Kongskilde EX 4980 H 0m 2020-2025 - Technical data

Kongskilde EX 4980 H - Product Description

Powertrain and Design

The Kongskilde EX 4980 H is a rip-mounted reversible plough designed for working in challenging conditions. Made from hardened steel, it offers specialized tools for various soil types, including XL, XLP, XU, and XS. Its modern construction ensures efficient soil turning and minimizes the machine's resistance. The plough is suitable for use with tractors up to 300 hp, making it a versatile tool in agricultural operations.

Undercarriage and Hydraulics

The EX 4980 H features an advanced hydraulic system that allows for precise height adjustments and tool settings. Additionally, the machine has a low power requirement from the tractor, leading to reduced fuel consumption and less strain on tires. The hydraulic system facilitates easy lifting and lowering of working tools during operation, enhancing overall efficiency.

Operating Parameters

The EX 4980 H has a working width of up to 220 cm, with a maximum working depth adjustable for various soil conditions. The setup for the working tools and the distance between the shares are optimized for effective operation across different terrains. Its weight is 1.695 t, providing stability when working in demanding environmental conditions.

Optional Equipment

The machine can be outfitted with a variety of accessories depending on user needs, such as different types of working blades. Additional accessories, including depth gauges and stone protection systems, are also available, allowing for ideal customization of the machine to the specific soil characteristics and working conditions.

Safety and Technical Data

The Kongskilde EX 4980 H meets safety standards associated with agricultural machinery use. Its robust construction and absence of welding in critical areas enhance its durability. The frame height is 75 cm, allowing for safe transportation of the machine. Furthermore, the working load is set at up to 4800 kgf, ensuring stability and safety during operation.