Amazone Hektor 7-1000 3m 2020-2021 - Technical data

Amazone Hektor 7-1000 - Product Description

Powertrain and Design

The Amazone Hektor 7-1000 is a semi-mounted reversible plow with a maximum working width of 3m. It features between 6 to 8 working bodies with a working range from 38 to 50 cm, making it suitable for challenging conditions. This plow is designed for tractors with an output of up to 360 HP. Its robust construction and mechanical working width adjustment combine to ensure excellent reliability across different soil types.

Undercarriage and Hydraulics

The Hektor is equipped with a comfort hydraulic system that allows precise adjustment of the working width. The hydraulic assist ensures optimal connection with the tractor, minimizing downtime during setup. The stable support wheel guarantees accurate depth control and transport comfort. The damping system allows smooth turning of the tool, which is particularly important in difficult terrains.

Operating Parameters

The Amazone Hektor 7-1000 features a body spacing of 1000 mm and a frame height of 820 mm. Its basic weight is 3.34 t, and it requires a tractor power of 257 kW. The overload protection system based on shear bolts ensures proper response to excessive load, allowing for adjustment without tools. It is available with various working bodies tailored to customer needs.

Optional Equipment

The Hektor offers various accessories such as hydraulic working width adjustment, enabling more precise tool adaptation for working conditions. The plow can be expanded with additional working bodies, increasing its versatility. It also comes with transport wheels for ease of movement in the field.

Safety and Technical Data

The Amazone Hektor 7-1000 meets safety standards during operation and transport, with damping systems reducing the risk of damage during transportation. Its weight, operating parameters, and hydraulic mechanisms provide long-lasting use and minimal energy demands. Additionally, the plow features wear resistance due to the applied hardening process.