Case CX370C 36.2t 2021-2025 - Technical data

Parameters and equipment

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CASE CX370C - Product Description

Powertrain and Design

The CASE CX370C is a hydraulic excavator powered by the ISUZU GH-6HK1X engine with a displacement of 7.79 l. This water-cooled engine is equipped with a high-pressure common rail fuel injection system and a variable geometry turbocharger. It delivers a power output of 212 kW (284 hp) at 2000 min-1 and a maximum torque of 983 Nm at 1500 min-1. The robust design ensures high reliability and durability, minimizing ownership costs.

Undercarriage and Hydraulics

The CX370C features an advanced hydraulic system consisting of two variable displacement gear pumps. The maximum oil flow is 600 l/min at a working pressure of 34.3 MPa. The excavator offers different working modes, including auto, heavy, and super power modes, adapting its performance to specific tasks. High-quality components and extended lubrication intervals enhance the machine's reliability.

Operating Parameters

The maximum digging depth of the CX370C is 6300 mm, with a maximum lifting height of 9850 mm. The arm digging force with auto power boost is 248 kN, while the bucket digging force reaches 252 kN. The dimensions of the machine are 5850 mm in length and 3120 mm in width. The machine also boasts a low ground pressure of 0.068 MPa with an operating weight of 36200 kg.

Optional Equipment

The standard equipment for the CX370C includes an automated climate control system, adjustable seats, and a parameter monitoring system. Additionally, various attachments such as a 1.6 m3 bucket and arm lengths of 2.21, 2.63, and 3.25 m are available. The machine can be tailored to the customer’s individual needs through the selection of optional accessories.

Safety and Technical Data

The CASE CX370C is designed with operator safety in mind, featuring ROPS and FOPS systems. It offers excellent visibility with a spacious cabin and large glazed surfaces, along with a modern LED display for monitoring machine parameters. Furthermore, the implemented oil filtration and lubrication systems contribute to increased durability and reduced servicing costs.

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Technical data