Case CX 75 SR 8.15t 2008-2012 - Technical data

CX75SR – Product Description

Powertrain and Design

The CASE CX75SR is a compact hydraulic excavator powered by a four-cylinder engine with an output of 40 kW (54 PS). This model complies with Tier III emissions standards and is prepared for conversion to Tier IV standards. The engine's electronic control and Common-Rail system enable combustion optimization, resulting in reduced fuel consumption and lower emissions. The machine's design is characterized by increased durability and reliability, making it suitable for tasks in challenging working conditions.

Undercarriage and Hydraulics

The undercarriage of the CX75SR consists of one support wheel and five track rollers on each side, providing stability and high load capacity. The machine uses high-performance hydraulic pumps with a maximum output of 2 x 68 l/min. The hydraulic system ensures excellent control over the operation of attachments and safety during operation. The use of an energy-efficient hydraulic system contributes to reducing the machine's operational costs.

Operating Parameters

The CX75SR has a maximum lifting height of 5.52 m and a maximum digging depth of 3.3 m. When equipped with a standard bucket with a capacity of 0.28 m³, the digging force reaches 59 kN. The operating weight of the machine ranges from 7.9 to 8.45 tons depending on the version. Its low turning radius makes it an ideal machine for working in confined construction spaces.

Optional Equipment

The additional equipment of the CX75SR can include various types of hydraulic attachments such as buckets, grapples, and additional cabin protection systems. Customers have the option to choose versions with grading equipment. There are also options for customizing the hydraulic system to meet individual operational needs and improve operator comfort.

Safety and Technical Data

The machine is equipped with a number of safety features, including an operational control system and 24 V power supply sockets. Key parameters include the utilization of multifunctional joysticks and a failure alert system. It also has hydraulic safety valves and effective hydraulic filters. Easy access to service points and the centralized location of filters facilitate maintenance and significantly reduce downtime.