Efficient Geotechnical Investigation Drilling Rig for Road and Railway Applications
Versatile Application: Optimized for drilling operations within 30m2-154m2 tunnels, including roadways, railways, pumped storage power stations, hydropower stations, reservoirs, and underground caves.
Innovative Design: Features a sliding arm boom structure with a double-layer propulsion beam, facilitating multi-type section excavation and anchor rod construction.
High Efficiency: Equipped with Uniroc U1838ME rock drills, achieving single-hole speeds 5-6 times faster than traditional air drills.
Advanced Control: Computer-controlled boom with self-balancing and angle display ensures precise excavation shape and overcut control.
Enhanced Safety: Remote-control operation and a sliding lift cab provide clear observation of side wall and vault conditions.
Frequently Asked Questions
1. What is the maximum drilling speed of this rig?
The Uniroc U1838ME rock drill allows for single-hole drilling speeds that are 5-6 times faster than traditional air-powered drills, significantly reducing construction time.
2. What types of tunnel sizes is this equipment suitable for?
It is designed for high efficiency in tunnel sections ranging from 25m2 to 145m2, making it ideal for road and railway tunnel projects.
3. Can the drilling rig be operated remotely?
Yes, the rig supports remote-control operation, which enhances operator safety and precision during complex truck drilling construction.
4. How does the rig control excavation precision?
The machine features a computer-controlled boom with self-balancing functions and an angle display to manage excavation shapes and prevent overcutting.
5. Is the cab adjustable for better visibility?
Yes, the rig is equipped with a sliding lift cab, allowing the operator to observe side walls and vault conditions clearly during drilling.
6. What power source does the drilling rig use?
This model is powered by a high-performance diesel engine with a rated power of 96kw, ensuring reliable operation in remote geotechnical sites.