Kongskilde MRWT 48575 0m 2020-2025 - Technical data

Kongskilde MRWT 48575 - Product Description

Powertrain and Design

The Kongskilde MRWT 48575 is a plow designed for use in various types of soil. It features a modular construction, allowing for easy replacement of damaged parts. The plow employs modern steel treatment technologies, resulting in durability and efficiency. The use of a non-welded structure ensures high resistance to loads. The design incorporates scientific research to enable optimal adaptation to soil conditions.

Working System and Hydraulics

The MRWT 48575 is equipped with a hydraulic system for adjusting the cutting width. This solution enhances flexibility when working in variable soil conditions. The hydraulic system is characterized by ease of use and high efficiency. The plow can be adapted to various requirements regarding working depth. Hydraulic functionality allows for smooth parameter adjustments without interrupting operations.

Operating Parameters

The Kongskilde MRWT 48575 operates with a maximum number of furrows of 4. The weight of the machine is 1.15 t. Its operating dimensions are tailored for efficient tillage under various conditions. The plow features an extensive stone protection system, enhancing safety during work. Work time is maximized due to its durability and efficiency.

Optional Equipment

The MRWT 48575 is not standardly equipped with transport wheels or crumbler arms. Adapting to various soil conditions might require purchasing additional accessories. Kongskilde offers various adaptive options that can support work efficiency. Spare parts and accessories are available from the manufacturer.

Safety and Technical Data

The MRWT 48575 features hydraulic stone protection, ensuring safety in challenging working conditions. Key technical parameters include a maximum number of furrows of 4 and a weight of 1.15 t. Each component of the plow is designed with durability and easy maintenance in mind. The application of steel processing technologies ensures high quality and functionality with minimal risk of damage.