Hydraulic Excavator, Small-Medium Machine

PC200-8M1 Standard Bucket

Construction

The Komatsu PC200-8M1 is an affordable, economical and efficient excavator in the 20-ton class. This excavator is optimally designed to help all jobs in the construction sector, from toll road construction to airport and port construction to dam construction in Indonesia. In addition, the Komatsu PC200-8M1 is also very well suited for quarry and material handling work.

  • 138 HP

    Net Engine Output
  • 1,0 m³

    Bucket Capacity
  • 9.875/6.620 mm

    Maximum Digging Reach/Depth
  • 0,36 kg/cm²

    Ground Pressure
engine

High Level of Fuel Efficiency

The Komatsu PC300-8M2 is equipped with the latest generation SAA6D114E-3 engine developed by Komatsu, enabling a significant reduction in NOx emissions through its precise fuel injection system.

 

This excavator also significantly reduces hourly fuel consumption thanks to the effective combination of its engine, hydraulic system, and energy-saving features such as E-mode and Eco-gauge.

easy maintenance

Easy Maintenance Access

Maintenance of the Komatsu PC300-8M2 is more convenient due to the longer lifespan of its filters and oil, along with strategic placement that facilitates easier access during maintenance. Komatsu also provides a special sensor designed to detect blow-by gas pressure, monitor the engine’s operating conditions, and prevent potential damage.

komtrax

Information & Communication Technology and KOMTRAX

The Komatsu PC300-8M2 is equipped with a supporting technology called KOMTRAX. KOMTRAX is a monitoring system that assists business partners in tracking the condition of the unit, its location, and fuel consumption, which can be accessed anytime and anywhere through your device. This feature also provides reports during the unit’s operation, helping business partners run more efficient operations.

logo-ut-connect logo-ut-connect logo-ut-connectlogo-ut-connect logo-ut-connectlogo-ut-connect icon-arrow

We use cookies to enhance and personalize your browsing experience.
By using our microsite and services, you consent to the use of the cookies.

Accept Decline