Basic Model Information
Model:JT100 Mach 1
Rig Size:50,001 - 100,000 lbs pullback
|Displacement||436 IN3||7.15 L|
|Emissions Compliance||EPA Tier 3||EU Stage IIIA|
|Engine Cooling System||11 gal||42 L|
|Fuel Tank Capacity||97 GAL||370 L|
|Ground Drive Speed||3.6 MPH||5.8 km/h|
|Hydraulic Tank Capacity||47 GAL||180 L|
|Joint Diameter||4.0"||102 mm|
|Make and Model||Deutz TCD 2013 L06-2V|
|Manufacturer's Gross HP Rating||268 HP||200 kw|
|Max Carriage Speed||150 FPM||46 m/min|
|Max Flow||230 GPM||870 L/min|
|Max Pressure||1000 PSI||69 bar|
|Max Spindle Speed||210 RPM||210 RPM|
|Max Spindle Torque||12,000 ft/lbs||16,300 nm|
|Min Bend Radius||230'||70 m|
|Min Bore Diameter||6"||152 mm|
|Number of Cylinders||6|
|Pipe Diameter||3.62"||92 mm|
|Pullback||100,000 lbs||445 kn|
|Rated Engine RPM||2,300 RPM|
|Thrust||70,000 lbs||311 kn|
|Weight||45,300 lbs||20,500 kg|
|Weight||229 lbs||104 kg|
Exclusive dual-pivot drill frame allows for steeper entry angles without raising the tracks off the ground, for outstanding machine stability and greater operator comfort.
With its infinitely variable rotary drive, the JT100 is the only drill in its class that can truly match spindle speed and torque, enabling it to power through virtually any soil condition.
Heavy-duty, double rack-and-pinion thrust drive is field-proven to push through the longest, toughest bores.
Large-capacity, 230-gpm (870 L/min) fluid pump plus larger hoses and fittings help move fluid downhole faster, for greater productivity; special damping feature reduces the downhole shockloads associated with greater fluid flow.
Exclusive assisted makeup feature automatically adjusts carriage thrust speed when making up and breaking out drill pipe, minimizing wear on pipe threads and extending the life of the drill pipe.
Specialized Ditch Witch-manufactured drill pipe is designed to provide greater strength and flexibility.
The JT100 is the only drill in its class that enables the transfer of drill pipe from one box to anotherâ€”and add or remove the upper pipe boxâ€”without additional support equipment, so the pipe box is never empty.
Efficient hydraulic cooling system requires significantly less hydraulic fluid than competitors' models, reduces maintenance costs, and keeps the engine operating efficiently throughout the workday.