Air Leg Rock Drill Machine HY20 4m Air Digging Tools Used For Mining Drill

 Overview
The Air Leg Rock Drill Machine HY20 is a robust 4-meter air digging tool designed for efficient mining operations. This handheld pneumatic drill is engineered to provide reliable performance in various mining and drilling tasks, making it an essential piece of equipment for miners and construction professionals.

Key Features

Model: HY20
Length: 558mm
Piston Stroke: 50mm
Air Consumption: ≤28L/s
Drill Diameter: 34-40mm
Weight: 20Kg
Cylinder Diameter: 64mm
Work Pressure: 0.4-0.5Mpa
Impact Frequency: ≥31Hz
Drill Depth: 4m
Size: 558*360*166mm
Drill Rod Diameter: H22*108mm

Performance Specifications

Compact Design: With a length of 558mm and a weight of 20Kg, the HY20 is designed for easy handling and maneuverability in tight spaces.
Versatile Drilling: The drill diameter range of 34-40mm allows for flexibility in various drilling applications, from small to medium-sized holes.
Efficient Air Consumption: The air consumption rate of ≤28L/s ensures efficient use of resources, minimizing operational costs.
High Impact Frequency: The ≥31Hz impact frequency ensures rapid drilling progress, enhancing productivity and efficiency.
Durable Construction: Built to withstand the rigors of mining operations, the HY20 is designed for long service life and reduced maintenance needs.

 Applications

Mining Operations: Ideal for drilling in mines for exploration, ventilation, and production purposes.
Construction: Suitable for drilling in construction sites for foundation work, anchoring, and other structural applications.
Geological Exploration: Perfect for geological surveys and exploration to gather core samples and data.

Benefits

Enhanced Productivity: The high impact frequency and powerful performance ensure quick and efficient drilling, reducing downtime.
Versatility: The adjustable drill diameter and compact size make it suitable for a wide range of applications.
Durability: Built to withstand tough conditions, ensuring long service life and reduced maintenance needs.
Cost-Effective: Efficient air consumption and robust design contribute to lower operational costs.