Kawasaki KLR600 Factory Service Manual • 1984–1994 Repair Book (P/N 99924-1050–01)
221 Pages • 25.03 MB • Printable PDFs (ZIP Download)
Kawasaki Models Covered & Key Technical Specifications
Models: KLR600 (KL600A/B)
Sub-models / Variants: Electric Starter, US Model, European Model, Australian Model, U.K. Model, Canadian Model, Californian Model, French Model, West German Model, Norwegian Model, South African Model, Swedish Model, Swiss Model, Greek Model, KL600-A1, KL600-B1, KL600-B2, KL600-B3, KL600-B4, KL600-B5, KL600-B6, KL600-B7, KL600-B8, KL600-B9
Model Years: 1984–1994 (1984, 1985, 1986, 1987, 1988, 1989, 1990, 1991, 1992, 1993, 1994)
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Engine: 4-stroke, DOHC, 4-valve, 1-cylinder, liquid-cooled
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Displacement: 564 mL
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Transmission: 5-speed, constant mesh, return shift
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Fuel tank capacity: 11.5 L
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Engine oil capacity: 2.0 L
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Starting system: Electric and kick
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Clutch type: Wet multi-disc
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Final drive ratio: 5.511 (at top gear)
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Front suspension: Telescopic pneumatic fork with 230 mm travel
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Rear suspension: Uni-Trak swingarm with 220 mm travel
Kawasaki Manual Features & Content Preview
- Factory coverage: Combines the 1984 KL600-A1 base service information with the KL600-B1 through B9 electric-start changes, including the carburetor-heater system added for the 1994 model.
- Complete two-manual set: Includes the 171-page Kawasaki base manual, P/N 99924-1050-01, and its 50-page electric-starter supplement for 221 PDF pages of coordinated service data.
- Engine repair: Covers cylinder-head and valve work, camshaft and cam-chain service, KACR inspection, cylinder and piston service, engine removal, crankcase splitting, crankshaft work, transmission service, and balancer timing.
- Fuel and cooling systems: Details Keihin CVK40 inspection and adjustment, service fuel-level checks, market-specific and high-altitude calibration, air-cleaner and evaporative-emissions service, coolant handling, radiator and fan testing, thermostat checks, and water-pump repair.
- Chassis and controls: Provides factory procedures for wheels and tires, final drive, front and rear brakes, steering, front fork, Uni-Trak rear suspension, cables, instruments, frame routing, and electric-start-model throttle adjustment.
- Electrical diagnosis: Covers the battery, charging and CDI ignition systems, starter clutch, starter motor, starter relay, safety interlocks, switches, lighting, gauges, cooling fan, continuity tests, component resistance checks, and fault isolation.
How the Two Manuals Work Together
This factory manual set is arranged as a base book plus a model-specific supplement. Kawasaki states that the supplement contains only procedures and specifications that changed for, or are unique to, the KL600 electric-starter models; all unchanged service operations remain in the base manual. Both files are therefore required for a complete KL600-B repair reference. The base application chart identifies the 1984 KL600-A1 by market, including non-US/Canadian machines beginning with frame number KL600A-000001, while the supplement identifies the electric-start family by the KL600-B1 through B9 model suffixes.
The material is written primarily for trained motorcycle mechanics working in a properly equipped shop. An experienced owner can also use it for maintenance and basic repair work, provided they already understand standard workshop practices, tool use, and motorcycle systems; internal engine, brake, fuel, and electrical work assumes appropriate equipment and mechanical judgment.
Engine, Fuel, Cooling, and Chassis Repair Data
The engine sections support both top-end inspection and full bottom-end work. Procedures cover cam-chain tensioner installation, valve-clearance inspection, camshaft and sprocket handling, the Kawasaki Automatic Compression Release, cylinder compression testing, piston-ring identification, lubrication-system checks, clutch and kick-starter service, crankshaft installation and alignment, transmission inspection, and correct balancer-chain timing. Rather than treating all versions as identical, the data distinguishes specifications affected by starting method, model group, and market.
Fuel-system coverage centers on the Keihin CVK40 carburetor. It includes idle and service fuel-level checks, carburetor removal and overhaul, pilot-screw and jetting data, high-altitude configuration, air-cleaner service, and California evaporative-emissions plumbing. The supplement separates early and later B-series calibration where Kawasaki revised the specification. Cooling-system information includes draining, filling and air bleeding, leak and pressure testing, radiator and fan removal, thermostat and switch testing, and water-pump mechanical-seal installation. The 1994 carburetor-heater layout is shown as a distinct update.
Chassis chapters cover spoke and rim checks, tire and wheel-bearing service, drive-chain and sprocket inspection, hydraulic front-brake service, rear-brake adjustment, steering-head bearings, fork oil and internal components, and Uni-Trak linkage and shock service. Cable, hose, and wiring-routing illustrations help return the machine to the correct factory layout after repair.
Diagrams, Test Information, and Shop Cautions
The set combines exploded views, sectional drawings, removal flowcharts, specification tables, troubleshooting charts, and wiring diagrams. Especially useful examples include the left-side part-removal flowchart, piston-ring cross sections, the water-pump mechanical-seal section, the starter-clutch and starter-motor exploded view, charging and ignition system schematics, and the electric-starter circuit and full motorcycle wiring diagrams. Reference material supplies tightening torques, service limits, fluid and oil data, electrical test values, switch-continuity tables, and tool callouts such as the fuel-level gauge, crankshaft installing jig, magneto holder and puller, and Kawasaki electrical testers.
Two repair cautions deserve particular attention. The magneto rotor taper and crankshaft must be clean and correctly tightened; contamination or improper tightening can let the rotor bolt loosen and cause serious engine damage. The starter motor must not be struck on its shaft or housing during removal, because impact can damage the motor. The starter circuit also includes a battery-positive lead that remains live with the ignition switched off, so it must be insulated from the chassis whenever disconnected.
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