1996 Kobelco Super Mark V SK60V SK100V SK100LV SK120V SK120LCV SK200V SK200LCV SK220V SK220LCV Hydraulic Excavator Manual (P/N S7LO0023E)

• Covers 1996 Kobelco Super Mark V SK60V, SK100V, SK100LV, SK120V, SK120LCV, SK200V, SK200LCV, SK220V, and SK220LCV hydraulic excavators in Standard and Long Crawler configurations
• Official Kobelco publication S7LO0023E, published March 1996
• 198 pages of system diagrams, performance inspection standards, component weights, and relief valve adjustment data
• Serves as the foundational guide for the Super Mark V series, specifically documenting the transition to Mechatro controller diagnostics across all engine variants

Excavator System Documentation

This factory manual details machine dimensions, engine characteristics, and comprehensive hydraulic component lists. It provides a strict framework for performance inspections. You will find baseline data for travel speeds, swing torque, and cylinder operating times. When evaluating a machine in the bay, always adhere strictly to the stated system pressure limits to prevent hydraulic failure or severe physical injury. Technicians gain immediate access to exhaustive capacity tables for lubrication and coolant, alongside specific filter element part numbers for each model. The documentation brings clarity to Mechatro controller settings. It outlines service diagnosis indications, cluster gauge connector pinouts, and exact self-diagnosis failure codes. A significant portion focuses on hydraulic circuit operation, breaking down the control valve and travel/swing motor integration.

Specification and Performance Data

Detailed tables specify relief valve adjustments. They highlight the required turn counts and pressure changes for main, pilot, and port valves. You get precise engine oil volumes, compression pressures, and valve clearance specs for both Isuzu and Mitsubishi power plants. Cylinder performance is documented through specific timing metrics and oil-tightness tolerances. Interpreting these factory performance curves and hydraulic flow charts helps mechanics isolate complex faults quickly.