Kongskilde MRWS 4980 0m 2020-2025 - Technical data

Kongskilde MRWS 4980 - Product Description

Powertrain and Design

The Kongskilde MRWS 4980 is a plough designed for effective soil cultivation. This plough features a modern design that allows for efficient compatibility with various types of tractors. By utilizing high-quality materials, the plough ensures durability and reliability in challenging field conditions. Its innovative technological solutions affect work efficiency in the cultivation of different soil types.

Working System and Hydraulics

The Kongskilde MRWS 4980 is equipped with a hydraulic system for adjusting the working width, allowing for the adaptation of the device to changing soil conditions. The design of the plough allows for easy adjustment and improves soil tillage efficiency. The working elements are designed to minimize resistance during operation. The hydraulic mechanisms enhance versatility and operational efficiency.

Operating Parameters

The MRWS 4980 is intended for work with four furrows. The weight of the plough is 1.005 t, ensuring stability during use. Although the transport width and cutting width have not been specified, the plough is designed for maximum efficiency in the field. Its construction allows for achieving the appropriate level of output while minimizing energy consumption.

Optional Equipment

The Kongskilde MRWS 4980 is not equipped with transport wheels or press arms. When looking for accessories, various components are available that can be applied in plough systems to enhance their functionality. Manufacturers also offer additional solutions, such as adjustable working elements that improve operational versatility.

Safety and Technical Data

The MRWS 4980 plough features a sturdy construction, providing high resistance to damage. The materials utilized and the production technologies guarantee safe usage. Under appropriate working conditions, the plough meets safety standards, minimizing the risk of injury. The hydraulic equipment is designed with the latest standards in mind, further increasing reliability during operation.