Wacker Neuson ET65 6.5t 2020-2025 - Technical data

Wacker Neuson ET65 - Product Description

Drive and Construction

The Wacker Neuson ET65 is a 6.5-ton tracked excavator in the 6-7 ton class that meets EU Stage V emission standards. This machine is powered by a Perkins 404J-E22T engine with an output of 42 kW and a displacement of 2.216 cm³. The use of Perkins engines ensures reliability and efficiency, which is essential for intensive construction use. The excavator's design incorporates modern materials that ensure durability in demanding working conditions.

Running Gear and Hydraulics

The ET65 excavator is equipped with a hydraulic system that provides operational efficiency. It operates under a working pressure of approximately 240 bar with a hydraulic flow rate of 144 l/min. The chain width is 400 mm, contributing to the machine's stability on various terrains. The maximum travel speed reaches 5.2 km/h, enabling efficient movement between work locations.

Working Parameters

The Wacker Neuson ET65 has a maximum digging depth of 4.184 m and a transport width of 1.95 m. The bucket breakout force is 50.7 kN, ensuring efficiency in excavation tasks. The machine's transport height is 2.478 m, facilitating passage in constrained spaces. Additionally, the maximum working reach is 6.48 m, allowing for the execution of various construction tasks.

Additional Equipment

The standard equipment of the Wacker Neuson ET65 includes air conditioning, enhancing operator comfort in challenging weather conditions. The machine also features a blade, allowing for added manipulative capabilities. There is no information regarding some options such as hydraulic or mechanical quick couplers, indicating that the use of these elements is limited to the machine's basic functions.

Safety and Technical Data

The ET65 excavator is designed in accordance with the latest safety standards, including compliance with emissions standard V. The incorporation of a four-cylinder engine and modern design solutions enhances operational efficiency and safety on the job site. Working with this model also minimizes environmental impact, thanks to its adherence to strict emission regulations.