Volvo EC220D Excavator Specifications

[MikePhua]

The Volvo EC220D Excavator is a newly designed medium-sized hydraulic machine built for improved efficiency, reduced fuel consumption, and outstanding performance. Equipped with Volvo's latest hydraulic technology and an efficient power system, the EC220D is ideal for a wide range of tasks, including earthworks, road construction, mining, and infrastructure projects. With its exceptional stability, reliability, and operator comfort, the EC220D is the preferred choice for engineers and operators alike.

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Key Features and Specifications:

1. Engine:
   • Type: Diesel Engine
     
   • Engine Model: Volvo D6J
     
   • Rated Power: 129 kW (173 hp)
     
   • Emission Standard: EU III / Tier 3
     
   • Engine Manufacturer: Volvo
     
2. Hydraulic System:
   • Main Pump: Variable displacement piston pump
     
   • Maximum Flow: 400 L/min
     
   • System Pressure: 350 bar
     
   • Hydraulic Tank Capacity: 270 L
     
3. Performance:
   • Maximum Digging Depth: 6.7 m
     
   • Maximum Reach: 9.5 m
     
   • Maximum Dumping Height: 6.6 m
     
   • Maximum Digging Height: 9.0 m
     
   • Maximum Digging Radius: 9.3 m
     
4. Operating Weight:
   • Total Weight: 22,800 kg
     
   • Bucket Capacity: 1.0 m³ (various sizes available)
     
5. Undercarriage:
   • Track Length: 3,500 mm
     
   • Track Width: 600 mm
     
   • Ground Pressure: 0.057 MPa
     
6. Fuel Tank Capacity:
   • 300 L
     
7. Cab:
   • Air Conditioning: Standard
     
   • Operator Seat: Adjustable, ergonomic design
     
   • Display: Multi-function LCD display for operation and diagnostics
     
8. Safety Features:
   • ROPS/FOPS certified cab
     
   • Standard safety belt
     
   • Emergency stop switch
     

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Summary
The Volvo EC220D Excavator is a highly efficient, stable, and reliable medium-sized excavator designed to increase productivity and reduce fuel consumption. With its powerful engine and optimized hydraulic system, the EC220D performs exceptionally well in a variety of complex environments, especially in earthworks, infrastructure construction, and mining. Its low fuel consumption and reduced emissions make it an eco-friendly choice, widely used in various engineering projects.