SPECIFICATIONS

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  • Engine

    Model Komatsu SAA4D102E-2
    Type Four-cycle, water-cooled, direct injection
    Aspiration Turbo-charged, after-cooled
    Number of cylinders 4
    Bore x stroke 102 mm x 120 mm
    Displacement 3.92 ltr
    Horsepower, Gross - ISO 9249 / SAE J1349  74 kW / 99 HP
    Horsepower, Net - ISO 9249 / SAE J1349 71 kW / 96 HP
    Rated RPM 2000
    Fan drive method Hydraulic
    Emissions certification EPA Tier 2
  • Operation / Application

    Bucket capacity SAE 1.3 - 1.7 m3
    Standard bucket capacity SAE 1.7 m3
    Bucket description Light material bucket
    Bucket width 2390 mm
    Dump clearance at 45° dump angle 2630 mm
    Dump reach at 45° dump angle 1045 mm
    Static tipping load, straight 6280 kg
    Static tipping load, full turn 5460 kg
    Breakout force

    64 kN

    6530 kgf

  • Axles and Final Drives

    Drive system Four-wheel drive
    Front Fixed, semi-floating
    Rear Centre-pin support, semi-floating, 16° total oscillation
    Reduction gear Spiral bevel gear
    Differential gear Torque proportioning
    Final reduction gear Planetary gear, single reduction
  • Brakes

    Service brakes Hydraulically actuated, wet disc brakes actuate on four wheels
    Parking brake Wet, multi-disc brake on transfer output shaft
    Secondary brake Parking brake is commonly used
  • Hydraulic System

    Steering System:

    Hydraulic pump Piston pump, in common with loader control
    Capacity (at rated rpm) 123 ltr/min
    Relief valve setting

    18.6 MPa

    190 kgf/cm2

    Hydraulic Cylinders:
    Type Double-acting, piston type
    Number of cylinders 2
    Bore x stroke 55 mm x 375 mm

     

    Loader Control:

    Hydraulic pump Piston pump, in common with steering system
    Capacity 123 ltr/min
    Relief valve setting

    20.6 MPa

    210 kgf/cm2

    Hydraulic Cylinders:
    Type Double-acting, piston type
    Number of boom cylinders 2
    Boom cylinder, bore x stroke 110 mm x 628 mm
    Number of bucket cylinders 1
    Bucket cylinder, bore x stroke 110 mm x 452 mm
    Control valve 2-spool type
    Hydraulic Cycle Time: (rated load in bucket)
    Raise 5.8 sec
    Dump 1.1 sec
    Lower (empty) 3.6 sec
  • Service Refill Capacities

    Cooling system 17 ltr
    Fuel tank 133 ltr
    Engine 12.5 ltr
    Hydraulic system 47 ltr
    Axle front 14 ltr
    Axle rear 14.5 ltr
    Transmission 4.4 ltr
  • Steering System

    Type Articulated type, fully hydraulic power steering
    Steering angle 40° each direction
    Minimum turning radius at centre of outside tyre 4470 mm
  • Transmission

    Transmission Hydrostatic, 1 pump, 2 motors with speed range select
    Travel speed Forward & Reverse
    1st 4.6 - 13.0 km/h
    2nd 13.0 km/h
    3rd 20.0 km/h
    4th 38.0 km/h
    Measured with 16.9-R24 tyres
  • Tyres

    Standard tyres 16.9-R24
  • Weights

    Operating weight 7,410 - 7,495 kg

WA150-5 Wheel Loaders

With bucket capacities from 1.3-1.7 m3, our hydrostatic drive WA150-5 loader is capable of loading and handling many different types of material, across a wide range of industry sectors. As with all our wheel loaders, key components are designed and manufactured by Komatsu to work together in an integrated package. And it comes standard with our KOMTRAX remote monitoring and location system, backed by our NZ-wide service and support network.

  • 71 kW / 96 HP
    ENGINE POWER
  • 7,495 kg
    OPERATING WEIGHT
  • 1.7 m³
    BUCKET CAPACITY

High Productivity and Low Fuel Consumption

A powerful SAA4D102E-2 turbocharged air-to-air aftercooled diesel engine provides a new output of 71 kW / 96 HP for the WA150-5. The fuel consumption is reduced up to 10% due to the high torque engine and Hydrostatic Transmission (HST) with maximum efficiency in the low-speed range

Electronically-Controlled HST

The electronically-controlled HST consists of a 1-pump, 2-motor system. This system allows for high-efficiency and high tractive effort. The HST provides quick travel response and aggressive drive into the pile. The variable displacement system automatically adjusts to the tractive effort demand to provide maximum power and efficiency

High-Rigidity Frames

The front and rear frames along with the loader linkage have high rigidity to withstand repeated twisting and bending loads to the loader body and linkage. The structure is similar to those of large sized wheel loaders and the reinforced loader linkage ensure high strength.

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