Case IH Axial Flow 7140 330kW 2015-2018 - Technical data

Case IH Axial Flow 7140 - Product Description

Powertrain and Design

The Case IH Axial Flow 7140 is a modern grain combine that combines advanced technology with solid construction. Powered by a robust Cursor 9 engine with an output of 330 kW, it offers excellent performance in challenging harvest conditions. The single-rotor design ensures high-quality threshing while minimizing grain losses. The efficient rotor, designed for European conditions, optimizes the feeding and separation process of grains.

Undercarriage and Hydraulics

The Axial Flow 7140 combine features a hydrostatic drive system that allows smooth switching between field and road mode. Its construction provides excellent traction even on poorly formed soils. The machine's hydraulics guarantee precise control over operational functions, contributing to increased work efficiency. Additionally, the availability of monitoring systems greatly facilitates energy consumption control.

Operating Parameters

The Case IH Axial Flow 7140 boasts a large grain tank capacity of 10,570 liters, which enhances efficiency in large-scale operations. The working width is 9.15 m, allowing for rapid harvesting of crops. The harvesting efficiency is maintained at a high level thanks to the implementation of innovative solutions in the machine's design. The combine weighs 16.2 t, ensuring stability during operation.

Optional Equipment

The Axial Flow 7140 combine is available with a variety of additional equipment that can be tailored to individual user needs. This includes systems for monitoring losses during harvesting, as well as various stone catchers and chopper controls. Thus, the machine easily adapts to diverse field conditions. The comfortable operator’s cab equipped with air conditioning enhances work efficiency in challenging weather.

Safety and Technical Data

The Case IH Axial Flow 7140 meets stringent emission standards making it environmentally friendly. It is equipped with additional engine protection systems that increase its longevity and reliability. Key technical parameters include a tire size of 800/65 R32 and the ability to achieve longevity due to low operating costs. Claustrophobic spaces have been designed for easy access to key components, facilitating machine servicing.