Designed BY drillers FOR drillers !
Atlas Rotary Drill-Through Casing Driver Specifications
 |
 “Leaders
in Casing Driver Technology” |
| Specifications | DT500 | R-1000 | R-2000 | R-3000 | R-4000 | R-5000 | R-6000 |
| Ram Weight | 450 lbs | 600 lbs | 1,100 lbs | 1,100 lbs | 1,600 lbs | 1,600 lbs | 2,000 lbs |
| Driving Energy | 2000 ft. lbs | 3100 ft. lbs | 4100 ft. lbs | 5800 ft. lbs | 7850 ft. lbs | 7850 ft. lbs | 9200 ft. lbs |
| Drive Anvil | 4" & 6" | 6”, 8” & 10” | 6”, 8” & 10” | 6”, 8” & 10” | 6”, 8” & 10” | 8”, 10” & 12" | 8”, 10” & 12" |
| Overall Weight | 1070 lbs | 2,200 lbs | 3,200 lbs | 3,500 lbs | 4,180 lbs | 4,750 lbs | 5,150 lbs |
| Hydraulic Requirements | 15 gpm @ 2,000 psi (appr.) | 20 gpm @ 2,000 psi (appr.) | 20 gpm @ 2,000 psi (appr.) | 25 gpm @ 2,000 psi (appr.) | 25 gpm @ 2,000 psi (appr.) | 25-30 gpm @ 2,000 psi (appr.) | 25-30 gpm @ 2,000 psi (appr.) |
| Beats/Minute | 0-120 variable | 0-100 variable | 0-100 variable | 0-80 variable | 0-80 variable | 0-80 variable | 0-80 variable |
| A | 58" | 55” | 65” | 76” | 86" | 90-1/4" | 90-1/4" |
| B | 47" | 40” | 50” | 61-1/2” | 71-1/2" | 73-1/4" | 73-1/4" |
| C | 14-1/2" | 19” | 23” | 21” | 21" | 21" | 21" |
| D | 14-1/2" | 19” | 19” | 19” | 19" | 21" | 21" |
| E | 5-1/2" | 6-3/4” | 6-3/4” | 6-3/4” | 6-3/4” | 8" | 8” |
| F | N/A | N/A | 9-1/2” | 9-1/2” | N/A | N/A | N/A |
| G | 16-1/2" | 21” | 21” | 25” | 25" | 28" | 28" |
|
R5000 & R6000 come with the larger Stock Anvil. Drive adapters are also available upon request. The DT500 comes with 5" male pipe threaded discharge opening. |
| Air driven (pneumatic) casing drivers require large amounts of compressed air, many use 300-400 CFM. Mobile air is expensive to make and compressors expensive to maintain. Most pneumatic casing drivers regularly require rebuilding of cylinders, valves and timing mechanisms. Pneumatic casing drivers loudly exhaust air, water and oil that pollutes the atmosphere around the drill site, coating everything with a layer of grime. Atlas casing drivers have no air exhaust, they run quieter and cleaner. They have no valves, cylinders or troublesome timing mechanisms to maintain. |
“Hydraulic systems are significantly more efficient than air systems in the conversion of motor/engine energy to usable energy, and therefore energy consumption can be reduced by 60 to 70 percent, providing fuel or power cost saving.”
Air Power USA
Reference: Air Drilling Handbook
U.S. Patent #6029757
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