SPECIFICATIONS

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  • Engine

    Model Komatsu SAA6D107E-2
    Type Water-cooled, 4-cycle, direct injection
    Aspiration Turbocharged, aftercooled, cooled EGR
    Number of Cylinders 6
    Bore x Stroke 107 mm x 124 mm
    Piston Displacement 6.69 ltr
    Horsepower, Gross - SAE J1995 123 kW / 165 HP
    Horsepower, Net - ISO 9249 / SAE J1349 118 kW / 158 HP
    Rated RPM 2000
    Fan drive method Mechanical
    Emissions certification EPA Tier 4 interim
  • Hydraulic System

    Type HydrauMind System
    Number of selectable working modes 6
    Main pump type Variable displacement piston type
    Pump for Boom, arm, bucket, swing, and travel circuits
    Maximum flow 475 ltr/min
    Hydraulic Motors  
    Travel 2 x axial piston motor with parking brake
    Swing 1 x axial piston motor with swing holding brake
    Relief Valve Setting  
    Implement circuits 380 kgf/cm3
    Travel circuit 380 kgf/cm3
    Swing circuit 295 kgf/cm3
    Pilot circuit 33 kgf/cm3
    Hydraulic Cylinders Bore x Stroke x Rod diameter
    Boom 2-130 mm x 1334 mm x 90 mm
    Arm 1-135 mm x 1490 mm x 95 mm
    Bucket 1-115 mm x 1120 mm x 80 mm

     

  • Drives and Brakes

    Steering control Two levers with pedals
    Drive method Fully hydrostatic
    Maximum drawbar pull 202 kN 20570 kgf
    Gradeability 70 %
    Travel speeds 3.0 / 5.5 km/h
    Service brake Hydraulic lock
    Parking brake Mechanical disc brake
  • Swing System

    Driven by Hydrostatic
    Swing reduction Planetary gear
    Swing circle lubrication Grease-bathed
    Service brake Hydraulic lock
    Swing lock Mechanical disc brake
    Swing speed 12.4 rpm
  • Undercarriage

    Center frame X-frame leg
    Track frame Box-section
    Track type Sealed track
    Track adjuster Hydraulic
    Number of shoes (each side) 49
    Number of carrier rollers (each side) 2
    Number of track rollers (each side) 9
    Shoe size & type 600 mm triple grouser
  • Coolant & Lubricant capacity

    Fuel tank 400 ltr
    Coolant 30.7 ltr
    Engine 23.1 ltr
    Final drive, each side 5.0 ltr
    Swing drive 6.5 ltr
    Hydraulic tank 135 ltr
    DEF tank None
  • Weights

    Operating weight 23,330 kg
  • Dimensions (transport position)

    Length, overall (mm) 9625
    Track length on ground (mm) 3655
    Track gauge (mm) 2380
    Overall track width (mm) 2980
    Overall height (mm) 3045
    Ground clearance (mm) 440
  • Operation

    Boom size (m) & type 5.70 standard
    Arm size (m) & type 2.9 standard
    Arm crowd force - ISO (kgf) 11000
    Bucket crowd force - ISO (kgf) 15200
    Digging depth - maximum (mm) 6620
    Digging reach - maximum (mm) 9875
    Maximum reach @ ground level 9700
    Swing radius (mm) 3040

PC210LCi-10 Excavators

The world’s first intelligent Machine Control (iMC) excavator, our 23.3 tonne PC210LCi-11 features a revolutionary and fully factory-integrated 3D GNSS machine control and guidance system. Operators can focus on moving material efficiently, without worrying about over- or under-digging, giving up to a 60% improvement in work efficiency. As with all Komatsu construction machines, it comes standard with our KOMTRAX remote monitoring and location system, backed by our NZ-wide service and support network.

  • 118 kW / 158 HP
    ENGINE POWER
  • 23,330 kg
    OPERATING WEIGHT
  • 0.97 m³
    BUCKET CAPACITY

Auto grade assist

The operator moves the arm, the boom adjusts the bucket height automatically, tracing the target surface and minimising digging too deep. This allows the operator to perform bulk excavation without worrying about the design surface, and to perform fine digging by operating the arm lever only. The working range is expanded by holding the lever to move the boom downward.

Auto stop control

During boom or bucket operation, the work equipment automatically stops when the bucket edge reaches the required grade, minimising over-excavation or damage to the design surface

Minimum distance control

Bucket control automatically selects point on the bucket closest to the target surface. Even if the machine is not facing a sloped surface at a right angle, it will still follow the target surface, minimising digging below it.

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