Dual-Power Full Hydraulic Anchor Drilling Rig

Dual-Power Intelligent Drive System:

The dual-power full hydraulic anchor drilling rig employs a dual-power configuration of an electric motor and a diesel engine. It can flexibly switch power modes according to the power supply conditions at the construction site, achieving "electricity when available, diesel when unavailable." The dual-power system can operate independently, ensuring continuous and stable operation under different working conditions, improving construction continuity and environmental adaptability.

Full Hydraulic Control System:

The entire machine adopts advanced full hydraulic drive and proportional control technology, achieving stepless speed regulation and precise control. The hydraulic system responds quickly and operates smoothly, and is equipped with load-sensitive control technology, which can automatically adjust the output power according to the actual load, improving energy utilization efficiency and reducing energy consumption.

High-Efficiency Drilling Performance:

The equipment possesses stable high torque output and strong propulsion capability, adapting to the construction needs of complex strata such as soil, sand, gravel, weathered rock, and medium-hard rock. It meets various drilling processes such as anchor bolt holes, anchor cable holes, and drainage holes, featuring fast drilling speed, high hole quality, and high construction efficiency.

Multi-angle drilling capability:

The drill frame and power head are adjustable to multiple angles, supporting horizontal, vertical, and inclination drilling operations. This allows for flexible handling of complex construction environments such as slopes, foundation pits, and tunnels, improving the equipment's operating range and applicability.

Intelligent monitoring and safety protection functions:

The equipment can monitor the operating status of the hydraulic and power systems in real time, featuring overload protection, fault warnings, and other safety protection functions. This effectively reduces the risk of equipment failure, improves construction safety and equipment reliability, and ensures the stable progress of the project.