2002 Suzuki LT-A50 ATV Service & Repair Manual (P/N 99500-20210-01E)

• Covers the 2002 Suzuki LT-A50 (K2-series) all-terrain vehicle, detailing engine, chassis, electrical, and fuel system specifications
• Official Suzuki publication P/N 99500-20210-01E, 2001 copyright edition spanning 132 pages
• Contains 123 technical illustrations, 6 major component exploded-view diagrams, and 14 torque-specification tables
• Provides the official OEM factory data required for all internal mechanical inspections and routine service intervals

Mechanical System Coverage

The service manual documents the complete mechanical maintenance lifecycle for this specific ATV. Opening sections establish general information, including serial number identification and fuel or oil recommendations for global markets. From there, chapters break down the disassembly, inspection, and reassembly procedures for the engine unit, lubrication networks, and chassis components. Critical information regarding transmission fluid levels, chain tensioning, and steering alignment allows technicians to keep the unit strictly within factory parameters. Since improper handling of mechanical systems can lead to equipment damage or personal injury, always consult a certified technician before undertaking complex service tasks.

Technical Reference and Specification Highlights

This reference includes comprehensive specification tables for both the air-cooled engine and the chassis. Torque values for engine mounting nuts are specified at 31 Nm to 41 Nm, depending on the exact bolt position. The manual lists transmission oil capacity at 500 ml for standard fluid changes, increasing to 550 ml for complete overhauls, explicitly requiring SAE 10W-40. Furthermore, it outlines that the centrifugal automatic clutch has a designated engagement speed range of 2,200 to 2,600 r/min. Intake valve and ignition timing data are provided alongside critical clearance thresholds for the piston, cylinder, and crankshaft. For instance, cylinder head distortion service limits are set at 0.05 mm. Crankshaft runout must also remain within that same 0.05 mm threshold to guarantee operational reliability in the field.