Instructions
High-Performance, Dependable, and Construction-Efficient
The YONDA YYG260 Hydraulic Drifter is engineered for open-pit mining and medium-to-deep Borehole drilling underground. It features a robust spline sleeve compatible with industry-standard shank adapters (e.g., T51‑standard), supporting demanding drilling conditions. The optimal borehole diameter is 127 mm, with a maximum capacity up to 165 mm.
Key Features:
Versatile Operation: Capable of handling both open-pit and underground drilling scenarios with high efficiency.
Durable Build: Enhanced spline sleeve delivers superior wear resistance and operational longevity.
Wide Hole Range: Flexible 127–165 mm drilling diameter suits diverse operational needs, providing excellent adaptability.
Reliable & Low-Maintenance: High performance and stable operation with less downtime and maintenance.
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Production Video
FAQ
1. What applications is the YYG260 Hydraulic Drifter designed for?
The YYG260 is designed for open-pit mining, underground medium-to-deep hole drilling and blasting-hole applications. It is suitable for demanding drilling operations requiring reliable percussion and rotation performance.
2. What drilling diameter can the YYG260 handle?
The recommended borehole diameter is 127 mm, while the maximum drilling diameter can reach 165 mm. The actual drilling range depends on the rock formation, drilling depth, drill tooling and rig performance.
3. Can the YYG260 be used for both open-pit and underground drilling?
Yes. The YYG260 is designed to operate in both open-pit and underground drilling environments. It can be integrated with a suitable drill rig, feed system, hydraulic system and drilling tools for different mining applications.
4. Can the YYG260 replace an existing hydraulic drifter?
Replacement can be evaluated according to the existing machine configuration. Please provide the current drifter brand and model, nameplate photos, mounting dimensions, hydraulic flow, operating pressure and drilling requirements. YONDA can then confirm compatibility and determine whether an adapter plate or hydraulic system modification is required.
