Komatsu PC300 29t 1985-1992 - Technical data

Komatsu PC300 - Product Description

Powertrain and Design

The Komatsu PC300 is a 29-ton crawler hydraulic excavator manufactured by one of the leading construction equipment producers. It features a diesel engine with an output of 147 kW, ensuring efficiency and reliability. The design aims to minimize overall hydraulic losses, enhancing performance during operation. Additionally, the machine is designed for easy access to internal components, facilitating maintenance tasks.

Undercarriage and Hydraulics

The PC300 utilizes an advanced hydraulic system that allows for high efficiency during excavation and material transport. The two-mode operation system (STANDARD and LIGHT-DUTY) enables the adjustment of parameters to suit specific tasks, increasing operational efficiency. The OLSS system further minimizes various types of hydraulic losses, making the machine more economical. With its well-engineered system, the PC300 achieves a short cycle time, contributing to enhanced productivity.

Operating Parameters

The Komatsu PC300 has a bucket capacity of 1.8 m³. The engine speed at maximum torque is 1550 RPM. While specific details regarding digging depth or breakout force are not provided, the cabin design and monitoring systems allow for optimized lever performance during operations. Weighing 29 tons, the machine ensures stability while working on challenging terrains.

Optional Equipment

Some Komatsu excavator models, including the PC300, may offer various customizable equipment options; however, specific details about available accessories are lacking. The standard equipment and monitoring system ensure precise and safe operation, crucial in demanding working conditions.

Safety and Technical Data

The Komatsu PC300 is designed with both operational efficiency and operator safety in mind. Although specific data on emission levels or cylinder count are not provided, it is known that Komatsu employs advanced technologies to ensure low emissions and minimize environmental impact. The hydraulic system and precise controls facilitate safe and effective work in variable conditions.