Case CX140E 13.1t 2022-2025 - Technical data

Parameters and equipment

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CASE E Series - Product Description

Powertrain and Design

The entire CASE E Series excavators are designed with operators in mind, combining power, precision, and comfort through cutting-edge FPT Industrial engines, which provide enhanced power, responsiveness, and torque. They also offer different configurations and customizable control, setting a new standard in operator experience. Both conventional and short-tail models ensure performance even in challenging working conditions.

Undercarriage and Hydraulics

CASE E Series excavators feature advanced hydraulic solutions, including the new Hydraulic Flow Control Balance system that prioritizes hydraulic flow for greater operational efficiency based on work methods. High-performance undercarriage systems make the machines responsive and comfortable to operate, boosting productivity significantly.

Operating Parameters

The range of models includes options such as the CX140E, with an operating weight of 28,900 lb (13,100 kg) and a maximum digging depth of 19 ft 10 in (6,050 mm). The CX300E, weighing 67,000 lb (30,400 kg), achieves a maximum digging depth of 24 ft 10 in (7,580 mm). E Series models offer varying work modes, including Eco mode, which reduces fuel consumption by 18% compared to previous models.

Optional Equipment

The CASE E Series excavators come with a variety of optional accessories, including an integrated hydraulic quick coupler that enables rapid attachment changes from inside the cab. Furthermore, built-in telematics systems like CASE SiteWatch facilitate remote diagnostics and software updates, significantly improving equipment management.

Safety and Technical Data

CASE E Series excavators are equipped with several safety features, including 270-degree cameras to enhance visibility during operation. ProCare, a comprehensive equipment support program, includes a three-year warranty on the machine along with access to telematics, increasing user confidence and operational efficiency.

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Technical data