Kuhn Master 103 2E T 0.8m 2014-2025 - Technical data

Kuhn Master 103 2E T 0.8m 2014-2025 - Product Description

Powertrain and Design

The Kuhn Master 103 2E T is a plow constructed for high efficiency and durability. It is made from micro-alloyed fine grain steel, ensuring robustness and effectiveness in operation. The design incorporates tested frames and overload protection systems that balance ease of use with longevity. Key features include vertically and horizontally adjustable skimmers that allow quick adaptation to various soil conditions.

Undercarriage and Hydraulics

The Kuhn plows employ hydraulic systems for reliable protection that effectively safeguard the working tools against overload. These systems enable precise adjustment of pressure, enhancing efficiency and safeguarding the plow in challenging soil conditions. The plow is equipped with transport wheels, facilitating easy roadway transport. Its quick-coupling design allows for efficient and straightforward attachment of working tools.

Operating Parameters

The Kuhn Master 103 2E T has a working width of 0.8 m, making it suitable for narrow fields. The required tractor power is 44 kW, and it features 2 furrows. The spacing between the bodies is 900 mm, and the frame height is adjusted to 750 mm. The use of specialized steel ensures optimal energy requirements and working performance.

Optional Equipment

The plow can accommodate various optional accessories, such as specialized working tools designed to enhance operational efficiency. Additionally, the possibility of integrating hydraulic devices increases the versatility of the machine. Depending on requirements, various safety systems can be implemented to enhance operational security.

Safety and Technical Data

The Kuhn Master 103 2E T complies with high safety standards, including overload safety features to minimize the risk of damage. The plow weighs approximately 0.55 t, which meets demands for traction and stability during operation. Energy consumption values and technical parameters of hydraulic systems align with industry standards for agricultural machinery.