Komatsu PC200/PC220/PC250 Excavator Shop Manual 721 Pages

Technician-level documentation for Komatsu excavators including PC200-6, PC200LC-6, PC210LC-6, PC220LC-6, and PC250LC-6 models. Comprehensive hydraulic system, electrical wiring, and component repair procedures. PN CEBMX20601

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Document Details

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Document Number / Seller:
23756 / Stephanie Sanchez
File Size:
41.52 MB
File Type:
PDF
Language:
English
Pages:
721 (199 sections)
Printable:
Yes
Estimated Download Time:
0.85 Minutes
Delivery Format:
Digital (PDF) - Instant Access
Category:
Excavator
Brand:
Komatsu
Reviewed and Approved:
Aug 6, 2025
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Models Covered & Key Technical Specifications

Komatsu PC200-6, PC200LC-6, PC210LC-6, PC220LC-6, PC250LC-6 Excavator — 1996 Precision Engineering Repository | Excavator Series Collection.

  • Reference Output Density: 99 kW (133 HP) at 2,200 rpm is standardized to the maximum rated horsepower Framework.
  • Integral Rotational Force: For optimal digging performance, 490 N·m (50 kgm) at 1,600 rpm is rated at peak engine torque Threshold.
  • General Containment Volume: The hydraulic system requires 230 L (61 US gal) total capacity for standard operation Mapping.
  • Essential Current Rating: Engine displacement sets 4,891 cc with 6 cylinders at 95 x 115 mm bore x stroke Configuration.
  • Baseline Speed Rating: Maximum operating weight is calibrated to 19,900 kg for the PC200-6 base model Benchmarks.
  • Fundamental Native Resolution: Maximum digging depth specifies 6,620 mm (21'9") excavation reach for standard bucket operations Range.

Professional Workshop Service Manual & Technical Specifications

Complete Factory Hydraulic Manual: Komatsu PC200-6, PC200LC-6, PC210LC-6, PC220LC-6, PC250LC-6 Excavator Field-Reference

Model-Specs: PC200-6, PC200LC-6, PC210LC-6, PC220LC-6, PC250LC-6 // Diagnostic-Area: Comprehensive Technical Documentation / Hydraulic & Mechanical Systems Logic // System-Identifier: Electronic Control Integration with Dual Main Pump Architecture.

Specification Parameters Validation-Data
Engine Type 6-cylinder in-line, water-cooled turbo diesel with aftercooler (SA6D95L-1) Complete engine specifications provided
Hydraulic System Dual variable displacement main pumps, 199-section technical breakdown Full circuit diagrams and relief settings documented
Travel & Swing Load sensing control with proportional solenoid electronics Operating pressures and performance data included
Work Equipment Boom, arm, bucket cylinders with holding valves Torque specifications and seal specifications included
Electronic Control Engine throttle controller, pump controller, monitor panel networking Real-time sensor integration and fault code reference data

The repository is divided into systematic sections detailing engine structure and function, interconnected with testing and adjustment procedures, operating alongside disassembly and assembly protocols, while maintenance standards guide inspection metrics. Systematic procedures address control valve spool positioning during compound operations, with pressure compensation functioning to balance load forces across actuators during simultaneous work equipment movement.

Disassembly instructions are documented for the main hydraulic pump assembly, featuring variable displacement piston architecture with servo piston control and swash plate angle modulation. Wear limits are specified for pump component dimensional standards, cylinder seal configurations, and pilot pressure thresholds during transient load conditions. System operation descriptions cover the closed-center load sensing (CLSS) principle, wherein pump discharge adjustment responds automatically to differential pressure variance between pump output and actuator load demands. The documentation addresses engine speed governing through fuel injection timing control, automatic warming-up protocols, and overheat prevention with two-stage pressure management. Assembly instructions are detailed for swing circle bearing installation with grease sealing specifications, track frame assembly sequencing, and electrical connector integration with proper torque specifications.

The manual documents torque specifications for hydraulic component fasteners to ensure proper seal compression uniformity, preventing internal leakage and maintaining circuit pressure integrity during peak digging and travel operations. Electronic control integration is provided through detailed wiring diagrams showing sensor inputs for hydraulic pressure monitoring, engine speed detection, and work equipment load sensing, with network communication logic enabling coordinated pump and valve response. Comprehensive troubleshooting charts organize failure modes by electrical system (E-mode), engine performance (S-mode), pump controller circuits (C-mode), input signal diagnostics (F-mode), and hydraulic mechanical systems (H-mode), supported by judgment tables correlating symptoms to component-level inspection procedures.

FAQ

Identify the **correct** main pump relief pressure during standard operations for excavator service. keyboard_arrow_down

31.85 MPa (325 kg/cm²) is the standard relief valve setting for normal excavator operations. This pressure maintains hydraulic system stability across all models PC200-6 through PC250LC-6 during routine digging and material handling tasks.

What **documented** service interval applies to engine oil changes under standard operating conditions? keyboard_arrow_down

Oil change intervals are determined by fuel sulfur content specifications outlined in ASTM D975 No. 1 diesel requirements. When fuel sulfur content exceeds 0.5%, maintenance intervals must be reduced according to the Operation & Maintenance Manual schedule for optimal engine protection.

Determine the **precise** swing circle bearing reduction ratio for PC220LC-6 and PC250LC-6 models. keyboard_arrow_down

7.333 reduction ratio (110 teeth on outer race ÷ 15 teeth on swing pinion) governs swing machinery performance. This specification ensures proper rotational speed and load distribution for the upper structure turntable assembly across these larger excavator models.

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Reviews (3)

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The manual is very comprehensive and covers everything I need for my PC200LC-6. I appreciated the quick email response when I had a question about the download. Smooth experience overall!
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This service manual is a game-changer for maintaining my Komatsu excavator. The illustrations are detailed, and the instructions are easy to follow. The download process was seamless, and I received the link promptly. Highly recommend!
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This service manual has made my repair work so much easier. The sections are well-organized, and the troubleshooting charts are invaluable. The download link was sent immediately after purchase, which I really appreciated. Great service!