Wacker Neuson 2404 2.3t 2009-2012 - Technical data

Wacker Neuson 2404 - Product Description

Drive and Construction

The Wacker Neuson 2404 is a mini-excavator produced from 2009 to 2012. It features a Yanmar 3TNV76 engine delivering 17.9 kW of power and has a displacement of 1.115 l. Transport dimensions of the machine are 4.1 m in length, 1.4 m in width, and 2.4 m in height. The transport weight ranges from 2.3 t to 2.4 t, varying according to specifications. The machine is designed with a maximum horizontal reach of 4.35 m.

Running Gear and Hydraulics

The Wacker Neuson 2404 is equipped with rubber tracks that have a width of 250 mm, ensuring good traction and stability during operation. Although specific hydraulic data is not provided, the hydraulic system is engineered for operational efficiency. The machine includes a standard blade, allowing for basic earth-moving operations. There are no additional options like hydraulic or mechanical quick couplers, which may limit its application range.

Working Parameters

While certain specific working parameters such as digging depth or breakout force are unavailable, key parameters known indicate the machine's performance capabilities. The engine reaches its maximum RPM at a torque figure of 2500 RPM. It is designed for a variety of construction tasks, making it a versatile tool in the construction industry.

Additional Equipment

The Wacker Neuson 2404 comes equipped with essential features such as a blade and rubber tracks, providing stability in rugged terrain. The machine does not have air conditioning, nor does it feature hydraulic or mechanical quick couplers, which could limit its applications in more demanding situations. Typical additional equipment for mini-excavators includes various types of buckets, though data on availability for this model is absent.

Safety and Technical Data

The Wacker Neuson 2404 is designed with operator safety in mind, featuring the FD driver protection system. Established technical solutions are utilized in the machine, despite the lack of specific data on emission levels. The carefully crafted design parameters ensure that the machine adheres to industry standards for safety and operational efficiency.