| Engine | Cummins QSB7 |
| Engine Power | 150kW |
| Engine Speed | 2200r/min |
| Max. Pile Diameter | 1500mm |
| Max. Pile Depth | 56m |
| Rotary Drive Torque | 160kN·m |
| Rotary Drive Speed | 5-35r/min |
| Main Winch Lifting Force | 160kN |
| Crowd System Crowd Force | 160kN |
| Crowd System Lifting Force | 160kN |
| Main Winch Max. Speed | 80m/min |
Highly adaptable XCMG XR160E Rotary Drilling Rig
Description
Detailed description
Description
One machine with multiple functions, suitable for small and medium-sized pile foundations in all scenarios
Support rapid switching between hydraulic cylinder pressurization/winch pressurization/long spiral CFA/dual power head, suitable for municipal housing construction, road and bridge construction, photovoltaic piles, small docks, and rural infrastructure; Specializing in small and medium-sized cast-in-place piles within 1.5 meters and 56 meters deep, covering soft soil, silty clay, and weathered rock formations.
Durable and low consumable, with lower usage costs
The single row rope technology for the entire series of main and auxiliary winches has a steel wire rope lifespan 2-4 times that of multi-layer winding models, significantly reducing downtime and consumables expenses for rope replacement; Standard centralized lubrication for the entire machine, saving time and effort in daily maintenance.
Stable structure with good verticality during construction
Double arm parallelogram amplitude mechanism, support range increased by 24%; TDP special rotary excavator track chassis+large diameter slewing support, strong leg support stiffness, and drilling is not easy to shake; The drilling mast can be tilted back and forth/left and right for leveling, and the verticality of the deep hole can be controlled
High efficiency and high temperature resistance of hydraulic system
Negative flow main control hydraulic, responsive operation, smooth compound action; Double high-power hydraulic oil cooler, suitable for high temperatures in southern summer and continuous construction with oil temperature not exceeding the standard, reducing high temperature drop rate and power failure.
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