Komatsu PC100L-2 12.7t 1984-1988 - Technical data

KOMATSU PC200-2 - Product Description

Powertrain and Design

The KOMATSU PC200-2 is an efficient construction machine powered by a 105 HP (78 kW) KOMATSU 6D105 engine with a displacement of 6.49 ltr (396 cu.in). Its design ensures durability and reliability in tough working environments. The high engine power combined with an effective hydraulic system allows the machine to handle demanding tasks with ease. Furthermore, the efficient drivetrain minimizes fuel consumption.

Undercarriage and Hydraulics

The PC200-2 is equipped with a three-pump hydraulic system, enabling simultaneous operation of various working functions, ensuring high operational efficiency. Additionally, the machine features seven track rollers on each side, enhancing stability and performance during travel. The track shoe width is 610 mm, providing increased load-bearing capacity on soft ground. The ground pressure is 0.46 kg/cm², facilitating better traction and stability while working.

Operating Parameters

This machine achieves a digging depth of up to 6.075 m and a maximum reach of 9.25 m, making it versatile for various construction tasks. The bucket capacity ranges from 0.39 to 0.76 m3, allowing effective completion of earth-moving activities. The digging force is 10,300 kg (22,710 lb), which allows efficient removal of difficult materials. Additionally, the maximum drawbar pull is 12,450 kg (27,490 lb).

Optional Equipment

The PC200-2 can be fitted with a variety of accessories depending on the user's needs, such as different types of buckets, arms, or auxiliary equipment. Available options might include quick couplers, which ease the changing of working tools, significantly enhancing the machine's versatility. This adaptability makes the PC200-2 an optimal solution for various construction tasks.

Safety and Technical Data

The manufacturer's experience in machine safety leads to stringent standards being maintained during production. The machine fundamentally meets industry regulations, providing users with a comfortable and safe working environment. Additionally, built-in monitoring systems for performance and fuel consumption contribute to prolonged machine lifespan and reduced operating costs.