JCB 85Z-1 8.22t 2014 - 2020 - Technical data

JCB 85Z-1 8.22t 2014 - 2020 - Product Description

Powertrain and Design

The JCB 85Z-1 is a midibagger distinguished by its robust construction and durable powertrain. Equipped with a Kohler model 2504 TCR engine, it delivers a power output of 48 kW, ensuring efficiency and reliability. The machine's operational weight ranges from 8,300 kg to 8,600 kg, making it suitable for demanding tasks. The use of high-quality steel in the frame design guarantees longevity and resistance to intensive use.

Undercarriage and Hydraulics

The undercarriage of the JCB 85Z-1 is designed for maximum durability. It features steel tracks that are 450 mm wide, ensuring excellent traction in challenging terrains. The hydraulic system offers high performance with a working pressure of up to 300 bar and various functions to facilitate smooth operation of different tools. This hydraulic configuration enables precise and fluid operations in demanding conditions.

Operating Parameters

The machine achieves a maximum digging reach of 7.03 m and a digging depth of 6.85 m. The breakout force reaches an impressive 57.1 kN. Additionally, the JCB 85Z-1 can travel at speeds of up to 5 km/h, enhancing operational efficiency. With a swing radius of 2,847 mm, the machine displays high maneuverability. These features make it ideal for various construction tasks.

Optional Equipment

The JCB 85Z-1 can be equipped with a variety of accessories, such as impact protection covers, as well as an optional hydraulic quick coupler for tools. The operator’s cabin offers comfortable working conditions with added features like air conditioning and a high-quality audio system. The use of innovative solutions in the equipment enhances both comfort and efficiency during work.

Safety and Technical Data

Safety during operation of the JCB 85Z-1 is ensured by elements like the 2GO system, which prevents accidental activation of the hydraulics. The machine has been designed with a low center of gravity, which enhances its stability. Furthermore, routine maintenance can be carried out every 500 hours, significantly lowering operating costs. The high-quality materials used in the machine’s construction, along with durable design solutions, contribute to increased longevity.