Furukawa 635 E-LC 18.9t 1990-1994 - Technical data

Furukawa 635 E-LC 18.9t 1990-1994 - Product Description

Powertrain and Design

The Furukawa 635 E-LC is a construction machine weighing 18.9 tons, characterized by a robust design tailored for a variety of earthworks. It is equipped with a Furukawa F 659 T engine producing 90 kW, providing sufficient power for operational tasks. With a stable undercarriage, it offers reliable and safe handling on various terrains. The machine's transport length is 8.3 m, which facilitates movement in challenging conditions.

Undercarriage and Hydraulics

The Furukawa 635 E-LC features a crawler undercarriage that enhances stability and traction on uneven ground. The width of the tracks is 600 mm, allowing for better weight distribution. However, there are no specific details related to hydraulics, which may limit the ability to attach additional working tools. The machine is designed for efficient operation in demanding construction environments.

Operating Parameters

The Furukawa 635 E-LC has a bucket capacity of 0.8 m³, providing adequate efficiency during excavations. Unfortunately, there is no information on digging depth or breakout force, which may be significant for potential users. Nevertheless, the available parameters indicate solid performance within its class. Due to its design, it is well-suited for various tasks in construction and earthworks.

Optional Equipment

The Furukawa 635 E-LC is not equipped with additional features such as a particulate filter, blade, or air conditioning. The machine lacks systems for hydraulic or mechanical quick couplers. Despite the limited equipment, the machine meets basic efficiency and functionality requirements.

Safety and Technical Data

The Furukawa 635 E-LC does not provide details on emission levels or other technical specifics, which may be important to potential users. Key parameters, such as engine power and weight, indicate the machine's reliability and effectiveness in operation. It is worth noting that the machine's design has been created with maximum user safety in mind in challenging construction conditions.