|
Item
|
Value
|
Unit
|
|
Model
|
XR360E
|
-
|
|
Max. Output Torque
|
360
|
kN·m
|
|
Max. Drilling Diameter
|
2600
|
mm
|
|
Max. Drilling Depth (Friction Kelly Bar)
|
103
|
m
|
|
Rotary Head Speed
|
6–27
|
rpm
|
|
Max. Crowd Force
|
300
|
kN
|
|
Max. Pull-out Force
|
350
|
kN
|
|
Main Winch Lifting Capacity
|
370
|
kN
|
|
Engine Model
|
TAD1353VE
|
-
|
|
Engine Rated Power
|
345
|
kW
|
|
Operating Weight
|
115000
|
kg
|
High‑power power reserve XCMG XR360E Rotary Drilling Rig
Description
Detailed description
Description
Power and rock advantages of XCMG Group
The maximum torque is 360kN · m, driven by a three motor power head. It can efficiently drill through soil layers, pebbles, and moderately weathered hard rocks, and can accommodate both soft and hard formations.
High end Volvo/Cummins high-power National IV engine, with sufficient power reserve, supporting high-altitude and heavy-duty long-term operations; Multi speed power matching, excellent fuel consumption control.
The Rexroth load sensitive LUDV high flow hydraulic system has sufficient flow, fast response, and smooth composite action without pressure build-up.
Construction efficiency advantage
Dual mode switching of power head: soil high-speed mode and rock entry high torque mode, without frequent modification.
The main winch has a fast lifting speed and a single row rope structure, which greatly extends the service life of the steel wire rope and reduces downtime during rope replacement.
Large aperture deep pile capacity: The maximum pile diameter is 2.5-2.6m, and the maximum drilling depth can reach 103m; suitable for large deep pile projects in bridges, subways, and high-rise buildings.
Stable and reliable advantages of XCMG
XCMG’s self-made telescopic track special chassis has a wide width, low center of gravity, excellent anti overturning performance, and more stable construction in deep piles and inclined rock layers.
Double arm large parallelogram amplitude changing mechanism, high-strength box structure of drilling mast, strong torsional rigidity, and high verticality of drilling holes.
The structural components have a long design life and a low failure rate under heavy load conditions; Standard centralized lubrication, saving time and effort in maintenance.
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