Caterpillar 320D3

Caterpillar 320D3 Hydraulic Excavator offers versatile applications across a wide array of construction tasks. Whether working on large infrastructure projects or more specialized assignments, the 320D3 Hydraulic Excavator delivers reliable performance. Its powerful digging capabilities make it ideal for foundation work, allowing for quick and efficient excavation of deep foundations. In pavement removal, the excavator efficiently clears old surfaces, preparing the ground for new installations. For slope stabilization, the Caterpillar 320D3's precise control is invaluable, particularly in challenging terrains, making it an essential tool for landscaping and civil engineering projects. Additionally, it excels in flood control applications, helping to create channels, levees, and other water management structures. Caterpillar 320D3 is equipped with a powerful Engine Gross Power of 100 kW, delivering high performance across demanding tasks. With a Fuel Tank Capacity of 410 liters, the machine ensures long operational hours on job sites, reducing the need for frequent refueling. The excavator's Operating Weight of 20,800 kg provides excellent stability, making 320D3 Hydraulic Excavator ideal for heavy-duty applications. Its Maximum Digging Depth of 6,300 mm allows for deep excavation work, ensuring versatility and efficiency in a variety of construction and earthmoving projects. Caterpillar 320D3 Hydraulic Excavator offers impressive fuel-saving capabilities, reducing fuel consumption by up to 15% in Economy mode, without compromising on lifting or digging power. Its boom and stick regeneration circuits further enhance fuel efficiency by up to 2%, while also improving cycle times, making operations more productive. The Auto Engine Speed Control automatically adjusts engine speed based on the workload, ensuring efficient fuel usage for every task. Additionally, the One-Touch Low Idle feature allows operators to instantly reduce engine RPM with a single touch, promoting quieter operations and minimizing fuel consumption.