Kongskilde Vari Flex EX 4980 F 0m 2020-2025 - Technical data

Kongskilde Vari Flex EX 4980 F – Product Description

Powertrain and Design

The Kongskilde Vari Flex EX 4980 F is an advanced ripper plow designed for operation in challenging conditions. It features a steel construction that ensures high durability and wear resistance. This model is equipped with a modern turning system that guarantees effective soil inversion at various depths. This system minimizes resistance during operation, contributing to increased work efficiency.

Working System and Hydraulics

The machine is designed with a focus on low weight and high productivity, which facilitates maneuverability. The hydraulic system allows for quick and precise depth settings and furrow widths. The new stone protection system enables maximum tool lifting of 50 cm, significantly influencing the machine's lifespan. Additionally, the hydraulic cylinder allows for adjusting spring forces during operation.

Operating Parameters

Technical specifications for the Kongskilde Vari Flex EX 4980 F include four pairs of tools, enabling effective working width whose maximum values are not specified. The use of hardened steel in the construction ensures excellent durability and effectiveness in challenging conditions. The machine weighs 1.765 tons. The required tractor power is not specified, which is essential for appropriate tractor selection.

Optional Equipment

This model does not provide specific details regarding additional equipment. However, there are possibilities for incorporating various accessories, such as compacting rollers or additional blades, depending on operational needs and working conditions.

Safety and Technical Data

The Kongskilde Vari Flex EX 4980 F features a robust construction and the use of modern materials, enhancing safety during operation. In changing soil conditions, adjustments to the tool settings can reduce fuel consumption and extend the machine's lifespan. Stone protection and the materials used are critical for sustained performance during operation.