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General| Engine type | 4-cycle, single cylinder, OHC gasoline engine |
|---|---|
| Displacement | 98 cm³ (5.98 cu. in.) |
| Bore x Stroke | 58 x 37 mm (2.28 x 1.46 in.) |
| Fuel tank capacity | 1.7 L (0.45 US gal) |
| Oil capacity | 0.4 L (0.42 US qt, 0.35 Imp qt) |
| Dry weight | 10.5 kg (23.1 lb) |
| Fuel System | Carburetor |
| Fuel | Gasoline |
| Starting system | Recoil starter |
| Max Power Output | 6.5 HP @ 7500 rpm |
| Max Torque | 6.5 Nm @ 5500 rpm |
Defines maximum output of an engine after initial run-in and wear.
Specifies power output for sustained operation at optimal speed and efficiency.
Details torque and fuel consumption figures at the engine's maximum output.
Summarizes key engine attributes including compactness, durability, and versatility.
Illustrates internal components and overall engine layout with labeled parts.
Describes the crankcase assembly material and construction, including split-type design.
Details the base plate, made of aluminum alloy die-casting, attached with bolts.
Explains the construction and material of the crankshaft and connecting rod assembly.
Describes the precision-casted piston, its machining, and piston ring grooves.
Details the material and force-fitting of the driving shaft for Model B.
Explains cylinder construction, material, and port configuration for different models.
Describes the heat-conductive aluminum alloy cylinder head with fins and combustion chamber.
Explains the centrifugal flyweight type governor for constant-speed operation.
Details the cooling system utilizing a fan, blower housing, and air baffle.
Describes the flywheel magneto ignition system and its timing settings.
Explains the horizontal draft float type carburetor and its settings.
Details the semi-wet type air cleaner with oil-soaked filtering element.
Describes reduction gears and pinions used for specific engine models.
Covers the starting pulley and optional recoil starter availability for various models.
Guidelines for engine mounting position, coupling, and anchoring methods.
Requirements for fresh air supply for engine cooling and fuel combustion.
Procedures for safely venting toxic exhaust gases to the outdoors.
Considerations for fuel pipe connections, tank positioning, and filtration.
Information on belt-drive and flexible coupling for transmitting power.
Provides wiring diagrams for rope starting engines and engines with starting motors.
Lists special tools required for disassembly, measuring, and inspection instruments.
Guidelines for preparing, disassembling, cleaning, and checking engine parts.
Procedures for reassembling engine components, including torque specifications.
Step-by-step instructions for disassembling various engine components like fuel tank, carburetor, and cylinder.
Describes the magneto assembly which provides the ignition spark.
Details the procedure for adjusting breaker points for correct ignition timing.
Explains timing adjustment procedures using a timing tester and alignment marks.
Guides for diagnosing and resolving issues related to the magneto system.
Explains the centrifugal flyweight type governor's construction and its role in speed control.
Provides procedures for adjusting the governor linkage for proper engine speed regulation.
Outlines the steps for adjusting the engine's maximum operating speed.
Details the float system, throttle valve, choke valve, and fuel systems of the carburetor.
Step-by-step instructions for disassembling and reassembling the carburetor for cleaning and maintenance.
Covers adjustments for pilot screw and throttle stop screw to set the engine idling speed.
Lists common causes and remedies for engine starting problems.
Addresses issues related to faulty slow-speed engine operation and causes.
Explains common causes and solutions for engine overheating and knocking conditions.
Discusses primary causes and corrective actions for a reduction in engine power output.
Identifies reasons for high fuel consumption and their respective solutions.
Explains the causes of unstable engine speed (hunting) and how to correct them.
Covers miscellaneous engine problems like fuel overflow and abnormal noise.
Outlines essential daily checks and maintenance tasks for the engine.
Details maintenance tasks to be performed at 50-hour intervals or every 10 days.
Specifies maintenance tasks for 100-200 hour intervals or on a monthly basis.
Lists maintenance tasks required at 500-600 hour intervals or semi-annually.
Describes maintenance procedures to be performed at 1000 hour intervals or annually.
Provides instructions for preparing the engine for extended periods of storage.
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