7 hours ago
The SANY SY750H excavator is a large-sized crawler hydraulic machine designed for heavy-duty earthworks, mining, and large-scale infrastructure projects. With its powerful engine and advanced hydraulic technology, the SY750H ensures exceptional performance even in harsh working conditions. Combining high efficiency with excellent reliability, it is the ideal choice for large engineering projects.
Official Specifications:
The SANY SY750H excavator is a high-performance hydraulic machine designed for heavy-duty operations and extreme working conditions. It is widely used in mining, large-scale earthworks, and infrastructure construction. Its powerful engine and efficient hydraulic system ensure stable performance under challenging conditions. With impressive digging depth and working radius, the SY750H excels in large-scale projects, providing high work efficiency. Its optimized fuel consumption and stable performance ensure low operational costs during long-term use.
Official Specifications:
- Engine Type: Inline 6-cylinder diesel engine
- Engine Power: 367 kW (493 horsepower)
- Operating Weight: 75,000 kg
- Bucket Capacity: 3.0 m³
- Maximum Digging Depth: 7,660 mm
- Maximum Digging Radius: 11,130 mm
- Maximum Dump Height: 7,350 mm
- Travel Speed: 3.0 km/h (low speed), 5.5 km/h (high speed)
- Hydraulic System Flow Rate: 600 L/min
- Fuel Tank Capacity: 1,200 L
- Track Width: 800 mm
- Minimum Ground Clearance: 500 mm
- Machine Dimensions (L × W × H): 13,160 mm × 3,680 mm × 4,690 mm
The SANY SY750H excavator is a high-performance hydraulic machine designed for heavy-duty operations and extreme working conditions. It is widely used in mining, large-scale earthworks, and infrastructure construction. Its powerful engine and efficient hydraulic system ensure stable performance under challenging conditions. With impressive digging depth and working radius, the SY750H excels in large-scale projects, providing high work efficiency. Its optimized fuel consumption and stable performance ensure low operational costs during long-term use.