Sany SYL953H wheel loader is a 5-ton wheel loader with a medium and long axis, especially suitable for working conditions such as crushing plants, mixing plants, sand fields, loose coal yards, and port construction.
Rated load: 5000kg
Maximum tractive force: 160kN
Bucket capacity: 3.0 (2.7-4.5) m3
Maximum lifting force: 170kN
Machine weight: 17300/18000 (high unloading) kg
Unloading height: 3100/3520mm
Unloading distance: 1220/1430mm
1. Reinforced structure, stable and reliable
High-quality and professional suppliers of hydraulic pumps, valves and cylinders. All hydraulic seals are reasonably configured according to oil properties, working temperature and frequency of use; hydraulic components and accessories are purchased according to high industry standards and new process conditions to ensure the reliability of hydraulic system pipelines.
2. Efficient operation, strong power
The peak torque of the dedicated engine reaches 1050N?m, which is higher than the industry standard torque (980N?m).
H, M, L (heavy load, medium load, light load) three-level power control, aiming at three material working conditions, to achieve lower fuel consumption and higher productivity.
Equipped with a load-sensitive dual-pump confluence hydraulic system, which can be distributed on demand. When the speed is needed, the dual-pump confluence allows the operator to easily perceive the increased lifting force and the accelerated lifting speed.
3. Convenient maintenance and centralized maintenance
The grease filling point, which is inconvenient for daily maintenance, is led to the convenient filling position through the lubrication pipeline, which is more convenient for maintenance.
The side door of the wing-type hood increases the maintenance space; the pipeline is reasonably arranged, and it is easy to disassemble and assemble.
The split clamp structure allows easy repair and maintenance of the clamp without removing the rim and tire.
4. Applicable working conditions
Earthworks, stonework, mining, railway/tunnel construction, quarrying aggregates.