Claas Lexion 770 430kW 2015-2019 - Technical data

Claas Lexion 770 - Product Description

Powertrain and Design

The Claas Lexion 770 is a cutting-edge combine harvester manufactured by Claas. It is equipped with a Mercedes-Benz OM473 LA engine with a displacement of 15.6 l and a power output of 430 kW. These specifications ensure high performance and reliability during operation. The harvesting systems in the Lexion 770 utilize advanced technologies such as APS and ROTO PLUS, significantly enhancing the grain collection process.

Undercarriage and Hydraulics

The Claas Lexion 770 features a hydraulic work system that ensures effective operation under various field conditions. The machine is equipped with a high-efficiency APS threshing system with multi-crop and ROTO PLUS, allowing for effective grain separation. Moreover, the cleaning system based on JET STREAM technology provides excellent grain quality, and control is facilitated from a comfortable cabin, speeding up responses to changing conditions.

Operating Parameters

The weight of the Claas Lexion 770 is 18.2 t. This grain combine supports standard tire options of 680/85 R32 and 500/85 R30, ensuring stability during operation. The grain tank capacity is 12,800 l, with an effective working width of 9.3 m. The grain loss monitoring systems are user-friendly and tailored for particularly efficient harvesting.

Optional Equipment

The Claas Lexion 770 can be outfitted with a variety of additional options, such as CEMOS management systems, automatic steering, and other accessories. Optional equipment, including hydraulic straw choppers or mechanical shredders, enhances the flexibility and functionality of the machine. Additionally, the climate-controlled cabin ensures working comfort even in challenging conditions.

Safety and Technical Data

The machine meets Tier 4 emission standards, making it environmentally friendly. Equipped with the DYNAMIC COOLING system, it maintains optimal working temperature while reducing fuel consumption. The Lexion 770 offers high power transmission with minimal losses, as well as various overload protection features and high efficiency during collections meeting industry standards.