Case IH Axial Flow 4099 169kW 2021-2025 - Technical data

Case IH Axial Flow 4099 - Product Description

Powertrain and Design

The Case IH Axial Flow 4099 is a combine harvester from the Axial-Flow series, featuring a 6.7 l FPT engine with a power output of 169 kW. It is equipped with a 610 mm diameter rotor that ensures efficient threshing under varying climatic and soil conditions. This design guarantees high-quality harvesting while minimizing grain damage during collection. The Axial Flow 4099 combines modern technology with the necessary efficiency for today’s agriculture.

Undercarriage and Hydraulics

The Axial Flow 4099 implements a three-speed hydrostatic transmission, allowing operators to precisely adjust the travel speed according to field conditions. The undercarriage design provides stability and operational efficiency, significantly enhancing user comfort. The lateral tilt function of the feeder improves crop handling, adapting to terrain contours, especially beneficial in challenging soil conditions.

Operating Parameters

The Axial Flow 4099 offers a grain tank capacity of 6500 l, allowing for longer harvesting operations without frequent unloading. The unloading rate reaches 63 l/s, greatly enhancing work efficiency. The combine is equipped with an automated grain loss monitoring system and advanced residue management tools, increasing its versatility for various harvesting needs.

Optional Equipment

The Axial Flow 4099 can be fitted with a range of additional features, including air conditioning and various heating options, enhancing comfort during challenging weather conditions. The capability to utilize the latest Case IH headers allows flexibility in harvesting diverse crops. The machine is designed for easy servicing and accessibility to key components.

Safety and Technical Data

The Case IH Axial Flow 4099 features an engine compliant with Tier III emission standards, contributing to its environmental friendliness. The grain tank's effective operational area and cleaning systems are designed to minimize losses during harvesting. Weight and other technical specifications regarding transport dimensions indicate optimization for ease of transport in agricultural settings.