Wacker Neuson ET90 8.72t 2015-2019 - Technical data

Wacker Neuson ET90 – Product Description

Powertrain and Design

The Wacker Neuson ET90 is a tracked conventional tail excavator known for its fuel economy, achieving up to 30% lower fuel consumption compared to comparable models. Powered by a Deutz TCD 2.9 DOC engine, it provides excellent operational comfort through an innovative LUDV hydraulic system. This compact excavator's dimensions make it ideal for tight job sites, providing versatility and efficiency in various applications.

Undercarriage and Hydraulics

The ET90 features a variable displacement hydraulic system that allows for precise arm movement control. It has a maximum travel speed of 5 km/h and an operating pressure of 300 bar. With a hydraulic oil tank capacity of 92 l, the machine is designed for extended working periods. Up to five auxiliary control circuits are available to accommodate various attachments, enhancing functionality on the job site.

Operating Parameters

The ET90 achieves a maximum digging depth of 4,679 mm and dumping height of up to 5,940 mm. Its breakout force reaches a maximum of 74 kN, while the digging force is 46 kN. The machine's dimensions are 7,117 mm in length, 2,250 mm in width, and 2,562 mm in height. It can achieve a maximum digging radius of 7,889 mm, making it a powerful tool for various excavation tasks.

Optional Equipment

The ET90 can be equipped with a range of optional accessories tailored to user needs, including a rear camera system for enhanced safety. The spacious cabin features automatic air conditioning for operator comfort. With an innovative front windshield system enhancing visibility and a powerful LED lighting setup, the ET90 is designed for optimal performance and safety during operation.

Safety and Technical Data

The Wacker Neuson ET90 incorporates various safety features, including a rearview camera for increased visibility during reverse operation. The noise level measures 99 dB(A), while the sound pressure level is 79 dB(A). Safety is further enhanced by a low center of gravity for better stability and easy access to diagnostics and maintenance for efficient servicing of the machine.