Timberjack 870 B 13.46t 1996-1999 - Technical data

Timberjack 870 B - Product Description

Drive and Construction

The Timberjack 870 B is a machine manufactured between 1996 and 1999, designed for forestry and communal work applications. It features an engine output of 114 kW, allowing for efficient operations in demanding environments. With an operational weight of 13.46 t, the robust construction ensures durability and stability in challenging terrains. The use of high-quality materials aims to enhance the machine's longevity and reliability.

Running Gear and Hydraulics

The Timberjack 870 B is equipped with a four-wheel running system, providing improved traction and mobility. The rear tires, sized 700/600-34, offer good grip on various surfaces. The hydraulic system in this machine enables precise control and execution of tasks related to felling and loading timber. With modern solutions, operators can achieve efficient performance and high productivity during operations.

Working Parameters

The Timberjack 870 B features a maximum reach of 10.3 m, extending its operational capacity in the field. The machine's traction force is 121 kN, enabling efficient pulling and lifting of heavy elements. With transport dimensions of 10.33 m in length, 2.8 m in width, and 3.65 m in height, it facilitates transportation and maneuverability on construction sites and in forests. These characteristics make the machine versatile and functional.

Additional Equipment

Add-on equipment for the Timberjack 870 B might include various accessories, although specific factory options are not detailed. In the forestry industry, various grapples are often used to handle timber and additional implements for operation in rugged terrain. Using suitable working tools can significantly enhance the machine's versatility in diverse applications. These options can be tailored to meet the specific requirements of the job at hand.

Safety and Technical Data

The Timberjack 870 B is constructed in accordance with safety standards that are essential for forestry and communal machines. High material quality and solid construction ensure safe operation in challenging environments. Key technical parameters, including engine power, traction force, and dimensions, are optimized for work in the forest. The specifications lack confirmed information regarding emission levels and fuel consumption, which should be considered when planning operations.