Case IH Axial Flow 6150 295kW 2020-2025 - Technical data

Case IH Axial Flow 6150 - Product Description

Drive and Construction

The Case IH Axial Flow 6150 is a modern grain combine equipped with an FPT Cursor 9 engine that has a displacement of 8.7 l and a power output of 295 kW. This machine belongs to the Axial-Flow series and features a 6-cylinder design, providing optimal operational power. With an approximate weight of 16.2 t, the combine ensures stability and efficiency when working in the field. Its standard tire configuration includes VR800/65 R32 for the drive axle and HR480/80 R26 for the support axle.

Drive System and Hydraulics

The axial threshing system and all-wheel drive offer excellent maneuverability and traction in various field conditions. The combine is also equipped with an advanced hydraulic system to support multiple operational functions. The transport height is 4 m, facilitating easy transportation, while the transport length of 8.7 m allows for easier movement on roads. Hydraulically adjustable elements help tailor the machine to specific field requirements.

Operational Parameters

This combine features a cutting mechanism width of 7.62 m, enabling efficient harvesting of crops. The grain tank has a capacity of 10,570 l, allowing for longer operating periods without the need for emptying. The rotor diameter of 762 mm enhances threshing efficiency, while the type R threshing system ensures high-quality yield. The emissions level meets Stage V standards, contributing to reduced environmental pollution.

Additional Equipment

The machine is equipped with a cabin and air conditioning, improving operator comfort under various weather conditions. Additionally, the combine is fitted with a chopper and a stone catcher, enhancing its versatility. The optional straw spreader provides further convenience during harvesting. These features make the Axial Flow 6150 a practical tool for farmers.

Safety and Technical Data

User safety and machine efficiency are paramount, and the Axial Flow 6150 offers various solutions in these areas. Built-in monitoring systems, though not all standard, increase control over harvesting operations. Key metrics such as engine power, transport dimensions, and tank capacities are crucial for planning fieldwork. The overall design ensures high agility and stability, essential for challenging working conditions.