Original Second Hand Used Excavator CAT320d2l Excavator With Low Price Good Condition Core Components Motor Gear Bearing

High Efficiency Fuel Saving Super Durable CAT320D2L Used Caterpillar 320d2l Excavator for Earthwork Mine Operations;

The Caterpillar 320D2L is not a "newly launched" model (launched in 2013 and discontinued). Its core advantages lie in the low fuel consumption and high fuel adaptability brought by the C7.1 direct injection engine, as well as the exceptional stability and ground pressure advantage provided by the extended undercarriage chassis. ‌‌

Core Advantages Overview:

1.Power and Economy: Equipped with the Cat® C7.1 mechanical direct injection engine, delivering a net power of approximately 104kW. Compared to the previous D-series, it reduces fuel consumption by about 3%-8%, while also exhibiting higher tolerance for low-quality fuel, making it less prone to malfunctions due to fuel issues.

2.Chassis Stability: The "L" indicates an extended chassis (with wider tracks and increased contact length). The total working weight is approximately 22.3 tons, featuring low ground pressure, making it particularly suitable for soft foundations, marshy terrain, or applications requiring high lifting stability.```.

3.Hydraulics and Control: Equipped with a hydraulic interactive sensing system, featuring intelligent flow distribution from dual pumps and paired with an ergonomic control handle for precise and smooth operation. It includes an economical mode with automatic speed reduction under no-load conditions to further save fuel.

4.Maintenance and Durability: Repair points are concentrated and mostly accessible from the ground, extending maintenance intervals. The vehicle body features an X-shaped box section and robotic welding structure, offering strong torsional resistance and suitability for heavy-duty operations.

5.Human-Machine Environment: The cab features sealed pressurization, low noise levels (approximately 72dB), an open field of view, and comes standard with a color LCD monitor supporting remote information transmission. ‌‌