7 hours ago
The Kato HD1636R Excavator is a highly efficient heavy-duty crawler excavator designed for earthmoving, large infrastructure projects, and mining operations. Equipped with an advanced engine and hydraulic system, the HD1636R offers powerful digging capabilities and excellent fuel efficiency. Its robust structural design enables stable operation even in harsh conditions, making it ideal for heavy-duty earthmoving and intensive engineering projects.
Key Specifications:
Summary:
The Kato HD1636R Excavator is a powerful heavy-duty crawler excavator, designed for large earthmoving projects, mining operations, and other high-intensity tasks. With its 136 kW engine and load-sensing hydraulic system, the HD1636R delivers efficient performance and excellent fuel economy. Its durability and stability make it the ideal choice for demanding engineering projects.
Key Specifications:
- Engine:
- Brand: Kato
- Model: Isuzu 6UZ1-T
- Power Output: 136 kW (182 hp)
- Displacement: 7.8 L
- Rated Speed: 2,000 rpm
- Brand: Kato
- Operating Weight:
- 16,300 kg (16.3 tons)
- 16,300 kg (16.3 tons)
- Bucket Capacity:
- Standard Bucket: 0.8 m³
- Maximum Digging Depth: 6.4 m
- Standard Bucket: 0.8 m³
- Hydraulic System:
- Type: Load-sensing hydraulic system
- Main Pump Flow: 2 x 350 L/min
- Hydraulic Pressure: 34.3 MPa
- Type: Load-sensing hydraulic system
- Dimensions:
- Overall Length: 7,580 mm
- Overall Width: 2,530 mm
- Overall Height: 2,840 mm
- Track Length: 3,290 mm
- Track Width: 600 mm
- Ground Clearance: 450 mm
- Overall Length: 7,580 mm
- Travel Speed:
- High Speed: 5.5 km/h
- Low Speed: 3.2 km/h
- Max Gradient: 30%
- High Speed: 5.5 km/h
- Fuel Tank Capacity:
- 400 L
- 400 L
- Cooling System:
- Water-cooled
- Water-cooled
Summary:
The Kato HD1636R Excavator is a powerful heavy-duty crawler excavator, designed for large earthmoving projects, mining operations, and other high-intensity tasks. With its 136 kW engine and load-sensing hydraulic system, the HD1636R delivers efficient performance and excellent fuel economy. Its durability and stability make it the ideal choice for demanding engineering projects.