Case IH Astoft 9900 DA 310kW 2022-2025 - Technical data

Case IH Astoft 9900 DA 310kW 2022-2025 - Product Description

Powertrain and Design

The Austoft 9900 DA is a state-of-the-art harvester designed for mechanized sugarcane harvesting. Equipped with the FPT Cursor 11 engine producing 310 kW and a displacement of 11.1 liters, it delivers high power and fuel efficiency with a low operational speed of 1600 rpm. Its optimized design features a new modular chassis that facilitates access to maintenance components. Enhanced performance is achieved through innovative hydraulic systems and cutting-edge technological solutions.

Undercarriage and Hydraulics

The hydraulic system of the Austoft 9900 DA includes intelligent piston pumps, allowing precise adjustment of fluid flow to meet machine demands. The closed circuit ensures efficient power use from the engine while increasing operational safety through monitoring electronics. Reduced heat generation and optimized hydraulic hose routing enhance the hydraulic system's longevity and minimize fuel consumption.

Operating Parameters

The machine boasts a variety of technical parameters that optimize its performance. The overall dimensions of the Austoft 9900 DA are 14.28 m in length, 3.43 m in width, and 6.34 m in height. Its operating weight is 20.75 tons. Advanced composite solutions contribute to longer engine life and a 10% increase in harvesting efficiency compared to earlier models.

Optional Equipment

The Austoft 9900 DA comes standard with the AFS Connect system, allowing remote management of machine data and performance monitoring. The cab features a PRO700+ monitor that provides control over all operational functions of the machine. Additionally, optional equipment includes the AFS autopilot and various packages for monitoring losses.

Safety and Technical Data

User safety is ensured through various protective systems, including alarms and emergency lights. The Austoft 9900 DA meets current emission standards and is designed for intensive operation in challenging conditions. Key technical parameters include an automatic control harvesting system and a modern fan with variable speed that enhances operational stability and cooling efficiency.