Brief: Watch the demo to catch practical tips and quick performance insights. This video showcases the SL1000S crawler-type water well drilling rig in action, demonstrating its durable construction and advanced hydraulic control systems for reliable operation in demanding conditions. You'll see how its top drive rotary propulsion and high-leg crawler chassis deliver efficient performance up to 1000 meters depth.
Related Product Features:
Fully hydraulic control system enables flexible parameter adjustment for optimal drilling performance.
Top drive rotary propulsion lifting device ensures efficient drill pipe handling and operation.
High-leg crawler chassis provides superior mobility and convenient loading capabilities.
Dual winch design enhances operational safety during drilling procedures.
Powered by a reliable Cummins 179kW turbocharged engine for consistent performance.
Capable of drilling depths up to 1000 meters with diameters ranging from 105-800mm.
Features a substantial 52-ton lifting capacity for heavy-duty applications.
Compact dimensions of 7.3×2.25×2.75 meters ensure easy transport and setup.
FAQs:
What is the maximum drilling depth of the SL1000S drilling rig?
The SL1000S crawler water well drilling rig can reach a maximum drilling depth of 1000 meters, making it suitable for deep well applications.
What type of power system does this drilling rig use?
It is powered by a reliable Cummins 179kW turbocharged engine, ensuring consistent performance in demanding conditions.
How is the mobility of the SL1000S drilling rig?
The rig features a high-leg crawler chassis that provides superior mobility and convenient loading capabilities across various terrains.
What safety features are included in the design?
The dual winch design enhances operational safety during drilling procedures, providing additional security for heavy lifting operations.
What applications is this drilling rig suitable for?
It's ideal for agricultural irrigation, residential water supply, industrial water requirements, geological exploration, hydrological monitoring, construction dewatering, and geothermal energy development.