2001 Kawasaki Ultra 130 DI, 130DI, JH1100 Jet Ski Factory Service Manual (OEM)
49.97 MB • Printable PDFs (ZIP Download)
Kawasaki Models Covered & Key Technical Specifications
Models: Kawasaki Ultra 130 DI (JH1100-B1)
Model Years: 2001
Technical Data:
- Engine displacement: 1,071 mL
- Engine type: 2-stroke, 3-cylinder, crankcase reed valve, water cooled
- Maximum horsepower: 96 kW (130 PS) @ 7,000 r/min
- Maximum torque: 144 N·m (106 ft·lb) @ 6,250 r/min
- Compression pressure: 755 ~ 1079 kPa (109 ~ 156 psi)
- Fuel system: FICHT Direct Fuel Injection
- Idle speed (in water): 1,100 ± 100 r/min
- Fuel tank capacity: 58 L
- Battery: 12 V 18 Ah
Kawasaki Manual Features & Content Preview
- Complete coverage for the 2001 Kawasaki Ultra 130 DI (JH1100-B1) featuring the FICHT direct fuel injection system.
- Official Kawasaki Heavy Industries first edition release (March 9, 2001).
- 100 pages of detailed diagnostics, wiring diagrams, and DFI architecture schematics.
- The definitive factory resource for EMM (Engine Management Module) configuration and proprietary sensor specifications.
Documentation Overview
The manual structures maintenance and system checks across 15 distinct chapters. It moves logically from general information to complex technical theory. You will find standard service data right at the beginning. The initial sections also map out torque specifications for critical engine bolts and routing diagrams for all cooling, oil, and fuel lines.
Following these primary chapters, the documentation breaks down the DFI components. This includes the high-pressure fuel pump, filters, injectors, and regulators. The text details EMM functions and ignition timing. It also unpacks the proprietary Kawasaki Smart Steering operation to give you a complete, professional-level understanding of this specific watercraft.
Technical Preview
Let's look at the actual specifications inside. Fuel pressure for the DFI system is rated at 157 to 235 kPa. Checking the pump charts, the impeller clearance requires an exact 0.2 to 0.3 mm gap. The crank position sensor output relies on the flywheel encoder, needing an air gap of 1.15 mm. Keep in mind that working on high-pressure fuel and electrical systems carries inherent risks. Always rely on the original OEM documentation as your primary reference before beginning any hands-on testing or parts replacement.
Customer Reviews
Read what our customers say about this Kawasaki Jet Ski manual and share your own experience.