John Deere Construction 755 C 21t 2001-2007 - Technical data

John Deere Construction 755 C - Product Description

Powertrain and Design

The John Deere Construction 755 C is a crawler loader with a weight of 21 tons. It is powered by a Liebherr D 926 T-E engine, achieving a power output of 132 kW. With turbocharging and an efficient cooling system, the machine delivers high performance. Its design ensures exceptional maneuverability, which is particularly crucial in challenging construction environments.

Undercarriage and Hydraulics

The 755 C features a hydraulic system operating at a pressure of up to 3,770 psi, enhancing work efficiency. The hydraulic system allows for function control via a single lever, contributing to operational comfort and speed. Utilizing a crawler drive, the machine can reach speeds of up to 11 km/h, facilitating effective maneuverability. The undercarriage design is suited for intense use in rugged terrain.

Operating Parameters

The John Deere 755 C has a bucket capacity of 2.4 m³. The transport length of the machine is 6.83 m, while its width is 2.5 m. The height during transport is 3.3 m, facilitating easy transportation. The ground pressure of 7.9 psi at a mass of 21 tons makes the loader suitable for work on varied surfaces. It also has a maximum torque of 818 Nm, contributing to its overall efficiency.

Optional Equipment

The machine lacks a particulate filter and air conditioning. Optional accessories include various buckets and earthmoving attachments. The absence of a rear ripper option in this version limits its use to basic construction tasks. Customizing the machine for specific needs may enhance its versatility in operation.

Safety and Technical Data

The John Deere 755 C is equipped with several safety features, including automatic brakes and monitoring systems for operational parameters. Key technical data, such as verified engine power and precise machine dimensions, can be utilized to evaluate its performance on-site. Despite the lack of air conditioning, operational comfort is ensured through ergonomic solutions. Access to serviceable components is also a significant aspect for maintenance.