Claas Trion 520 Trend 190kW 2022-2025 - Technical data

Claas Trion 520 Trend - Product Description

Powertrain and Design

The Claas Trion 520 Trend is an advanced combine harvester that combines efficiency and flexibility. Equipped with a Cummins B6.7 engine delivering 190 kW of power, it ensures high performance even under challenging conditions. Its modern design allows for swift switching between different types of harvesting, making it versatile in its applications. The power transfer and robust engine guarantee reliable operation in the field.

Working System and Hydraulics

This machine is fitted with a working system that effectively collects various types of grain. The APS Walker with five straw walkers ensures stable and high throughput, thus enhancing harvesting efficiency. Hydraulics systems allow for easy operation and adjustment of work parameters to prevailing conditions, further increasing user comfort.

Operating Parameters

The Claas Trion 520 features a grain tank with a capacity of 8000 liters, enabling the collection of large quantities of grain in a short time. Its efficiency is enhanced by the ability to empty the tank at a speed of up to 130 l/s, significantly reducing downtime for loading. The machine also boasts high cleaning quality thanks to the Jet Stream system, which effectively removes impurities from the grain.

Optional Equipment

The Trion 520 is available with various optional equipment, including air conditioning, which enhances work comfort even in adverse weather conditions. Additionally, the machine can be equipped with different harvesting systems, such as grass shredders and other accessories, allowing it to be customized to the user’s needs. The high-quality construction and the use of PREMIUM LINE components ensure durability and reliability.

Safety and Technical Data

The Claas Trion 520 Trend meets Stage V emission standards, emphasizing its environmental credentials. The machine weighs 14.4 tons, and its standard tire size is TA 650/75 R32 LA 16.5/85-24. Extended service intervals are another advantage, reducing the need for downtime and minimizing operational costs. With its safety technologies, users can be assured of safe operation under all conditions.