Xuzhou FMAN Construction Machinery Manufacture Co., Ltd.

Engine Model: QSB7-C227 (Three-cylinder/Euro 3 Cummins)
Rated Power: 169 kW
Maximum Output Torque: 130 kN·m (Main Slewing Torque)
Slewing Speed: 8 – 35 rpm
Maximum Drilling Diameter: φ1500 / φ1300 mm
Maximum Drilling Depth: 50 m
Main Winch Pulling Force: 140 kN
Auxiliary Winch Pulling Force: 50 kN
Maximum Travel Speed: 2.7 km/h
Hydraulic System Working Pressure: 35 MPa

The XCMG XR130E rotary drilling rig is a high-performance engineering machine designed for medium to large-scale infrastructure projects, pile foundation construction, and drilling in complex geological conditions. With its 130 kN·m main slewing torque, stable and reliable hydraulic system, and powerful output, this machine can efficiently complete large-diameter, deep-hole drilling operations, making it an ideal piece of equipment for modern pile foundation construction sites.

The core power unit utilizes a Cummins QSB7-C227 (three-cylinder/Euro 3 emission) engine, providing a rated power of 169 kW, stable output, and ample torque, balancing fuel economy with high-efficiency construction requirements. A precisely matched hydraulic drive system ensures responsive rotation, lifting, and propulsion, achieving efficient coordination of key actions and significantly improving construction efficiency and work quality.

In terms of drilling capacity, the XR130E can achieve a maximum drilling diameter of φ1500 mm / φ1300 mm and a drilling depth of up to 50 m, meeting the needs of pile foundation construction under various geological conditions. Equipped with high-performance main and auxiliary winch systems, possessing pulling forces of 140 kN and 50 kN respectively, it adapts to the drilling tool operation and lifting requirements under different working conditions.

The overall machine structure is rationally designed and compactly laid out, with a hydraulic system operating pressure of up to 35 MPa, greatly improving drilling stability and work efficiency. Meanwhile, with a maximum travel speed of 2.7 km/h, it is more flexible and convenient to move around on the construction site, providing better mobility and reliability for complex working conditions.