8 hours ago
The Doosan DX150W-9C is a wheeled hydraulic excavator designed for municipal construction, road maintenance, and medium to small earthmoving tasks. It features strong power, agile operation, an advanced hydraulic system, and a comfortable cab, balancing efficiency and operator comfort to meet various complex working conditions.
Official Specifications List
1. Basic Parameters
Summary
The Doosan DX150W-9C wheeled excavator offers powerful performance, advanced hydraulics, and excellent operator experience, making it an ideal choice for municipal construction and medium to small earthmoving projects. Its flexible maneuverability meets diverse working conditions while balancing efficiency and comfort to support rapid project progress.
Official Specifications List
1. Basic Parameters
- Model: DX150W-9C
- Operating Weight: 15,100 kg
- Machine Length: 8,380 mm
- Machine Width: 2,600 mm
- Machine Height (with cab): 3,090 mm
- Wheel Track Width: 2,230 mm
- Minimum Ground Clearance: 330 mm
- Maximum Digging Height: 9,670 mm
- Maximum Dumping Height: 6,750 mm
- Maximum Digging Depth: 5,240 mm
- Maximum Digging Radius: 9,460 mm
- Engine Model: Doosan D4DB
- Rated Power: 97.3 kW (approx. 130 hp)
- Rated Speed: 2,100 rpm
- Emission Standard: China Stage III
- Fuel Tank Capacity: 160 L
- Main Pump Type: Variable displacement piston pumps
- Maximum Flow: 2 × 127 L/min
- Working Pressure: 34.3 MPa
- Maximum Travel Speed: 30 km/h
- Maximum Gradeability: 30°
- Swing Speed: 11.2 rpm
- Braking System: Hydraulic brakes
- Standard Bucket Capacity: 0.7 m³
- Working Device: Standard wheeled excavator attachment
- Cab: Sealed and pressurized cab with air conditioning, suspended seat, multifunction display, offering comfortable operation and wide visibility
Summary
The Doosan DX150W-9C wheeled excavator offers powerful performance, advanced hydraulics, and excellent operator experience, making it an ideal choice for municipal construction and medium to small earthmoving projects. Its flexible maneuverability meets diverse working conditions while balancing efficiency and comfort to support rapid project progress.