MDW Fortschritt E 524 112kW 1995-1995 - Technical data

MDW Fortschritt E 524 - Product Description

Drive and Construction

The MDW Fortschritt E 524 combine harvester is part of the 500 series, designed for efficient fieldwork. This model was manufactured between 1995 and 1995 and features a 6-cylinder diesel engine with an output of 112 kW (152 PS). The threshing system is based on the proven type T design, ensuring high productivity during harvesting. Its robust structure meets the demanding requirements for working under challenging field conditions.

Drive System and Hydraulics

The E 524 is equipped with a highly maneuverable drive system, allowing for easy movement across fields. Additionally, the HH steering system offers precise maneuverability. Combined with its solid construction, this provides significant stability during operation. The hydraulic system is built with high-quality components, ensuring long-lasting and efficient performance under intense use.

Operating Parameters

The E 524 model offers a grain tank capacity ranging from 5200 to 5300 liters, allowing for extended working periods without the need for unloading. The header width varies from 3.6 to 4.8 meters, making it suitable for various field operations. The high engine power provides sufficient capability for effective grain harvesting in field conditions. The combine achieves a maximum speed of approximately 20 km/h, increasing its efficiency during transport between fields.

Additional Equipment

The standard equipment of the E 524 includes a cab, which ensures operator comfort. Additional features such as air conditioning, all-wheel drive, or grain loss monitoring systems are not confirmed for this version of the machine. Key options like choppers or stone catchers were also not available. In the future, it may be possible to add extra accessories to enhance the machine's functionality.

Safety and Technical Data

The E 524 combine harvester is designed with basic safety standards in mind, providing adequate protection during operation. Despite the lack of advanced features such as rollover protection or loss monitoring, the machine boasts a sturdy construction and high reliability. The barriers in the design deserve mention, as they contribute to the operator's safety and operational efficiency. The technical data aligns with the industry requirements for effective performance in challenging conditions.