Case CX 700 B 69.58t 2008-2014 - Technical data

CX B SERIES EXCAVATORS - Product Description

Powertrain and Design

The CX B Series excavators represent the next generation in full-sized excavation technology, offering exceptional performance and operator comfort. The design enhances fuel efficiency and reduces noise levels, which allows for improved working conditions. These machines are engineered for both productivity and quiet operation, making them suitable for diverse job sites. Their robust construction ensures long-lasting performance in challenging environments.

Undercarriage and Hydraulics

CX B Series excavators feature a highly efficient hydraulic system that offers rapid response and great performance in various applications. They accommodate up to 10 auxiliary hydraulic flow patterns, facilitating quick attachment changes. With a dedicated hydraulic oil filtration system, these excavators ensure optimal performance over extended periods. This advanced hydraulic configuration contributes significantly to their overall fuel efficiency and productivity.

Operating Parameters

In terms of operating parameters, the CX B Series includes models such as the CX130B with an engine power of 95 hp (71 kW) and a digging depth of 6.1 m. The CX240B, with 177 hp (132 kW), can reach a digging depth of 7.4 m. All models are compatible with B5 biodiesel fuel, which enhances their eco-friendliness without compromising performance.

Optional Equipment

Various configurations for specialized tasks are available within the CX B Series, including long reach and narrow undercarriage options. Additional attachments can significantly enhance the versatility of these excavators. Quick connection devices facilitate efficient attachment swapping, maximizing the machines’ effectiveness on site.

Safety and Technical Data

Safety is a priority for the CX B Series excavators, designed to meet stringent industry standards. Their sturdy frame ensures stability and operational safety. Maintenance ease is enhanced through innovative features such as easily accessible filters and service points. These design considerations lead to reduced downtime during servicing, maximizing productivity.