High-speed soil dumping XCMG XR360D Rotary Drilling Rig
High-speed soil dumping XCMG XR360D Rotary Drilling Rig

High-speed soil dumping XCMG XR360D Rotary Drilling Rig

Description

Overall operating weight 92.8 t
Rated output torque 320 kN·m
Maximum drilling diameter 2500 mm
Maximum drilling depth 69 m
Drilling speed 5–30 rpm
Pressurizing force 330 kN
pull-out force 330 kN
Stroke 5500 mm
Engine Model Cummins QSX15
Rated power 316 kW

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Detailed description

Description

Strong penetration into rock with high torque, a powerful tool for deep piles in hard rock

360 kN · m torque+320 kN lifting force, strong rock penetration ability, efficient response to moderately weathered/slightly weathered rock layers.
Three modes of power head standard/rock entry/high-speed soil throwing, accurately matching different strata.

Outstanding deep pile capability, suitable for large-scale engineering projects

The maximum drilling depth is 102 meters, suitable for large pile foundations such as high-speed railways/bridges, super high-rise buildings, large-scale wind power, ports and docks.
Large diameter slewing bearing+heavy-duty telescopic chassis, strong stability, and not easy to shake during deep hole construction.

Efficient and stable, fast construction, low failure rate

The main winch has a speed of 72 m/min for quick lifting, coupled with high-speed soil throwing, resulting in a hole forming efficiency that is about 15-20% higher than other models of the same level.
Negative flow control of hydraulic system, fast response, precise control, and low fuel consumption.
Centralized lubrication system reduces maintenance frequency and improves reliability.

Multi functional construction method, one machine with multiple uses

Quickly switch rotary digging CFA、 Construction methods such as casing, down the hole hammer, and full casing are suitable for complex geological formations.
Reserved pipe rolling machine interface, strong construction capability for full casing, solving the problem of easily collapsed holes in geological formations.

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