CATERPILLAR E650 CRAWLER EXCAVATOR

Equipment Overview
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- CATERPILLAR
- Model
- E650
- Year of Manufacture
- -
- Category
- CRAWLER EXCAVATORS
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A+Technical Description
The Caterpillar E650 is a large, heavy-duty excavator designed for demanding construction and mining applications. Equipped with a robust backhoe configuration, it delivers a maximum cutting height of 40.4 feet, a dig depth of 28.9 feet, and a maximum dump height of 27.5 feet, enabling efficient excavation and material handling in challenging environments. The machine’s maximum reach on the ground extends to 43.8 feet, while its vertical wall dig depth reaches 24.3 feet, ensuring versatility for deep trenching and vertical digging tasks. The overall dimensions include a height of 11.9 feet to the top of the cab, a track length of 17.8 feet, and an upper structure ground clearance of 4.4 feet, providing stability and maneuverability on uneven terrain. Power is supplied by a C S6B-TA engine with a displacement of 786 cubic inches, producing 375.5 horsepower (280 kW) for reliable performance under heavy loads. The fuel capacity is 165.2 gallons, supporting extended operation. The undercarriage features multiple shoe width options—24.1 inches, 30 inches, and 35.9 inches—with corresponding ground pressures of 15.7 psi, 12.8 psi, and 10.8 psi, allowing adaptation to various ground conditions. The backhoe operating weight is 138,009.4 pounds, while the loading shovel configuration weighs 145,505.2 pounds, with a ground pressure of 16.5 psi and a shoe width of 24.1 inches. Maximum travel speed is 2.9 mph (3 kph), ensuring safe and controlled movement on job sites.
Technical Attributes
- Max Reach
- 43.80 ft
- Boom Length
- 11.0 ft
- Max Digging Depth
- 28.9 ft
- Max Dump Height
- 24.3 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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