Kuhn Master 103 3E NSH 1.2m 2014-2025 - Technical data

Kuhn Master 103 3E NSH - Product Description

Powertrain and Design

The Kuhn Master 103 3E NSH is a plow characterized by a robust yet lightweight construction made of micro-alloyed fine grain steel. The plow bodies and frame strength are designed to maintain long-term efficiency while keeping the weight low. The adjustable working geometry allows for precise adaptation to various soil conditions. There are different equipment variants that can be installed according to the user’s needs.

Working System and Hydraulics

The plow is equipped with a hydraulic stone protection system, which significantly increases its reliability. This system retains consistent efficiency due to mechanical pressure management. The ideal functionality of the stone protection is achieved through pressure release regulation, ensuring optimal performance in various soil conditions. With these solutions, working with the plow is comfortable and safe.

Operating Parameters

The Master 103 3E NSH has a working width of 1.2 m and requires a maximum power of 66 kW. The weight of the equipment is 0.945 t, facilitating transport and operation. The plow features three furrows, with a body spacing of 900 mm. Thanks to its sturdy frame construction, which has a height of 700 mm, users can rely on long-lasting and stable operation.

Optional Equipment

The machine does not come standard with transport wheels or packer arms. The possibility of adding extra accessories will depend on the user's needs and specificity of the work. There is also an option to implement various types of cultivators and equipment tailored to soil requirements.

Safety and Technical Data

The Master 103 3E NSH model complies with safety standards and is resistant to the loads encountered during operation. The use of hydraulic stone protection significantly enhances safety during work. It also features an adjustable release mechanism, allowing for adaptation to various conditions. Key technical parameters have been optimized to ensure the machine's long-term workability.