Case 590 SN 9.28t 2013-2025 - Technical data

Parameters and equipment

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Case 590 SN 9.28t 2013-2025 – Product Description

Powertrain and Design

The Case 590 SN features the Case F5C engine, certified for Tier 4 Interim emissions. This diesel engine has four cylinders with a displacement of 3.4 L, providing an output of 82 kW at 2200 RPM. It generates a maximum torque of 460 N·m at 1400 RPM, making the machine well-suited for demanding tasks. The fuel injection system utilizes a high-pressure common rail (HPCR), enhancing fuel efficiency.

Undercarriage and Hydraulics

The machine is equipped with a standard Powershift S-Type transmission that has four forward and three reverse gears, with an optional Power Shuttle transmission available. Travel speeds can reach up to 42 km/h in forward mode. The hydraulic system allows for a flow rate of up to 162.6 L/min at a working pressure of 161 bar, tailored for efficient performance from both the loader and backhoe.

Operating Parameters

The Case 590 SN has a transport length of 7.25 m, width of 2.36 m, and height of 2.68 m. The operating weight of the machine is 9.28 t. The digging depth reaches 4.72 m, facilitating various construction and earth-moving tasks. The bucket capacity is 0.99 m³, which boosts the efficiency of earthwork activities. The width of the digging bucket is 2.36 m, enabling effective digging and loading operations.

Optional Equipment

This model does not come with additional equipment as standard, such as a particulate filter or air conditioning. However, it is adaptable for various working conditions due to the availability of different bucket types as accessories. The operator can also utilize hydraulic pressure systems, enhancing work efficiency.

Safety and Technical Data

The Case 590 SN complies with current emissions standards, making it suitable for both construction and earth-moving operations. The machine is designed with safety features, including safety mechanisms for drive engagement and an efficient cooling system. The construction also considers significant technical headroom, making it a reliable tool for operators.

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Technical data