Case Poclain 600 104t 1974-2025 - Technical data

Case Poclain 600 104t 1974-2025 - Product Description

Powertrain and Design

The Case Poclain 600 is a tracked machine designed for operation in challenging construction environments. Due to its robust construction and the application of a Deutz engine, this model ensures high performance and reliability. The engine type F 12 L 413 and its 12 cylinders facilitate effective work on uneven terrain. The total weight of the machine is 104 t, emphasizing its sturdy build.

Undercarriage and Hydraulics

The machine is equipped with a LC type undercarriage, providing stability during operation. Thanks to the hydraulics, it is possible to perform various earthmoving and loading tasks. The use of an MB boom allows for a significant maximum reach of 16.5 m, increasing its versatility in different applications. The high hydraulic performance supports actions in demanding conditions.

Operating Parameters

The Case Poclain 600 achieves a maximum digging depth of 11.1 m. It has a bucket capacity of 1.67 m³. The machine facilitates the efficient execution of complex construction tasks. Some parameters, such as engine power and fuel consumption, have not been provided, which may impact the final economic parameters of operation.

Optional Equipment

For the Case Poclain 600, it is important to note that it is not equipped with additional systems such as a particulate filter, air conditioning, or hydraulic quick couplers. While the absence of additional equipment may be a limitation, the machine is designed with user simplicity and low operational costs in mind. However, it is worth considering the possibility of customization to meet specific customer needs.

Safety and Technical Data

Safety in the operation of construction machinery is crucial. Although there is a lack of specifications regarding emission levels or broader technical parameters, the Case Poclain 600's design certainly allows for operation in accordance with applicable standards. The key parameters of the machine, such as weight and reach, indicate its robustness and capability to perform tasks in demanding terrain conditions.