. Rotary valve coverage adds cover-clearance checks, machining guidance, shaft inspection, timing diagrams, and valve-identification templates.

The 787 procedures address counterbalance-shaft indexing and RAVE clearance when cylinders are bored. Defective crankshafts require specialized repair or replacement; counterbalance-shaft gear and oil-seal work requires factory repair.

Cooling, Exhaust, and Fuel Supply

Cooling coverage distinguishes the Serial Cooling System used on the 717 and 787 engines and the XP water flow regulator. The 787 Engine Cooling System schematic traces the cooling and exhaust-water circuits.

The cooling section explains how substituting incorrectly sized calibrated fittings can cause severe engine damage. Exhaust installation notes identify damaged support bushings and sleeves as a cause of stress and cracking in the tuned pipe.

Exhaust work includes tuned-pipe crack repair and pressure testing. Fuel-system procedures cover tank and pickup service, vent-valve inspection, and system pressurization.

Oil-pump bench checks compare delivery from the individual outlets. A defective injection pump is replaced rather than internally rebuilt.

Propulsion, Steering, and Hull Repair

Drive and trim systems: Drive-system coverage includes carbon-ring sealing and the HX split driveshaft arrangement with its intermediate bearing and seal carrier. GTS and GTI procedures cover reverse-gate linkage and cable adjustment.

Manual trim service applies to SPI and HX. SPX and XP receive powered Variable Trim System service and adjustment procedures.

Steering and suspension: Model-specific sections cover handlebar, support, and cable arrangements, including nozzle alignment. The HX Direct Action Suspension section addresses coil-over-shock removal and spring disassembly.

Hull and finish: Repair coverage includes fiberglass laminate damage, gelcoat fractures, hull inserts, and sponson replacement. Refinishing information provides PPG color references and CONCEPT and DELTA painting procedures.

Electrical Fault Finding and Service References

The Starting System Troubleshooting chart helps distinguish battery, switch, solenoid, and starter faults before starter removal. DESS charts separate lanyard-recognition problems from wiring and module faults.

Special tools are identified by application and part number, including the Bombardier ignition tester (P/N 295 000 008), carburetor pump gauge tester (P/N 295 000 114), and MPEM programmer (P/N 295 000 127).

The 787 ignition section describes timing correction with the programmer. Safety-lanyard programming instructions belong to the programmer’s separate guide.

Separate Aluminum Pump and Plastic Pump exploded views show assembly positions. Model-specific tables supply tightening torques, pressure-test specifications, fluid capacities, wear limits, rev-limiter settings, and electrical test values. Lubricant references include synthetic 75W90 GL5 polyolester jet pump oil.

Selected Carburetor Test Specifications

For needle-valve testing, the manual lists pop-off pressures of 21–37 PSI for SP, SPI, and GTS; 40–56 PSI for SPX, HX, and GTI; and 27–39 PSI for XP. These model-specific release-pressure ranges accompany the metering-lever inspection and needle-valve leak-test procedures.

Always consult a certified marine technician before performing major service on this equipment, particularly fuel-system and electrical work involving ignition hazards.