Customization: | Available |
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After-sales Service: | 6 Month |
Warranty: | 6 Month |
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The CYTM-41L The mine hydraulic bolting drill rig is innovatively engineered for rigorous mining and tunneling operations amidst challenging geological conditions, featuring complex surrounding rock structures and severe rock damage. This compact, full-hydraulic rock drilling marvel boasts a streamlined design, small footprint, energy efficiency, low noise levels, multifaceted functionality, and exceptional efficiency. Leveraging diverse power sources for seamless mobility and precision rock drilling, it facilitates effortless switching and rapid transitions. Perfectly suited for bolting operations in various underground tunnels and culverts, including metal mines, non-metal mines, and hydropower projects.
The direct control rock drilling system features a sophisticated hydraulic control system utilizing advanced variable plunger pumps like those from the renowned American Sao Danfoss. These pumps are meticulously optimized for medium and small jumbos, delivering high flow rates, unrivaled reliability, and an extended service lifespan.
Equipped with cutting-edge features such as a fully automatic anti-jamming function, and brake fault warning, it ensures superior protection and operational reliability.
The rock drilling control system employs electromagnetic pump proportional valve control, significantly boosting the stability and safety of the entire rock drilling process.
The hydraulic oil piping system utilizes multilayer oil pipes from distinguished international or domestic brands, with oil pipe joints sourced from reputable manufacturers. Most hydraulic pipelines incorporate safety valves to significantly reduce oil leakage, thereby enhancing the overall quality and reliability of the hydraulic system and its components.
A suite of advanced safety alarm systems, ensuring high usability and safety, is embedded within the machine. These systems automatically trigger alerts or halt operations if the fuel level is critically low, if the water temperature exceeds safe thresholds, or if the hydraulic oil temperature reaches critical levels.