JCB JS260LC CRAWLER EXCAVATOR

JCB JS260LC JCB JS260LC CRAWLER EXCAVATOR equipment image

Equipment Overview

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OEM
JCB
Model
JS260LC
Year of Manufacture
-
Category
CRAWLER EXCAVATORS

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Technical Description

The JCB JS260LC is a robust crawler excavator engineered for demanding construction and excavation tasks. Powered by a water-cooled, 4-stroke, 4-cylinder Isuzu 4HK1X diesel engine, it delivers 187.8 hp (139 kW) at 2000 rpm, meeting European Tier 4i emissions standards. The turbocharged engine is paired with a large capacity radiator for efficient cooling, supported by a 50-amp alternator and dual 12V batteries. The hydraulic system features two variable displacement axial piston pumps, providing a flow capacity of 114.2 gpm and a relief valve pressure of 4975 psi, ensuring powerful and precise operation. With a maximum operating weight of 56,978.5 lbs, the JS260LC offers exceptional stability and lifting capacity. Its dimensions include a width to outside of tracks of 10.5 ft, a track gauge of 8.5 ft, and a ground clearance of 1.6 ft. The excavator achieves a maximum digging reach of 33.7 ft, a maximum digging depth of up to 23.8 ft, and a maximum cutting height of 32.4 ft, depending on boom/stick configuration. Bucket rotation is 180 degrees, with a reference bucket capacity of 1.5 cu yd. The undercarriage is equipped with nine lower rollers and two upper rollers per side, and a 27.6-inch shoe size for optimal traction. The swing mechanism operates at 10.6 rpm, and the maximum travel speed is 3.5 mph. Fluid capacities include 7.1 gal for the cooling system, 6.9 gal for engine oil, 90.7 gal for fuel, and 63.7 gal for the hydraulic system.

Technical Attributes

Max Digging Depth
18.8 ft
Engine Power
187.8 HP
Max Reach
33.09 ft

Data Accuracy and Verification

Specifications and technical details are compiled from manufacturer documentation, historical records, and third-party industry sources. While care is taken to ensure accuracy, this information is provided for reference purposes only and may contain errors or omissions. Users should independently verify all details before relying on them.

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