Kuhn Vari-Master 123 5 T 2.5m 2014-2025 - Technical data

Kuhn Vari-Master 123 5 T - Product Description

Powertrain and Design

The Kuhn Vari-Master 123 5 T is a plow featuring hydraulic width adjustment, allowing operation within a range of 30-50 cm. Its robust design comprises a stable plow frame ensuring high reliability and durability. Equipped with high-quality materials, the plow guarantees a long lifespan and resistance to heavy loads. Exclusive features such as the non-deformable plow head with adjustable hitch points enhance its efficiency for professional use.

Undercarriage and Hydraulics

In the Vari-Master plow series, the hydraulics allow easy and precise adjustments from the tractor cab. The plow rotates automatically when activating the tractor’s control device, increasing work comfort. The hydraulic system is reliable and designed to adapt to various soil conditions. Built-in stone protections safeguard the device from damage in challenging terrain conditions.

Operating Parameters

The Kuhn Vari-Master 123 5 T features a maximum working width of 2.5 m and the ability to operate with 5 bodies. The required power for effective operation is 130 kW. The plow is designed to accommodate various body spacing, facilitating effective soil cultivation. The frame height is 800 mm, positively influencing the plowing depth and overall work quality.

Optional Equipment

The Kuhn Vari-Master 123 5 T is available with various options, but as standard it does not come equipped with transport wheels or compaction arms. Additional accessories may include various attachments that facilitate adapting the device to specific agricultural needs. The technology applied in these plows also allows for the use of diverse bodies, increasing versatility.

Safety and Technical Data

The Kuhn Vari-Master 123 5 T features removable protective elements and a mounting system that enhances safety during operation. This minimizes the risk of damage to both the equipment and the tractor. The weight of the plow is 1.59 t, which, due to its structure and materials, ensures appropriate stability during intensive work in the field.