Kongskilde MRT 41080 0m 2020-2025 - Technical data

Kongskilde MRT 41080 - Product Description

Powertrain and Design

The Kongskilde MRT 41080 is a plow designed for modern agricultural machinery, characterized by a construction tailored to various soil conditions. The plow ensures fundamental work efficiency due to the use of high-quality materials and modern technologies. Built from components that are bolted together rather than welded, it affects durability and flexibility. This design can easily be adapted to individual user needs and working conditions.

Working System and Hydraulics

The MRT 41080 plow is equipped with a hydraulic system that allows for easy adjustment of working width and working depth. Its construction enables smooth transitions between different settings without interrupting field work. The hydraulic system also contributes to ease of operation, impacting the operator's comfort. Additionally, the adjustment capability allows for precise adaptation to specific soil conditions.

Operating Parameters

The Kongskilde MRT 41080 weighs 1.04 tons and offers a working capacity of four furrows. It provides excellent stone protection, enhancing its durability and reliability in challenging conditions. The working parameters allow for a working depth ranging from 10 to 40 cm. Its efficient operation aids in uniform soil mixing and effective capillary breaking.

Optional Equipment

The MRT 41080 plow does not come with standard equipment such as transport wheels or press roller arms. However, additional equipment options are available, which can be utilized to enhance functionality if needed. Users can select accessories known from the Kongskilde range that might improve the plow's versatility.

Safety and Technical Data

The device offers advanced technological solutions for safety, such as hydraulic stone protection, preventing damage when encountering obstacles. Key technical parameters include weight, number of furrows, and the ability to operate at various depths. The precise frame construction ensures a high level of stability and safety during operation.