Kramer 850 4.5t 2004-2015 - Technical data

Kramer 850 4.5t 2004-2015 – Product Description

Powertrain and Design

The Kramer 850 is a compact wheel loader with a lightweight structure that allows for exceptional maneuverability in various working conditions. The use of Hydrostatic drive technology ensures excellent driving characteristics and performance. With its unique one-piece chassis and legendary all-wheel steering, this model stands out significantly from competing loader systems. The quality associated with 'Made in Germany' guarantees long-lasting operational success.

Undercarriage and Hydraulics

The Kramer 850 features an innovative undercarriage that ensures precise navigation even in challenging terrain. High-performance hydraulic pumps and advanced working hydraulics with additional control circuits allow for the attachment of various hydraulic tools. The loader operates in different steering modes, making it incredibly versatile for smaller construction projects. This system also enhances operator comfort through modern controls and an exceptionally ergonomic cockpit.

Operating Parameters

Kramer 850 has a maximum payload capacity of 2350 kg and a bucket capacity ranging from 0.85 to 1.3 m³. The loading height is 2.51 m, making it suitable for operation in tight spaces. With a turning radius of 2.55 m and a maximum speed of 20 km/h, the machine performs tasks dynamically. Its low transport weight of 4500 kg offers remarkable fuel efficiency.

Optional Equipment

Optional equipment for the Kramer 850 may include various tools such as a mechanical quick coupler that facilitates the swapping of attachments. The comfortable cab with heating and ventilation options reduces operator discomfort in harsh weather conditions. The ergonomic arrangement of controls and spaciousness of the cab enhance operator productivity. Depending on needs, additional safety measures such as ROPS/FOPS protective grilles can be integrated.

Safety and Technical Data

The Kramer 850 is equipped with the latest safety technologies, including built-in safeguards against accidental activation of the machinery, as well as ROPS/FOPS systems. Special attention was paid to stability and operator comfort during the design phase, contributing to high work efficiency. The machine’s high-quality construction and safety features enhance trust in it under demanding operational conditions, making it an ideal solution for construction firms.