JCB 380 LC 36.7t 2019-2025 - Technical data

JCB380LC QUARRY MASTER - Product Description

Powertrain and Design

The JCB380LC QUARRY MASTER is powered by a JCB DIESELMAX engine that delivers 284 hp (212 kW) and a peak torque of 1150 Nm. This 7.2-liter engine is designed for efficiency and high performance at low speeds. Its reinforced structures, including the boom and arm, provide durability and reliability across various working conditions. The high-quality components used in the construction make it a top choice in the construction sector.

Undercarriage and Hydraulics

The undercarriage of the JCB380LC QM is designed for robustness and reliability. Featuring a heavy-duty 'X' frame construction, it ensures long-lasting operation, while the hydraulic system provides high power for smooth and simultaneous operations. The hydraulic system is powered by two variable displacement axial piston pumps, optimizing the flow of oil. The hydraulic efficiency also contributes to fuel savings and enhances productivity.

Operating Parameters

The JCB380LC QM has a maximum bucket tearout force of 245.6 kNm and an operating weight of 36,770 kg. With a bucket capacity ranging from 1.4 m³ to 1.8 m³, it can effectively lift and move heavy materials, including marble and granite blocks. The machine offers an impressive maximum digging reach of 11072 mm, allowing access to challenging work sites. Cycle times are optimized through the innovative hydraulic regeneration system.

Optional Equipment

The JCB380LC QM comes with a variety of optional accessories, including different bucket capacities and safety systems. Special buckets designed for use with granite and marble are also available. Furthermore, the machine can be equipped with the LiveLink monitoring system, enabling remote tracking of operational parameters and machine condition. These options enhance the device’s versatility and efficiency at the job site.

Safety and Technical Data

The JCB380LC QM has been built with operator safety in mind. Features like engine lock and protective covers reduce the risk of accidents. The machine complies with all regulatory safety standards, and each component is designed for long-term durability. Key technical parameters, such as arm working pressure and hydraulic performance, ensure that the machine operates smoothly in demanding environments.