Kongskilde HRWT 41080 0m 2020-2025 - Technical data

Kongskilde HRWT 41080 - Product Description

Powertrain and Design

Kongskilde HRWT 41080 is a plow model distinguished by its high quality of construction and robust design. With components mounted on the frame using bolts, the device ensures stability and resistance to wear. The hydraulic stone protection system allows adaptation to various soil conditions. The plow is suited for operation with larger tractors, which enhances efficiency in field work.

Operating System and Hydraulics

The working system of the Kongskilde HRWT 41080 plow is modern and provides high efficiency. The hydraulic systems for adjusting the working width facilitate easy adaptation to different soil types. The design minimizes the power requirements for the tractor, which translates into fuel savings. With the applied technology, it is possible to perform work with minimal resistance, reducing machine fatigue.

Operating Parameters

The Kongskilde HRWT 41080 plow features four furrows, making it ideal for intensive plowing of large areas. The device has a weight of 1.49 t, ensuring appropriate stability during operation. The utilization of reinforcement techniques gives the plow long-lasting working parts. The construction of the frame and stone protection allows for intensive use in various soil conditions.

Optional Equipment

The Kongskilde HRWT 41080 plow can be expanded with additional accessories, such as various types of depth regulation equipment and protection systems. Depending on user needs, different variants are available, increasing the versatility of the device. This model does not include transport wheels, which should be considered when planning usage.

Safety and Technical Data

The design of the HRWT 41080 plow ensures safe use through the application of high-quality steel and welding technology. The stone protection allows for uninterrupted work in challenging terrain conditions. The device meets quality standards, which confirms its long service life and low operating costs. Key technical parameters, such as power requirements, depend on specific applications in agricultural practice.