4-1/2" FarReach Specifications

FarReach™ Drill Pipe
4-1/2" SPECIFICATIONS
Drill Pipe Dimensions and Materials
Pipe Body
New
Premium
OD (in) 4.600
4.400
Wall Thickness (in) 0.500
0.400
Wear Band Diameter (in) 4.600
Remaining Body Wall (%) 100.0%
80.0%
Reduction in OD (%) 0.0%
4.3%
ID (in) 3.600
3.600
Alloy / Temper 2014-T6
Yield Strength (ksi) 58
Modulus (msi) 10.6
Cross Sectional Area (in^2) 6.440
5.027
Tool Joint
NC50
Connection New
Premium
OD (in) 6.125
5 24/32
ID (in) 3.340
3.340
Box Tong Length, Lb (in) 11.875
Pin Tong Length, Lp (in) 7.375
Yield Strength (ksi) 120
Drill Pipe Assembly Data
Open Displacement
Shoulder to Shoulder Length (ft) 30.00
(US gal/ft) Closed Displacement
Approximate Weight (lb) 340
(US gal/ft) Adjusted Weight (lb/ft) 11.34
Capacity (US gal/ft) Drill Pipe Mechanical Performance
Pipe Body
New
Premium
Tensile Strength (lbf) 374,000
292,000
Torsional Strength (ft-lbf) 33,300
25,700
80% Torsional Strength (ft-lbf) 26,600
20,600
Collapse Pressure (psi) 11,700
9,080
Internal Yield Pressure (psi) 11,000
10,500
Tool Joint
New
Premium
Tensile Strength (lbf) 1,200,000
776,000
Torsional Strength (ft-lbf) 38,000
20,600
Recommended Make-Up Torque (ft-lbf) 22,800
12,400
Balanced OD (in) 6.34
6.34
Torsional Ratio TJ/Pipe 1.14
0.800
Class 2
4.300
0.350
70.0%
6.5%
3.600
4.343
Class 2
5 22/32
3.340
0.40
0.94
0.54
Class 2
252,000
22,100
17,700
7,600
9,440
Class 2
705,000
17,700
10,600
6.34
0.800
Alcoa FarReach™ Drill Pipe delivers the industry’s
This lightweight, high-strength combination allows
highest strength-to-weight ratio, improved hydraulic
for drilling to much greater depths and distances
performance, optimized wear characteristics, and a
with existing drilling equipment. Find out more
high level of corrosion resistance.
about FarReach™ and how it can help your
FarReach™ Drill Pipe enables extending the reach
operation go farther, starting today.
of your operation in deepwater, horizontal drilling and
other Extended Reach Drilling (ERD) applications.
Drill Pipe Mechanical Performance Notes:
(1) Tensile strength based on minimum yield strength.
(2) Torsional strength based on shear strength equal to 57.7% of minimum yield strength.
(3) Collapse pressure calculated per ISO/DIS 20312.
(4) Internal yield pressure calculated per API Bullentin 5C3 which includes a 12.5% knockdown for new pipe.
(5) Performance calculated with frictional factor and safety factor of 1.0.
For more
information on how Alcoa can help you leverage high strength-to-weight aluminum alloy
(6) All data based on nominal dimensions and calculated per standard methods unless otherwise noted.
technology,
visit AlcoaOilandGas.com.
(7) Pipe properties base on pipe dimensions (non-upset area).
(8) These data are intended for a preliminary evaluation of this configuration.
© 2013 Alcoa Oil & Gas. All rights reserved.
AO1152
1013
Report Number: 20131009-135 Revision: 1.0 Revision Date: 05-NOV-2012
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