Bauer BG12H Vertical Drill Rig
Key Specifications
Operating Weight | Engine Power | Maximum Torque |
43.4 tons | 419 Horsepower | 229.998 lb-ft |
The Bauer BG 12H is a versatile rotary drilling rig designed for a range of drilling applications. It is part of Bauer’s advanced line-up of drilling rigs, offering high-performance features and robust construction to meet the demands of modern geotechnical construction.
Drilling Capacities:
CONVENTIONAL DRILLING:
Max Depth: 24.0 meters
Max Reach: 3.814 meters
Clearance: 16.328 meters
Operating Weight: 43.4 tons
Footprint: 3.20 x 3.880 meters
CFA DRILLING (STANDARD):
Max Depth: 10.594 meters
Max Reach: 5.100 meters
Clearance: 16.328 meters
Operating Weight: 43.2 tons
CFA DRILLING w/ Extension):
Max Extension: 4.0 meters
Max Depth: 14.358 meters
Max Reach: 3.214 meters
Clearance: 19.268 meters
Operating Weight: 43.6 tons
Drilling Methods Supported
- Kelly Drilling (Without Casing Oscillator): This is the standard drilling method supported by the BG 12H.
- CFA Drilling: The rig is pre-equipped with hydraulic and electric installations for Continuous Flight Auger (CFA) drilling.
- FDP Full-Displacement-Piling: It is also pre-equipped for full-displacement piling with hydraulic and electric installations.
Limited Access Projects
- Restricted Spaces: Ideal for projects in urban areas or confined spaces where traditional rigs may be too large.
- High-Wall Stability: The compact design allows for precise drilling near existing structures, helping to maintain wall stability.
Groundwater Control
- Well Points and Dewatering: The rig’s versatility allows it to efficiently create well points for dewatering applications.
- Low-Impact: Its compact size results in minimal disturbance to the surrounding soil and water table.
Drilled Shaft Services
- Deep Foundations: Even though it’s compact, the BG 12 is capable of drilling to considerable depths, making it suitable for deep foundation work.
- Micropiles: Its precision and size make it ideal for drilling micropiles in locations with space limitations.