Krone KR 125 25kW 1995-2007 - Technical data

Krone KR 125 - Product Description

Drive and Construction

The Krone KR 125 is a round baler produced between 1995 and 2007. Its design is optimized for efficiently collecting and forming hay and straw into bales. The machine features a robust mechanism that ensures smooth operation under challenging conditions. The minimum required power consumption is 25 kW, providing optimal performance during use. The Krone baler represents a reliable choice for farmers who value efficiency and durability.

Chassis and Hydraulics

The machine is equipped with a single-axle chassis, providing stability during transport and field operation. Its transport dimensions are 3.7 m in length, 2.25 m in width, and 1.97 m in height, facilitating easy maneuvering in narrow spaces. While the axle type is not specified, it suggests standard solutions common for machines in this category. In the absence of hydraulic power supply details, it can be inferred that standard hydraulic systems are used in balers.

Operational Parameters

The Krone KR 125 features a bale width of 1.2 m and a bale diameter of also 1.2 m. The width of the pickup device is 1.4 m, ensuring efficient material collection. The total weight of the machine is 1.57 t, making it manageable for transport and operation. Working with this machine allows effective gathering and forming of bales, which is essential for farming operations.

Additional Equipment

The Krone KR 125 does not come with a pneumatic brake or net wrapping, which is typical for this model. However, it does include string wrapping and automatic tying, significantly speeding up the baling process. The absence of a bale counter and bale size display should be considered when selecting a machine. Additionally, there’s no option for film wrapping or form filling, which may limit additional applications.

Safety and Technical Data

While the Krone KR 125 lacks specific safety-enhancing features, its standard construction properties ensure adequate durability and reliability. Key technical parameters, such as minimum required power consumption and transport dimensions, facilitate its optimal use on farms. A well-thought-out design contributes to operational comfort and efficiency in material gathering and forming.