Wacker Neuson 2203 1.96t 2008-2011 - Technical data

Wacker Neuson 2203 1.96t 2008-2011 - Product Description

Powertrain and Design

The Wacker Neuson 2203 is powered by a Yanmar 3TNV76 engine that delivers a maximum output of 17.9 kW. This modern, efficient, and quiet machine ensures high work performance. The well-structured layout of components allows for easy access to hydraulic units, facilitating serviceability. Additionally, the hinged side panels provide unrivaled access to essential parts, saving time during maintenance tasks.

Undercarriage and Hydraulics

The telescopic undercarriage is an innovative feature that enhances stability during operation. The hydraulic system is designed for high performance, enabling efficient completion of various tasks. The machine can reach a maximum travel speed of 5.6 km/h. Individual lashing points are conveniently located to ensure safe transportation, while reinforced undercarriage components enhance durability and resistance to damage.

Operating Parameters

The Wacker Neuson 2203 has a transport weight of 1715 kg and a maximum digging depth of 2.48 m. This allows for a maximum reach of 4.09 m. The breakout force is 12.2 kN, making it an effective tool in diverse working conditions. The width of the machine is 0.99 m, which is crucial for operations in confined spaces.

Optional Equipment

The machine comes standard with a dozer blade and rubber tracks measuring 230 mm in width. Available options include a canopy that complies with FOPS and ROPS standards, enhancing operator safety. Various accessories, such as additional lighting and overload systems, can also be specified to meet the user's specific needs.

Safety and Technical Data

The Wacker Neuson 2203 adheres to stringent safety standards, providing operators with a high level of protection during use. Key technical specifications include a noise emission level of 93 dB(A). The machine's operational parameters comprise a maximum digging height of 3.5 m and a maximum slew speed of 10 min-1, ensuring efficiency even in challenging conditions.