VMStar Catalog

1

Rev 0

5.201

1

Table of ConTenTs

Disclaimer and limits of liability 2Introduction 3Materials Properties 9Premium Products 13Premium services 19Premium Connections 23Performance Data (Tubing) 33Performance Data (Casing 4 1/2" - 7 3/4") 37Performance Data (Casing 8 5/8" - 13 5/8") 61Performance Data (Casing 14" - 26") 81Marking & Color Codes 91

2

Rev 0

5.201

1

This catalog is for informational purposes only. all data presented in this catalog must be supplemented by the professional judgment of qualified personnel. While every effort has been made to ensure the accuracy of all data and that the information contained herein is correct, this material is presented as a reference guide only. Information in this catalog may be altered at any time by V & M Tubes without notice to users. anyone using or relying on general information presented in this catalog does so at their own risk and assumes any and all liability.

all tabulated values for minimum performance properties do not include design safety factors.

Material properties change with increasing temperatures. Tabulated values are based on room temperature.

Minimum internal pressure is the lowest of internal yield pressure of the pipe, internal yield pressure of the coupling and internal pressure leak resistance for round thread casing or for buttress thread casing.

V & M Tubes assumes no responsibility for the results obtained through the use of this material. no expressed or implied warranty is intended and V & M TUBES EXPRESSLY DISCLAIMS ALL EXPRESSED AND IMPLIED WARRANTIES, INCLUDING BUT NOT LIMITED TO ANY WARRANTY OF MERCHANTABILITY OR FITNESS FOR A PARTICULAR PURPOSE, TITLE OR NON-INFRINGEMENT. In no event is V & M Tubes responsible for any actual, consequential, incidental, special, punitive, or indirect damages related to this catalog or information herein, (including, without limitation, loss of profit, lost production, lost revenue, lost product, or lost business or business interruptions, whether or not such damages are foreseeable or V & M Tubes was advised of the possibility of such damages).

DISCLAIMER AND LIMITATION OF LIABILITY

3

Rev 0

5.201

1Re

v 05.2

011

InTRoDUCTIon

V & M TUbes north america V & M TUbes north america (a ValloUReC Group company) is comprised of the following five companies: V & M STAR (including former TCa), V & M Tube alloy, VaM® Usa, VaM® Canada and VaM® Mexico. Through the years, V & M TUbes has developed a reputation for quality products, exceptional service and constant innovation. The company’s north american steel and pipe-making operations are based in Youngstown, ohio. The facility boasts the latest technology in electric arc furnace (eaf) steelmaking and retained mandrel mill pipe production, manufacturing seamless tubular products in oDs ranging from 2-3/8” to 10-3/4”. The plant in Muskogee, oklahoma specializes in the production of high perfor-mance, proprietary and custom casing in addition to aPI 5CT and 5l products. The Muskogee facility offers heat treatment with precise temperature control and oD/ID quench, straightening and hot sizing, finishing and hydrostatic pressure testing, third-party inspection and premium CnC threading services. over the last several years, this facility has been instrumental in providing the industry with high performance sour service grades supported by a class leading metallurgical lab. The facility in Houston, Texas provides services such as heat treatment, straightening and hot sizing, finishing and hydrostatic pressure testing, third-party inspection, 8D collapse

4

Rev 0

5.201

1

testing and aPI threading with accessibility to VaM premium CnC threading services. The Houston high-tech, heat-treating facility provides precise temperature control and water quench-ing, allowing production of high yield oCTG, coupling stock and line pipe grades required for today’s critical environments. other north american facilities include three premium threading entities: VAM Canada, with 3 locations in Canada, VaM Usa in Houston, Texas and VaM Mexico in Veracruz, Mexico which threads premium connections and manufactures couplings and thread protectors. lastly, V & M Tube alloy located in Houma and Brousard, Louisiana, in Casper, Wyoming and Houston, Texas, provides premium accessories and services. Complementing V & M TUbes north america, the ValloUReC Group boasts a large portfolio of diversified, innovative and high value-added tubular products that comprises the world’s most extensive range of seamless tubes, with outside diameters of up to 60 inches in over 250 grades of steel.

Brief History ValloUReC & MannesMann TUbes (V & M TUbes) was formed in 1997 as a joint venture between the french ValloUReC group and the German Mannesmannröhren-Werke merging all their production units and marketing interests for seamless hot-rolled tubes and threaded oilfield tubulars. In 2005, ValloUReC acquired the 45% stake held by Mannesmannröhren-Werke in V & M TUBES, which is now a wholly owned subsidiary of ValloUReC.

5

Rev 0

5.201

1

Cementing the Group’s Global leadership The ValloUReC Group is a world leading manufacturer of seamless steel tubes and specific tubular products for industrial applications. specializing in the most complex and highly demanding industrial applications (extreme temperatures, pressure and corrosion), notably in the energy sector, the Group offers a portfolio

of diversified, unique and high value-added tubular products. Today, ValloUReC is a supplier of reference throughout the world and has the major competitive advantage to offer its customers high-quality products and local services throughout the world. Production facilities on four continents, complemented by a worldwide network of sales offices and service centers ensure a global presence in the proximity of its customers everywhere.

Its oil & Gas Division is recognized worldwide for its commitment to extreme drilling solutions. The high-tech products designed and developed by the oil & Gas Division meet the reliability requirements of even the most demanding customers. They include drilling products, plain-end or threaded seamless tubes and casing for oil and gas production with standard aPI or VaM premium connections for a variety of applications.

t

Sales Offices

Steelmaking Plants

Manufacturing Plants

Accessories and Repair VAM Licensee Facilities

VAM Field Service International

tn

p

H

t

nHp

pppppp

pp

p p

p

p

p

pp

tp

n

ln

nn

n

n

nn

ttp

t

p

p

p

ppptpp

ppp

ppp

ppp

ppppp

H H

l

l

l

l

t

t

t

nn

n

pppp

p

pp

p

ppppp

pp

p

ppp

ppp

ppppppppp

pp p

pp

p

pp

pp

ppp

p

pp

l

p

lt pp

p

ppp

ppp

t

t

l

p

pppp

pp

p

p

p

lt

n

p

pp

p

ppp

t

ppp

p

ppp

pp

pp

pp

p

pl

H

n

p

p

VAM USAV & M USA Corp V & M Tube AlloyV & M STAR

V & M STAR

VAM Mexico

V & M TCA

VAM Canada

V & M do Brasil

V & M Deutschland

V & M Oil & Gas France

V & M Oil & Gas UK

V & M Beijing

V & M Rus

VMOG Nigeria

VAM Angola

VAM Far East

PT Citra Tubindo

VAM Changzhou

VAM Caspian

VAM Dubai

V & M Kazakhstan

VAM Norge

V & M Tube Alloy

V & M Tube Alloy

l

l

l

l

l

6

Rev 0

5.201

1

an Integrated & Competitive Process To secure complete control over the entire production process from steelmaking to shipment of the finished product, V & M TUBES owns three steel mills (electric steel mills in france and the United states, and an oxygen steel mill in brazil) in addition to a 20% share in the HKM mill (Germany), which has an annual capacity of 6 million metric tons. This provides V & M TUbes a total combined annual steel making capacity of approximately 3 million metric tons. V & M TUbes produces hot-rolled seamless steel tubes in sizes ranging from 2-3/8” to 26”. available production capacity coupled with the competence of expert teams, enable V & M TUbes to accommodate production of specially formulated grades, thus creating conditions of continuing performance improvements to service the customer.

V & M TUbes offers a full and unique range of products:

• API Grades • Yield Strength: 55 to 150 ksi • High Collapse: includes the requirements and

parameters adapted to the various hostile environments which are under the highest pressures.

• 13% Cr & super 13% Cr: suitable for Sweet Co2 environment with limited H2s presence. It covers the requirements and parameters of such hostile conditions including high pressures, high temperatures and more.

• Sour Service: suitable for environments where H2s is present. It covers the requirements and parameters of such inhospitable conditions including high pressures, low temperatures, low pH and more.

• Corrosion Resistant Alloy (CRA): suitable for the more stringent corrosive environments beyond the properties of sour service grades.

• Vacuum Insulated Tubing (VIT): ideal for deepwater projects and other specialized applications including reduction of aPb, heavy oil production and steam flooding.

• Expandable Tubing (ET): ideal for monobore completions, recompletions, zonal isolation and casing remediation.

Create, Improve and Promote Solutions for the Future our comprehensive Research & Develop-ment policy aims to provide innovative solutions to our customers. The objective is to create, improve and promote products, services, materials and processes for the future. attuned to actual market needs and working in close cooperation with marketing and plant teams, our R&D staff have access to substantial resources for putting this policy into effect:

• Over 500 employees dedicated to R&D • An R&D budget that averages 2% of sales

five research centers in four countries dedicated to OCTG product development:

Germany • VALLOUREC Research Düsseldorf - Rolling

Competence Center• VALLOUREC Research Riesa - Rolling

laboratoryFrance • VALLOUREC Research AulnoyeBrazil • VALLOUREC Research Belo Horizonte USA• VAM Research Houston

7

Rev 0

5.201

1

These centers, equipped with high-perfor-mance investigative and modeling tools, provide expertise to ValloUReC’s core competencies, including metallurgy, heat transfer technology, non-destructive testing, corrosion, surface treatment, premium connection technology and product and process simulations.

Customized Solutions to Service Long Term Partnerships V & M TUbes offers a worldwide after-sale services network with VaM services and VaM Field Service International: • A VAM licensee network with more than 160

workshops in over 40 countries located close to our customers operations worldwide. They provide accessories threading, repair and inspection of VaM Premium Connections.

• VAM Services, a division of V & M TUBES, is in charge of the quality management of the VaM licensees network. This includes the qualification of new workshops, the audit of each licensee at least once a year, the dispatch and control of all VaM technical documenta-tion and tools such as gauges, inserts, etc.

• A full team of certified VAM Field Services engineers is also available 24 hours a day to provide field support for inspection, rig preparation and running of V & M pipes and VaM connections throughout the world.

High QHs&e standards V & M TUbes has developed QHs&e standards to consistently comply with applicable regulations and national laws, while respecting and fulfilling country-specific needs.

Quality High quality and service standards are maintained through the company’s six sigma and Continuous Improvement programs. all V & M TUBES facilities are ISO 9001 certified and many are certified to ISO 14001. V & M TUbes facilities are licensed to manufacture aPI 5CT, 5l and 5D products. V & M TUbes deploys Continuous Improvement Process (CIP) Groups as part of its Total Quality Management program and constantly optimizes the performance of the workforce with dynamic, extended vocational training programs and efficient Competency Management systems.

Health and Safety “The health and safety of our employees in all our locations is of key significance for the future of our company and it takes the very

highest priority ...” (Chairman of the executive board of ValloUReC). Hence, V & M TUBES is certified to OHSAS 18001, demonstrating the company’s commitment to safety.

Safety Mission Statement• Ensure that Safety is a core business value.• Implement and maintain a continuous

improvement-based occupational safety and health (osH) management system.

• Manage risks within acceptable industry standards to prevent occupational related injuries and illnesses.

• Promote a culture that does not accept injuries as a cost of doing business.

• Incorporate safety into every business process and decision.

• Measure performance and actively seek opportunities for improvement.

• Actively seek input and feedback from all team members.

• Comply with all regulatory standards and, where feasible, implement best practice methods.

8

Rev 0

5.201

1

environmentEnvironmental Preservation Through its environmental policy, V & M TUbes aims to minimize the environmental impact of its activities at all levels, and treats the wellbeing of future generations as a major priority. V & M TUbes environmental priorities focus on the optimization of resources, reducing Co2 emissions, waste reduction and certified facilities.

Optimization of Resources a series of initiatives have been undertaken to optimize consumption of resources such as water, energy and raw materials, and to improve the conditions in which they are used. Consider-able efforts have been made to reduce water consumption at all V & M TUbes locations, in particular by recycling water and collecting runoff. as a result, water use has been cut in half between 2000 and 2010.

Lower CO2 Emissions V & M TUbes is committed to reducing Co2 emissions as exemplified by the steel manufacturing process at V & M do brazil, which uses charcoal from its own eucalyptus plantations (biomass) in its blast furnaces as a substitute for coke. as they grow, the trees in these plantations consume carbon dioxide and release oxygen. Co2 emissions from the steel mill are offset by absorptions by the eucalyptus plantations and as a result, the overall carbon balance for the production of steel in brazil is the lowest in the market when compared with other methods of production (i.e. electric arc furnace or blast oxygen furnace).

Capture and Storage of CO2 one of the main areas of R&D focus for V & M TUbes concerns capture, transport and storage of Co2. The ValloUReC Group will participate in the france nord project alongside french and German research organizations. The objective of the project is to set up a pilot infrastructure in northern france for the

transport and storage of Co2 in deep saline aquifers to be used for industrial emissions. The ValloUReC Group together with several industrial partners and the french environment and energy Management agency (aDeMe) finance this $75 million project.

Waste Reduction V & M TUbes is also working hard to cut pollutant emissions, reduce noise, decrease waste volumes and systematically recover and reprocess residual waste. all indicators measuring the release of pollutants into the environment comply with regulatory standards and performance has consistently improved over the last three years.

Certified Facilities Regular environmental audits are organized in each country to assess regulatory compliance, environmental performance and ecological risks. Most of ValloUReC’s production facilities, representing 98% of total production, are certified ISO 14001.

Material ProPerties

subject to Disclaimer and limitation of liability on page 2

Rev 0

5.201

1

9

aPi 5Ct Grades V&MsuppliesthefullrangeofAPI5CTstandardgradesandgradeswithenhancedperformances.AllProductSpecificationLevels(PSL)andSpecialRequirements(SR)fromAPI5CTcanbedelivered,withPSL2standardizedonallquenchedandtemperedgrades.

GradeYield Strength (ksi) Tensile Strength (ksi)

HRCMinimum Maximum Minimum

J55 55 80 75 –

K55 55 80 95 –

N80 80 110 100 –

L80 80 95 95 ≤ 23.0

L80 HC a 80 95 95 ≤ 23.0

L80 HCE a 87.5 95 95 ≤ 23.0

L80 IRP 80 95 95 ≤ 23.0

L80 1Cr 80 95 95 ≤ 23.0

C90 90 105 100 ≤ 25.4

C90 HC a 90 105 100 ≤ 25.4

C95/R95 95 110 105 –

T95 95 110 105 ≤ 25.4

T95 HC a 95 110 105 ≤ 25.4

T95 E a 100 110 105 ≤ 25.4

T95 HCE a 100 110 105 ≤ 25.4

C110 110 120 115 ≤ 30

P110 MS a 110 125 125 ≤ 29

P110 110 140 125 –

P110 EC a, b 125 140 135 –

P110 HCE a, b 125 140 135 –

Q125 125 150 135 –

Q125 HC a 125 150 135 –

Q125 HCE a 135 150 140 –

a API grades with enhanced performance are supplied with API couplings produced from standard API grades, unless a premium connection is specified.b Properties are only valid for products manufactured in the U.S. mills.

Material ProPerties


Rev 0

5.201

1

Rev 0

5.201

1

10

V&M Proprietary Grades V&MproprietarygradesoffersolutionsforgradesorrequirementsnotcoveredbyAPI5CT.Theyalsooffergreaterperformances(e.g.HighCollapsegrades)andhigherreliability(e.g.SourServicegrades)thankstostringentinternalrequirementsinqualityandprocesscontrol,mechanicalpropertiesandmaterial testing.

HPHTgradesareusedwhenhighstrengthisrequiredwithlimitedresistancetosourserviceconditionswithintheguidelinesofNACEMR0175.

HighPressureHighTemperature


HRC Operating temp. for use in sour service conditions acc. to NACEMinimum Maximum Minimum

VM125CY 125 140 135 ≤ 35 ≥ 175°F

VM130CY 130 140 135 ≤ 35 ≥ 175°F

VM125HY 140 150 145 ≤ 36 ≥ 225°F

Deep Well grades are used where high yield strength is required while maintaining ductility and fracture toughness.

Deep Well

GradeYield Strength (ksi) Tensile Strength (ksi) CVN average value min. full size

specimen at 70°FMinimum Maximum Minimum

VM140 140 165 150 38 ft-lbs

VM150 150 175 160 30 ft-lbs

HighCollapsegradesforcasingareusedinhighpressurewells.Theyofferanaverageof25%andupto40%extraperformanceoverAPIcollapseratings.Asmechanicalpropertiesandpipedimensionsaremajorfactorsincollapseresistance,thefollowingparametershavebeenoptimizedtoguaranteehighcollapsepressure:D/tratio,yieldstrength,ovality,wallthicknessandresidualstresses.

HighCollapse


Collapse ResistanceMinimum Maximum Minimum

VM80HC 80 110 100

Minimum guaranteed collapse pressures are available upon request

VM95HC 95 125 110

VM110HC 110 140 125

VM125HC 125 150 135

VM140HC 140 165 150

Material ProPerties


Rev 0

5.201

1

Rev 0

5.201

1

11

SourServicegradesfortubingandcasingareusedinwellswhereH2Sispresent.ThethresholdstresseshavebeendeterminedaccordingtoMethodAofNACETM0177standard.Uponrequest,SourServicegradesarealsotestedaccordingtoMethodD(DCBtest).

SourService


HRCThreshold stress

Minimum Maximum Minimum Minimum

VM80S 80 95 95 ≤ 22 85% SMYS

VM80SS 80 95 95 ≤ 22 90% SMYS

VM90S 90 105 100 ≤ 24 85% SMYS

VM90SS 90 105 100 ≤ 24 90% SMYS

VM95S 95 110 105 ≤ 25 85% SMYS

VM95SS 95 110 105 ≤ 25 90% SMYS

VM100SS 100 115 110 ≤ 28 85% SMYS

VM110SS 110 120 120 ≤ 30 85% SMYS

VM125SS 125 135 130 ≤ 34 85% SMYS (0.03 ppH2S, pH 3.5)

HighCollapseandSourServicegradesforcasingareusedinhighpressurewellswhereH2s is present.

HighCollapseandSourService


HRCThreshold stress

Collapse Resistance Minimum Maximum Minimum Minimum

VM80HCS 80 95 95 ≤ 22 85% SMYS

Minimum guaranteed collapse pressures are

available upon request

VM80HCSS 80 95 95 ≤ 22 90% SMYS

VM90HCS 90 105 100 ≤ 24 85% SMYS

VM90HCSS 90 105 100 ≤ 24 90% SMYS

VM95HCS 95 110 105 ≤ 25 85% SMYS

VM95HCSS 95 110 105 ≤ 25 90% SMYS

VM110HCSS 110 125 120 ≤ 30 85% SMYS

Material ProPerties


Rev 0

5.201

1

Rev 0

5.201

1

12

Martensiticgrades(13CrandSuper13Cr)areusedinwellswithCO2,chloridesand/orsomeH2Supto365°F.

sweet Corrosion

Type GradeYield Strength (ksi) Tensile Strength (ksi)


13% Chrome

VM80 13CR 80 95 95 ≤ 23

VM85 13CR 85 100 100 ≤ 24

VM90 13CR 90 105 100 ≤ 26

VM95 13CR 95 110 105 ≤ 28

Super 13% ChromeVM95 13CRSS 95 110 105 ≤ 30

VM110 13CRSS 110 125 120 ≤ 34



Duplex

VM22 110 110 140 115 ≤ 36

VM22 125 125 150 130 ≤ 37

VM22 140 140 160 145 ≤ 38

Super Duplex

VM25 125 125 150 130 ≤ 37

VM25 140 140 160 145 ≤ 38

VM25S 125 125 150 130 ≤ 37

VM25S 140 140 160 145 ≤ 38

Ferritic-austeniticgradesareusedinwellswithCO2,chloridesand/orsomeH2Supto480°F.

HighlyCorrosive

AusteniticgradesareusedinwellswherehighconcentrationofH2S,CO2 and chlorides are present.



Super Austenitic

VM28 110 110 140 115 ≤ 35

VM28 125 125 150 130 ≤ 37

VM28 135 135 155 140 ≤ 38

NickelBase Alloys

VM825 110 110 135 115 ≤ 35

VM825 120 120 145 125 ≤ 37

VM G3 110 110 130 115 ≤ 35

VM G3 125 125 145 130 ≤ 37

VM G50 110 110 130 115 ≤ 35

VM G50 125 125 145 130 ≤ 37

Risergradesfrom95ksito125ksiminimumyieldstrengthareusedinhighfatigueriserapplications(availablewithsourserviceresistance).Expandablegradesfrom50ksito80ksiminimumyieldstrengthareusedinexpandabletubularapplications.

SpecialApplications(Riser-Expandable)

13

Rev 0

5.201

1

Premium Products

Premium tubular solutions V & m tuBes North America specializes in developing and manufacturing high performance, proprietary, custom and value-added tubular products. With so many products to choose from, V & m tuBes provides engineering and technical services to assist you in selecting the optimal tubular solution for your particular downhole application. in addition to standard APi 5ct casing grades, V & m tuBes produces pipe to meet specific customer requirements, including: • Non-standard sizes and weights • Custom applications• Custom grades • Special inspections • Special testing • Special documentation

All V & M TUBES quenched and tempered (Q&t) proprietary and enhanced APi grades fulfill API 5CT (ISO 11960) PSL2 requirements beyond the minimum standard.

14

Rev 0

5.201

1

enhanced Burst casing V & m tuBes enhanced Burst casing (grade nomenclature denoted by e) delivers controlled yield strength with a higher burst rating than similar APi grades. this feature not only enhances performance, but also allows a reduction of weight and cost compared to standard API casing grades. Additional benefits include:• Modern metallurgical practices and process

controls produce yield strength limits at the high end of the APi range.

• Since the yield strength is within the limits of APi 5ct, enhanced burst casing may be used in sour service applications as recommended by NACE Standard MR0175.

• Enhanced Burst grades exceed all minimum API 5CT requirements and are API monogrammed.

High collapse casing V & m tuBes High collapse and enhanced collapse casing (grade nomenclature denoted by Hc & ec) delivers casing with a higher collapse rating than similar APi grades. compared to standard APi grades, high collapse performance is verified by collapse testing samples that have a length to diameter ratio of 8:1. Hence, high collapse casing not only resists a higher range of external loads that will collapse conventional APi casing, but also does a better job of preserving hole integrity during production.

Additional applications that often dictate the use of V & m tuBes high collapse casing include:• Exploration Wells where additional safety

margins are necessary due to the uncertainties of the formation and pressures to be encountered.

• Slim Well Designs where special drifts are common practice.

• Deep and High Pressure Wells which require optimization of all technical parameters in order to reach the pay zone with a “profitable” production size.

• Deepwater Risers measure profitability in weight savings. Higher strength risers allow for smaller platforms and subsea equipment, which translates into lower overall production costs.

• Sour Service Environments where corrosion resistance adds one more constraint to the equation.

• High Reliability Standards (Health, safety, Environment, HPHT) requiring a meaningful guarantee of performance.

V & m tuBes high collapse casing often allows you to reduce pipe weight and increase setting depth. Additional benefits include:• P110-EC provides the same internal yield

strength (“burst”) rating as Q125 at a lower cost.

• Precise control of yield strength and wall thickness, combined with manufacturing practices result in minimal residual stress.

• High proportional limit increases collapse resistance.

• High Collapse grades exceed all minimum API 5CT requirements and are API monogrammed.

High collapse with enhanced Burst casing V & m tuBes High collapse with enhanced Burst casing (grade nomenclature denoted by Hce) offers the ultimate in tubular performance. These widely field proven casing products provide tubular technology that affords design options for the most difficult wells. Additional benefits include:• HCE casing products have the burst resistance

of V & m tuBes enhanced burst products with the increased collapse resistance of V & m tuBes high collapse products.

• High Collapse with Enhanced Burst grades exceed all minimum API 5CT requirements and are APi monogrammed.

15

Rev 0

5.201

1

sour service casing “Sour Service” refers to a well environment containing hydrogen sulfide (H2s), which is naturally associated with acidic conditions. H2s comes from the decomposition of organic material, so it is often found in oil and gas environments which derive from the same phenomenon. even if not sour at the onset, some wells become sour over time, as H2s bearing formation water starts to flow together with oil. it is well known that H2s is a hazard to human health, living organisms and more generally to the environment. that is the reason why historically wells found in “sour” environments were often plugged and abandoned. With the first oil crisis in 1973, the need for other sources of supply and the high price of oil drove the technology to cope more systematically with these hazardous conditions. today sour service environments provide further challenges with deeper wells, higher pressures and extreme corrosive conditions. V & m tuBes sour service casing (grade nomenclature denoted by ss) offers unparalleled resistance to the most corrosive environments confirmed by extensive NACE testing. In

addition, V & m tuBes provides workable solutions for the design of deep, high-pressure, sour wells by carefully designing and controlling the following parameters:• Special chemistry and superior quench-and-

temper processing ensure through wall uniformity and complete martensitic transformation.

• Superior sulfide stress cracking resistance is obtained by controlling hardness, strength, microstructure and utilizing practices that promote steel cleanliness and minimize residual stress.

• Standard sulfide stress corrosion resistance testing is conducted in conformance with NACE TM0177 Method A requirements at a minimum threshold stress level of 80% of the specific minimum yield strength (SMYS).

• NACE TM0177 Method D sulfide stress corrosion resistance testing can be provided.

V & M TUBES also offers C90, C90 HC, T95, T95 E, T95 HC, T95 HCE, C110 and P110 MS casing grades that all comply with the requirements of the NACE Standard MR0175.

thermocase® – Vacuum insulated tubing V & m tube Alloy’s thermocase® incorporates concentric inner and outer tubes, welded at the ends, with the annular space insulated and vacuumed, thus providing temperature isolation in response to various production challenges such as permafrost issues and high-viscosity oil. stronger, stainless materials combined with premium threads have enabled the use of reliable, insulated tubular in even the most demanding oil and gas production environments. thermocase® is capable of a k-value of 0.004 to 0.006 in deepwater applications, and a k-value of 0.006 to 0.02 in high-temperature applications such as steam flooding. This thermal efficiency offers several advantages:• Strong insulation capability through the use of

a vacuum and radiation shield.• Long-life vacuum integrity ensured through

the use of getters inside the vacuum cavity.• Minimized heat loss to the surroundings,

keeping completion structures cool.• Prolonged cool-down time following

well shut-in.

16

Rev 0

5.201

1

thermocase® is the highest level of thermal insulation ideal for offshore projects and other specialized applications.

Reduction of Annular Pressure Buildup (APB) High production volumes leading to high temperatures can cause dangerously high pressures to develop if the casing annuli are sealed. thermocase® keeps heat inside the production tubing, thereby reducing APB to an acceptable level to prevent the collapse of deepwater casing strings.

Cold Startups thermocase® maintains wellbore tempera-tures to prevent hydrate formation near the mudline, which can impede a cold startup.

Reduction of Paraffin Deposits thermocase® helps to maintain flowing product temperature above the paraffin deposition temperature, which reduces paraffin deposits.

Well Testing some well test operations involve alternate periods of production and shut-in. When deepwater operations are involved, thermocase® helps prevent paraffin and hydrating problems.

Heavy Oil Productions thermocase® helps maintain lower viscosity levels, reducing the need for artificial lift and increasing total ultimate recovery.

Steam Flooding thermocase® provides excellent steam quality downhole, playing an integral role as the injection string in constant injection, “huff and puff” and Steam-Assisted Gravity Drainage (SAGD).

Since 1999, Thermocase® has been chosen by customers worldwide and can be found in more than 200 installations, representing 25,800 joints and 880,000 feet.

Expandable Tubulars (ET) V & M TUBES Expandable Tubulars (ET) minimizes deep drilling issues, such as telescoping casing strings and borehole tapering, before reaching the pay zone. minimal loss of inside casing diameter makes the technology applicable as a contingency casing string, drill liner or cased-hole liner in both workover and completion operations. in addition, et is ideal for deepwater projects and other specialized applications.

Monobore incorporating V & m et technology into monobore applications allows you to use a single-size casing from surface to total depth. There are numerous benefits including: surface equipment standardization; only one drill string size and one bit size are necessary; and larger production tubulars can be utilized for completions.

Recompletion incorporating V & m et technology as a clad liner for recompletions enables you to run and expand a clad liner, typically after the first year of production, in the horizontal section of the well and recomplete it to achieve greater production levels.

Zonal Isolation incorporating V & m et technology into Zonal isolations solves lost circulation problems and seals off trouble zones where the pore pressure/fracture gradient relationship is a concern.

Sidetrack incorporating V & m et technology into sidetrack applications allows you to enter new pay zones from a producing well while eliminating the cement job.

17

Rev 0

5.201

1

Casing Remediation incorporating V & m et technology into casing remediation systems allows a bore size almost the same as the corroded casing interval that needs repair for production.

Case Off incorporating V & m et technology into case off applications allows you to seal off perforations to shut off water production.

Liner Hanger incorporating V & m et technology into expandable Liner Hangers eliminates the moving parts (slips and sleeves) of conventional liner hangers that are prone to damage.

V & M TUBES supplied the first 6” 18# L80ET with VAM ET-NA in September 2002 for a liner repair job in the Netherlands. since then, numerous jobs have been successfully completed using V & m et technology.

18

Rev 0

5.201

1

19

Rev 0

5.201

1

Premium ServiceS

Services for a Demanding industry v & m TuBeS North America offers select supply chain services that complement our core steel and pipe-making operations. The value-added services we provide are best-in-class thanks to our team of experts. many of the services we offer include field running services, threading, inspection, accessories management and assembly makeup.

“We don’t claim to be the best at everything, just the best at everything we do” summarizes our commitment to you.

20

Field running Service VAM Field Service technicians, comprising over 150 field specialists located around the world, ensure VAM Premium Connections are used safely in accordance with vAm Field Procedures and avoid any deviation that could be detrimental to well life. vAm Field Service adapts to your requirement and is available to maintain pipe integrity across the supply chain with:• Rig-Ready/Rig-Return Pipe inspections• Supply chain and pipe yard support• VAM Make-up supervision at the rig site• Knowledge, training and tools required to

perform field repair• Full range of rental service equipment such as

stabbing guides, lift plugs and crossover subs for safety valves and circulating heads

• VAM Assembly make-up supervision and other specific services

in addition to vAm Premium connection running experience, VAM Field Service has accumulated over 40 years of valuable experience in many drilling and completion core competency areas including:• Liner and hanger installations• 13Cr and CRA completions• HPHT wells• Shale gas and tight gas wells• Glass re-enforced epoxy-lined tubulars• Slim wells• Solid expandable tubulars• Wireline strings requiring orientated couplings

Please remember that only vAm service personnel have been properly trained to inspect, repair and run vAm Premium connections.

Threading and inspection Service complex threading and machining is v & m Tube Alloy’s specialty. v & m Tube Alloy is licensed to apply a wide range of API, premium and proprietary threading services on tubing, casing and drill pipe in sizes up to 20 inches at its facilities or at customer locations. v & m Tube Alloy’s experienced machinists use a proven, best-in-class threading process that includes in-house inspections with specialty gauges and testing to ensure precise thread designs and tolerances are met. In addition, v & m Tube Alloy also provides comprehensive repair capabilities. With Licensor’s approval, full-length, new and repair threading is available.

Certifications and Licenses • ISO 9001• API Q1• API 5CT• API 5B• API 14L • Licensee specifications

Special End Finishing • Zinc phosphate • Manganese phosphate • Copper plating

Testing • Wet and dry magnetic particle inspection• Ultrasonic inspection

Accessories management v & m Tube Alloy offers a full range of tubing and casing accessories that deliver enhanced performance and production, including couplings, pup joints and a variety of connectors, to name a few. many of these products are available from stock in a wide array of sizes and styles, while others are made to order. From the simplest J-55 API coupling to exotics, such as an Inconel Premium Landing Nipple, V & M Tube Alloy is the one source for all accessory products. v & m Tube Alloy’s global stocking program provides products to all corners of the globe while assuring customers of timely, reliable delivery of quality products every time. v & m Tube Alloy is able to provide products that meet or exceed customers’ expectations by continually producing new innovations that save time and money. A perfect example is the Flo-Pup®, which combines a pup

Rev 0

5.201

1

21

joint and flow coupling into one unit, reducing the number of threads, makeups and potential leak paths. The Flo-Pup® design is often imitated but never matched.

Assembly makeup V & M Tube Alloy enjoys the latest in hardware and software for computer-controlled makeup of tubular products, including non-marking makeup for special materials. Hangers, safety valves, landing nipples, gas lift mandrels, chemical injection mandrels and sliding sleeves are just a few of the assemblies that can be made

up. each package is tailored to provide the exact solution a customer requests. Assemblies can be drifted and hydrostatic or nitrogen-tested after makeup. consolidating services from one central facility is extremely beneficial to the customer. Simplifying logistics saves time and expenses normally associated with separate services, resulting in faster, more cost-effective delivery. The turnkey capabilities available at v & m Tube Alloy’s Houma, Louisiana facility are unrivaled in the industry. You get specialized manufacturing, makeup, testing, loading and shipping to your rig…all from one facility.

Offshore baskets are available for purchase or rent to aid in the handling and shipment of assemblies. They are ideal for shipments of crA materials and can be bolstered for protection. Typical length is 50 feet. However, baskets can be custom built to a variety of specifications. Deepwater boat slips are maintained in appropriate areas to facilitate loading of a wide range of vessels. Both indoor and outdoor storage of customer properties is available on site at the Houma location. This capability alleviates an extra layer of logistics when inspection, repair, delivery and the like are requested.

Rev 0

5.201

1

VAM USAV & M USA CorpV & M Tube-AlloyV & M STAR

V & M STAR

VAM Mexico

Sales Offices

Accessories and Repair VAM Licensee Facilities

VAM Field Service International

tl

pltp

pppppp

pp

p p

p

p

p

pp

tp

V & M TCA

ttp

t

p

p

p

ppptpp

ppp

ppp

ppp

ppppp

VAM Canada

l

l

lt

t

t

pppp

p

pp

p

ppppp

pp

p

ppp

ppp

ppp

pppppp

pp p

pp

p

pp

pp

ppp

p

pp

l

p

tpp

p

ppp

ppp

t

t

l

p

pppp

pp

p

p

p

lt

p

pp

p

ppp

t

ppp

p

ppp

pp

pp

pp

p

p

V & M do Brasil

l

p

t

V & M Deutschland

V & M Oil & Gas France

V & M Oil & Gas UK

V & M Beijing

V & M Rus

VMOG Nigeria

VAM Angola

VAM Far East

PT Citra Tubindo

VAM Changzhou

VAM Caspian

VAM Dubai

V & M Kazakhstan

VAM Norge

p

p

p

V & M Tube Alloy

tV & M Tube Alloy

l

l

l

l

l

l

2222

Rev 0

5.201

1

22

Rev 0

5.201

1

23

Rev 0

5.201

1

Premium CONNeCTiONS

World Leader for Premium Connections V & m TuBeS North America offers the full range of VAm products. VAm, the world leader for premium connection solutions for the oil and gas industry, benefits from a worldwide footprint of production facilities, three leading edge research and Development Technology Centers and a network of over 160 licensees worldwide. V & m TuBeS, in combination with VAm uSA, offers its customers integrated solutions and services fully adapted to the requirements of a fast-moving energy market.

VAm uSA: r&D Technology Center Dedicated to North America The newly industrialized VAm uSA r&D Technology Center, located in Houston, Texas, encompasses an extensive array of testing equipment used to simulate extreme well conditions. The North America r&D center validates the quality and reliability of VAm connections under field-like conditions per standard iSO 13679 procedures and special customer procedures. In addition to qualification tests for customers, the lab actively participates in the development of new connections and the validation of new products.

24

Rev 0

5.201

1

VAm uSA: A Comprehensive range of equipment VAm Premium Connections are used in the most hostile environments and applications. Operator safety, well life, return on investment and the environment (onshore or offshore) rely on the quality of our products. Therefore, the performance of all VAm connections is validated through full-scale physical testing at one of our three r&D centers to fully respond to those requirements.

Sample Preparation A critical component for the development and validation of new products is sample preparation. VAm uSA has incorporated the latest FeA equipment, CNC lathes and gauges within the testing facility to produce test specimens to the highest tolerances representing the worst-case scenarios in the field.

Make and Break VAm uSA can perform makeup and breakout simulations that validate the seal sensitivity and galling sensitivity of VAm premium connections under critical conditions. VAm uSA also uses tongs to evaluate the dope sensitivity of VAm premium connections to new formulas of thread compound required by our customers including environmental friendly “green dope” or CLeANWeLL™.

Combined Loads (tension & compression with internal & external pressure) The VAm uSA load frames have a maximum tension capacity of 3 million pound force and a maximum compression capacity of 2.5 million pound force. VAm uSA has the ability to simulate combined loads (tension or compression) under high internal pressure (30,000 psi using gas and 50,000 psi using water) or external pressure (35,000 psi).

Bending VAm uSA equipment can simulate combined loads with bending (up to 70 degrees per 100 feet).

Elevated Temperature VAm uSA can perform all simulations at ambient or elevated temperature (up to 600°F) including thermal cycles (ambient to elevated temperature).

Fatigue Life VAm uSA can perform fatigue tests that are required to assess the fatigue life of any VAm premium connection (high stresses / low cycles or low stresses / high cycles).

These extensive testing standards provide assurance to our North American customers that our premium connections have been physically tested beyond their stated capabilities and secure VAm as the preferred premium connection provider worldwide.

Your Challenge – Our Commitment The quest to find and recover new oil and gas reserves has never been more challenging. As well conditions progressively become more hostile, VAm is ever more committed to designing premium connection solutions for the following service environments.

High Pressure High Temperature (HPHT) Bottom hole temperature and pressure both increase with depth, requiring higher pipe collapse resistance and better connection leak resistance.

High Frac Pressures many geological formations such as shale and tight sands require fracturing to release the trapped hydrocarbons. As frac technology progresses, connections are increasingly subjected to higher frac pressures over 10 ksi and a greater number of high density frac stages.

25

Rev 0

5.201

1

Fatigue Loads (rotation) Operators are rotating casing into laterals at 60 to 80 rpm versus the historical 25 rpm in order to ensure faster casing runs and increase confidence level of getting the string to the target TD.

Severe Dog Legs (degrees per 100 feet) in horizontal and directional wells, fault lines and thin pay zones located deep within the earth are a few of the many reasons that many operators are increasingly achieving bend rates greater than 16° per 100 feet. This requires a premium connection with greater tension and compression efficiencies than standard API connections.

Sour Service The yield strength of qualified sour service materials is limited. Therefore, the pipe wall thickness must be increased to handle the higher pressures. These thicker wall pipes require special heavy wall designs with features such as steeper tapered threads to minimize the connection length, and seal designs that seal against high internal and external pressures without risk of galling on thicker pin seals.

High Torque Loads As the length of horizontal laterals increases, higher torque rated connections are needed to rotate the casing due to higher lateral friction caused by increased pipe weight.

Extreme Temperature Fluctuations (Steam Injection or SAGD) Extreme temperature fluctuations induce higher compression and tension fatigue loads in both the pipe body and the connection. These loads can exceed the axial and compressive rating of the pipe, and the connection utilized must be capable of handling these conditions without failure.

The most important investment you can make to ensure the successful running of your premium tubulars is a VAM field service representative.

26

Rev 0

5.201

1

CONNECTION VAM TOP

TYPEThreaded & Coupled

SIZE RANGE2 3/8” to 16”

APPLICATIONS• Productioncasingandtubing• Tie-backs• Intermediatecasing• Rotatingliner• Rotationduringcementation• Wellswithextremecompressionloads

BENEFITS• Excellentgas-tightsealingundercombinedloads

• Reversedangletorqueshoulderprovidesexcellentresistancetobending,compressionandtorque

• Threadgeometryoptimizedbysizetominimizetheriskofgalling

• Connectionoptionsallowforgreatertorqueandcompression

RATINGSInternal Pressure100%

External Pressure100%

Tension (% of Pipe Body)100%

Compression (% of Pipe Body)Tubing100%Casing60%

OPTIONSHC-HighCompressionHT-HighTorqueSB-SpecialBevelSC-SpecialClearanceCleanwell®

CONNECTIONVAM 21



APPLICATIONS• Productioncasing• Intermediatecasing



• Sealprotectedfromroughhandling

• Reduceddrillingwearsusceptibility

• Extremecompressionandtorqueresistance




Compression (% of Pipe Body)100%

27

Rev 0

5.201

1

CONNECTIONVAM HP


SIZE RANGE7 5/8” to 10 3/4”

APPLICATIONS• HeavywallcasingforHPHT• Productionliners• Tie-backs

BENEFITS• Dualgas-tightmetal-to-metalseals




Tension (% of Pipe Body)80%-100%


CONNECTIONVAMHW-ST


SIZE RANGE5” to 14”

APPLICATIONS• HeavywallcasingforHPHT• Productionliners• Tie-backs







28

Rev 0

5.201

1

CONNECTIONVAMSLIJ-II

TYPESemiFlush


APPLICATIONS• Productioncasing• Intermediatecasing• Drillingliners• Drillingwithcasing• Tie-backs

BENEFITS• Optimizedclearancewithhightensileefficiency

• Dualgas-tightmetal-to-metalseals

• Expandedbox(2-3%overnominalpipeOD)

• Deepstabbingtwo-stepthread




Compression (% of Pipe Body)47%-57%

CONNECTIONVAM SG

TYPESemiFlush


APPLICATIONS• Productioncasing• Highlydeviatedwells• Longlaterals

BENEFITS• SpecificallytestedforShaleWelldesignapplications

• Gas-tightmetalsealprotectedbymid-shoulderfromhandlingdamage

• Deepstabbingtwo-stepthread





29

Rev 0

5.201

1

CONNECTIONST-L

TYPEFlush


APPLICATIONS• Drillingliners• Moderatedepthcasing• Tightholetubingstrings• Tie-backs

RATINGSInternal pressure• Dualgas-tightmetal-to-metalseals

• Twin-leadthreadforfastmakeup• Maximumclearance-ODflushwiththepipe



Tension (% of Pipe Body)45% to 70%

Compression (% of Pipe Body)27% to 42%

CONNECTIONHD-L

TYPEFlush


APPLICATIONS• Drillingliners• Moderatedepthcasing• Tightholetubingstrings• Tie-backs• Deviatedwellswithseverecompressionandbending

RATINGSInternal pressure• Gas-tightmetal-to-metalinternalseal

• Externalmetalsealupto135/8”• Maximumclearance-ODflushwiththepipe

• Highcompressionrating



Tension (% of Pipe Body)45% to 68%

Compression (% of Pipe Body)45% to 68%

30

Rev 0

5.201

1

CONNECTIONDWC/C



APPLICATIONS• Drillingwithcasing• Productioncasing• Tubing

BENEFITS• Pin-to-pintorqueshoulder• Excellenttorque,compressionandbendingresistance

• Improvedthreadsealingcomparedtobuttress

• Fatigueenhancementsfordrillingthroughadogleg





CONNECTIONVAMHTF

TYPEFlush


APPLICATIONS• Drillingliners• Drillingwithcasing• Productionliners• Rotationduringcementation


• Maximumclearance-ODflushwiththepipe

• Dovetailthreadformforextremelyhightorquecapacity




Compression (% of Pipe Body)35%-40%

31

Rev 0

5.201

1

CONNECTIONVAM BOLT

TYPEFlush

SIZE RANGE16”and18”

APPLICATIONS• Surfacecasingwithtightclearancerequirements

• IdealforrunninginsideBigBorewellheadsystems


• Dovetailthreadformforexcellentjump-outresistance

• Twin-leadthreadforquickmakeup

• FlushOD• Externaltorqueshoulder





CONNECTIONBIGOMEGA


SIZE RANGE14” to 26”

APPLICATIONS• Surfacecasing

BENEFITS• Coarseruggedthree-pitchthreadform

• Excellentstabbingandanti-crossthreading

• Improvedthreadsealingcomparedtobuttress




32

Rev 0

5.201

1

PErformancE Data

EU external upsetNU non-upsetALT alternate driftIP internal pressurePBYS pipe body yield strength

Subject to Disclaimer and Limitation of Liability on page 2

Rev 0

5.201

1

2 3/8

4.60 4.70 4.44 0.190 1.304 1.901 N/A

J55 8,100 7,700 7,600 8,250 7,880 72 7,700 49 7,700 72

K55 8,100 7,700 7,600 8,250 9,980 72 7,700 49 7,700 72

N80 11,780 11,200 11,060 12,000 10,630 104 11,200 72 11,200 104

L80 11,780 11,200 11,060 12,000 12,250 104 11,200 72 11,200 104

C90 13,250 12,600 12,440 13,500 12,960 117 12,600 81 12,600 117

C95/R95 13,980 13,300 13,140 14,250 13,610 124 13,300 85 13,300 124

T95 13,980 13,300 13,140 14,250 13,640 124 13,300 85 13,300 124

P110 16,130 15,400 15,210 16,500 16,370 143 15,400 99 15,400 143

5.80 5.95 5.76 0.254 1.692 1.773 N/A

N80 15,280 14,970 14,640 15,640 14,470 135 14,970 103 14,850 135

L80 15,280 14,970 14,640 15,640 16,740 135 14,970 103 14,850 135

C90 17,190 16,840 16,470 17,590 17,710 152 16,840 116 16,710 152

C95/R95 18,150 17,780 17,390 18,570 18,590 161 17,780 122 17,630 161

T95 18,150 17,780 17,390 18,570 18,640 161 17,780 122 17,630 161

P110 21,010 20,590 20,130 21,500 22,360 186 20,590 142 20,420 186

6.60 - 6.56 0.295 1.928 1.691 N/A

N80 17,410 17,390 16,870 17,860 17,010 154 - - - -

L80 17,410 17,390 16,870 17,860 19,720 154 - - - -

C90 19,580 19,560 18,980 20,090 20,860 173 - - - -

C95/R95 20,670 20,650 20,040 21,210 21,900 183 - - - -

T95 20,670 20,650 20,040 21,210 21,960 183 - - - -

P110 23,930 23,910 23,200 24,560 26,340 212 - - - -

7.35 7.45 7.32 0.336 2.152 1.609 N/A

N80 19,430 19,810 19,050 20,000 19,600 172 - - 14,850 172

L80 19,430 19,810 19,050 20,000 22,790 172 - - 14,850 172

C90 21,860 22,280 21,430 22,500 24,100 194 - - 16,710 194

C95/R95 23,080 23,520 22,620 23,750 25,310 204 - - 17,630 204

T95 23,080 23,520 22,620 23,750 25,370 204 - - 17,630 204

P110 26,720 27,230 26,190 27,500 30,430 237 - - 20,420 237

2 7/8 6.40 6.50 6.17 0.217 1.812 2.347 N/A

J55 7,680 7,260 7,180 7,820 7,410 100 7,260 73 7,260 100

K55 7,680 7,260 7,180 7,820 9,390 100 7,260 73 7,260 100

N80 11,170 10,570 10,450 11,370 10,000 145 10,570 106 10,570 145

L80 11,170 10,570 10,450 11,370 11,520 145 10,570 106 10,570 145

C90 12,380 11,890 11,760 12,790 12,190 163 11,890 119 11,890 163

C95/R95 12,940 12,550 12,410 13,500 12,790 172 12,550 125 12,550 172

T95 12,940 12,550 12,410 13,500 12,830 172 12,550 125 12,550 172

P110 14,550 14,530 14,370 15,630 15,380 199 14,530 145 14,530 199

ODWeight

Wall AreaDrift

Grade

Pipe Body Connection

Collapse IP(Barlow)

IP(Lamé - open)

IP(Lamé - capped)

IP(Lamé - ductile

rupture)

PBYSNon Upset (NU) Upset 8rd (EU)

NUT&C

EUT&C PE API ALT. IP JT

Strength IP JTStrength

(in) (lb/ft) (in) (in2) (in) (in) (psi) (psi) (psi) (psi) (psi) (kips) (psi) (kips) (psi) (kips)

tubing Dimensions & minimum Performance Properties

33

PErformancE Data



Rev 0

5.201

1

Rev 0

5.201

1

2 7/8

7.80 7.90 7.67 0.276 2.254 2.229 N/A

N80 13,890 13,440 13,200 14,190 12,900 180 13,440 141 13,440 180

L80 13,890 13,440 13,200 14,190 14,890 180 13,440 141 13,440 180

C90 15,620 15,120 14,850 15,960 15,760 203 15,120 158 15,120 203

C95/R95 16,490 15,960 15,680 16,840 16,540 214 15,960 167 15,960 214

T95 16,490 15,960 15,680 16,840 16,580 214 15,960 167 15,960 214

P110 19,090 18,480 18,150 19,500 19,890 248 18,480 194 18,480 248

8.60 8.70 8.45 0.308 2.484 2.165 N/A

N80 15,300 15,000 14,670 15,660 14,500 199 15,000 159 14,940 199

L80 15,300 15,000 14,670 15,660 16,770 199 15,000 159 14,940 199

C90 17,220 16,870 16,500 17,620 17,740 224 16,870 179 16,810 224

C95/R95 18,170 17,810 17,420 18,600 18,630 236 17,810 189 17,750 236

T95 18,170 17,810 17,420 18,600 18,680 236 17,810 189 17,750 236

P110 21,040 20,620 20,170 21,540 22,400 273 20,620 219 20,550 273

3 1/2

9.20 9.30 8.81 0.254 2.590 2.867 N/A

J55 7,400 6,990 6,910 7,540 7,110 142 6,990 109 6,990 142

K55 7,400 6,990 6,910 7,540 9,010 142 6,990 109 6,990 142

N80 10,540 10,160 10,060 10,960 9,600 207 10,160 159 10,160 207

L80 10,540 10,160 10,060 10,960 11,050 207 10,160 159 10,160 207

C90 11,570 11,430 11,310 12,330 11,690 233 11,430 179 11,430 233

C95/R95 12,080 12,070 11,940 13,020 12,270 246 12,070 189 12,070 246

T95 12,080 12,070 11,940 13,020 12,300 246 12,070 189 12,070 246

P110 13,530 13,970 13,830 15,070 14,760 285 13,970 219 13,970 285

10.20 - 9.92 0.289 2.915 2.797 N/A

N80 12,120 11,560 11,410 12,360 11,000 233 11,560 185 - -

L80 12,120 11,560 11,410 12,360 12,670 233 11,560 185 - -

C90 13,640 13,010 12,830 13,900 13,410 262 13,010 208 - -

C95/R95 14,390 13,730 13,550 14,670 14,080 277 13,730 220 - -

T95 14,390 13,730 13,550 14,670 14,110 277 13,730 220 - -

P110 16,670 15,900 15,690 16,990 16,930 321 15,900 255 - -

12.70 12.95 12.53 0.375 3.682 2.625 N/A

N80 15,310 15,000 14,670 15,660 14,500 295 15,000 246 15,000 295

L80 15,310 15,000 14,670 15,660 16,770 295 15,000 246 15,000 295

C90 17,220 16,880 16,500 17,620 17,740 331 16,880 277 16,880 331

C95/R95 18,180 17,810 17,420 18,600 18,630 350 17,810 293 17,810 350

T95 18,180 17,810 17,420 18,600 18,680 350 17,810 293 17,810 350

P110 21,050 20,630 20,170 21,540 22,400 405 20,630 339 20,630 405

ODWeight

Wall AreaDrift

Grade


Collapse IP(Barlow)

IP(Lamé - open)

IP(Lamé - capped)

IP(Lamé - ductile

rupture)


NUT&C





34

PErformancE Data



Rev 0

5.201

1

Rev 0

5.201

1

4

9.50 - 9.12 0.226 2.680 3.423 N/A

J55 5,110 5,440 5,400 5,960 5,480 147 5,440 99 - -

K55 5,110 5,440 5,400 5,960 6,940 147 5,440 99 - -

N80 6,590 7,910 7,860 8,660 7,400 214 7,910 144 - -

L80 6,590 7,910 7,860 8,660 8,490 214 7,910 144 - -

C90 7,080 8,900 8,840 9,740 8,990 241 8,900 162 - -

C95/R95 7,310 9,390 9,340 10,290 9,440 255 9,390 171 - -

T95 7,310 9,390 9,340 10,290 9,460 255 9,390 171 - -

P110 7,910 10,880 10,810 11,910 11,350 295 10,880 198 - -

10.70 11.00 10.47 0.262 3.077 3.351 N/A

J55 6,590 6,300 6,250 6,850 6,390 169 - - 6,300 169

N80 8,800 9,170 9,090 9,960 8,620 246 - - 9,170 246

L80 8,800 9,170 9,090 9,960 9,920 246 - - 9,170 246

C90 9,590 10,320 10,230 11,200 10,490 277 - - 10,320 277

C95/R95 9,980 10,890 10,800 11,830 11,020 292 - - 10,890 292

T95 9,980 10,890 10,800 11,830 11,040 292 - - 10,890 292

P110 11,060 12,610 12,500 13,690 13,250 338 - - 12,610 338

13.20 - 12.95 0.330 3.805 3.215 N/A

N80 12,110 11,550 11,400 12,350 10,990 304 - - - -

L80 12,110 11,550 11,400 12,350 12,660 304 - - - -

C90 13,620 12,990 12,820 13,890 13,390 342 - - - -

C95/R95 14,380 13,720 13,530 14,660 14,060 361 - - - -

T95 14,380 13,720 13,530 14,660 14,100 361 - - - -

P110 16,650 15,880 15,670 16,980 16,910 419 - - - -

4 1/2

12.60 12.75 12.25 0.271 3.600 3.833 N/A

J55 5,730 5,800 5,760 6,330 5,850 198 5,800 144 5,800 198

K55 5,730 5,800 5,760 6,330 7,410 198 5,800 144 5,800 198

N80 7,500 8,430 8,370 9,200 7,900 288 8,430 209 8,430 288

L80 7,500 8,430 8,370 9,200 9,080 288 8,430 209 8,430 288

C90 8,120 9,490 9,420 10,350 9,610 324 9,490 235 9,490 324

C95/R95 8,410 10,010 9,940 10,930 10,090 342 10,010 248 10,010 342

T95 8,410 10,010 9,940 10,930 10,110 342 10,010 248 10,010 342

P110 9,210 11,590 11,510 12,650 12,130 396 11,590 287 11,590 396

15.20 - 15.00 0.337 4.407 3.701 N/A

N80 11,080 10,480 10,370 11,290 9,920 353 - - - -

L80 11,080 10,480 10,370 11,290 11,420 353 - - - -

C90 12,220 11,800 11,670 12,700 12,080 397 - - - -

C95/R95 12,760 12,450 12,310 13,400 12,690 419 - - - -

T95 12,760 12,450 12,310 13,400 12,720 419 - - - -

P110 14,340 14,420 14,260 15,520 15,260 485 - - - -

ODWeight

Wall AreaDrift

Grade


Collapse IP(Barlow)

IP(Lamé - open)

IP(Lamé - capped)

IP(Lamé - ductile

rupture)


NUT&C





35

36

Casing Dimensions & Minimum Performance Properties

ODWeight

Wall AreaDrift

Grade


Collapse IP(Barlow)

IP(Lamé - open)

IP(Lamé - capped)

IP(Lamé - ductile

rupture)

PBYS8rd STC 8rd LC BC

T&C PE API ALT. IP JTStrength IP JT

StrengthOpt.

Torque IP JTStrength

(in) (lb/ft) (in) (in2) (in) (in) (psi) (psi) (psi) (psi) (psi) (kips) (psi) (kips) (psi) (kips) (ft-lbs) (psi) (kips)

PerforManCe Data

37

STC short round thread casingLC long round thread casingBC buttress thread casing


ALT alternate driftIP internal pressurePBYS pipe body yield strength

Rev 0

5.201

1

4 1/2 9.50 9.41 0.205 2.766 3.965 N/AJ55 3,310 4,380 4,370 4,850 4,400 152 4,380 101 - - - - -

K55 3,310 4,380 4,370 4,850 5,570 152 4,380 112 - - - - -

4 1/2 10.50 10.24 0.224 3.009 3.927 N/AJ55 4,010 4,790 4,770 5,280 4,820 166 4,790 132 - - - 4,790 203

K55 4,010 4,790 4,770 5,280 6,100 166 4,790 146 - - - 4,790 249

4 1/2 11.60 11.36 0.250 3.338 3.875 N/A

J55 4,960 5,350 5,320 5,860 5,400 184 5,350 154 5,350 162 1,610 5,350 225

K55 4,960 5,350 5,320 5,860 6,840 184 5,350 170 5,350 180 1,790 5,350 277

N80 6,360 7,780 7,730 8,520 7,290 267 7,780 216 7,780 223 2,220 7,780 304

L80 6,360 7,780 7,730 8,520 8,370 267 7,780 212 7,780 212 2,110 7,780 291

L80 1Cr 6,360 7,780 7,730 8,520 8,370 267 7,780 212 7,780 212 2,110 7,780 291

L80 HC 7,720 7,780 7,730 8,520 8,370 267 7,780 212 7,780 212 2,110 7,780 291

L80 IRP 6,360 7,780 7,730 8,520 8,370 267 7,780 212 7,780 212 2,110 7,780 291

L80 HCE 7,720 8,510 8,460 9,320 8,370 292 8,510 212 8,510 212 2,110 8,510 291

C90 6,810 8,750 8,700 9,590 9,730 300 8,750 223 8,750 223 2,220 8,750 309

C95/R95 7,030 9,240 9,180 10,120 9,310 317 9,240 234 9,240 234 2,340 9,240 325

T95 7,030 9,240 9,180 10,120 10,280 317 9,240 234 9,240 234 2,340 9,240 325

T95 HC 8,550 9,240 9,180 10,120 10,280 317 9,240 234 9,240 234 2,340 9,240 325

T95 E 7,030 9,720 9,660 10,660 10,280 334 9,720 234 9,720 234 2,340 9,720 325

T95 HCE 8,550 9,720 9,660 10,660 10,280 334 9,720 234 9,720 234 2,340 9,720 325

P110 7,580 10,690 10,630 11,720 12,320 367 10,690 279 10,690 279 2,780 10,690 385

P110 MS 7,580 10,690 10,630 11,720 11,150 367 10,690 279 10,690 279 2,780 10,690 385

P110 EC 8,860 12,150 12,080 13,320 13,300 417 12,150 279 12,150 279 2,780 12,150 385

P110 HCE 9,590 12,150 12,080 13,320 13,300 417 12,150 279 12,150 279 2,780 12,150 385

Q125 8,000 12,150 12,080 13,320 13,300 417 12,150 301 12,150 301 3,000 12,150 420

Q125 HC 9,870 12,150 12,080 13,320 13,300 417 12,150 301 12,150 301 3,000 12,150 420

Q125 HCE 9,870 13,130 13,050 14,390 13,880 451 13,130 301 13,130 301 3,000 13,130 420

4 1/2 13.50 13.05 0.290 3.836 3.795 N/A

N80 8,540 9,020 8,950 9,810 8,500 307 - - 9,020 270 2,700 9,020 349

L80 8,540 9,020 8,950 9,810 9,780 307 - - 9,020 257 2,560 9,020 334

L80 1Cr 8,540 9,020 8,950 9,810 9,780 307 - - 9,020 257 2,560 9,020 334

L80 HC 9,560 9,020 8,950 9,810 9,780 307 - - 9,020 257 2,560 9,020 334

L80 IRP 8,540 9,020 8,950 9,810 9,780 307 - - 9,020 257 2,560 9,020 334

L80 HCE 9,560 9,870 9,790 10,730 9,780 336 - - 9,870 257 2,560 9,790 334

C90 9,300 10,150 10,070 11,030 11,380 345 - - 10,150 270 2,700 10,150 355

C95/R95 9,660 10,710 10,630 11,650 10,870 364 - - 10,710 284 2,830 10,710 374

T95 9,660 10,710 10,630 11,650 12,020 364 - - 10,710 284 2,830 10,710 374

T95 HC 10,850 10,710 10,630 11,650 12,020 364 - - 10,710 284 2,830 10,710 374

T95 E 9,660 11,280 11,190 12,260 12,020 384 - - 11,280 284 2,830 11,280 374


PerforManCe Data

38




Rev 0

5.201

1

Rev 0

5.201

1

ODWeight

Wall AreaDrift

Grade


Collapse IP(Barlow)

IP(Lamé - open)

IP(Lamé - capped)

IP(Lamé - ductile

rupture)



StrengthOpt.



4 1/2 13.50 13.05 0.290 3.836 3.795 N/A

T95 HCE 10,850 11,280 11,190 12,260 12,020 384 - - 11,280 284 2,830 11,280 374

P110 10,690 12,410 12,310 13,490 14,400 422 - - 12,410 338 3,370 12,410 443

P110 MS 10,690 12,410 12,310 13,490 14,400 422 - - 12,410 338 3,370 12,410 443

P110 EC 11,600 14,100 13,980 15,320 15,550 479 - - 14,100 338 3,370 13,470 443

P110 HCE 12,840 14,100 13,980 15,320 15,550 479 - - 14,100 338 3,370 13,470 443

C110 10,690 12,410 12,310 13,490 13,250 422 - - 12,410 311 3,100 12,410 413

Q125 11,600 14,100 13,980 15,320 15,550 479 - - 14,100 365 3,640 14,100 482

Q125 HC 13,810 14,100 13,980 15,320 15,550 479 - - 14,100 365 3,640 14,100 482

Q125 HCE 13,810 15,230 15,100 16,550 16,220 518 - - 15,230 365 3,640 15,230 482

4 1/2 15.10 15.00 0.337 4.407 3.701 N/A

N80 11,080 10,480 10,370 11,290 9,950 353 - - 10,480 325 3,240 9,790 401

L80 11,080 10,480 10,370 11,290 11,450 353 - - 10,480 308 3,080 9,790 384

L80 1Cr 11,080 10,480 10,370 11,290 11,450 353 - - 10,480 308 3,080 9,790 384

L80 HC 11,950 10,480 10,370 11,290 11,450 353 - - 10,480 308 3,080 9,790 384

L80 IRP 11,080 10,480 10,370 11,290 11,450 353 - - 10,480 308 3,080 9,790 384

L80 HCE 11,950 11,470 11,340 12,350 11,450 386 - - 10,650 308 3,080 9,790 384

C90 12,220 11,800 11,670 12,700 13,340 397 - - 11,800 325 3,240 11,020 408

C95/R95 12,760 12,450 12,310 13,400 12,740 419 - - 12,450 341 3,400 11,630 429

T95 12,760 12,450 12,310 13,400 14,100 419 - - 12,450 341 3,400 11,630 429

T95 HC 13,300 12,450 12,310 13,400 14,100 419 - - 12,450 341 3,400 11,630 429

T95 E 12,760 13,110 12,960 14,110 14,100 441 - - 12,650 341 3,400 11,630 429

T95 HCE 13,300 13,110 12,960 14,110 14,100 441 - - 12,650 341 3,400 11,630 429

P110 14,340 14,420 14,260 15,520 16,880 485 - - 14,420 406 4,050 13,470 509

P110 MS 14,340 14,420 14,260 15,520 16,880 485 - - 14,420 406 4,050 13,470 509

P110 EC 15,830 16,380 16,200 17,640 18,230 551 - - 14,640 406 4,050 13,470 509

P110 HCE 16,090 16,380 16,200 17,640 18,230 551 - - 14,640 406 4,050 13,470 509

C110 14,340 14,420 14,260 15,520 15,530 485 - - 14,420 373 3,730 13,470 475

Q125 15,830 16,380 16,200 17,640 18,230 551 - - 16,380 438 4,380 15,300 554

Q125 HC 17,330 16,380 16,200 17,640 18,230 551 - - 16,380 438 4,380 15,300 554

Q125 HCE 17,330 17,690 17,500 19,050 19,030 595 - - 16,640 438 4,380 15,300 554

4 1/2 16.60 16.54 0.375 4.860 3.625 N/A

N80 12,220 11,670 11,510 12,460 11,130 389 - - - - - - -

L80 12,220 11,670 11,510 12,460 12,830 389 - - - - - - -

L80 1Cr 12,220 11,670 11,510 12,460 12,830 389 - - - - - - -

L80 HC 13,370 11,670 11,510 12,460 12,830 389 - - - - - - -

L80 IRP 12,220 11,670 11,510 12,460 12,830 389 - - - - - - -

L80 HCE 13,370 12,760 12,590 13,630 12,830 425 - - - - - - -

C90 13,750 13,130 12,950 14,020 14,960 437 - - - - - - -


PerforManCe Data

39




Rev 0

5.201

1

Rev 0

5.201

1

ODWeight

Wall AreaDrift

Grade


Collapse IP(Barlow)

IP(Lamé - open)

IP(Lamé - capped)

IP(Lamé - ductile

rupture)



StrengthOpt.



4 1/2 16.60 16.54 0.375 4.860 3.625 N/A

C95/R95 14,510 13,850 13,670 14,800 14,270 462 - - - - - - -

T95 14,510 13,850 13,670 14,800 15,800 462 - - - - - - -

T95 HC 15,280 13,850 13,670 14,800 15,800 462 - - - - - - -

T95 E 14,510 14,580 14,390 15,580 15,800 486 - - - - - - -

T95 HCE 15,280 14,580 14,390 15,580 15,800 486 - - - - - - -

P110 16,810 16,040 15,830 17,130 18,930 535 - - - - - - -

P110 MS 16,810 16,040 15,830 17,130 18,930 535 - - - - - - -

P110 EC 17,710 18,230 17,980 19,470 20,440 607 - - - - - - -

P110 HCE 19,100 18,230 17,980 19,470 20,440 607 - - - - - - -

C110 16,810 16,040 15,830 17,130 17,410 535 - - - - - - -

Q125 19,100 18,230 17,980 19,470 20,440 607 - - - - - - -

Q125 HC 20,510 18,230 17,980 19,470 20,440 607 - - - - - - -

Q125 HCE 20,510 19,690 19,420 21,030 21,330 656 - - - - - - -

4 1/2 18.90 18.71 0.430 5.498 3.515 N/A

N80 13,830 13,380 13,140 14,130 12,870 440 - - - - - - -

L80 13,830 13,380 13,140 14,130 14,860 440 - - - - - - -

L80 1Cr 13,830 13,380 13,140 14,130 14,860 440 - - - - - - -

L80 HC 15,170 13,380 13,140 14,130 14,860 440 - - - - - - -

L80 IRP 13,830 13,380 13,140 14,130 14,860 440 - - - - - - -

L80 HCE 15,170 14,630 14,370 15,450 14,860 481 - - - - - - -

C90 15,560 15,050 14,780 15,890 17,340 495 - - - - - - -

C95/R95 16,420 15,890 15,610 16,770 16,520 522 - - - - - - -

T95 16,420 15,890 15,610 16,770 18,320 522 - - - - - - -

T95 HC 17,560 15,890 15,610 16,770 18,320 522 - - - - - - -

T95 E 16,420 16,720 16,430 17,660 18,320 550 - - - - - - -

T95 HCE 17,560 16,720 16,430 17,660 18,320 550 - - - - - - -

P110 19,010 18,390 18,070 19,420 21,940 605 - - - - - - -

P110 MS 19,010 18,390 18,070 19,420 21,940 605 - - - - - - -

P110 EC 21,610 20,900 20,530 22,070 23,700 687 - - - - - - -

P110 HCE 21,730 20,900 20,530 22,070 23,700 687 - - - - - - -

C110 19,010 18,390 18,070 19,420 20,190 605 - - - - - - -

Q125 21,610 20,900 20,530 22,070 23,700 687 - - - - - - -

Q125 HC 23,370 20,900 20,530 22,070 23,700 687 - - - - - - -

Q125 HCE 23,370 22,580 22,180 23,840 24,730 742 - - - - - - -

4 1/2 21.50 21.38 0.500 6.283 3.375 N/A

N80 15,800 15,560 15,180 16,180 15,120 503 - - - - - - -

L80 15,800 15,560 15,180 16,180 17,500 503 - - - - - - -

L80 1Cr 15,800 15,560 15,180 16,180 17,500 503 - - - - - - -


PerforManCe Data

40




Rev 0

5.201

1

Rev 0

5.201

1

ODWeight

Wall AreaDrift

Grade


Collapse IP(Barlow)

IP(Lamé - open)

IP(Lamé - capped)

IP(Lamé - ductile

rupture)



StrengthOpt.



4 1/2 21.50 21.38 0.500 6.283 3.375 N/A

L80 HC 17,900 15,560 15,180 16,180 17,500 503 - - - - - - -

L80 IRP 15,800 15,560 15,180 16,180 17,500 503 - - - - - - -

L80 HCE 17,900 17,010 16,610 17,700 17,500 550 - - - - - - -

C90 17,780 17,500 17,080 18,210 20,450 565 - - - - - - -

C95/R95 18,770 18,470 18,030 19,220 19,460 597 - - - - - - -

T95 18,770 18,470 18,030 19,220 21,600 597 - - - - - - -

T95 HC 20,750 18,470 18,030 19,220 21,600 597 - - - - - - -

T95 E 18,770 19,440 18,980 20,230 21,600 628 - - - - - - -

T95 HCE 20,750 19,440 18,980 20,230 21,600 628 - - - - - - -

P110 21,730 21,390 20,880 22,250 25,870 691 - - - - - - -

P110 MS 21,730 21,390 20,880 22,250 25,870 691 - - - - - - -

P110 EC 24,690 24,310 23,730 25,280 27,940 785 - - - - - - -

P110 HCE 25,700 24,310 23,730 25,280 27,940 785 - - - - - - -

C110 21,730 21,390 20,880 22,250 23,800 691 - - - - - - -

Q125 24,690 24,310 23,730 25,280 27,940 785 - - - - - - -

Q125 HC 27,780 24,310 23,730 25,280 27,940 785 - - - - - - -

Q125 HCE 27,780 26,250 25,620 27,310 29,160 848 - - - - - - -

5 15.00 14.88 0.296 4.374 4.283 N/A

J55 5,560 5,700 5,660 6,220 5,770 241 5,700 207 5,700 223 2,220 5,700 293

K55 5,560 5,700 5,660 6,220 7,300 241 5,700 228 5,700 246 2,460 5,700 359

N80 7,250 8,290 8,230 9,050 7,780 350 8,290 291 8,290 311 3,100 8,290 396

L80 7,250 8,290 8,230 9,050 8,940 350 8,290 286 8,290 295 2,950 8,290 379

L80 1Cr 7,250 8,290 8,230 9,050 8,940 350 8,290 286 8,290 295 2,950 8,290 379

L80 HC 8,510 8,290 8,230 9,050 8,940 350 8,290 286 8,290 295 2,950 8,290 379

L80 IRP 7,250 8,290 8,230 9,050 8,940 350 8,290 286 8,290 295 2,950 8,290 379

L80 HCE 8,510 9,070 9,000 9,900 8,940 383 9,070 286 9,070 295 2,950 9,070 379

C90 7,830 9,320 9,260 10,190 10,400 394 9,320 311 9,320 311 3,100 9,320 404

C95/R95 8,110 9,840 9,780 10,750 9,950 416 9,840 326 9,840 326 3,260 9,840 424

T95 8,110 9,840 9,780 10,750 10,990 416 9,840 326 9,840 326 3,260 9,840 424

T95 HC 9,540 9,840 9,780 10,750 10,990 416 9,840 326 9,840 326 3,260 9,840 424

T95 E 8,110 10,360 10,290 11,320 10,990 437 10,360 326 10,360 326 3,260 10,360 424

T95 HCE 9,540 10,360 10,290 11,320 10,990 437 10,360 326 10,360 326 3,260 10,360 424

P110 8,850 11,400 11,320 12,450 13,170 481 11,400 387 11,400 388 3,880 11,400 503

P110 MS 8,850 11,400 11,320 12,450 13,170 481 11,400 387 11,400 388 3,880 11,400 503

P110 EC 9,480 12,950 12,860 14,150 14,220 547 12,950 387 12,950 388 3,880 12,950 503

P110 HCE 10,970 12,950 12,860 14,150 14,220 547 12,950 387 12,950 388 3,880 12,950 503

Q125 9,480 12,950 12,860 14,150 14,220 547 12,950 420 12,950 420 4,190 12,950 548


PerforManCe Data

41




Rev 0

5.201

1

Rev 0

5.201

1

ODWeight

Wall AreaDrift

Grade


Collapse IP(Barlow)

IP(Lamé - open)

IP(Lamé - capped)

IP(Lamé - ductile

rupture)



StrengthOpt.



5 15.00 14.88 0.296 4.374 4.283 N/AQ125 HC 11,400 12,950 12,860 14,150 14,220 547 12,950 420 12,950 420 4,190 12,950 548

Q125 HCE 11,400 13,990 13,890 15,280 14,840 591 13,990 420 13,990 420 4,190 13,990 548

5 18.00 17.95 0.362 5.275 4.151 N/A

N80 10,500 10,140 10,030 10,940 9,600 422 - - 10,140 396 3,960 9,910 477

L80 10,500 10,140 10,030 10,940 11,050 422 - - 10,140 376 3,760 9,910 457

L80 1Cr 10,500 10,140 10,030 10,940 11,050 422 - - 10,140 376 3,760 9,910 457

L80 HC 11,400 10,140 10,030 10,940 11,050 422 - - 10,140 376 3,760 9,910 457

L80 IRP 10,500 10,140 10,030 10,940 11,050 422 - - 10,140 376 3,760 9,910 457

L80 HCE 11,400 11,090 10,970 11,960 11,050 462 - - 10,810 376 3,760 9,910 457

C90 11,520 11,400 11,290 12,310 12,870 475 - - 11,400 396 3,960 11,150 487

C95/R95 12,020 12,040 11,910 12,990 12,290 501 - - 12,040 416 4,160 11,770 512

T95 12,020 12,040 11,910 12,990 13,600 501 - - 12,040 416 4,160 11,770 512

T95 HC 12,670 12,040 11,910 12,990 13,600 501 - - 12,040 416 4,160 11,770 512

T95 E 12,020 12,670 12,540 13,670 13,600 527 - - 12,670 416 4,160 11,770 512

T95 HCE 12,670 12,670 12,540 13,670 13,600 527 - - 12,670 416 4,160 11,770 512

P110 13,470 13,940 13,800 15,040 16,290 580 - - 13,940 495 4,950 13,630 606

P110 MS 13,470 13,940 13,800 15,040 16,290 580 - - 13,940 495 4,950 13,630 606

P110 EC 14,820 15,840 15,680 17,090 17,590 659 - - 14,870 495 4,950 13,630 606

P110 HCE 15,360 15,840 15,680 17,090 17,590 659 - - 14,870 495 4,950 13,630 606

C110 13,470 13,940 13,800 15,040 14,980 580 - - 13,940 456 4,550 13,630 566

Q125 14,820 15,840 15,680 17,090 17,590 659 - - 15,840 535 5,340 15,490 661

Q125 HC 15,670 15,840 15,680 17,090 17,590 659 - - 15,840 535 5,340 15,490 661

Q125 HCE 15,670 17,100 16,930 18,460 18,350 712 - - 15,990 535 5,340 15,490 661

5 21.40 21.32 0.437 6.264 4.001 N/A

N80 12,760 12,240 12,060 13,020 11,710 501 - - 10,810 490 4,900 9,910 537

L80 12,760 12,240 12,060 13,020 13,500 501 - - 10,810 466 4,650 9,910 510

L80 1Cr 12,760 12,240 12,060 13,020 13,500 501 - - 10,810 466 4,650 9,910 510

L80 HC 13,960 12,240 12,060 13,020 13,500 501 - - 10,810 466 4,650 9,910 510

L80 IRP 12,760 12,240 12,060 13,020 13,500 501 - - 10,810 466 4,650 9,910 510

L80 HCE 13,960 13,380 13,190 14,240 13,500 548 - - 10,810 466 4,650 9,910 510

C90 14,360 13,770 13,560 14,650 15,740 564 - - 12,170 490 4,900 11,150 537

C95/R95 15,150 14,530 14,320 15,460 15,010 595 - - 12,840 515 5,140 11,770 564

T95 15,150 14,530 14,320 15,460 16,630 595 - - 12,840 515 5,140 11,770 564

T95 HC 15,950 14,530 14,320 15,460 16,630 595 - - 12,840 515 5,140 11,770 564

T95 E 15,150 15,300 15,070 16,270 16,630 626 - - 12,840 515 5,140 11,770 564

T95 HCE 15,950 15,300 15,070 16,270 16,630 626 - - 12,840 515 5,140 11,770 564

P110 17,550 16,820 16,580 17,900 19,920 689 - - 14,870 613 6,120 13,630 671

P110 MS 17,550 16,820 16,580 17,900 19,920 689 - - 14,870 613 6,120 13,630 671


PerforManCe Data

42




Rev 0

5.201

1

Rev 0

5.201

1

ODWeight

Wall AreaDrift

Grade


Collapse IP(Barlow)

IP(Lamé - open)

IP(Lamé - capped)

IP(Lamé - ductile

rupture)



StrengthOpt.



5 21.40 21.32 0.437 6.264 4.001 N/A

P110 EC 19,940 19,120 18,840 20,340 21,520 783 - - 14,870 613 6,120 13,630 671

P110 HCE 20,100 19,120 18,840 20,340 21,520 783 - - 14,870 613 6,120 13,630 671

C110 17,550 16,820 16,580 17,900 18,330 689 - - 14,870 564 5,630 13,630 617

Q125 19,940 19,120 18,840 20,340 21,520 783 - - 15,990 662 6,610 15,490 725

Q125 HC 21,540 19,120 18,840 20,340 21,520 783 - - 15,990 662 6,610 15,490 725

Q125 HCE 21,540 20,650 20,340 21,970 22,450 846 - - 15,990 662 6,610 15,490 725

5 23.20 23.11 0.478 6.791 3.919 N/A

N80 13,830 13,380 13,150 14,130 12,870 543 - - 10,810 540 5,400 9,910 537

L80 13,830 13,380 13,150 14,130 14,870 543 - - 10,810 513 5,130 9,910 510

L80 1Cr 13,830 13,380 13,150 14,130 14,870 543 - - 10,810 513 5,130 9,910 510

L80 HC 15,130 13,380 13,150 14,130 14,870 543 - - 10,810 513 5,130 9,910 510

L80 IRP 13,830 13,380 13,150 14,130 14,870 543 - - 10,810 513 5,130 9,910 510

L80 HCE 15,130 14,640 14,380 15,460 14,870 594 - - 10,810 513 5,130 9,910 510

C90 15,560 15,060 14,790 15,900 17,350 611 - - 12,170 540 5,400 11,150 537

C95/R95 16,430 15,890 15,610 16,780 16,530 645 - - 12,840 567 5,670 11,770 564

T95 16,430 15,890 15,610 16,780 18,330 645 - - 12,840 567 5,670 11,770 564

T95 HC 17,570 15,890 15,610 16,780 18,330 645 - - 12,840 567 5,670 11,770 564

T95 E 16,430 16,730 16,430 17,660 18,330 679 - - 12,840 567 5,670 11,770 564

T95 HCE 17,570 16,730 16,430 17,660 18,330 679 - - 12,840 567 5,670 11,770 564

P110 19,020 18,400 18,080 19,430 21,950 747 - - 14,870 675 6,750 13,630 671

P110 MS 19,020 18,400 18,080 19,430 21,950 747 - - 14,870 675 6,750 13,630 671

P110 EC 21,840 20,910 20,540 22,080 23,710 849 - - 14,870 675 6,750 13,630 671

P110 HCE 22,340 20,910 20,540 22,080 23,710 849 - - 14,870 675 6,750 13,630 671

C110 19,020 18,400 18,080 19,430 20,200 747 - - 14,870 621 6,210 13,630 617

Q125 21,620 20,910 20,540 22,080 23,710 849 - - 15,990 729 7,290 15,490 725

Q125 HC 23,340 20,910 20,540 22,080 23,710 849 - - 15,990 729 7,290 15,490 725

Q125 HCE 23,340 22,590 22,190 23,850 24,740 917 - - 15,990 729 7,290 15,490 725

5 24.10 24.05 0.500 7.069 3.875 N/A

N80 14,400 14,000 13,730 14,720 13,510 565 - - 10,810 567 5,660 9,910 537

L80 14,400 14,000 13,730 14,720 15,610 565 - - 10,810 538 5,380 9,910 510

L80 1Cr 14,400 14,000 13,730 14,720 15,610 565 - - 10,810 538 5,380 9,910 510

L80 HC 15,750 14,000 13,730 14,720 15,610 565 - - 10,810 538 5,380 9,910 510

L80 IRP 14,400 14,000 13,730 14,720 15,610 565 - - 10,810 538 5,380 9,910 510

L80 HCE 15,750 15,310 15,020 16,100 15,610 619 - - 10,810 538 5,380 9,910 510

C90 16,200 15,750 15,450 16,560 18,220 636 - - 12,170 567 5,660 11,150 537

C95/R95 17,100 16,630 16,300 17,480 17,360 672 - - 12,840 595 5,950 11,770 564

T95 17,100 16,630 16,300 17,480 19,250 672 - - 12,840 595 5,950 11,770 564

T95 HC 18,470 16,630 16,300 17,480 19,250 672 - - 12,840 595 5,950 11,770 564


PerforManCe Data

43




Rev 0

5.201

1

Rev 0

5.201

1

ODWeight

Wall AreaDrift

Grade


Collapse IP(Barlow)

IP(Lamé - open)

IP(Lamé - capped)

IP(Lamé - ductile

rupture)



StrengthOpt.



5 24.10 24.05 0.500 7.069 3.875 N/A

T95 E 17,100 17,500 17,160 18,400 19,250 707 - - 12,840 595 5,950 11,770 564

T95 HCE 18,470 17,500 17,160 18,400 19,250 707 - - 12,840 595 5,950 11,770 564

P110 19,800 19,250 18,880 20,240 23,050 778 - - 14,870 708 7,080 13,630 671

P110 MS 19,800 19,250 18,880 20,240 23,050 778 - - 14,870 708 7,080 13,630 671

P110 EC 22,500 21,880 21,450 23,000 24,900 884 - - 14,870 708 7,080 13,630 671

P110 HCE 23,140 21,880 21,450 23,000 24,900 884 - - 14,870 708 7,080 13,630 671

C110 19,800 19,250 18,880 20,240 21,210 778 - - 14,870 652 6,510 13,630 617

Q125 22,500 21,880 21,450 23,000 24,900 884 - - 15,990 765 7,650 15,490 725

Q125 HC 24,300 21,880 21,450 23,000 24,900 884 - - 15,990 765 7,650 15,490 725

Q125 HCE 24,300 23,630 23,170 24,840 25,980 954 - - 15,990 765 7,650 15,490 725

5 1/2 15.50 15.36 0.275 4.514 4.825 N/AJ55 4,040 4,810 4,790 5,300 4,840 248 4,810 202 4,810 217 2,170 4,810 300

K55 4,040 4,810 4,790 5,300 6,130 248 4,810 222 4,810 239 2,390 4,810 366

5 1/2 17.00 16.89 0.304 4.962 4.767 N/A

J55 4,910 5,320 5,290 5,830 5,370 273 5,320 229 5,320 247 2,460 5,320 329

K55 4,910 5,320 5,290 5,830 6,800 273 5,320 252 5,320 272 2,710 5,320 402

N80 6,290 7,740 7,690 8,480 7,250 397 7,740 323 7,740 348 3,470 7,740 446

L80 6,290 7,740 7,690 8,480 8,320 397 7,740 317 7,740 338 3,380 7,740 428

L80 1Cr 6,290 7,740 7,690 8,480 8,320 397 7,740 317 7,740 338 3,380 7,740 428

L80 HC 6,630 7,740 7,690 8,480 8,320 397 7,740 317 7,740 338 3,380 7,740 428

L80 IRP 6,290 7,740 7,690 8,480 8,320 397 7,740 317 7,740 338 3,380 7,740 428

L80 HCE 6,630 8,460 8,410 9,280 8,320 434 8,460 317 8,460 338 3,380 8,460 428

C90 6,730 8,710 8,650 9,540 9,680 447 8,710 349 8,710 356 3,550 8,710 456

C95/R95 6,940 9,190 9,130 10,070 9,260 471 9,190 368 9,190 374 3,730 9,190 480

T95 6,940 9,190 9,130 10,070 10,230 471 9,190 368 9,190 374 3,730 9,190 480

T95 HC 8,470 9,190 9,130 10,070 10,230 471 9,190 368 9,190 374 3,730 9,190 480

T95 E 6,940 9,670 9,620 10,600 10,230 496 9,670 368 9,670 374 3,730 9,670 480

T95 HCE 8,470 9,670 9,620 10,600 10,230 496 9,670 368 9,670 374 3,730 9,670 480

P110 7,480 10,640 10,580 11,660 12,250 546 10,640 430 10,640 445 4,440 10,640 568

P110 MS 7,480 10,640 10,580 11,660 12,250 546 10,640 430 10,640 445 4,440 10,640 568

P110 EC 8,840 12,090 12,020 13,260 13,230 620 12,090 430 12,090 445 4,440 12,090 568

P110 HCE 9,040 12,090 12,020 13,260 13,230 620 12,090 430 12,090 445 4,440 12,090 568

Q125 7,890 12,090 12,020 13,260 13,230 620 12,090 481 12,090 481 4,800 12,090 620

Q125 HC 9,110 12,090 12,020 13,260 13,230 620 12,090 481 12,090 481 4,800 12,090 620

Q125 HCE 9,110 13,060 12,980 14,320 13,800 670 13,060 481 13,060 481 4,800 13,060 620

5 1/2 20.00 19.83 0.361 5.828 4.653 N/A

N80 8,830 9,190 9,110 9,980 8,670 466 - - 9,190 428 4,270 8,990 524

L80 8,830 9,190 9,110 9,980 9,970 466 - - 9,190 416 4,160 8,990 503

L80 1Cr 8,830 9,190 9,110 9,980 9,970 466 - - 9,190 416 4,160 8,990 503


PerforManCe Data

44




Rev 0

5.201

1

Rev 0

5.201

1

ODWeight

Wall AreaDrift

Grade


Collapse IP(Barlow)

IP(Lamé - open)

IP(Lamé - capped)

IP(Lamé - ductile

rupture)



StrengthOpt.



5 1/2 20.00 19.83 0.361 5.828 4.653 N/A

L80 HC 9,850 9,190 9,110 9,980 9,970 466 - - 9,190 416 4,160 8,990 503

L80 IRP 8,830 9,190 9,110 9,980 9,970 466 - - 9,190 416 4,160 8,990 503

L80 HCE 9,850 10,050 9,970 10,910 9,970 510 - - 9,870 416 4,160 8,990 503

C90 9,630 10,340 10,250 11,230 11,600 525 - - 10,340 438 4,380 10,120 536

C95/R95 10,020 10,910 10,820 11,850 11,080 554 - - 10,910 460 4,600 10,680 563

T95 10,020 10,910 10,820 11,850 12,250 554 - - 10,910 460 4,600 10,680 563

T95 HC 11,130 10,910 10,820 11,850 12,250 554 - - 10,910 460 4,600 10,680 563

T95 E 10,020 11,490 11,390 12,470 12,250 583 - - 11,490 460 4,600 10,680 563

T95 HCE 11,130 11,490 11,390 12,470 12,250 583 - - 11,490 460 4,600 10,680 563

P110 11,110 12,640 12,530 13,720 14,680 641 - - 12,640 548 5,470 12,360 667

P110 MS 11,110 12,640 12,530 13,720 14,680 641 - - 12,640 548 5,470 12,360 667

P110 EC 12,090 14,360 14,240 15,590 15,850 729 - - 13,160 548 5,470 12,360 667

P110 HCE 12,440 14,360 14,240 15,590 15,850 729 - - 13,160 548 5,470 12,360 667

C110 11,110 12,640 12,530 13,720 13,500 641 - - 12,640 504 5,030 12,360 624

Q125 12,090 14,360 14,240 15,590 15,850 729 - - 13,160 592 5,910 14,050 728

Q125 HC 13,320 14,360 14,240 15,590 15,850 729 - - 13,160 592 5,910 14,050 728

Q125 HCE 13,320 15,510 15,380 16,840 16,540 787 - - 13,160 592 5,910 14,050 728

5 1/2 23.00 22.56 0.415 6.630 4.545 N/A

N80 11,160 10,560 10,450 11,370 10,030 530 - - 9,870 502 5,020 8,990 580

L80 11,160 10,560 10,450 11,370 11,550 530 - - 9,870 489 4,880 8,990 551

L80 1Cr 11,160 10,560 10,450 11,370 11,550 530 - - 9,870 489 4,880 8,990 551

L80 HC 12,210 10,560 10,450 11,370 11,550 530 - - 9,870 489 4,880 8,990 551

L80 IRP 11,160 10,560 10,450 11,370 11,550 530 - - 9,870 489 4,880 8,990 551

L80 HCE 12,210 11,550 11,430 12,430 11,550 580 - - 9,870 489 4,880 8,990 551

C90 12,380 11,880 11,750 12,790 13,450 597 - - 11,110 514 5,140 10,120 580

C95/R95 12,930 12,540 12,410 13,500 12,840 630 - - 11,730 540 5,400 10,680 609

T95 12,930 12,540 12,410 13,500 14,210 630 - - 11,730 540 5,400 10,680 609

T95 HC 13,480 12,540 12,410 13,500 14,210 630 - - 11,730 540 5,400 10,680 609

T95 E 12,930 13,200 13,060 14,210 14,210 663 - - 11,730 540 5,400 10,680 609

T95 HCE 13,480 13,200 13,060 14,210 14,210 663 - - 11,730 540 5,400 10,680 609

P110 14,540 14,530 14,360 15,630 17,020 729 - - 13,160 643 6,420 12,360 725

P110 MS 14,540 14,530 14,360 15,630 17,020 729 - - 13,160 643 6,420 12,360 725

P110 EC 16,220 16,510 16,320 17,760 18,380 829 - - 13,160 643 6,420 12,360 725

P110 HCE 16,460 16,510 16,320 17,760 18,380 829 - - 13,160 643 6,420 12,360 725

C110 14,540 14,530 14,360 15,630 15,660 729 - - 13,160 592 5,910 12,360 667

Q125 16,060 16,510 16,320 17,760 18,380 829 - - 13,160 694 6,940 14,050 783

Q125 HC 17,610 16,510 16,320 17,760 18,380 829 - - 13,160 694 6,940 14,050 783

Q125 HCE 17,610 17,830 17,630 19,180 19,180 895 - - 13,160 694 6,940 14,050 783


PerforManCe Data

45




Rev 0

5.201

1

Rev 0

5.201

1

ODWeight

Wall AreaDrift

Grade


Collapse IP(Barlow)

IP(Lamé - open)

IP(Lamé - capped)

IP(Lamé - ductile

rupture)



StrengthOpt.



5 1/2 26.00 25.56 0.476 7.513 4.423 N/A

N80 12,650 12,120 11,940 12,900 11,590 601 - - - - - - -

L80 12,650 12,120 11,940 12,900 13,360 601 - - - - - - -

L80 1Cr 12,650 12,120 11,940 12,900 13,360 601 - - - - - - -

L80 HC 13,830 12,120 11,940 12,900 13,360 601 - - - - - - -

L80 IRP 12,650 12,120 11,940 12,900 13,360 601 - - - - - - -

L80 HCE 13,830 13,250 13,060 14,110 13,360 657 - - - - - - -

C90 14,230 13,630 13,430 14,520 15,580 676 - - - - - - -

C95/R95 15,020 14,390 14,180 15,320 14,860 714 - - - - - - -

T95 15,020 14,390 14,180 15,320 16,460 714 - - - - - - -

T95 HC 15,810 14,390 14,180 15,320 16,460 714 - - - - - - -

T95 E 15,020 15,150 14,930 16,130 16,460 751 - - - - - - -

T95 HCE 15,810 15,150 14,930 16,130 16,460 751 - - - - - - -

P110 17,390 16,660 16,420 17,740 19,710 826 - - - - - - -

P110 MS 17,390 16,660 16,420 17,740 19,710 826 - - - - - - -

P110 EC 19,760 18,930 18,660 20,160 21,290 939 - - - - - - -

P110 HCE 20,160 18,930 18,660 20,160 21,290 939 - - - - - - -

C110 17,390 16,660 16,420 17,740 18,140 826 - - - - - - -

Q125 19,760 18,930 18,660 20,160 21,290 939 - - - - - - -

Q125 HC 21,340 18,930 18,660 20,160 21,290 939 - - - - - - -

Q125 HCE 21,340 20,450 20,150 21,770 22,220 1,014 - - - - - - -

5 1/2 26.80 26.73 0.500 7.854 4.375 N/A

N80 13,220 12,730 12,520 13,500 12,200 628 - - - - - - -

L80 13,220 12,730 12,520 13,500 14,080 628 - - - - - - -

L80 1Cr 13,220 12,730 12,520 13,500 14,080 628 - - - - - - -

L80 HC 14,460 12,730 12,520 13,500 14,080 628 - - - - - - -

L80 IRP 13,220 12,730 12,520 13,500 14,080 628 - - - - - - -

L80 HCE 14,460 13,920 13,700 14,760 14,080 687 - - - - - - -

C90 14,880 14,320 14,090 15,190 16,430 707 - - - - - - -

C95/R95 15,700 15,110 14,870 16,030 15,660 746 - - - - - - -

T95 15,700 15,110 14,870 16,030 17,360 746 - - - - - - -

T95 HC 16,600 15,110 14,870 16,030 17,360 746 - - - - - - -

T95 E 15,700 15,910 15,650 16,870 17,360 785 - - - - - - -

T95 HCE 16,600 15,910 15,650 16,870 17,360 785 - - - - - - -

P110 18,180 17,500 17,220 18,560 20,790 864 - - - - - - -

P110 MS 18,180 17,500 17,220 18,560 20,790 864 - - - - - - -

P110 EC 20,660 19,890 19,570 21,090 22,450 982 - - - - - - -

P110 HCE 21,060 19,890 19,570 21,090 22,450 982 - - - - - - -


PerforManCe Data

46




Rev 0

5.201

1

Rev 0

5.201

1

ODWeight

Wall AreaDrift

Grade


Collapse IP(Barlow)

IP(Lamé - open)

IP(Lamé - capped)

IP(Lamé - ductile

rupture)



StrengthOpt.



5 1/2 26.80 26.73 0.500 7.854 4.375 N/A

C110 18,180 17,500 17,220 18,560 19,130 864 - - - - - - -

Q125 20,660 19,890 19,570 21,090 22,450 982 - - - - - - -

Q125 HC 22,310 19,890 19,570 21,090 22,450 982 - - - - - - -

Q125 HCE 22,310 21,480 21,130 22,780 23,430 1,060 - - - - - - -

5 1/2 29.70 29.67 0.562 8.718 4.251 N/A

N80 14,680 14,310 14,020 15,010 13,820 697 - - - - - - -

L80 14,680 14,310 14,020 15,010 15,970 697 - - - - - - -

L80 1Cr 14,680 14,310 14,020 15,010 15,970 697 - - - - - - -

L80 HC 16,050 14,310 14,020 15,010 15,970 697 - - - - - - -

L80 IRP 14,680 14,310 14,020 15,010 15,970 697 - - - - - - -

L80 HCE 16,050 15,650 15,330 16,420 15,970 763 - - - - - - -

C90 16,510 16,090 15,770 16,890 18,650 785 - - - - - - -

C95/R95 17,430 16,990 16,640 17,820 17,770 828 - - - - - - -

T95 17,430 16,990 16,640 17,820 19,710 828 - - - - - - -

T95 HC 18,920 16,990 16,640 17,820 19,710 828 - - - - - - -

T95 E 17,430 17,880 17,520 18,760 19,710 872 - - - - - - -

T95 HCE 18,920 17,880 17,520 18,760 19,710 872 - - - - - - -

P110 20,180 19,670 19,270 20,640 23,600 959 - - - - - - -

P110 MS 20,180 19,670 19,270 20,640 23,600 959 - - - - - - -

P110 EC 22,940 22,350 21,900 23,450 25,490 1,090 - - - - - - -

P110 HCE 23,340 22,350 21,900 23,450 25,490 1,090 - - - - - - -

C110 20,180 19,670 19,270 20,640 21,720 959 - - - - - - -

Q125 22,940 22,350 21,900 23,450 25,490 1,090 - - - - - - -

Q125 HC 25,260 22,350 21,900 23,450 25,490 1,090 - - - - - - -

Q125 HCE 25,260 24,140 23,650 25,330 26,600 1,177 - - - - - - -

5 1/2 32.60 32.57 0.625 9.572 4.125 N/A

N80 16,120 15,910 15,510 16,510 15,490 766 - - - - - - -

L80 16,120 15,910 15,510 16,510 17,930 766 - - - - - - -

L80 1Cr 16,120 15,910 15,510 16,510 17,930 766 - - - - - - -

L80 HC 18,340 15,910 15,510 16,510 17,930 766 - - - - - - -

L80 IRP 16,120 15,910 15,510 16,510 17,930 766 - - - - - - -

L80 HCE 18,340 17,400 16,970 18,060 17,930 838 - - - - - - -

C90 18,130 17,900 17,450 18,570 20,960 861 - - - - - - -

C95/R95 19,140 18,890 18,420 19,610 19,940 909 - - - - - - -

T95 19,140 18,890 18,420 19,610 22,140 909 - - - - - - -

T95 HC 21,270 18,890 18,420 19,610 22,140 909 - - - - - - -

T95 E 19,140 19,890 19,390 20,640 22,140 957 - - - - - - -

T95 HCE 21,270 19,890 19,390 20,640 22,140 957 - - - - - - -


PerforManCe Data

47




Rev 0

5.201

1

Rev 0

5.201

1

ODWeight

Wall AreaDrift

Grade


Collapse IP(Barlow)

IP(Lamé - open)

IP(Lamé - capped)

IP(Lamé - ductile

rupture)



StrengthOpt.



5 1/2 32.60 32.57 0.625 9.572 4.125 N/A

P110 22,160 21,880 21,330 22,700 26,520 1,053 - - - - - - -

P110 MS 22,160 21,880 21,330 22,700 26,520 1,053 - - - - - - -

P110 EC 25,180 24,860 24,240 25,800 28,640 1,197 - - - - - - -

P110 HCE 25,580 24,860 24,240 25,800 28,640 1,197 - - - - - - -

C110 22,160 21,880 21,330 22,700 24,400 1,053 - - - - - - -

Q125 25,180 24,860 24,240 25,800 28,640 1,197 - - - - - - -

Q125 HC 28,490 24,860 24,240 25,800 28,640 1,197 - - - - - - -

Q125 HCE 28,490 26,850 26,180 27,860 29,890 1,292 - - - - - - -

5 1/2 35.70 35.35 0.687 10.388 4.001 N/A

N80 17,490 17,490 16,960 17,950 17,160 831 - - - - - - -

L80 17,490 17,490 16,960 17,950 19,890 831 - - - - - - -

L80 1Cr 17,490 17,490 16,960 17,950 19,890 831 - - - - - - -

L80 HC 20,320 17,490 16,960 17,950 19,890 831 - - - - - - -

L80 IRP 17,490 17,490 16,960 17,950 19,890 831 - - - - - - -

L80 HCE 20,320 19,130 18,550 19,630 19,890 909 - - - - - - -

C90 19,680 19,670 19,080 20,190 23,280 935 - - - - - - -

C95/R95 20,770 20,770 20,140 21,320 22,120 987 - - - - - - -

T95 20,770 20,770 20,140 21,320 24,590 987 - - - - - - -

T95 HC 23,580 20,770 20,140 21,320 24,590 987 - - - - - - -

T95 E 20,770 21,860 21,200 22,440 24,590 1,039 - - - - - - -

T95 HCE 23,580 21,860 21,200 22,440 24,590 1,039 - - - - - - -

P110 24,050 24,050 23,320 24,680 29,460 1,143 - - - - - - -

P110 MS 24,050 24,050 23,320 24,680 29,460 1,143 - - - - - - -

P110 EC 27,330 27,320 26,500 28,050 31,810 1,298 - - - - - - -

P110 HCE 27,730 27,320 26,500 28,050 31,810 1,298 - - - - - - -

C110 24,050 24,050 23,320 24,680 27,100 1,143 - - - - - - -

Q125 27,330 27,320 26,500 28,050 31,810 1,298 - - - - - - -

Q125 HC 31,650 27,320 26,500 28,050 31,810 1,298 - - - - - - -

Q125 HCE 31,650 29,510 28,620 30,290 33,190 1,402 - - - - - - -

6 5/8 24.00 23.60 0.352 6.937 5.796 N/A

J55 4,560 5,110 5,090 5,620 5,160 382 5,110 314 5,110 340 3,400 5,110 453

K55 4,560 5,110 5,090 5,620 6,530 382 5,110 342 5,110 372 3,720 5,110 548

N80 5,760 7,440 7,400 8,170 6,960 555 7,440 443 7,440 481 4,800 7,440 615

L80 5,760 7,440 7,400 8,170 7,990 555 7,440 436 7,440 473 4,720 7,440 592

L80 1Cr 5,760 7,440 7,400 8,170 7,990 555 7,440 436 7,440 473 4,720 7,440 592

L80 HC 7,170 7,440 7,400 8,170 7,990 555 7,440 436 7,440 473 4,720 7,440 592

L80 IRP 5,760 7,440 7,400 8,170 7,990 555 7,440 436 7,440 473 4,720 7,440 592

L80 HCE 7,170 8,140 8,090 8,940 7,990 607 8,140 436 8,140 473 4,720 8,140 592


PerforManCe Data

48




Rev 0

5.201

1

Rev 0

5.201

1

ODWeight

Wall AreaDrift

Grade


Collapse IP(Barlow)

IP(Lamé - open)

IP(Lamé - capped)

IP(Lamé - ductile

rupture)



StrengthOpt.



6 5/8 24.00 23.60 0.352 6.937 5.796 N/A

C90 6,140 8,370 8,320 9,190 9,290 624 8,370 481 8,370 520 5,190 8,370 633

C95/R95 6,310 8,830 8,780 9,700 8,880 659 8,830 507 8,830 546 5,450 8,830 665

T95 6,310 8,830 8,780 9,700 9,810 659 8,830 507 8,830 546 5,450 8,830 665

T95 HC 7,850 8,830 8,780 9,700 9,810 659 8,830 507 8,830 546 5,450 8,830 665

T95 E 6,310 9,300 9,250 10,210 9,810 694 9,300 507 9,300 546 5,450 9,300 665

T95 HCE 7,850 9,300 9,250 10,210 9,810 694 9,300 507 9,300 546 5,450 9,300 665

P110 6,730 10,230 10,170 11,230 11,750 763 10,230 592 10,230 641 6,410 10,230 786

P110 MS 6,730 10,230 10,170 11,230 11,750 763 10,230 592 10,230 641 6,410 10,230 786

P110 EC 7,580 11,620 11,560 12,770 12,690 867 11,620 592 11,620 641 6,410 11,620 786

P110 HCE 7,980 11,620 11,560 12,770 12,690 867 11,620 592 11,620 641 6,410 11,620 786

C110 6,730 10,230 10,170 11,230 10,810 763 10,230 577 10,230 598 5,970 10,230 739

Q125 7,020 11,620 11,560 12,770 12,690 867 11,620 662 11,620 702 7,010 11,620 860

Q125 HC 8,850 11,620 11,560 12,770 12,690 867 11,620 662 11,620 702 7,010 11,620 860

Q125 HCE 8,850 12,550 12,480 13,790 13,250 936 11,820 662 11,820 702 7,010 12,550 860

6 5/8 28.00 27.67 0.417 8.133 5.666 N/A

J55 6,170 6,060 6,010 6,600 6,150 447 - - 6,060 415 4,140 6,060 531

K55 6,170 6,060 6,010 6,600 7,790 447 - - 6,060 454 4,530 6,060 643

N80 8,170 8,810 8,740 9,590 8,300 651 - - 8,810 586 5,850 8,810 721

L80 8,170 8,810 8,740 9,590 9,540 651 - - 8,810 576 5,760 8,810 693

L80 1Cr 8,170 8,810 8,740 9,590 9,540 651 - - 8,810 576 5,760 8,810 693

L80 HC 9,260 8,810 8,740 9,590 9,540 651 - - 8,810 576 5,760 8,810 693

L80 IRP 8,170 8,810 8,740 9,590 9,540 651 - - 8,810 576 5,760 8,810 693

L80 HCE 9,260 9,640 9,560 10,490 9,540 712 - - 9,640 576 5,760 9,640 693

C90 8,880 9,910 9,840 10,790 11,100 732 - - 9,910 633 6,330 9,910 742

C95/R95 9,220 10,460 10,380 11,390 10,610 773 - - 10,460 665 6,640 10,460 780

T95 9,220 10,460 10,380 11,390 11,720 773 - - 10,460 665 6,640 10,460 780

T95 HC 10,490 10,460 10,380 11,390 11,720 773 - - 10,460 665 6,640 10,460 780

T95 E 9,220 11,020 10,930 11,990 11,720 813 - - 11,020 665 6,640 11,020 780

T95 HCE 10,490 11,020 10,930 11,990 11,720 813 - - 11,020 665 6,640 11,020 780

P110 10,160 12,120 12,020 13,190 14,040 895 - - 11,820 781 7,810 12,120 922

P110 MS 10,160 12,120 12,020 13,190 14,040 895 - - 11,820 781 7,810 12,120 922

P110 EC 11,000 13,770 13,660 14,990 15,170 1,017 - - 11,820 781 7,810 13,500 922

P110 HCE 11,400 13,770 13,660 14,990 15,170 1,017 - - 11,820 781 7,810 13,500 922

C110 10,160 12,120 12,020 13,190 12,920 895 - - 11,820 728 7,280 12,120 866

Q125 11,000 13,770 13,660 14,990 15,170 1,017 - - 11,820 855 8,540 13,770 1,008

Q125 HC 12,920 13,770 13,660 14,990 15,170 1,017 - - 11,820 855 8,540 13,770 1,008

Q125 HCE 12,920 14,870 14,760 16,190 15,830 1,098 - - 11,820 855 8,540 14,780 1,008


PerforManCe Data

49




Rev 0

5.201

1

Rev 0

5.201

1

ODWeight

Wall AreaDrift

Grade


Collapse IP(Barlow)

IP(Lamé - open)

IP(Lamé - capped)

IP(Lamé - ductile

rupture)



StrengthOpt.



6 5/8 32.00 31.23 0.475 9.177 5.550 N/A

N80 10,320 10,040 9,940 10,840 9,500 734 - - 10,040 678 6,770 9,810 814

L80 10,320 10,040 9,940 10,840 10,940 734 - - 10,040 666 6,660 9,810 783

L80 1Cr 10,320 10,040 9,940 10,840 10,940 734 - - 10,040 666 6,660 9,810 783

L80 HC 11,080 10,040 9,940 10,840 10,940 734 - - 10,040 666 6,660 9,810 783

L80 IRP 10,320 10,040 9,940 10,840 10,940 734 - - 10,040 666 6,660 9,810 783

L80 HCE 11,080 10,980 10,870 11,860 10,940 803 - - 10,660 666 6,660 9,810 783

C90 11,330 11,290 11,180 12,190 12,740 826 - - 11,290 732 7,320 11,040 837

C95/R95 11,820 11,920 11,800 12,870 12,160 872 - - 11,820 769 7,690 11,660 880

T95 11,820 11,920 11,800 12,870 13,460 872 - - 11,820 769 7,690 11,660 880

T95 HC 12,520 11,920 11,800 12,870 13,460 872 - - 11,820 769 7,690 11,660 880

T95 E 11,820 12,550 12,420 13,550 13,460 918 - - 11,820 769 7,690 11,660 880

T95 HCE 12,520 12,550 12,420 13,550 13,460 918 - - 11,820 769 7,690 11,660 880

P110 13,230 13,800 13,660 14,900 16,120 1,010 - - 11,820 904 9,030 13,500 1,040

P110 MS 13,230 13,800 13,660 14,900 16,120 1,010 - - 11,820 904 9,030 13,500 1,040

P110 EC 14,540 15,680 15,530 16,940 17,410 1,147 - - 11,820 904 9,030 13,500 1,040

P110 HCE 14,940 15,680 15,530 16,940 17,410 1,147 - - 11,820 904 9,030 13,500 1,040

C110 13,230 13,800 13,660 14,900 14,830 1,010 - - 11,820 842 8,420 13,500 977

Q125 14,540 15,680 15,530 16,940 17,410 1,147 - - 11,820 989 9,880 14,780 1,138

Q125 HC 15,800 15,680 15,530 16,940 17,410 1,147 - - 11,820 989 9,880 14,780 1,138

Q125 HCE 15,800 16,940 16,770 18,290 18,160 1,239 - - 11,820 989 9,880 14,780 1,138

6 5/8 35.00 34.23 0.525 10.061 5.450 N/A

N80 11,670 11,090 10,960 11,900 10,560 805 - - - - - - -

L80 11,670 11,090 10,960 11,900 12,160 805 - - - - - - -

L80 1Cr 11,670 11,090 10,960 11,900 12,160 805 - - - - - - -

L80 HC 12,770 11,090 10,960 11,900 12,160 805 - - - - - - -

L80 IRP 11,670 11,090 10,960 11,900 12,160 805 - - - - - - -

L80 HCE 12,770 12,130 11,990 13,010 12,160 880 - - - - - - -

C90 13,130 12,480 12,330 13,380 14,170 905 - - - - - - -

C95/R95 13,860 13,170 13,010 14,130 13,530 956 - - - - - - -

T95 13,860 13,170 13,010 14,130 14,970 956 - - - - - - -

T95 HC 14,590 13,170 13,010 14,130 14,970 956 - - - - - - -

T95 E 13,860 13,870 13,700 14,870 14,970 1,006 - - - - - - -

T95 HCE 14,590 13,870 13,700 14,870 14,970 1,006 - - - - - - -

P110 15,870 15,250 15,070 16,360 17,930 1,107 - - - - - - -

P110 MS 15,870 15,250 15,070 16,360 17,930 1,107 - - - - - - -

P110 EC 17,600 17,330 17,120 18,590 19,370 1,258 - - - - - - -

P110 HCE 17,600 17,330 17,120 18,590 19,370 1,258 - - - - - - -


PerforManCe Data

50




Rev 0

5.201

1

Rev 0

5.201

1

ODWeight

Wall AreaDrift

Grade


Collapse IP(Barlow)

IP(Lamé - open)

IP(Lamé - capped)

IP(Lamé - ductile

rupture)



StrengthOpt.



6 5/8 35.00 34.23 0.525 10.061 5.450 N/A

C110 15,870 15,250 15,070 16,360 16,500 1,107 - - - - - - -

Q125 17,600 17,330 17,120 18,590 19,370 1,258 - - - - - - -

Q125 HC 18,700 17,330 17,120 18,590 19,370 1,258 - - - - - - -

Q125 HCE 18,700 18,720 18,490 20,070 20,210 1,358 - - - - - - -

7 20.00 19.56 0.272 5.749 6.331 N/AJ55 2,270 3,740 3,730 4,160 3,740 316 3,740 234 - - - - -

K55 2,270 3,740 3,730 4,160 4,730 316 3,740 254 - - - - -

7 23.00 22.65 0.317 6.655 6.241 6.250

J55 3,270 4,360 4,340 4,820 4,370 366 4,360 284 4,360 313 3,120 4,360 432

K55 3,270 4,360 4,340 4,820 5,540 366 4,360 309 4,360 341 3,410 4,360 522

N80 3,830 6,340 6,310 7,010 5,900 532 6,340 402 6,340 442 4,410 6,340 588

L80 3,830 6,340 6,310 7,010 6,770 532 6,340 396 6,340 435 4,340 6,340 565

L80 1Cr 3,830 6,340 6,310 7,010 6,770 532 6,340 396 6,340 435 4,340 6,340 565

L80 HC 3,920 6,340 6,310 7,010 6,770 532 6,340 396 6,340 435 4,340 6,340 565

L80 IRP 3,830 6,340 6,310 7,010 6,770 532 6,340 396 6,340 435 4,340 6,340 565

L80 HCE 3,920 6,930 6,910 7,670 6,770 582 6,930 396 6,930 435 4,340 6,930 565

C90 4,030 7,130 7,100 7,890 7,860 599 7,130 437 7,130 479 4,790 7,130 605

C95/R95 4,150 7,530 7,500 8,330 7,530 632 7,530 460 7,530 505 5,050 7,530 636

T95 4,150 7,530 7,500 8,330 8,310 632 7,530 460 7,530 505 5,050 7,530 636

T95 HC 5,440 7,530 7,500 8,330 8,310 632 7,530 460 7,530 505 5,050 7,530 636

T95 E 4,150 7,930 7,890 8,770 8,310 666 7,930 460 7,930 505 5,050 7,930 636

T95 HCE 5,440 7,930 7,890 8,770 8,310 666 7,930 460 7,930 505 5,050 7,930 636

P110 4,440 8,720 8,680 9,640 9,950 732 8,720 537 8,720 590 5,890 8,720 752

P110 MS 4,440 8,720 8,680 9,640 9,950 732 8,720 537 8,720 590 5,890 8,720 752

P110 EC 5,690 9,910 9,870 10,960 10,750 832 9,520 537 9,520 590 5,890 9,910 752

P110 HCE 5,690 9,910 9,870 10,960 10,750 832 9,520 537 9,520 590 5,890 9,910 752

C110 4,440 8,720 8,680 9,640 9,150 732 8,720 524 8,720 558 5,570 8,720 707

Q125 4,650 9,910 9,870 10,960 10,750 832 9,520 601 9,520 655 6,540 9,910 823

Q125 HC 5,760 9,910 9,870 10,960 10,750 832 9,520 601 9,520 655 6,540 9,910 823

Q125 HCE 5,760 10,700 10,660 11,840 11,210 898 9,520 601 9,520 655 6,540 10,700 823

7 26.00 25.69 0.362 7.549 6.151 N/A

J55 4,330 4,980 4,950 5,470 5,010 415 4,980 334 4,980 367 3,670 4,980 490

K55 4,330 4,980 4,950 5,470 6,350 415 4,980 364 4,980 401 4,000 4,980 592

N80 5,410 7,240 7,200 7,960 6,770 604 7,240 472 7,240 519 5,190 7,240 667

L80 5,410 7,240 7,200 7,960 7,770 604 7,240 465 7,240 511 5,100 7,240 641

L80 1Cr 5,410 7,240 7,200 7,960 7,770 604 7,240 465 7,240 511 5,100 7,240 641

L80 HC 5,520 7,240 7,200 7,960 7,770 604 7,240 465 7,240 511 5,100 7,240 641

L80 IRP 5,410 7,240 7,200 7,960 7,770 604 7,240 465 7,240 511 5,100 7,240 641

L80 HCE 5,520 7,920 7,880 8,710 7,770 661 7,920 465 7,920 511 5,100 7,920 641


PerforManCe Data

51




Rev 0

5.201

1

Rev 0

5.201

1

ODWeight

Wall AreaDrift

Grade


Collapse IP(Barlow)

IP(Lamé - open)

IP(Lamé - capped)

IP(Lamé - ductile

rupture)



StrengthOpt.



7 26.00 25.69 0.362 7.549 6.151 N/A

C90 5,740 8,150 8,100 8,960 9,030 679 8,150 513 8,150 563 5,630 8,150 687

C95/R95 5,890 8,600 8,550 9,460 8,640 717 8,600 541 8,600 593 5,930 8,600 722

T95 5,890 8,600 8,550 9,460 9,540 717 8,600 541 8,600 593 5,930 8,600 722

T95 HC 7,420 8,600 8,550 9,460 9,540 717 8,600 541 8,600 593 5,930 8,600 722

T95 E 5,890 9,050 9,000 9,950 9,540 755 9,050 541 9,050 593 5,930 9,050 722

T95 HCE 7,420 9,050 9,000 9,950 9,540 755 9,050 541 9,050 593 5,930 9,050 722

P110 6,230 9,960 9,900 10,950 11,430 830 9,520 631 9,520 693 6,920 9,960 853

P110 MS 6,230 9,960 9,900 10,950 11,430 830 9,520 631 9,520 693 6,920 9,960 853

P110 EC 8,030 11,310 11,250 12,440 12,340 944 9,520 631 9,520 693 6,920 11,310 853

P110 HCE 8,260 11,310 11,250 12,440 12,340 944 9,520 631 9,520 693 6,920 11,310 853

C110 6,230 9,960 9,900 10,950 10,510 830 9,520 616 9,520 655 6,550 9,960 802

Q125 6,450 11,310 11,250 12,440 12,340 944 9,520 707 9,520 769 7,690 11,310 934

Q125 HC 8,260 11,310 11,250 12,440 12,340 944 9,520 707 9,520 769 7,690 11,310 934

Q125 HCE 8,260 12,220 12,150 13,440 12,880 1,019 9,520 707 9,520 769 7,690 11,790 934

7 29.00 28.75 0.408 8.449 6.059 6.125

N80 7,030 8,160 8,110 8,920 7,660 676 - - 8,160 597 5,970 8,160 746

L80 7,030 8,160 8,110 8,920 8,800 676 - - 8,160 587 5,870 8,160 718

L80 1Cr 7,030 8,160 8,110 8,920 8,800 676 - - 8,160 587 5,870 8,160 718

L80 HC 7,300 8,160 8,110 8,920 8,800 676 - - 8,160 587 5,870 8,160 718

L80 IRP 7,030 8,160 8,110 8,920 8,800 676 - - 8,160 587 5,870 8,160 718

L80 HCE 7,300 8,930 8,870 9,760 8,800 739 - - 8,930 587 5,870 8,460 718

C90 7,580 9,180 9,120 10,040 10,230 760 - - 9,180 648 6,470 9,180 768

C95/R95 7,840 9,690 9,630 10,590 9,780 803 - - 9,520 683 6,820 9,690 808

T95 7,840 9,690 9,630 10,590 10,810 803 - - 9,520 683 6,820 9,690 808

T95 HC 9,300 9,690 9,630 10,590 10,810 803 - - 9,520 683 6,820 9,690 808

T95 E 7,840 10,200 10,130 11,150 10,810 845 - - 9,520 683 6,820 10,040 808

T95 HCE 9,300 10,200 10,130 11,150 10,810 845 - - 9,520 683 6,820 10,040 808

P110 8,530 11,220 11,150 12,270 12,950 929 - - 9,520 797 7,960 11,220 955

P110 MS 8,530 11,220 11,150 12,270 12,950 929 - - 9,520 797 7,960 11,220 955

P110 EC 9,580 12,750 12,670 13,940 13,990 1,056 - - 9,520 797 7,960 11,630 955

P110 HCE 9,760 12,750 12,670 13,940 13,990 1,056 - - 9,520 797 7,960 11,630 955

C110 8,530 11,220 11,150 12,270 11,920 929 - - 9,520 754 7,530 11,220 898

Q125 9,110 12,750 12,670 13,940 13,990 1,056 - - 9,520 885 8,840 11,790 1,045

Q125 HC 9,760 12,750 12,670 13,940 13,990 1,056 - - 9,520 885 8,840 11,790 1,045

Q125 HCE 9,760 13,770 13,680 15,050 14,600 1,141 - - 9,520 885 8,840 11,790 1,045


PerforManCe Data

52




Rev 0

5.201

1

Rev 0

5.201

1

ODWeight

Wall AreaDrift

Grade


Collapse IP(Barlow)

IP(Lamé - open)

IP(Lamé - capped)

IP(Lamé - ductile

rupture)



StrengthOpt.



7 32.00 31.70 0.453 9.317 5.969 6.000

N80 8,610 9,060 8,990 9,850 8,540 745 - - 9,060 672 6,720 8,460 823

L80 8,610 9,060 8,990 9,850 9,820 745 - - 9,060 661 6,610 8,460 791

L80 1Cr 8,610 9,060 8,990 9,850 9,820 745 - - 9,060 661 6,610 8,460 791

L80 HC 9,610 9,060 8,990 9,850 9,820 745 - - 9,060 661 6,610 8,460 791

L80 IRP 8,610 9,060 8,990 9,850 9,820 745 - - 9,060 661 6,610 8,460 791

L80 HCE 9,610 9,910 9,830 10,770 9,820 815 - - 9,240 661 6,610 8,460 791

C90 9,370 10,190 10,110 11,080 11,430 839 - - 9,520 729 7,290 9,510 847

C95/R95 9,740 10,760 10,670 11,690 10,920 885 - - 9,520 768 7,680 10,040 891

T95 9,740 10,760 10,670 11,690 12,070 885 - - 9,520 768 7,680 10,040 891

T95 HC 10,910 10,760 10,670 11,690 12,070 885 - - 9,520 768 7,680 10,040 891

T95 E 9,740 11,330 11,230 12,310 12,070 932 - - 9,520 768 7,680 10,040 891

T95 HCE 10,910 11,330 11,230 12,310 12,070 932 - - 9,520 768 7,680 10,040 891

P110 10,780 12,460 12,360 13,540 14,460 1,025 - - 9,520 897 8,970 11,630 1,053

P110 MS 10,780 12,460 12,360 13,540 14,460 1,025 - - 9,520 897 8,970 11,630 1,053

P110 EC 11,710 14,160 14,040 15,390 15,620 1,165 - - 9,520 897 8,970 11,630 1,053

P110 HCE 12,500 14,160 14,040 15,390 15,620 1,165 - - 9,520 897 8,970 11,630 1,053

C110 10,780 12,460 12,360 13,540 13,300 1,025 - - 9,520 848 8,480 11,630 990

Q125 11,710 14,160 14,040 15,390 15,620 1,165 - - 9,520 996 9,960 11,790 1,152

Q125 HC 12,620 14,160 14,040 15,390 15,620 1,165 - - 9,520 996 9,960 11,790 1,152

Q125 HCE 12,620 15,290 15,160 16,620 16,300 1,258 - - 9,520 996 9,960 11,790 1,152

7 35.00 34.61 0.498 10.172 5.879 N/A

N80 10,190 9,960 9,860 10,760 9,430 814 - - 9,240 746 7,460 8,460 876

L80 10,190 9,960 9,860 10,760 10,850 814 - - 9,240 734 7,340 8,460 832

L80 1Cr 10,190 9,960 9,860 10,760 10,850 814 - - 9,240 734 7,340 8,460 832

L80 HC 11,330 9,960 9,860 10,760 10,850 814 - - 9,240 734 7,340 8,460 832

L80 IRP 10,190 9,960 9,860 10,760 10,850 814 - - 9,240 734 7,340 8,460 832

L80 HCE 11,330 10,890 10,790 11,770 10,850 890 - - 9,240 734 7,340 8,460 832

C90 11,170 11,210 11,100 12,110 12,630 916 - - 9,520 809 8,090 9,510 876

C95/R95 11,650 11,830 11,710 12,780 12,060 966 - - 9,520 853 8,520 10,040 920

T95 11,650 11,830 11,710 12,780 13,350 966 - - 9,520 853 8,520 10,040 920

T95 HC 12,390 11,830 11,710 12,780 13,350 966 - - 9,520 853 8,520 10,040 920

T95 E 11,650 12,450 12,330 13,450 13,350 1,017 - - 9,520 853 8,520 10,040 920

T95 HCE 12,390 12,450 12,330 13,450 13,350 1,017 - - 9,520 853 8,520 10,040 920

P110 13,030 13,700 13,560 14,800 15,990 1,119 - - 9,520 996 9,950 11,630 1,095

P110 MS 13,030 13,700 13,560 14,800 15,990 1,119 - - 9,520 996 9,950 11,630 1,095

P110 EC 14,310 15,560 15,410 16,810 17,270 1,272 - - 9,520 996 9,950 11,630 1,095

P110 HCE 14,720 15,560 15,410 16,810 17,270 1,272 - - 9,520 996 9,950 11,630 1,095


PerforManCe Data

53




Rev 0

5.201

1

Rev 0

5.201

1

ODWeight

Wall AreaDrift

Grade


Collapse IP(Barlow)

IP(Lamé - open)

IP(Lamé - capped)

IP(Lamé - ductile

rupture)



StrengthOpt.



7 35.00 34.61 0.498 10.172 5.879 N/A

C110 13,030 13,700 13,560 14,800 14,710 1,119 - - 9,520 942 9,410 11,630 1,008

Q125 14,320 15,560 15,410 16,810 17,270 1,272 - - 9,520 1,106 11,050 11,790 1,183

Q125 HC 15,500 15,560 15,410 16,810 17,270 1,272 - - 9,520 1,106 11,050 11,790 1,183

Q125 HCE 15,500 16,810 16,640 18,160 18,020 1,373 - - 9,520 1,106 11,050 11,790 1,183

7 38.00 37.29 0.540 10.959 5.795 N/A

N80 11,390 10,800 10,680 11,600 10,260 877 - - 9,240 814 8,140 8,460 876

L80 11,390 10,800 10,680 11,600 11,820 877 - - 9,240 801 8,010 8,460 832

L80 1Cr 11,390 10,800 10,680 11,600 11,820 877 - - 9,240 801 8,010 8,460 832

L80 HC 13,090 10,800 10,680 11,600 11,820 877 - - 9,240 801 8,010 8,460 832

L80 IRP 11,390 10,800 10,680 11,600 11,820 877 - - 9,240 801 8,010 8,460 832

L80 HCE 13,090 11,810 11,680 12,690 11,820 959 - - 9,240 801 8,010 8,460 832

C90 12,810 12,150 12,010 13,050 13,770 986 - - 9,520 883 8,830 9,510 876

C95/R95 13,430 12,830 12,680 13,780 13,140 1,041 - - 9,520 931 9,300 10,040 920

T95 13,430 12,830 12,680 13,780 14,550 1,041 - - 9,520 931 9,300 10,040 920

T95 HC 13,700 12,830 12,680 13,780 14,550 1,041 - - 9,520 931 9,300 10,040 920

T95 E 13,430 13,500 13,340 14,500 14,550 1,096 - - 9,520 931 9,300 10,040 920

T95 HCE 13,700 13,500 13,340 14,500 14,550 1,096 - - 9,520 931 9,300 10,040 920

P110 15,130 14,850 14,680 15,950 17,430 1,206 - - 9,520 1,087 10,860 11,630 1,095

P110 MS 15,130 14,850 14,680 15,950 17,430 1,206 - - 9,520 1,087 10,860 11,630 1,095

P110 EC 16,740 16,880 16,680 18,130 18,820 1,370 - - 9,520 1,087 10,860 11,630 1,095

P110 HCE 16,900 16,880 16,680 18,130 18,820 1,370 - - 9,520 1,087 10,860 11,630 1,095

C110 15,130 14,850 14,680 15,950 16,030 1,206 - - 9,520 1,028 10,270 11,630 1,008

Q125 16,740 16,880 16,680 18,130 18,820 1,370 - - 9,520 1,207 12,060 11,790 1,183

Q125 HC 17,770 16,880 16,680 18,130 18,820 1,370 - - 9,520 1,207 12,060 11,790 1,183

Q125 HCE 17,770 18,230 18,010 19,580 19,640 1,479 - - 9,520 1,207 12,060 11,790 1,183

7 41.00 40.43 0.590 11.881 5.695 N/A

N80 12,350 11,800 11,640 12,590 11,270 950 - - - - - - -

L80 12,350 11,800 11,640 12,590 12,990 950 - - - - - - -

L80 1Cr 12,350 11,800 11,640 12,590 12,990 950 - - - - - - -

L80 HC 13,510 11,800 11,640 12,590 12,990 950 - - - - - - -

L80 IRP 12,350 11,800 11,640 12,590 12,990 950 - - - - - - -

L80 HCE 13,510 12,910 12,730 13,770 12,990 1,040 - - - - - - -

C90 13,890 13,280 13,090 14,170 15,140 1,069 - - - - - - -

C95/R95 14,660 14,010 13,820 14,950 14,440 1,129 - - - - - - -

T95 14,660 14,010 13,820 14,950 16,000 1,129 - - - - - - -

T95 HC 15,440 14,010 13,820 14,950 16,000 1,129 - - - - - - -

T95 E 14,660 14,750 14,550 15,740 16,000 1,188 - - - - - - -

T95 HCE 15,440 14,750 14,550 15,740 16,000 1,188 - - - - - - -


PerforManCe Data

54




Rev 0

5.201

1

Rev 0

5.201

1

ODWeight

Wall AreaDrift

Grade


Collapse IP(Barlow)

IP(Lamé - open)

IP(Lamé - capped)

IP(Lamé - ductile

rupture)



StrengthOpt.



7 41.00 40.43 0.590 11.881 5.695 N/A

P110 16,980 16,230 16,000 17,320 19,160 1,307 - - - - - - -

P110 MS 16,980 16,230 16,000 17,320 19,160 1,307 - - - - - - -

P110 EC 19,300 18,440 18,180 19,680 20,690 1,485 - - - - - - -

P110 HCE 19,300 18,440 18,180 19,680 20,690 1,485 - - - - - - -

C110 16,980 16,230 16,000 17,320 17,630 1,307 - - - - - - -

Q125 19,300 18,440 18,180 19,680 20,690 1,485 - - - - - - -

Q125 HC 20,840 18,440 18,180 19,680 20,690 1,485 - - - - - - -

Q125 HCE 20,840 19,910 19,640 21,250 21,590 1,604 - - - - - - -

7 42.70 42.59 0.625 12.517 5.625 N/A

N80 13,010 12,500 12,310 13,280 11,970 1,001 - - - - - - -

L80 13,010 12,500 12,310 13,280 13,810 1,001 - - - - - - -

L80 1Cr 13,010 12,500 12,310 13,280 13,810 1,001 - - - - - - -

L80 HC 14,230 12,500 12,310 13,280 13,810 1,001 - - - - - - -

L80 IRP 13,010 12,500 12,310 13,280 13,810 1,001 - - - - - - -

L80 HCE 14,230 13,670 13,460 14,520 13,810 1,095 - - - - - - -

C90 14,640 14,060 13,850 14,940 16,110 1,127 - - - - - - -

C95/R95 15,450 14,840 14,610 15,770 15,360 1,189 - - - - - - -

T95 15,450 14,840 14,610 15,770 17,020 1,189 - - - - - - -

T95 HC 16,260 14,840 14,610 15,770 17,020 1,189 - - - - - - -

T95 E 15,450 15,630 15,380 16,600 17,020 1,252 - - - - - - -

T95 HCE 16,260 15,630 15,380 16,600 17,020 1,252 - - - - - - -

P110 17,890 17,190 16,920 18,260 20,390 1,377 - - - - - - -

P110 MS 17,890 17,190 16,920 18,260 20,390 1,377 - - - - - - -

P110 EC 20,330 19,530 19,230 20,750 22,020 1,565 - - - - - - -

P110 HCE 20,330 19,530 19,230 20,750 22,020 1,565 - - - - - - -

C110 17,890 17,190 16,920 18,260 18,760 1,377 - - - - - - -

Q125 20,330 19,530 19,230 20,750 22,020 1,565 - - - - - - -

Q125 HC 21,950 19,530 19,230 20,750 22,020 1,565 - - - - - - -

Q125 HCE 21,950 21,090 20,770 22,410 22,980 1,690 - - - - - - -

7 5/8 26.40 25.59 0.328 7.519 6.844 N/A

J55 2,890 4,140 4,130 4,590 4,150 414 4,140 315 4,140 346 3,460 4,140 483

K55 2,890 4,140 4,130 4,590 5,250 414 4,140 342 4,140 377 3,760 4,140 581

N80 3,400 6,020 6,000 6,680 5,600 602 6,020 446 6,020 490 4,890 6,020 659

L80 3,400 6,020 6,000 6,680 6,420 602 6,020 440 6,020 482 4,810 6,020 635

L80 1Cr 3,400 6,020 6,000 6,680 6,420 602 6,020 440 6,020 482 4,810 6,020 635

L80 HC 3,520 6,020 6,000 6,680 6,420 602 6,020 440 6,020 482 4,810 6,020 635

L80 IRP 3,400 6,020 6,000 6,680 6,420 602 6,020 440 6,020 482 4,810 6,020 635

L80 HCE 3,520 6,590 6,560 7,300 6,420 658 6,590 440 6,590 482 4,810 6,590 635


PerforManCe Data

55




Rev 0

5.201

1

Rev 0

5.201

1

ODWeight

Wall AreaDrift

Grade


Collapse IP(Barlow)

IP(Lamé - open)

IP(Lamé - capped)

IP(Lamé - ductile

rupture)



StrengthOpt.



7 5/8 26.40 25.59 0.328 7.519 6.844 N/A

C90 3,610 6,780 6,750 7,510 7,450 677 6,780 485 6,780 532 5,310 6,780 681

C95/R95 3,710 7,150 7,130 7,930 7,140 714 7,150 511 7,150 560 5,600 7,150 716

T95 3,710 7,150 7,130 7,930 7,880 714 7,150 511 7,150 560 5,600 7,150 716

T95 HC 4,760 7,150 7,130 7,930 7,880 714 7,150 511 7,150 560 5,600 7,150 716

T95 E 3,710 7,530 7,500 8,350 7,880 752 7,530 511 7,530 560 5,600 7,530 716

T95 HCE 4,760 7,530 7,500 8,350 7,880 752 7,530 511 7,530 560 5,600 7,530 716

P110 3,920 8,280 8,250 9,180 9,430 827 8,280 597 8,280 654 6,540 8,280 845

P110 MS 3,920 8,280 8,250 9,180 9,430 827 8,280 597 8,280 654 6,540 8,280 845

P110 EC 4,900 9,410 9,380 10,430 10,190 940 9,410 597 9,410 654 6,540 9,410 845

P110 HCE 5,210 9,410 9,380 10,430 10,190 940 9,410 597 9,410 654 6,540 9,410 845

C110 3,920 8,280 8,250 9,180 8,680 827 8,280 583 8,280 637 6,360 8,280 797

Q125 4,050 9,410 9,380 10,430 10,190 940 9,410 669 9,410 733 7,320 9,410 926

Q125 HC 5,210 9,410 9,380 10,430 10,190 940 9,410 669 9,410 733 7,320 9,410 926

Q125 HCE 5,210 10,160 10,130 11,270 10,630 1,015 10,160 669 10,160 733 7,320 10,160 926

7 5/8 29.70 29.06 0.375 8.541 6.750 N/A

N80 4,790 6,890 6,850 7,590 6,420 683 - - 6,890 575 5,750 6,890 749

L80 4,790 6,890 6,850 7,590 7,370 683 - - 6,890 567 5,660 6,890 721

L80 1Cr 4,790 6,890 6,850 7,590 7,370 683 - - 6,890 567 5,660 6,890 721

L80 HC 4,830 6,890 6,850 7,590 7,370 683 - - 6,890 567 5,660 6,890 721

L80 IRP 4,790 6,890 6,850 7,590 7,370 683 - - 6,890 567 5,660 6,890 721

L80 HCE 4,830 7,530 7,500 8,300 7,370 747 - - 7,530 567 5,660 7,530 721

C90 5,030 7,750 7,710 8,540 8,570 769 - - 7,750 625 6,250 7,750 773

C95/R95 5,130 8,180 8,140 9,010 8,200 811 - - 8,180 659 6,580 8,180 813

T95 5,130 8,180 8,140 9,010 9,050 811 - - 8,180 659 6,580 8,180 813

T95 HC 6,650 8,180 8,140 9,010 9,050 811 - - 8,180 659 6,580 8,180 813

T95 E 5,130 8,610 8,570 9,490 9,050 854 - - 8,610 659 6,580 8,610 813

T95 HCE 6,650 8,610 8,570 9,490 9,050 854 - - 8,610 659 6,580 8,610 813

P110 5,350 9,470 9,420 10,440 10,840 940 - - 9,470 769 7,680 9,470 960

P110 MS 5,350 9,470 9,420 10,440 10,840 940 - - 9,470 769 7,680 9,470 960

P110 EC 7,360 10,760 10,710 11,860 11,710 1,068 - - 10,760 769 7,680 10,760 960

P110 HCE 7,580 10,760 10,710 11,860 11,710 1,068 - - 10,760 769 7,680 10,760 960

C110 5,350 9,470 9,420 10,440 9,980 940 - - 9,470 748 7,480 9,470 905

Q125 5,670 10,760 10,710 11,860 11,710 1,068 - - 10,760 861 8,610 10,760 1,052

Q125 HC 7,580 10,760 10,710 11,860 11,710 1,068 - - 10,760 861 8,610 10,760 1,052

Q125 HCE 7,580 11,620 11,560 12,810 12,220 1,153 - - 11,620 861 8,610 11,620 1,052


PerforManCe Data

56




Rev 0

5.201

1

Rev 0

5.201

1

ODWeight

Wall AreaDrift

Grade


Collapse IP(Barlow)

IP(Lamé - open)

IP(Lamé - capped)

IP(Lamé - ductile

rupture)



StrengthOpt.



7 5/8 33.70 33.07 0.430 9.720 6.640 N/A

N80 6,560 7,900 7,850 8,650 7,400 778 - - 7,900 674 6,740 7,900 852

L80 6,560 7,900 7,850 8,650 8,500 778 - - 7,900 664 6,630 7,900 820

L80 1Cr 6,560 7,900 7,850 8,650 8,500 778 - - 7,900 664 6,630 7,900 820

L80 HC 6,930 7,900 7,850 8,650 8,500 778 - - 7,900 664 6,630 7,900 820

L80 IRP 6,560 7,900 7,850 8,650 8,500 778 - - 7,900 664 6,630 7,900 820

L80 HCE 6,930 8,640 8,580 9,460 8,500 850 - - 8,640 664 6,630 8,640 820

C90 7,050 8,880 8,830 9,730 9,890 875 - - 8,880 733 7,320 8,880 880

C95/R95 7,270 9,380 9,320 10,270 9,450 923 - - 9,380 772 7,720 9,380 925

T95 7,270 9,380 9,320 10,270 10,440 923 - - 9,380 772 7,720 9,380 925

T95 HC 8,780 9,380 9,320 10,270 10,440 923 - - 9,380 772 7,720 9,380 925

T95 E 7,270 9,870 9,810 10,810 10,440 972 - - 9,870 772 7,720 9,870 925

T95 HCE 8,780 9,870 9,810 10,810 10,440 972 - - 9,870 772 7,720 9,870 925

P110 7,870 10,860 10,790 11,890 12,510 1,069 - - 10,860 901 9,010 10,860 1,093

P110 MS 7,870 10,860 10,790 11,890 12,510 1,069 - - 10,860 901 9,010 10,860 1,093

P110 EC 9,060 12,340 12,260 13,510 13,510 1,215 - - 11,790 901 9,010 12,340 1,093

P110 HCE 9,330 12,340 12,260 13,510 13,510 1,215 - - 11,790 901 9,010 12,340 1,093

C110 7,870 10,860 10,790 11,890 11,510 1,069 - - 10,860 877 8,770 10,860 1,030

Q125 8,340 12,340 12,260 13,510 13,510 1,215 - - 11,790 1,009 10,090 12,340 1,197

Q125 HC 9,330 12,340 12,260 13,510 13,510 1,215 - - 11,790 1,009 10,090 12,340 1,197

Q125 HCE 9,330 13,320 13,240 14,590 14,100 1,312 - - 11,790 1,009 10,090 12,670 1,197

7 5/8 39.00 38.08 0.500 11.192 6.500 N/A

N80 8,820 9,180 9,100 9,970 8,660 895 - - 9,180 798 7,980 9,180 981

L80 8,820 9,180 9,100 9,970 9,960 895 - - 9,180 786 7,850 9,180 945

L80 1Cr 8,820 9,180 9,100 9,970 9,960 895 - - 9,180 786 7,850 9,180 945

L80 HC 9,420 9,180 9,100 9,970 9,960 895 - - 9,180 786 7,850 9,180 945

L80 IRP 8,820 9,180 9,100 9,970 9,960 895 - - 9,180 786 7,850 9,180 945

L80 HCE 9,420 10,040 9,960 10,900 9,960 979 - - 10,040 786 7,850 9,790 945

C90 9,610 10,330 10,240 11,220 11,590 1,007 - - 10,330 867 8,660 10,330 1,013

C95/R95 10,000 10,900 10,810 11,840 11,070 1,063 - - 10,900 914 9,130 10,900 1,065

T95 10,000 10,900 10,810 11,840 12,240 1,063 - - 10,900 914 9,130 10,900 1,065

T95 HC 11,120 10,900 10,810 11,840 12,240 1,063 - - 10,900 914 9,130 10,900 1,065

T95 E 10,000 11,480 11,380 12,460 12,240 1,119 - - 11,480 914 9,130 11,480 1,065

T95 HCE 11,120 11,480 11,380 12,460 12,240 1,119 - - 11,480 914 9,130 11,480 1,065

P110 11,080 12,620 12,520 13,710 14,660 1,231 - - 11,790 1,066 10,660 12,620 1,258

P110 MS 11,080 12,620 12,520 13,710 14,660 1,231 - - 11,790 1,066 10,660 12,620 1,258

P110 EC 12,180 14,340 14,220 15,580 15,840 1,399 - - 11,790 1,066 10,660 12,670 1,258

P110 HCE 13,210 14,340 14,220 15,580 15,840 1,399 - - 11,790 1,066 10,660 12,670 1,258


PerforManCe Data

57




Rev 0

5.201

1

Rev 0

5.201

1

ODWeight

Wall AreaDrift

Grade


Collapse IP(Barlow)

IP(Lamé - open)

IP(Lamé - capped)

IP(Lamé - ductile

rupture)



StrengthOpt.



7 5/8 39.00 38.08 0.500 11.192 6.500 N/A

C110 11,080 12,620 12,520 13,710 13,490 1,231 - - 11,790 1,038 10,370 12,620 1,186

Q125 12,060 14,340 14,220 15,580 15,840 1,399 - - 11,790 1,194 11,940 12,670 1,379

Q125 HC 13,500 14,340 14,220 15,580 15,840 1,399 - - 11,790 1,194 11,940 12,670 1,379

Q125 HCE 13,500 15,490 15,360 16,820 16,520 1,511 - - 11,790 1,194 11,940 12,670 1,379

7 5/8 42.80 42.43 0.562 12.470 6.376 N/A

N80 10,820 10,320 10,210 11,120 9,780 998 - - 10,320 906 9,050 9,790 1,093

L80 10,820 10,320 10,210 11,120 11,260 998 - - 10,320 891 8,910 9,790 1,053

L80 1Cr 10,820 10,320 10,210 11,120 11,260 998 - - 10,320 891 8,910 9,790 1,053

L80 HC 11,620 10,320 10,210 11,120 11,260 998 - - 10,320 891 8,910 9,790 1,053

L80 IRP 10,820 10,320 10,210 11,120 11,260 998 - - 10,320 891 8,910 9,790 1,053

L80 HCE 11,620 11,290 11,170 12,160 11,260 1,091 - - 10,490 891 8,910 9,790 1,053

C90 11,890 11,610 11,490 12,510 13,120 1,122 - - 11,610 984 9,830 11,010 1,129

C95/R95 12,410 12,250 12,120 13,210 12,520 1,185 - - 11,790 1,037 10,360 11,620 1,187

T95 12,410 12,250 12,120 13,210 13,860 1,185 - - 11,790 1,037 10,360 11,620 1,187

T95 HC 12,960 12,250 12,120 13,210 13,860 1,185 - - 11,790 1,037 10,360 11,620 1,187

T95 E 12,410 12,900 12,760 13,900 13,860 1,247 - - 11,790 1,037 10,360 11,620 1,187

T95 HCE 12,960 12,900 12,760 13,900 13,860 1,247 - - 11,790 1,037 10,360 11,620 1,187

P110 13,930 14,190 14,040 15,290 16,600 1,372 - - 11,790 1,210 12,090 12,670 1,402

P110 MS 13,930 14,190 14,040 15,290 16,600 1,372 - - 11,790 1,210 12,090 12,670 1,402

P110 EC 15,350 16,120 15,950 17,380 17,930 1,559 - - 11,790 1,210 12,090 12,670 1,402

P110 HCE 15,740 16,120 15,950 17,380 17,930 1,559 - - 11,790 1,210 12,090 12,670 1,402

C110 13,930 14,190 14,040 15,290 15,270 1,372 - - 11,790 1,178 11,770 12,670 1,321

Q125 15,350 16,120 15,950 17,380 17,930 1,559 - - 11,790 1,355 13,550 12,670 1,536

Q125 HC 16,240 16,120 15,950 17,380 17,930 1,559 - - 11,790 1,355 13,550 12,670 1,536

Q125 HCE 16,240 17,410 17,230 18,770 18,710 1,683 - - 11,790 1,355 13,550 12,670 1,536

7 5/8 45.30 44.71 0.595 13.141 6.310 N/A

N80 11,510 10,920 10,800 11,730 10,390 1,051 - - 10,490 962 9,610 9,790 1,152

L80 11,510 10,920 10,800 11,730 11,960 1,051 - - 10,490 947 9,460 9,790 1,109

L80 1Cr 11,510 10,920 10,800 11,730 11,960 1,051 - - 10,490 947 9,460 9,790 1,109

L80 HC 12,590 10,920 10,800 11,730 11,960 1,051 - - 10,490 947 9,460 9,790 1,109

L80 IRP 11,510 10,920 10,800 11,730 11,960 1,051 - - 10,490 947 9,460 9,790 1,109

L80 HCE 12,590 11,950 11,810 12,830 11,960 1,150 - - 10,490 947 9,460 9,790 1,109

C90 12,950 12,290 12,150 13,190 13,940 1,183 - - 11,790 1,045 10,440 11,010 1,189

C95/R95 13,670 12,970 12,820 13,930 13,310 1,248 - - 11,790 1,101 11,010 11,620 1,251

T95 13,670 12,970 12,820 13,930 14,730 1,248 - - 11,790 1,101 11,010 11,620 1,251

T95 HC 14,290 12,970 12,820 13,930 14,730 1,248 - - 11,790 1,101 11,010 11,620 1,251

T95 E 13,670 13,660 13,490 14,660 14,730 1,314 - - 11,790 1,101 11,010 11,620 1,251

T95 HCE 14,290 13,660 13,490 14,660 14,730 1,314 - - 11,790 1,101 11,010 11,620 1,251


PerforManCe Data

58




Rev 0

5.201

1

Rev 0

5.201

1

ODWeight

Wall AreaDrift

Grade


Collapse IP(Barlow)

IP(Lamé - open)

IP(Lamé - capped)

IP(Lamé - ductile

rupture)



StrengthOpt.



7 5/8 45.30 44.71 0.595 13.141 6.310 N/A

P110 15,440 15,020 14,840 16,120 17,640 1,445 - - 11,790 1,285 12,850 12,670 1,477

P110 MS 15,440 15,020 14,840 16,120 17,640 1,445 - - 11,790 1,285 12,850 12,670 1,477

P110 EC 17,270 17,070 16,870 18,320 19,050 1,643 - - 11,790 1,285 12,850 12,670 1,477

P110 HCE 17,270 17,070 16,870 18,320 19,050 1,643 - - 11,790 1,285 12,850 12,670 1,477

C110 15,440 15,020 14,840 16,120 16,230 1,445 - - 11,790 1,251 12,500 12,670 1,392

Q125 17,110 17,070 16,870 18,320 19,050 1,643 - - 11,790 1,439 14,390 12,670 1,619

Q125 HC 18,160 17,070 16,870 18,320 19,050 1,643 - - 11,790 1,439 14,390 12,670 1,619

Q125 HCE 18,160 18,440 18,220 19,790 19,880 1,774 - - 11,790 1,439 14,390 12,670 1,619

7 5/8 47.10 46.77 0.625 13.744 6.250 N/A

N80 12,040 11,480 11,330 12,270 10,940 1,100 - - 10,490 1,013 10,120 9,790 1,205

L80 12,040 11,480 11,330 12,270 12,610 1,100 - - 10,490 997 9,960 9,790 1,160

L80 1Cr 12,040 11,480 11,330 12,270 12,610 1,100 - - 10,490 997 9,960 9,790 1,160

L80 HC 13,170 11,480 11,330 12,270 12,610 1,100 - - 10,490 997 9,960 9,790 1,160

L80 IRP 12,040 11,480 11,330 12,270 12,610 1,100 - - 10,490 997 9,960 9,790 1,160

L80 HCE 13,170 12,550 12,390 13,420 12,610 1,203 - - 10,490 997 9,960 9,790 1,160

C90 13,540 12,910 12,740 13,810 14,690 1,237 - - 11,790 1,100 10,990 11,010 1,239

C95/R95 14,300 13,630 13,450 14,570 14,020 1,306 - - 11,790 1,159 11,590 11,620 1,301

T95 14,300 13,630 13,450 14,570 15,520 1,306 - - 11,790 1,159 11,590 11,620 1,301

T95 HC 15,050 13,630 13,450 14,570 15,520 1,306 - - 11,790 1,159 11,590 11,620 1,301

T95 E 14,300 14,340 14,160 15,340 15,520 1,374 - - 11,790 1,159 11,590 11,620 1,301

T95 HCE 15,050 14,340 14,160 15,340 15,520 1,374 - - 11,790 1,159 11,590 11,620 1,301

P110 16,550 15,780 15,570 16,880 18,600 1,512 - - 11,790 1,353 13,520 12,670 1,545

P110 MS 16,550 15,780 15,570 16,880 18,600 1,512 - - 11,790 1,353 13,520 12,670 1,545

P110 EC 18,700 17,930 17,700 19,180 20,080 1,718 - - 11,790 1,353 13,520 12,670 1,545

P110 HCE 18,700 17,930 17,700 19,180 20,080 1,718 - - 11,790 1,353 13,520 12,670 1,545

C110 16,550 15,780 15,570 16,880 17,110 1,512 - - 11,790 1,317 13,160 12,670 1,425

Q125 18,700 17,930 17,700 19,180 20,080 1,718 - - 11,790 1,515 15,150 12,670 1,673

Q125 HC 19,900 17,930 17,700 19,180 20,080 1,718 - - 11,790 1,515 15,150 12,670 1,673

Q125 HCE 19,900 19,360 19,110 20,710 20,960 1,856 - - 11,790 1,515 15,150 12,670 1,673

7 5/8 51.20 50.95 0.687 14.974 6.126 N/A

N80 13,120 12,610 12,420 13,390 12,090 1,198 - - - - - - -

L80 13,120 12,610 12,420 13,390 13,950 1,198 - - - - - - -

L80 1Cr 13,120 12,610 12,420 13,390 13,950 1,198 - - - - - - -

L80 HC 14,350 12,610 12,420 13,390 13,950 1,198 - - - - - - -

L80 IRP 13,120 12,610 12,420 13,390 13,950 1,198 - - - - - - -

L80 HCE 14,350 13,800 13,580 14,640 13,950 1,310 - - - - - - -

C90 14,760 14,190 13,970 15,060 16,270 1,348 - - - - - - -

C95/R95 15,580 14,980 14,740 15,900 15,510 1,423 - - - - - - -


PerforManCe Data

59




Rev 0

5.201

1

Rev 0

5.201

1

ODWeight

Wall AreaDrift

Grade


Collapse IP(Barlow)

IP(Lamé - open)

IP(Lamé - capped)

IP(Lamé - ductile

rupture)



StrengthOpt.



7 5/8 51.20 50.95 0.687 14.974 6.126 N/A

T95 15,580 14,980 14,740 15,900 17,190 1,423 - - - - - - -

T95 HC 16,430 14,980 14,740 15,900 17,190 1,423 - - - - - - -

T95 E 15,580 15,770 15,520 16,730 17,190 1,497 - - - - - - -

T95 HCE 16,430 15,770 15,520 16,730 17,190 1,497 - - - - - - -

P110 18,040 17,340 17,070 18,410 20,590 1,647 - - - - - - -

P110 MS 18,040 17,340 17,070 18,410 20,590 1,647 - - - - - - -

P110 EC 20,500 19,710 19,400 20,920 22,240 1,872 - - - - - - -

P110 HCE 20,500 19,710 19,400 20,920 22,240 1,872 - - - - - - -

C110 18,040 17,340 17,070 18,410 18,940 1,647 - - - - - - -

Q125 20,500 19,710 19,400 20,920 22,240 1,872 - - - - - - -

Q125 HC 22,130 19,710 19,400 20,920 22,240 1,872 - - - - - - -

Q125 HCE 22,130 21,290 20,950 22,590 23,200 2,022 - - - - - - -

7 5/8 55.30 55.12 0.750 16.199 6.000 N/A

N80 14,190 13,770 13,510 14,500 13,270 1,296 - - - - - - -

L80 14,190 13,770 13,510 14,500 15,330 1,296 - - - - - - -

L80 1Cr 14,190 13,770 13,510 14,500 15,330 1,296 - - - - - - -

L80 HC 15,520 13,770 13,510 14,500 15,330 1,296 - - - - - - -

L80 IRP 14,190 13,770 13,510 14,500 15,330 1,296 - - - - - - -

L80 HCE 15,520 15,060 14,780 15,860 15,330 1,417 - - - - - - -

C90 15,960 15,490 15,200 16,310 17,890 1,458 - - - - - - -

C95/R95 16,850 16,350 16,050 17,220 17,050 1,539 - - - - - - -

T95 16,850 16,350 16,050 17,220 18,900 1,539 - - - - - - -

T95 HC 18,130 16,350 16,050 17,220 18,900 1,539 - - - - - - -

T95 E 16,850 17,210 16,890 18,130 18,900 1,620 - - - - - - -

T95 HCE 18,130 17,210 16,890 18,130 18,900 1,620 - - - - - - -

P110 19,510 18,930 18,580 19,940 22,640 1,782 - - - - - - -

P110 MS 19,510 18,930 18,580 19,940 22,640 1,782 - - - - - - -

P110 EC 22,170 21,520 21,110 22,660 24,450 2,025 - - - - - - -

P110 HCE 22,470 21,520 21,110 22,660 24,450 2,025 - - - - - - -

C110 19,510 18,930 18,580 19,940 20,830 1,782 - - - - - - -

Q125 22,170 21,520 21,110 22,660 24,450 2,025 - - - - - - -

Q125 HC 23,950 21,520 21,110 22,660 24,450 2,025 - - - - - - -

Q125 HCE 23,950 23,240 22,800 24,470 25,520 2,187 - - - - - - -

7 3/4 46.10 45.51 0.595 13.374 6.435 6.500

N80 11,340 10,750 10,630 11,550 10,210 1,070 - - - - - - -

L80 11,340 10,750 10,630 11,550 11,760 1,070 - - - - - - -

L80 1Cr 11,340 10,750 10,630 11,550 11,760 1,070 - - - - - - -

L80 HC 12,400 10,750 10,630 11,550 11,760 1,070 - - - - - - -


PerforManCe Data

60




Rev 0

5.201

1

Rev 0

5.201

1

ODWeight

Wall AreaDrift

Grade


Collapse IP(Barlow)

IP(Lamé - open)

IP(Lamé - capped)

IP(Lamé - ductile

rupture)



StrengthOpt.



7 3/4 46.10 45.51 0.595 13.374 6.435 6.500

L80 IRP 11,340 10,750 10,630 11,550 11,760 1,070 - - - - - - -

L80 HCE 12,400 11,760 11,620 12,630 11,760 1,170 - - - - - - -

C90 12,750 12,090 11,950 13,000 13,700 1,204 - - - - - - -

C95/R95 13,320 12,760 12,620 13,720 13,080 1,271 - - - - - - -

T95 13,320 12,760 12,620 13,720 14,470 1,271 - - - - - - -

T95 HC 13,900 12,760 12,620 13,720 14,470 1,271 - - - - - - -

T95 E 13,320 13,440 13,280 14,440 14,470 1,337 - - - - - - -

T95 HCE 13,900 13,440 13,280 14,440 14,470 1,337 - - - - - - -

P110 15,000 14,780 14,610 15,880 17,340 1,471 - - - - - - -

P110 MS 15,000 14,780 14,610 15,880 17,340 1,471 - - - - - - -

P110 EC 16,600 16,790 16,600 18,050 18,720 1,672 - - - - - - -

P110 HCE 16,790 16,790 16,600 18,050 18,720 1,672 - - - - - - -

C110 15,000 14,780 14,610 15,880 15,950 1,471 - - - - - - -

Q125 16,600 16,790 16,600 18,050 18,720 1,672 - - - - - - -

Q125 HC 17,760 16,790 16,600 18,050 18,720 1,672 - - - - - - -

Q125 HCE 17,760 18,140 17,930 19,490 19,540 1,806 - - - - - - -

7 3/4 47.60 47.60 0.625 13.990 6.375 N/A

N80 11,860 11,290 11,150 12,090 10,750 1,119 - - - - - - -

L80 11,860 11,290 11,150 12,090 12,390 1,119 - - - - - - -

L80 1Cr 11,860 11,290 11,150 12,090 12,390 1,119 - - - - - - -

L80 HC 12,970 11,290 11,150 12,090 12,390 1,119 - - - - - - -

L80 IRP 11,860 11,290 11,150 12,090 12,390 1,119 - - - - - - -

L80 HCE 12,970 12,350 12,190 13,220 12,390 1,224 - - - - - - -

C90 13,350 12,700 12,540 13,600 14,440 1,259 - - - - - - -

C95/R95 14,090 13,410 13,240 14,360 13,780 1,329 - - - - - - -

T95 14,090 13,410 13,240 14,360 15,260 1,329 - - - - - - -

T95 HC 14,830 13,410 13,240 14,360 15,260 1,329 - - - - - - -

T95 E 14,090 14,110 13,940 15,110 15,260 1,399 - - - - - - -

T95 HCE 14,830 14,110 13,940 15,110 15,260 1,399 - - - - - - -

P110 16,310 15,520 15,330 16,620 18,270 1,539 - - - - - - -

P110 MS 16,310 15,520 15,330 16,620 18,270 1,539 - - - - - - -

P110 EC 18,160 17,640 17,420 18,890 19,740 1,749 - - - - - - -

P110 HCE 18,160 17,640 17,420 18,890 19,740 1,749 - - - - - - -

C110 16,310 15,520 15,330 16,620 16,810 1,539 - - - - - - -

Q125 18,160 17,640 17,420 18,890 19,740 1,749 - - - - - - -

Q125 HC 19,320 17,640 17,420 18,890 19,740 1,749 - - - - - - -

Q125 HCE 19,320 19,050 18,810 20,400 20,590 1,889 - - - - - - -

ODWeight

Wall AreaDrift

Grade


Collapse IP(Barlow)

IP(Lamé - open)

IP(Lamé - capped)

IP(Lamé - ductile

rupture)



StrengthOpt.




PerforManCe Data

61




Rev 0

5.201

1

8 5/8 32.00 31.13 0.352 9.149 7.796 7.875

J55 2,530 3,930 3,920 4,360 3,930 503 3,930 372 3,930 417 4,170 3,930 579

K55 2,530 3,930 3,920 4,360 4,980 503 3,930 402 3,930 452 4,520 3,930 690

N80 3,050 5,710 5,700 6,350 5,300 732 5,710 528 5,710 591 5,910 5,710 792

L80 3,050 5,710 5,700 6,350 6,080 732 5,710 521 5,710 583 5,820 5,710 764

L80 1Cr 3,050 5,710 5,700 6,350 6,080 732 5,710 521 5,710 583 5,820 5,710 764

L80 HC 3,180 5,710 5,700 6,350 6,080 732 5,710 521 5,710 583 5,820 5,710 764

L80 IRP 3,050 5,710 5,700 6,350 6,080 732 5,710 521 5,710 583 5,820 5,710 764

L80 HCE 3,180 6,250 6,230 6,940 6,080 801 6,250 521 6,250 583 5,820 6,250 764

C90 3,210 6,430 6,410 7,140 7,060 823 6,430 575 6,430 643 6,430 6,430 822

C95/R95 3,290 6,780 6,760 7,540 6,760 869 6,780 607 6,780 678 6,780 6,780 864

T95 3,290 6,780 6,760 7,540 7,460 869 6,780 607 6,780 678 6,780 6,780 864

T95 HC 4,120 6,780 6,760 7,540 7,460 869 6,780 607 6,780 678 6,780 6,780 864

T95 E 3,290 7,140 7,120 7,930 7,460 915 7,140 607 7,140 678 6,780 7,140 864

T95 HCE 4,120 7,140 7,120 7,930 7,460 915 7,140 607 7,140 678 6,780 7,140 864

8 5/8 36.00 35.17 0.400 10.336 7.700 N/A

J55 3,450 4,460 4,450 4,930 4,480 568 4,460 434 4,460 486 4,850 4,460 654

K55 3,450 4,460 4,450 4,930 5,680 568 4,460 468 4,460 526 5,260 4,460 780

N80 4,100 6,490 6,470 7,180 6,050 827 6,490 615 6,490 688 6,880 6,490 895

L80 4,100 6,490 6,470 7,180 6,940 827 6,490 606 6,490 678 6,780 6,490 864

L80 1Cr 4,100 6,490 6,470 7,180 6,940 827 6,490 606 6,490 678 6,780 6,490 864

L80 HC 4,220 6,490 6,470 7,180 6,940 827 6,490 606 6,490 678 6,780 6,490 864

L80 IRP 4,100 6,490 6,470 7,180 6,940 827 6,490 606 6,490 678 6,780 6,490 864

L80 HCE 4,220 7,100 7,070 7,850 6,940 904 7,100 606 7,100 678 6,780 7,100 864

C90 4,250 7,300 7,270 8,070 8,060 930 7,300 670 7,300 749 7,480 7,300 928

C95/R95 4,360 7,710 7,680 8,520 7,710 982 7,710 706 7,710 789 7,890 7,710 976

T95 4,360 7,710 7,680 8,520 8,520 982 7,710 706 7,710 789 7,890 7,710 976

T95 HC 5,780 7,710 7,680 8,520 8,520 982 7,710 706 7,710 789 7,890 7,710 976

T95 E 4,360 8,120 8,080 8,970 8,520 1,034 8,120 706 8,120 789 7,890 8,120 976

T95 HCE 5,780 8,120 8,080 8,970 8,520 1,034 8,120 706 8,120 789 7,890 8,120 976

8 5/8 40.00 39.33 0.450 11.557 7.600 7.625

N80 5,530 7,300 7,270 8,030 6,830 925 - - 7,300 788 7,880 7,300 1,001

L80 5,530 7,300 7,270 8,030 7,840 925 - - 7,300 776 7,760 7,300 966

L80 1Cr 5,530 7,300 7,270 8,030 7,840 925 - - 7,300 776 7,760 7,300 966

L80 HC 5,790 7,300 7,270 8,030 7,840 925 - - 7,300 776 7,760 7,300 966

L80 IRP 5,530 7,300 7,270 8,030 7,840 925 - - 7,300 776 7,760 7,300 966

L80 HCE 5,790 7,990 7,950 8,780 7,840 1,011 - - 7,990 776 7,760 7,990 966

C90 5,870 8,220 8,170 9,030 9,110 1,040 - - 8,220 858 8,570 8,220 1,038

C95/R95 6,020 8,670 8,630 9,540 8,720 1,098 - - 8,670 904 9,030 8,670 1,092


PerforManCe Data


62Subject to Disclaimer and Limitation of Liability on page 2


Rev 0

5.201

1

Rev 0

5.201

1

ODWeight

Wall AreaDrift

Grade


Collapse IP(Barlow)

IP(Lamé - open)

IP(Lamé - capped)

IP(Lamé - ductile

rupture)



StrengthOpt.



8 5/8 40.00 39.33 0.450 11.557 7.600 7.625

T95 6,020 8,670 8,630 9,540 9,630 1,098 - - 8,670 904 9,030 8,670 1,092

T95 HC 7,560 8,670 8,630 9,540 9,630 1,098 - - 8,670 904 9,030 8,670 1,092

T95 E 6,020 9,130 9,080 10,040 9,630 1,156 - - 9,130 904 9,030 9,130 1,092

T95 HCE 7,560 9,130 9,080 10,040 9,630 1,156 - - 9,130 904 9,030 9,130 1,092

P110 6,400 10,040 9,990 11,040 11,530 1,271 - - 10,040 1,055 10,540 10,040 1,288

P110 MS 6,400 10,040 9,990 11,040 11,530 1,271 - - 10,040 1,055 10,540 10,040 1,288

P110 EC 8,140 11,410 11,350 12,550 12,450 1,445 - - 10,370 1,055 10,540 11,230 1,288

P110 HCE 8,380 11,410 11,350 12,550 12,450 1,445 - - 10,370 1,055 10,540 11,230 1,288

Q125 6,640 11,410 11,350 12,550 12,450 1,445 - - 10,370 1,182 11,820 11,230 1,415

Q125 HC 8,450 11,410 11,350 12,550 12,450 1,445 - - 10,370 1,182 11,820 11,230 1,415

Q125 HCE 8,450 12,330 12,260 13,550 13,000 1,560 - - 10,370 1,182 11,820 11,230 1,415

8 5/8 44.00 43.43 0.500 12.763 7.500 N/A

N80 6,950 8,120 8,060 8,880 7,620 1,021 - - 8,120 887 8,860 8,120 1,105

L80 6,950 8,120 8,060 8,880 8,750 1,021 - - 8,120 874 8,730 8,120 1,066

L80 1Cr 6,950 8,120 8,060 8,880 8,750 1,021 - - 8,120 874 8,730 8,120 1,066

L80 HC 7,360 8,120 8,060 8,880 8,750 1,021 - - 8,120 874 8,730 8,120 1,066

L80 IRP 6,950 8,120 8,060 8,880 8,750 1,021 - - 8,120 874 8,730 8,120 1,066

L80 HCE 7,360 8,880 8,820 9,710 8,750 1,117 - - 8,880 874 8,730 8,880 1,066

C90 7,490 9,130 9,070 9,980 10,180 1,149 - - 9,130 965 9,640 9,130 1,146

C95/R95 7,740 9,640 9,570 10,540 9,730 1,212 - - 9,640 1,017 10,160 9,640 1,206

T95 7,740 9,640 9,570 10,540 10,750 1,212 - - 9,640 1,017 10,160 9,640 1,206

T95 HC 9,210 9,640 9,570 10,540 10,750 1,212 - - 9,640 1,017 10,160 9,640 1,206

T95 E 7,740 10,140 10,080 11,090 10,750 1,276 - - 10,140 1,017 10,160 10,140 1,206

T95 HCE 9,210 10,140 10,080 11,090 10,750 1,276 - - 10,140 1,017 10,160 10,140 1,206

P110 8,420 11,160 11,090 12,200 12,880 1,404 - - 10,370 1,186 11,860 11,160 1,423

P110 MS 8,420 11,160 11,090 12,200 12,880 1,404 - - 10,370 1,186 11,860 11,160 1,423

P110 EC 8,980 12,680 12,600 13,870 13,910 1,595 - - 10,370 1,186 11,860 11,230 1,423

P110 HCE 9,280 12,680 12,600 13,870 13,910 1,595 - - 10,370 1,186 11,860 11,230 1,423

Q125 8,980 12,680 12,600 13,870 13,910 1,595 - - 10,370 1,330 13,290 11,230 1,562

Q125 HC 9,280 12,680 12,600 13,870 13,910 1,595 - - 10,370 1,330 13,290 11,230 1,562

Q125 HCE 9,280 13,700 13,610 14,980 14,510 1,723 - - 10,370 1,330 13,290 11,230 1,562

9 3/8 39.00 38.38 0.400 11.278 8.419 8.500

P110 3,840 8,210 8,180 9,110 9,350 1,241 - - - - - - -

P110 MS 3,840 8,210 8,180 9,110 9,350 1,241 - - - - - - -

P110 EC 3,960 9,330 9,300 10,350 10,100 1,410 - - - - - - -

P110 HCE 4,820 9,330 9,300 10,350 10,100 1,410 - - - - - - -

Q125 3,960 9,330 9,300 10,350 10,100 1,410 - - - - - - -

Q125 HC 4,860 9,330 9,300 10,350 10,100 1,410 - - - - - - -

Q125 HCE 4,860 10,080 10,040 11,180 10,540 1,523 - - - - - - -


PerforManCe Data




Rev 0

5.201

1

Rev 0

5.201

1

ODWeight

Wall AreaDrift

Grade


Collapse IP(Barlow)

IP(Lamé - open)

IP(Lamé - capped)

IP(Lamé - ductile

rupture)



StrengthOpt.



9 5/8 36.00 34.89 0.352 10.254 8.765 N/A

J55 2,020 3,520 3,510 3,920 3,510 564 3,520 394 3,520 453 4,520 3,520 639

K55 2,020 3,520 3,510 3,920 4,450 564 3,520 423 3,520 489 4,880 3,520 755

N80 2,370 5,120 5,110 5,710 4,740 820 5,120 559 5,120 643 6,420 5,120 877

9 5/8 40.00 38.97 0.395 11.454 8.679 8.750

J55 2,570 3,950 3,940 4,390 3,950 630 3,950 452 3,950 520 5,190 3,950 714

K55 2,570 3,950 3,940 4,390 5,000 630 3,950 486 3,950 561 5,610 3,950 843

N80 3,090 5,750 5,730 6,380 5,330 916 5,750 642 5,750 737 7,370 5,750 979

L80 3,090 5,750 5,730 6,380 6,110 916 5,750 633 5,750 727 7,270 5,750 947

L80 1Cr 3,090 5,750 5,730 6,380 6,110 916 5,750 633 5,750 727 7,270 5,750 947

L80 HC 3,220 5,750 5,730 6,380 6,110 916 5,750 633 5,750 727 7,270 5,750 947

L80 IRP 3,090 5,750 5,730 6,380 6,110 916 5,750 633 5,750 727 7,270 5,750 947

L80 HCE 3,220 6,280 6,260 6,980 6,110 1,002 6,280 633 6,280 727 7,270 6,280 947

C90 3,260 6,460 6,440 7,180 7,100 1,031 6,460 700 6,460 804 8,030 6,460 1,021

C95/R95 3,330 6,820 6,800 7,580 6,800 1,088 6,820 738 6,820 847 8,470 6,820 1,074

T95 3,330 6,820 6,800 7,580 7,500 1,088 6,820 738 6,820 847 8,470 6,820 1,074

T95 HC 4,190 6,820 6,800 7,580 7,500 1,088 6,820 738 6,820 847 8,470 6,820 1,074

T95 E 3,330 7,180 7,160 7,980 7,500 1,145 7,180 738 7,180 847 8,470 7,180 1,074

T95 HCE 4,190 7,180 7,160 7,980 7,500 1,145 7,180 738 7,180 847 8,470 7,180 1,074

P110 3,470 7,900 7,870 8,770 8,980 1,260 7,900 861 7,900 988 9,880 7,900 1,266

P110 MS 3,470 7,900 7,870 8,770 8,980 1,260 7,900 861 7,900 988 9,880 7,900 1,266

P110 EC 3,530 8,980 8,950 9,970 9,700 1,432 8,980 861 8,980 988 9,880 8,980 1,266

P110 HCE 3,630 8,980 8,950 9,970 9,700 1,432 8,980 861 8,980 988 9,880 8,980 1,266

Q125 3,530 8,980 8,950 9,970 9,700 1,432 8,980 966 8,980 1,108 11,080 8,980 1,393

Q125 HC 3,630 8,980 8,950 9,970 9,700 1,432 8,980 966 8,980 1,108 11,080 8,980 1,393

Q125 HCE 3,630 9,700 9,660 10,770 10,130 1,546 9,670 966 9,700 1,108 11,080 9,160 1,393

9 5/8 43.50 42.73 0.435 12.559 8.599 8.625

N80 3,810 6,330 6,300 7,000 5,890 1,005 - - 6,330 825 8,240 6,330 1,074

L80 3,810 6,330 6,300 7,000 6,750 1,005 - - 6,330 813 8,130 6,330 1,038

L80 1Cr 3,810 6,330 6,300 7,000 6,750 1,005 - - 6,330 813 8,130 6,330 1,038

L80 HC 3,950 6,330 6,300 7,000 6,750 1,005 - - 6,330 813 8,130 6,330 1,038

L80 IRP 3,810 6,330 6,300 7,000 6,750 1,005 - - 6,330 813 8,130 6,330 1,038

L80 HCE 3,950 6,920 6,890 7,660 6,750 1,099 - - 6,920 813 8,130 6,920 1,038

C90 4,010 7,120 7,090 7,880 7,850 1,130 - - 7,120 899 8,990 7,120 1,119

C95/R95 4,130 7,510 7,480 8,310 7,510 1,193 - - 7,510 948 9,470 7,510 1,178

T95 4,130 7,510 7,480 8,310 8,290 1,193 - - 7,510 948 9,470 7,510 1,178

T95 HC 5,410 7,510 7,480 8,310 8,290 1,193 - - 7,510 948 9,470 7,510 1,178

T95 E 4,130 7,910 7,880 8,750 8,290 1,256 - - 7,910 948 9,470 7,910 1,178

T95 HCE 5,410 7,910 7,880 8,750 8,290 1,256 - - 7,910 948 9,470 7,910 1,178


PerforManCe Data




Rev 0

5.201

1

Rev 0

5.201

1

ODWeight

Wall AreaDrift

Grade


Collapse IP(Barlow)

IP(Lamé - open)

IP(Lamé - capped)

IP(Lamé - ductile

rupture)



StrengthOpt.



9 5/8 43.50 42.73 0.435 12.559 8.599 8.625

P110 4,420 8,700 8,670 9,630 9,930 1,381 - - 8,700 1,105 11,050 8,700 1,388

P110 MS 4,420 8,700 8,670 9,630 9,930 1,381 - - 8,700 1,105 11,050 8,700 1,388

P110 EC 5,770 9,890 9,850 10,940 10,720 1,570 - - 9,700 1,105 11,050 9,160 1,388

P110 HCE 5,940 9,890 9,850 10,940 10,720 1,570 - - 9,700 1,105 11,050 9,160 1,388

C110 4,420 8,700 8,670 9,630 9,140 1,381 - - 8,700 1,082 10,820 8,700 1,317

Q125 4,620 9,890 9,850 10,940 10,720 1,570 - - 9,700 1,240 12,390 9,160 1,527

Q125 HC 5,940 9,890 9,850 10,940 10,720 1,570 - - 9,700 1,240 12,390 9,160 1,527

Q125 HCE 5,940 10,680 10,640 11,810 11,190 1,695 - - 9,700 1,240 12,390 9,160 1,527

9 5/8 47.00 46.18 0.472 13.572 8.525 8.625

N80 4,760 6,870 6,830 7,570 6,410 1,086 - - 6,870 905 9,050 6,870 1,161

L80 4,760 6,870 6,830 7,570 7,350 1,086 - - 6,870 893 8,920 6,870 1,122

L80 1Cr 4,760 6,870 6,830 7,570 7,350 1,086 - - 6,870 893 8,920 6,870 1,122

L80 HC 4,940 6,870 6,830 7,570 7,350 1,086 - - 6,870 893 8,920 6,870 1,122

L80 IRP 4,760 6,870 6,830 7,570 7,350 1,086 - - 6,870 893 8,920 6,870 1,122

L80 HCE 4,940 7,510 7,470 8,280 7,350 1,188 - - 7,510 893 8,920 7,510 1,122

C90 4,990 7,720 7,690 8,520 8,540 1,222 - - 7,720 987 9,860 7,720 1,210

C95/R95 5,090 8,150 8,110 8,990 8,170 1,289 - - 8,150 1,040 10,400 8,150 1,273

T95 5,090 8,150 8,110 8,990 9,020 1,289 - - 8,150 1,040 10,400 8,150 1,273

T95 HC 6,600 8,150 8,110 8,990 9,020 1,289 - - 8,150 1,040 10,400 8,150 1,273

T95 E 5,090 8,580 8,540 9,460 9,020 1,357 - - 8,460 1,040 10,400 8,580 1,273

T95 HCE 6,600 8,580 8,540 9,460 9,020 1,357 - - 8,460 1,040 10,400 8,580 1,273

P110 5,300 9,440 9,400 10,410 10,810 1,493 - - 9,440 1,213 12,120 9,160 1,500

P110 MS 5,300 9,440 9,400 10,410 10,810 1,493 - - 9,440 1,213 12,120 9,160 1,500

P110 EC 7,310 10,730 10,680 11,830 11,670 1,697 - - 9,700 1,213 12,120 9,160 1,500

P110 HCE 7,530 10,730 10,680 11,830 11,670 1,697 - - 9,700 1,213 12,120 9,160 1,500

C110 5,300 9,440 9,400 10,410 9,950 1,493 - - 9,440 1,188 11,870 9,160 1,423

Q125 5,630 10,730 10,680 11,830 11,670 1,697 - - 9,700 1,361 13,600 9,160 1,650

Q125 HC 7,530 10,730 10,680 11,830 11,670 1,697 - - 9,700 1,361 13,600 9,160 1,650

Q125 HCE 7,530 11,590 11,530 12,770 12,180 1,832 - - 9,700 1,361 13,600 9,160 1,650

9 5/8 53.50 52.90 0.545 15.546 8.379 8.500

N80 6,620 7,930 7,880 8,680 7,430 1,244 - - 7,930 1,062 10,610 7,930 1,329

L80 6,620 7,930 7,880 8,680 8,540 1,244 - - 7,930 1,047 10,460 7,930 1,285

L80 1Cr 6,620 7,930 7,880 8,680 8,540 1,244 - - 7,930 1,047 10,460 7,930 1,285

L80 HC 7,000 7,930 7,880 8,680 8,540 1,244 - - 7,930 1,047 10,460 7,930 1,285

L80 IRP 6,620 7,930 7,880 8,680 8,540 1,244 - - 7,930 1,047 10,460 7,930 1,285

L80 HCE 7,000 8,670 8,620 9,490 8,540 1,360 - - 8,460 1,047 10,460 8,670 1,285

C90 7,110 8,920 8,860 9,760 9,930 1,399 - - 8,460 1,157 11,570 8,920 1,386

C95/R95 7,340 9,410 9,360 10,310 9,490 1,477 - - 8,460 1,220 12,190 9,160 1,458


PerforManCe Data




Rev 0

5.201

1

Rev 0

5.201

1

ODWeight

Wall AreaDrift

Grade


Collapse IP(Barlow)

IP(Lamé - open)

IP(Lamé - capped)

IP(Lamé - ductile

rupture)



StrengthOpt.



9 5/8 53.50 52.90 0.545 15.546 8.379 8.500

T95 7,340 9,410 9,360 10,310 10,490 1,477 - - 8,460 1,220 12,190 9,160 1,458

T95 HC 8,850 9,410 9,360 10,310 10,490 1,477 - - 8,460 1,220 12,190 9,160 1,458

T95 E 7,340 9,910 9,850 10,850 10,490 1,555 - - 8,460 1,220 12,190 9,160 1,458

T95 HCE 8,850 9,910 9,850 10,850 10,490 1,555 - - 8,460 1,220 12,190 9,160 1,458

P110 7,950 10,900 10,830 11,930 12,560 1,710 - - 9,700 1,422 14,220 9,160 1,718

P110 MS 7,950 10,900 10,830 11,930 12,560 1,710 - - 9,700 1,422 14,220 9,160 1,718

P110 EC 9,140 12,390 12,310 13,560 13,570 1,943 - - 9,700 1,422 14,220 9,160 1,718

P110 HCE 9,390 12,390 12,310 13,560 13,570 1,943 - - 9,700 1,422 14,220 9,160 1,718

C110 7,950 10,900 10,830 11,930 11,560 1,710 - - 9,700 1,393 13,920 9,160 1,630

Q125 8,440 12,390 12,310 13,560 13,570 1,943 - - 9,700 1,595 15,950 9,160 1,890

Q125 HC 9,700 12,390 12,310 13,560 13,570 1,943 - - 9,700 1,595 15,950 9,160 1,890

Q125 HCE 9,700 13,380 13,290 14,650 14,160 2,099 - - 9,700 1,595 15,950 9,160 1,890

9 5/8 58.40 57.44 0.595 16.879 8.279 8.375

N80 7,900 8,650 8,590 9,430 8,140 1,350 - - 8,460 1,167 11,670 8,650 1,443

L80 7,900 8,650 8,590 9,430 9,360 1,350 - - 8,460 1,151 11,500 8,650 1,396

L80 1Cr 7,900 8,650 8,590 9,430 9,360 1,350 - - 8,460 1,151 11,500 8,650 1,396

L80 HC 8,400 8,650 8,590 9,430 9,360 1,350 - - 8,460 1,151 11,500 8,650 1,396

L80 IRP 7,900 8,650 8,590 9,430 9,360 1,350 - - 8,460 1,151 11,500 8,650 1,396

L80 HCE 8,400 9,470 9,400 10,320 9,360 1,477 - - 8,460 1,151 11,500 8,830 1,396

C90 8,560 9,740 9,660 10,610 10,890 1,519 - - 8,460 1,272 12,720 9,160 1,505

C95/R95 8,880 10,280 10,200 11,200 10,410 1,604 - - 8,460 1,341 13,400 9,160 1,583

T95 8,880 10,280 10,200 11,200 11,500 1,604 - - 8,460 1,341 13,400 9,160 1,583

T95 HC 10,210 10,280 10,200 11,200 11,500 1,604 - - 8,460 1,341 13,400 9,160 1,583

T95 E 8,880 10,820 10,740 11,790 11,500 1,688 - - 8,460 1,341 13,400 9,160 1,583

T95 HCE 10,210 10,820 10,740 11,790 11,500 1,688 - - 8,460 1,341 13,400 9,160 1,583

P110 9,770 11,900 11,810 12,970 13,780 1,857 - - 9,700 1,564 15,630 9,160 1,865

P110 MS 9,770 11,900 11,810 12,970 13,780 1,857 - - 9,700 1,564 15,630 9,160 1,865

P110 EC 10,540 13,520 13,420 14,740 14,880 2,110 - - 9,700 1,564 15,630 9,160 1,865

P110 HCE 10,740 13,520 13,420 14,740 14,880 2,110 - - 9,700 1,564 15,630 9,160 1,865

C110 9,770 11,900 11,810 12,970 12,680 1,857 - - 9,700 1,531 15,310 9,160 1,770

Q125 10,540 13,520 13,420 14,740 14,880 2,110 - - 9,700 1,754 17,540 9,160 2,052

Q125 HC 10,980 13,520 13,420 14,740 14,880 2,110 - - 9,700 1,754 17,540 9,160 2,052

Q125 HCE 10,980 14,600 14,500 15,910 15,530 2,279 - - 9,700 1,754 17,540 9,160 2,052

9 5/8 59.40 58.70 0.609 17.250 8.251 N/A

N80 8,250 8,860 8,790 9,640 8,340 1,380 - - - - - - -

L80 8,250 8,860 8,790 9,640 9,590 1,380 - - - - - - -

L80 1Cr 8,250 8,860 8,790 9,640 9,590 1,380 - - - - - - -

L80 HC 8,800 8,860 8,790 9,640 9,590 1,380 - - - - - - -


PerforManCe Data




Rev 0

5.201

1

Rev 0

5.201

1

ODWeight

Wall AreaDrift

Grade


Collapse IP(Barlow)

IP(Lamé - open)

IP(Lamé - capped)

IP(Lamé - ductile

rupture)



StrengthOpt.



9 5/8 59.40 58.70 0.609 17.250 8.251 N/A

L80 IRP 8,250 8,860 8,790 9,640 9,590 1,380 - - - - - - -

L80 HCE 8,800 9,690 9,610 10,540 9,590 1,509 - - - - - - -

C90 8,970 9,970 9,890 10,850 11,160 1,552 - - - - - - -

C95/R95 9,320 10,520 10,440 11,450 10,660 1,639 - - - - - - -

T95 9,320 10,520 10,440 11,450 11,790 1,639 - - - - - - -

T95 HC 10,570 10,520 10,440 11,450 11,790 1,639 - - - - - - -

T95 E 9,320 11,070 10,990 12,050 11,790 1,725 - - - - - - -

T95 HCE 10,570 11,070 10,990 12,050 11,790 1,725 - - - - - - -

P110 10,280 12,180 12,090 13,260 14,120 1,897 - - - - - - -

P110 MS 10,280 12,180 12,090 13,260 14,120 1,897 - - - - - - -

P110 EC 11,130 13,840 13,730 15,060 15,250 2,156 - - - - - - -

P110 HCE 11,500 13,840 13,730 15,060 15,250 2,156 - - - - - - -

C110 10,280 12,180 12,090 13,260 12,990 1,897 - - - - - - -

Q125 11,130 13,840 13,730 15,060 15,250 2,156 - - - - - - -

Q125 HC 11,630 13,840 13,730 15,060 15,250 2,156 - - - - - - -

Q125 HCE 11,630 14,950 14,830 16,270 15,910 2,329 - - - - - - -

9 7/8 62.80 61.80 0.625 18.162 8.469 8.500

N80 8,260 8,860 8,790 9,640 8,340 1,453 - - - - - - -

L80 8,260 8,860 8,790 9,640 9,590 1,453 - - - - - - -

L80 1Cr 8,260 8,860 8,790 9,640 9,590 1,453 - - - - - - -

L80 HC 8,800 8,860 8,790 9,640 9,590 1,453 - - - - - - -

L80 IRP 8,260 8,860 8,790 9,640 9,590 1,453 - - - - - - -

L80 HCE 8,800 9,690 9,620 10,550 9,590 1,589 - - - - - - -

C90 8,980 9,970 9,890 10,850 11,160 1,635 - - - - - - -

C95/R95 9,320 10,520 10,440 11,450 10,670 1,725 - - - - - - -

T95 9,320 10,520 10,440 11,450 11,790 1,725 - - - - - - -

T95 HC 10,570 10,520 10,440 11,450 11,790 1,725 - - - - - - -

T95 E 9,320 11,080 10,990 12,050 11,790 1,816 - - - - - - -

T95 HCE 10,570 11,080 10,990 12,050 11,790 1,816 - - - - - - -

P110 10,290 12,180 12,090 13,260 14,120 1,998 - - - - - - -

P110 MS 10,290 12,180 12,090 13,260 14,120 1,998 - - - - - - -

P110 EC 11,250 13,840 13,740 15,070 15,250 2,270 - - - - - - -

P110 HCE 11,460 13,840 13,740 15,070 15,250 2,270 - - - - - - -

C110 10,290 12,180 12,090 13,260 12,990 1,998 - - - - - - -

Q125 11,140 13,840 13,740 15,070 15,250 2,270 - - - - - - -

Q125 HC 11,640 13,840 13,740 15,070 15,250 2,270 - - - - - - -

Q125 HCE 11,640 14,950 14,840 16,270 15,920 2,452 - - - - - - -


PerforManCe Data




Rev 0

5.201

1

Rev 0

5.201

1

ODWeight

Wall AreaDrift

Grade


Collapse IP(Barlow)

IP(Lamé - open)

IP(Lamé - capped)

IP(Lamé - ductile

rupture)



StrengthOpt.



9 7/8 65.30 64.10 0.650 18.838 8.419 8.500

N80 8,880 9,220 9,140 10,010 8,690 1,507 - - - - - - -

L80 8,880 9,220 9,140 10,010 10,000 1,507 - - - - - - -

L80 1Cr 8,880 9,220 9,140 10,010 10,000 1,507 - - - - - - -

L80 HC 9,490 9,220 9,140 10,010 10,000 1,507 - - - - - - -

L80 IRP 8,880 9,220 9,140 10,010 10,000 1,507 - - - - - - -

L80 HCE 9,490 10,080 9,990 10,940 10,000 1,648 - - - - - - -

C90 9,680 10,370 10,280 11,260 11,630 1,695 - - - - - - -

C95/R95 10,070 10,940 10,850 11,880 11,120 1,790 - - - - - - -

T95 10,070 10,940 10,850 11,880 12,290 1,790 - - - - - - -

T95 HC 12,040 10,940 10,850 11,880 12,290 1,790 - - - - - - -

T95 E 10,070 11,520 11,420 12,510 12,290 1,884 - - - - - - -

T95 HCE 12,040 11,520 11,420 12,510 12,290 1,884 - - - - - - -

P110 11,170 12,670 12,560 13,760 14,720 2,072 - - - - - - -

P110 MS 11,170 12,670 12,560 13,760 14,720 2,072 - - - - - - -

P110 EC 12,160 14,400 14,280 15,630 15,900 2,355 - - - - - - -

P110 HCE 12,560 14,400 14,280 15,630 15,900 2,355 - - - - - - -

C110 11,170 12,670 12,560 13,760 13,540 2,072 - - - - - - -

Q125 12,160 14,400 14,280 15,630 15,900 2,355 - - - - - - -

Q125 HC 12,760 14,400 14,280 15,630 15,900 2,355 - - - - - - -

Q125 HCE 12,760 15,550 15,420 16,880 16,590 2,543 - - - - - - -

9 7/8 68.90 68.66 0.700 20.177 8.319 N/A

N80 10,120 9,920 9,830 10,720 9,390 1,614 - - - - - - -

L80 10,120 9,920 9,830 10,720 10,810 1,614 - - - - - - -

L80 1Cr 10,120 9,920 9,830 10,720 10,810 1,614 - - - - - - -

L80 HC 10,860 9,920 9,830 10,720 10,810 1,614 - - - - - - -

L80 IRP 10,120 9,920 9,830 10,720 10,810 1,614 - - - - - - -

L80 HCE 10,860 10,850 10,750 11,730 10,810 1,765 - - - - - - -

C90 11,100 11,160 11,060 12,060 12,580 1,816 - - - - - - -

C95/R95 11,580 11,780 11,670 12,740 12,020 1,917 - - - - - - -

T95 11,580 11,780 11,670 12,740 13,300 1,917 - - - - - - -

T95 HC 12,340 11,780 11,670 12,740 13,300 1,917 - - - - - - -

T95 E 11,580 12,410 12,280 13,410 13,300 2,018 - - - - - - -

T95 HCE 12,340 12,410 12,280 13,410 13,300 2,018 - - - - - - -

P110 12,940 13,650 13,510 14,750 15,930 2,219 - - - - - - -

P110 MS 12,940 13,650 13,510 14,750 15,930 2,219 - - - - - - -

P110 EC 14,210 15,510 15,360 16,760 17,200 2,522 - - - - - - -

P110 HCE 14,900 15,510 15,360 16,760 17,200 2,522 - - - - - - -


PerforManCe Data




Rev 0

5.201

1

Rev 0

5.201

1

ODWeight

Wall AreaDrift

Grade


Collapse IP(Barlow)

IP(Lamé - open)

IP(Lamé - capped)

IP(Lamé - ductile

rupture)



StrengthOpt.



9 7/8 68.90 68.66 0.700 20.177 8.319 N/A

C110 12,940 13,650 13,510 14,750 14,650 2,219 - - - - - - -

Q125 14,210 15,510 15,360 16,760 17,200 2,522 - - - - - - -

Q125 HC 15,000 15,510 15,360 16,760 17,200 2,522 - - - - - - -

Q125 HCE 15,000 16,750 16,580 18,100 17,950 2,724 - - - - - - -

10 1/8 79.29 79.29 0.795 23.302 8.379 8.500

P110 15,610 15,110 14,930 16,220 17,760 2,563 - - - - - - -

P110 MS 15,610 15,110 14,930 16,220 17,760 2,563 - - - - - - -

P110 EC 17,300 17,180 16,970 18,430 19,180 2,913 - - - - - - -

P110 HCE 17,300 17,180 16,970 18,430 19,180 2,913 - - - - - - -

C110 15,610 15,110 14,930 16,220 16,340 2,563 - - - - - - -

Q125 17,300 17,180 16,970 18,430 19,180 2,913 - - - - - - -

Q125 HC 18,370 17,180 16,970 18,430 19,180 2,913 - - - - - - -

Q125 HCE 18,370 18,550 18,330 19,900 20,010 3,146 - - - - - - -

10 3/4 40.50 38.91 0.350 11.435 9.894 9.925J55 1,580 3,130 3,130 3,510 3,120 629 3,130 420 - - - 3,130 700

K55 1,580 3,130 3,130 3,510 3,950 629 3,130 450 - - - 3,130 819

10 3/4 45.50 44.26 0.400 13.006 9.794 9.875

J55 2,090 3,580 3,570 3,990 3,570 715 3,580 493 - - - 3,580 796

K55 2,090 3,580 3,570 3,990 4,530 715 3,580 528 - - - 3,580 931

N80 2,480 5,210 5,200 5,810 4,820 1,040 5,210 701 - - - 5,210 1,097

L80 2,480 5,210 5,200 5,810 5,530 1,040 5,210 692 - - - 5,210 1,063

L80 1Cr 2,480 5,210 5,200 5,810 5,530 1,040 5,210 692 - - - 5,210 1,063

L80 HC 3,140 5,210 5,200 5,810 5,530 1,040 5,210 692 - - - 5,210 1,063

L80 IRP 2,480 5,210 5,200 5,810 5,530 1,040 5,210 692 - - - 5,210 1,063

L80 HCE 3,140 5,700 5,680 6,350 5,530 1,138 5,700 692 - - - 5,700 1,063

C90 2,560 5,860 5,840 6,530 6,420 1,171 5,860 767 - - - 5,860 1,149

C95/R95 2,590 6,190 6,170 6,890 6,140 1,236 6,190 808 - - - 6,190 1,209

T95 2,590 6,190 6,170 6,890 6,780 1,236 6,190 808 - - - 6,190 1,209

T95 HC 3,180 6,190 6,170 6,890 6,780 1,236 6,190 808 - - - 6,190 1,209

T95 E 2,590 6,510 6,490 7,260 6,780 1,301 6,510 808 - - - 6,510 1,209

T95 HCE 3,180 6,510 6,490 7,260 6,780 1,301 6,510 808 - - - 6,510 1,209

P110 2,610 7,160 7,140 7,980 8,120 1,431 7,160 941 - - - 7,160 1,423

P110 MS 2,610 7,160 7,140 7,980 8,120 1,431 7,160 941 - - - 7,160 1,423

P110 EC 3,450 8,140 8,120 9,070 8,770 1,626 7,890 941 - - - 7,440 1,423

P110 HCE 3,450 8,140 8,120 9,070 8,770 1,626 7,890 941 - - - 7,440 1,423

Q125 2,610 8,140 8,120 9,070 8,770 1,626 7,890 1,057 - - - 7,440 1,570

Q125 HC 3,260 8,140 8,120 9,070 8,770 1,626 7,890 1,057 - - - 7,440 1,570

Q125 HCE 3,260 8,790 8,770 9,800 9,150 1,756 7,890 1,057 - - - 7,440 1,570


PerforManCe Data




Rev 0

5.201

1

Rev 0

5.201

1

ODWeight

Wall AreaDrift

Grade


Collapse IP(Barlow)

IP(Lamé - open)

IP(Lamé - capped)

IP(Lamé - ductile

rupture)



StrengthOpt.



10 3/4 51.00 49.55 0.450 14.561 9.694 N/A

J55 2,700 4,030 4,020 4,470 4,030 801 4,030 565 - - - 4,030 891

K55 2,700 4,030 4,020 4,470 5,110 801 4,030 606 - - - 4,030 1,043

N80 3,220 5,860 5,840 6,500 5,440 1,165 5,860 804 - - - 5,860 1,228

L80 3,220 5,860 5,840 6,500 6,240 1,165 5,860 794 - - - 5,860 1,190

L80 1Cr 3,220 5,860 5,840 6,500 6,240 1,165 5,860 794 - - - 5,860 1,190

L80 HC 3,360 5,860 5,840 6,500 6,240 1,165 5,860 794 - - - 5,860 1,190

L80 IRP 3,220 5,860 5,840 6,500 6,240 1,165 5,860 794 - - - 5,860 1,190

L80 HCE 3,360 6,410 6,390 7,110 6,240 1,274 6,410 794 - - - 6,410 1,190

C90 3,400 6,590 6,570 7,320 7,250 1,311 6,590 879 - - - 6,590 1,287

C95/R95 3,490 6,960 6,940 7,720 6,940 1,383 6,870 927 - - - 6,960 1,354

T95 3,490 6,960 6,940 7,720 7,660 1,383 6,870 927 - - - 6,960 1,354

T95 HC 4,420 6,960 6,940 7,720 7,660 1,383 6,870 927 - - - 6,960 1,354

T95 E 3,490 7,330 7,300 8,130 7,660 1,456 6,870 927 - - - 7,330 1,354

T95 HCE 4,420 7,330 7,300 8,130 7,660 1,456 6,870 927 - - - 7,330 1,354

P110 3,660 8,060 8,030 8,940 9,170 1,602 7,890 1,079 - - - 7,440 1,594

P110 MS 3,660 8,060 8,030 8,940 9,170 1,602 7,890 1,079 - - - 7,440 1,594

P110 EC 4,510 9,160 9,130 10,160 9,900 1,820 7,890 1,079 - - - 7,440 1,594

P110 HCE 4,510 9,160 9,130 10,160 9,900 1,820 7,890 1,079 - - - 7,440 1,594

Q125 3,740 9,160 9,130 10,160 9,900 1,820 7,890 1,212 - - - 7,440 1,758

Q125 HC 4,600 9,160 9,130 10,160 9,900 1,820 7,890 1,212 - - - 7,440 1,758

Q125 HCE 4,600 9,890 9,860 10,970 10,340 1,966 7,890 1,212 - - - 7,440 1,758

10 3/4 55.50 54.26 0.495 15.947 9.604 9.625

N80 4,020 6,450 6,420 7,130 6,000 1,276 6,450 895 - - - 6,450 1,345

L80 4,020 6,450 6,420 7,130 6,880 1,276 6,450 884 - - - 6,450 1,303

L80 1Cr 4,020 6,450 6,420 7,130 6,880 1,276 6,450 884 - - - 6,450 1,303

L80 HC 4,130 6,450 6,420 7,130 6,880 1,276 6,450 884 - - - 6,450 1,303

L80 IRP 4,020 6,450 6,420 7,130 6,880 1,276 6,450 884 - - - 6,450 1,303

L80 HCE 4,130 7,050 7,020 7,800 6,880 1,395 6,870 884 - - - 7,050 1,303

C90 4,160 7,250 7,220 8,020 8,000 1,435 6,870 979 - - - 7,250 1,409

C95/R95 4,300 7,660 7,620 8,460 7,660 1,515 6,870 1,032 - - - 7,440 1,483

T95 4,300 7,660 7,620 8,460 8,450 1,515 6,870 1,032 - - - 7,440 1,483

T95 HC 5,670 7,660 7,620 8,460 8,450 1,515 6,870 1,032 - - - 7,440 1,483

T95 E 4,300 8,060 8,030 8,910 8,450 1,595 6,870 1,032 - - - 7,440 1,483

T95 HCE 5,670 8,060 8,030 8,910 8,450 1,595 6,870 1,032 - - - 7,440 1,483

P110 4,610 8,860 8,830 9,800 10,120 1,754 7,890 1,202 - - - 7,440 1,745

P110 MS 4,610 8,860 8,830 9,800 10,120 1,754 7,890 1,202 - - - 7,440 1,745

P110 EC 6,130 10,070 10,030 11,140 10,930 1,993 7,890 1,202 - - - 7,440 1,745


PerforManCe Data




Rev 0

5.201

1

Rev 0

5.201

1

ODWeight

Wall AreaDrift

Grade


Collapse IP(Barlow)

IP(Lamé - open)

IP(Lamé - capped)

IP(Lamé - ductile

rupture)



StrengthOpt.



10 3/4 55.50 54.26 0.495 15.947 9.604 9.625

P110 HCE 6,310 10,070 10,030 11,140 10,930 1,993 7,890 1,202 - - - 7,440 1,745

C110 4,610 8,860 8,830 9,800 9,310 1,754 7,890 1,180 - - - 7,440 1,662

Q125 4,850 10,070 10,030 11,140 10,930 1,993 7,890 1,350 - - - 7,440 1,925

Q125 HC 6,440 10,070 10,030 11,140 10,930 1,993 7,890 1,350 - - - 7,440 1,925

Q125 HCE 6,440 10,880 10,830 12,030 11,410 2,153 7,890 1,350 - - - 7,440 1,925

10 3/4 60.70 59.45 0.545 17.473 9.504 N/A

N80 5,160 7,100 7,060 7,810 6,630 1,398 6,870 996 - - - 7,100 1,473

L80 5,160 7,100 7,060 7,810 7,610 1,398 6,870 983 - - - 7,100 1,428

L80 1Cr 5,160 7,100 7,060 7,810 7,610 1,398 6,870 983 - - - 7,100 1,428

L80 HC 5,390 7,100 7,060 7,810 7,610 1,398 6,870 983 - - - 7,100 1,428

L80 IRP 5,160 7,100 7,060 7,810 7,610 1,398 6,870 983 - - - 7,100 1,428

L80 HCE 5,390 7,760 7,720 8,550 7,610 1,529 6,870 983 - - - 7,440 1,428

C90 5,460 7,980 7,950 8,790 8,840 1,573 6,870 1,089 - - - 7,440 1,544

C95/R95 5,580 8,430 8,390 9,280 8,460 1,660 6,870 1,148 - - - 7,440 1,625

T95 5,580 8,430 8,390 9,280 9,340 1,660 6,870 1,148 - - - 7,440 1,625

T95 HC 7,110 8,430 8,390 9,280 9,340 1,660 6,870 1,148 - - - 7,440 1,625

T95 E 5,580 8,870 8,830 9,770 9,340 1,747 6,870 1,148 - - - 7,440 1,625

T95 HCE 7,110 8,870 8,830 9,770 9,340 1,747 6,870 1,148 - - - 7,440 1,625

P110 5,880 9,760 9,710 10,740 11,190 1,922 7,890 1,337 - - - 7,440 1,912

P110 MS 5,880 9,760 9,710 10,740 11,190 1,922 7,890 1,337 - - - 7,440 1,912

P110 EC 7,780 11,090 11,030 12,210 12,090 2,184 7,890 1,337 - - - 7,440 1,912

P110 HCE 8,010 11,090 11,030 12,210 12,090 2,184 7,890 1,337 - - - 7,440 1,912

C110 5,880 9,760 9,710 10,740 10,300 1,922 7,890 1,312 - - - 7,440 1,821

Q125 6,070 11,090 11,030 12,210 12,090 2,184 7,890 1,502 - - - 7,440 2,109

Q125 HC 8,010 11,090 11,030 12,210 12,090 2,184 7,890 1,502 - - - 7,440 2,109

Q125 HCE 8,010 11,980 11,920 13,190 12,610 2,359 7,890 1,502 - - - 7,440 2,109

10 3/4 65.70 64.59 0.595 18.982 9.404 9.500

N80 6,310 7,750 7,700 8,490 7,260 1,519 6,870 1,096 - - - 7,440 1,600

L80 6,310 7,750 7,700 8,490 8,340 1,519 6,870 1,082 - - - 7,440 1,551

L80 1Cr 6,310 7,750 7,700 8,490 8,340 1,519 6,870 1,082 - - - 7,440 1,551

L80 HC 6,650 7,750 7,700 8,490 8,340 1,519 6,870 1,082 - - - 7,440 1,551

L80 IRP 6,310 7,750 7,700 8,490 8,340 1,519 6,870 1,082 - - - 7,440 1,551

L80 HCE 6,650 8,480 8,430 9,290 8,340 1,661 6,870 1,082 - - - 7,440 1,551

C90 6,760 8,720 8,670 9,560 9,690 1,708 6,870 1,198 - - - 7,440 1,677

C95/R95 6,960 9,200 9,150 10,090 9,270 1,803 6,870 1,263 - - - 7,440 1,765

T95 6,960 9,200 9,150 10,090 10,240 1,803 6,870 1,263 - - - 7,440 1,765

T95 HC 8,490 9,200 9,150 10,090 10,240 1,803 6,870 1,263 - - - 7,440 1,765

T95 E 6,960 9,690 9,630 10,620 10,240 1,898 6,870 1,263 - - - 7,440 1,765


PerforManCe Data




Rev 0

5.201

1

Rev 0

5.201

1

ODWeight

Wall AreaDrift

Grade


Collapse IP(Barlow)

IP(Lamé - open)

IP(Lamé - capped)

IP(Lamé - ductile

rupture)



StrengthOpt.



10 3/4 65.70 64.59 0.595 18.982 9.404 9.500

T95 HCE 8,490 9,690 9,630 10,620 10,240 1,898 6,870 1,263 - - - 7,440 1,765

P110 7,510 10,650 10,590 11,680 12,270 2,088 7,890 1,471 - - - 7,440 2,077

P110 MS 7,510 10,650 10,590 11,680 12,270 2,088 7,890 1,471 - - - 7,440 2,077

P110 EC 8,900 12,110 12,040 13,270 13,250 2,373 7,890 1,471 - - - 7,440 2,077

P110 HCE 9,170 12,110 12,040 13,270 13,250 2,373 7,890 1,471 - - - 7,440 2,077

C110 7,510 10,650 10,590 11,680 11,290 2,088 7,890 1,444 - - - 7,440 1,979

Q125 7,920 12,110 12,040 13,270 13,250 2,373 7,890 1,652 - - - 7,440 2,291

Q125 HC 9,170 12,110 12,040 13,270 13,250 2,373 7,890 1,652 - - - 7,440 2,291

Q125 HCE 9,170 13,080 13,000 14,330 13,820 2,563 7,890 1,652 - - - 7,440 2,291

10 3/4 68.80 68.76 0.636 20.208 9.322 N/A

N80 7,240 8,280 8,230 9,050 7,780 1,617 - - - - - - -

L80 7,240 8,280 8,230 9,050 8,940 1,617 - - - - - - -

L80 1Cr 7,240 8,280 8,230 9,050 8,940 1,617 - - - - - - -

L80 HC 7,680 8,280 8,230 9,050 8,940 1,617 - - - - - - -

L80 IRP 7,240 8,280 8,230 9,050 8,940 1,617 - - - - - - -

L80 HCE 7,680 9,060 9,000 9,900 8,940 1,768 - - - - - - -

C90 7,820 9,320 9,250 10,180 10,400 1,819 - - - - - - -

C95/R95 8,100 9,840 9,770 10,740 9,940 1,920 - - - - - - -

T95 8,100 9,840 9,770 10,740 10,980 1,920 - - - - - - -

T95 HC 9,870 9,840 9,770 10,740 10,980 1,920 - - - - - - -

T95 E 8,100 10,350 10,280 11,310 10,980 2,021 - - - - - - -

T95 HCE 9,870 10,350 10,280 11,310 10,980 2,021 - - - - - - -

P110 8,840 11,390 11,310 12,440 13,160 2,223 - - - - - - -

P110 MS 8,840 11,390 11,310 12,440 13,160 2,223 - - - - - - -

P110 EC 9,470 12,940 12,850 14,140 14,210 2,526 - - - - - - -

P110 HCE 9,810 12,940 12,850 14,140 14,210 2,526 - - - - - - -

C110 8,840 11,390 11,310 12,440 12,100 2,223 - - - - - - -

Q125 9,470 12,940 12,850 14,140 14,210 2,526 - - - - - - -

Q125 HC 9,810 12,940 12,850 14,140 14,210 2,526 - - - - - - -

Q125 HCE 9,810 13,980 13,880 15,270 14,830 2,728 - - - - - - -

10 3/4 73.20 72.40 0.672 21.276 9.250 N/A

N80 8,070 8,750 8,690 9,530 8,240 1,702 - - - - - - -

L80 8,070 8,750 8,690 9,530 9,470 1,702 - - - - - - -

L80 1Cr 8,070 8,750 8,690 9,530 9,470 1,702 - - - - - - -

L80 HC 8,590 8,750 8,690 9,530 9,470 1,702 - - - - - - -

L80 IRP 8,070 8,750 8,690 9,530 9,470 1,702 - - - - - - -

L80 HCE 8,590 9,570 9,500 10,420 9,470 1,862 - - - - - - -

C90 8,760 9,850 9,770 10,720 11,020 1,915 - - - - - - -


PerforManCe Data




Rev 0

5.201

1

Rev 0

5.201

1

ODWeight

Wall AreaDrift

Grade


Collapse IP(Barlow)

IP(Lamé - open)

IP(Lamé - capped)

IP(Lamé - ductile

rupture)



StrengthOpt.



10 3/4 73.20 72.40 0.672 21.276 9.250 N/A

C95/R95 9,090 10,390 10,310 11,320 10,530 2,021 - - - - - - -

T95 9,090 10,390 10,310 11,320 11,640 2,021 - - - - - - -

T95 HC 10,380 10,390 10,310 11,320 11,640 2,021 - - - - - - -

T95 E 9,090 10,940 10,860 11,910 11,640 2,128 - - - - - - -

T95 HCE 10,380 10,940 10,860 11,910 11,640 2,128 - - - - - - -

P110 10,010 12,030 11,940 13,100 13,940 2,340 - - - - - - -

P110 MS 10,010 12,030 11,940 13,100 13,940 2,340 - - - - - - -

P110 EC 10,820 13,670 13,570 14,890 15,060 2,660 - - - - - - -

P110 HCE 11,290 13,670 13,570 14,890 15,060 2,660 - - - - - - -

C110 10,010 12,030 11,940 13,100 12,830 2,340 - - - - - - -

Q125 10,820 13,670 13,570 14,890 15,060 2,660 - - - - - - -

Q125 HC 11,290 13,670 13,570 14,890 15,060 2,660 - - - - - - -

Q125 HCE 11,290 14,770 14,660 16,080 15,710 2,872 - - - - - - -

10 3/4 79.20 78.59 0.734 23.096 9.126 N/A

N80 9,480 9,560 9,470 10,350 9,030 1,848 - - - - - - -

L80 9,480 9,560 9,470 10,350 10,390 1,848 - - - - - - -

L80 1Cr 9,480 9,560 9,470 10,350 10,390 1,848 - - - - - - -

L80 HC 10,290 9,560 9,470 10,350 10,390 1,848 - - - - - - -

L80 IRP 9,480 9,560 9,470 10,350 10,390 1,848 - - - - - - -

L80 HCE 10,290 10,460 10,360 11,330 10,390 2,021 - - - - - - -

C90 10,370 10,750 10,660 11,650 12,090 2,079 - - - - - - -

C95/R95 10,800 11,350 11,250 12,300 11,550 2,194 - - - - - - -

T95 10,800 11,350 11,250 12,300 12,780 2,194 - - - - - - -

T95 HC 11,750 11,350 11,250 12,300 12,780 2,194 - - - - - - -

T95 E 10,800 11,950 11,840 12,940 12,780 2,310 - - - - - - -

T95 HCE 11,750 11,950 11,840 12,940 12,780 2,310 - - - - - - -

P110 12,030 13,140 13,020 14,240 15,300 2,541 - - - - - - -

P110 MS 12,030 13,140 13,020 14,240 15,300 2,541 - - - - - - -

P110 EC 13,160 14,940 14,800 16,180 16,530 2,887 - - - - - - -

P110 HCE 13,840 14,940 14,800 16,180 16,530 2,887 - - - - - - -

C110 12,030 13,140 13,020 14,240 14,080 2,541 - - - - - - -

Q125 13,160 14,940 14,800 16,180 16,530 2,887 - - - - - - -

Q125 HC 13,840 14,940 14,800 16,180 16,530 2,887 - - - - - - -

Q125 HCE 13,840 16,130 15,990 17,470 17,250 3,118 - - - - - - -

10 3/4 85.30 84.80 0.797 24.921 9.000 N/A

N80 10,920 10,380 10,270 11,180 9,840 1,994 - - - - - - -

L80 10,920 10,380 10,270 11,180 11,330 1,994 - - - - - - -

L80 1Cr 10,920 10,380 10,270 11,180 11,330 1,994 - - - - - - -


PerforManCe Data




Rev 0

5.201

1

Rev 0

5.201

1

ODWeight

Wall AreaDrift

Grade


Collapse IP(Barlow)

IP(Lamé - open)

IP(Lamé - capped)

IP(Lamé - ductile

rupture)



StrengthOpt.



10 3/4 85.30 84.80 0.797 24.921 9.000 N/A

L80 HC 11,740 10,380 10,270 11,180 11,330 1,994 - - - - - - -

L80 IRP 10,920 10,380 10,270 11,180 11,330 1,994 - - - - - - -

L80 HCE 11,740 11,350 11,230 12,230 11,330 2,181 - - - - - - -

C90 12,010 11,680 11,550 12,580 13,200 2,243 - - - - - - -

C95/R95 12,540 12,330 12,190 13,280 12,600 2,367 - - - - - - -

T95 12,540 12,330 12,190 13,280 13,950 2,367 - - - - - - -

T95 HC 13,070 12,330 12,190 13,280 13,950 2,367 - - - - - - -

T95 E 12,540 12,970 12,840 13,980 13,950 2,492 - - - - - - -

T95 HCE 13,070 12,970 12,840 13,980 13,950 2,492 - - - - - - -

P110 14,080 14,270 14,120 15,380 16,700 2,741 - - - - - - -

P110 MS 14,080 14,270 14,120 15,380 16,700 2,741 - - - - - - -

P110 EC 15,530 16,220 16,050 17,470 18,040 3,115 - - - - - - -

P110 HCE 15,870 16,220 16,050 17,470 18,040 3,115 - - - - - - -

C110 14,080 14,270 14,120 15,380 15,370 2,741 - - - - - - -

Q125 15,530 16,220 16,050 17,470 18,040 3,115 - - - - - - -

Q125 HC 16,440 16,220 16,050 17,470 18,040 3,115 - - - - - - -

Q125 HCE 16,440 17,520 17,330 18,870 18,820 3,364 - - - - - - -

11 3/4 47.00 45.60 0.375 13.401 10.844 N/AJ55 1,510 3,070 3,070 3,440 3,050 737 3,070 477 - - - 3,070 807

K55 1,510 3,070 3,070 3,440 3,870 737 3,070 509 - - - 3,070 935

11 3/4 54.00 52.62 0.435 15.463 10.724 N/AJ55 2,070 3,560 3,550 3,970 3,560 850 3,560 568 - - - 3,560 931

K55 2,070 3,560 3,550 3,970 4,500 850 3,560 606 - - - 3,560 1,079

11 3/4 60.00 58.87 0.489 17.300 10.616 10.625

J55 2,660 4,010 3,990 4,450 4,010 951 4,010 649 - - - 4,010 1,042

K55 2,660 4,010 3,990 4,450 5,080 951 4,010 693 - - - 4,010 1,208

N80 3,180 5,830 5,810 6,470 5,410 1,384 5,810 924 - - - 5,830 1,440

L80 3,180 5,830 5,810 6,470 6,200 1,384 5,810 913 - - - 5,830 1,399

L80 1Cr 3,180 5,830 5,810 6,470 6,200 1,384 5,810 913 - - - 5,830 1,399

L80 HC 4,400 5,830 5,810 6,470 6,200 1,384 5,810 913 - - - 5,830 1,399

L80 IRP 3,180 5,830 5,810 6,470 6,200 1,384 5,810 913 - - - 5,830 1,399

L80 HCE 4,400 6,370 6,350 7,070 6,200 1,514 5,810 913 - - - 6,300 1,399

C90 3,360 6,550 6,530 7,280 7,200 1,557 5,810 1,011 - - - 6,300 1,517

C95/R95 3,440 6,920 6,900 7,680 6,900 1,643 5,810 1,066 - - - 6,300 1,596

T95 3,440 6,920 6,900 7,680 7,610 1,643 5,810 1,066 - - - 6,300 1,596

T95 HC 4,350 6,920 6,900 7,680 7,610 1,643 5,810 1,066 - - - 6,300 1,596

T95 E 3,440 7,280 7,260 8,080 7,610 1,730 5,810 1,066 - - - 6,300 1,596

T95 HCE 4,350 7,280 7,260 8,080 7,610 1,730 5,810 1,066 - - - 6,300 1,596

P110 3,610 8,010 7,980 8,890 9,120 1,903 6,670 1,242 - - - 6,300 1,877


PerforManCe Data




Rev 0

5.201

1

Rev 0

5.201

1

ODWeight

Wall AreaDrift

Grade


Collapse IP(Barlow)

IP(Lamé - open)

IP(Lamé - capped)

IP(Lamé - ductile

rupture)



StrengthOpt.



11 3/4 60.00 58.87 0.489 17.300 10.616 10.625

P110 MS 3,610 8,010 7,980 8,890 9,120 1,903 6,670 1,242 - - - 6,300 1,877

P110 EC 4,410 9,100 9,070 10,100 9,850 2,162 6,670 1,242 - - - 6,300 1,877

P110 HCE 4,490 9,100 9,070 10,100 9,850 2,162 6,670 1,242 - - - 6,300 1,877

Q125 3,680 9,100 9,070 10,100 9,850 2,162 6,670 1,395 - - - 6,300 2,074

Q125 HC 4,520 9,100 9,070 10,100 9,850 2,162 6,670 1,395 - - - 6,300 2,074

Q125 HCE 4,520 9,830 9,800 10,910 10,270 2,335 6,670 1,395 - - - 6,300 2,074

11 3/4 65.00 64.03 0.534 18.816 10.526 10.625

J55 3,290 4,370 4,360 4,840 4,390 1,035 - - - - - - -

K55 3,290 4,370 4,360 4,840 5,560 1,035 - - - - - - -

N80 3,870 6,360 6,340 7,040 5,920 1,505 - - - - - - -

L80 3,870 6,360 6,340 7,040 6,790 1,505 - - - - - - -

L80 1Cr 3,870 6,360 6,340 7,040 6,790 1,505 - - - - - - -

L80 HC 5,400 6,360 6,340 7,040 6,790 1,505 - - - - - - -

L80 IRP 3,870 6,360 6,340 7,040 6,790 1,505 - - - - - - -

L80 HCE 5,400 6,960 6,930 7,700 6,790 1,646 - - - - - - -

C90 4,060 7,160 7,130 7,920 7,890 1,693 - - - - - - -

C95/R95 4,180 7,560 7,530 8,360 7,550 1,788 - - - - - - -

T95 4,180 7,560 7,530 8,360 8,340 1,788 - - - - - - -

T95 HC 5,490 7,560 7,530 8,360 8,340 1,788 - - - - - - -

T95 E 4,280 7,950 7,920 8,800 8,340 1,882 - - - - - - -

T95 HCE 5,490 7,950 7,920 8,800 8,340 1,882 - - - - - - -

P110 4,480 8,750 8,710 9,680 9,990 2,070 - - - - - - -

P110 MS 4,480 8,750 8,710 9,680 9,990 2,070 - - - - - - -

P110 EC 5,770 9,940 9,900 11,000 10,790 2,352 - - - - - - -

P110 HCE 5,770 9,940 9,900 11,000 10,790 2,352 - - - - - - -

Q125 4,690 9,940 9,900 11,000 10,790 2,352 - - - - - - -

Q125 HC 5,810 9,940 9,900 11,000 10,790 2,352 - - - - - - -

Q125 HCE 5,810 10,740 10,690 11,880 11,250 2,540 - - - - - - -

11 3/4 71.00 69.48 0.582 20.420 10.430 N/A

J55 3,970 4,770 4,740 5,250 4,790 1,123 - - - - - - -

K55 3,970 4,770 4,740 5,250 6,070 1,123 - - - - - - -

N80 4,880 6,930 6,900 7,640 6,470 1,634 - - - - - - -

L80 4,880 6,930 6,900 7,640 7,430 1,634 - - - - - - -

L80 1Cr 4,880 6,930 6,900 7,640 7,430 1,634 - - - - - - -

L80 HC 6,290 6,930 6,900 7,640 7,430 1,634 - - - - - - -

L80 IRP 4,880 6,930 6,900 7,640 7,430 1,634 - - - - - - -

L80 HCE 6,290 7,580 7,550 8,360 7,430 1,787 - - - - - - -

C90 5,130 7,800 7,760 8,600 8,630 1,838 - - - - - - -


PerforManCe Data




Rev 0

5.201

1

Rev 0

5.201

1

ODWeight

Wall AreaDrift

Grade


Collapse IP(Barlow)

IP(Lamé - open)

IP(Lamé - capped)

IP(Lamé - ductile

rupture)



StrengthOpt.



11 3/4 71.00 69.48 0.582 20.420 10.430 N/A

C95/R95 5,240 8,230 8,200 9,070 8,260 1,940 - - - - - - -

T95 5,240 8,230 8,200 9,070 9,120 1,940 - - - - - - -

T95 HC 6,760 8,230 8,200 9,070 9,120 1,940 - - - - - - -

T95 E 5,330 8,670 8,630 9,550 9,120 2,042 - - - - - - -

T95 HCE 6,760 8,670 8,630 9,550 9,120 2,042 - - - - - - -

P110 5,470 9,530 9,490 10,510 10,920 2,246 - - - - - - -

P110 EC 7,070 10,840 10,780 11,940 11,800 2,552 - - - - - - -

P110 HCE 7,250 10,840 10,780 11,940 11,800 2,552 - - - - - - -

C110 5,470 9,530 9,490 10,510 10,050 2,246 - - - - - - -

Q125 5,760 10,840 10,780 11,940 11,800 2,552 - - - - - - -

Q125 HC 7,370 10,840 10,780 11,940 11,800 2,552 - - - - - - -

Q125 HCE 7,370 11,700 11,650 12,900 12,310 2,757 - - - - - - -

11 3/4 75.00 73.54 0.618 21.613 10.358 N/A

J55 4,470 5,060 5,040 5,560 5,100 1,189 - - - - - - -

K55 4,470 5,060 5,040 5,560 6,460 1,189 - - - - - - -

N80 5,630 7,360 7,320 8,090 6,890 1,729 - - - - - - -

L80 5,630 7,360 7,320 8,090 7,900 1,729 - - - - - - -

L80 1Cr 5,630 7,360 7,320 8,090 7,900 1,729 - - - - - - -

L80 HC 7,040 7,360 7,320 8,090 7,900 1,729 - - - - - - -

L80 IRP 5,630 7,360 7,320 8,090 7,900 1,729 - - - - - - -

L80 HCE 7,040 8,050 8,010 8,850 7,900 1,891 - - - - - - -

C90 5,990 8,280 8,240 9,100 9,190 1,945 - - - - - - -

C95/R95 6,150 8,740 8,700 9,610 8,790 2,053 - - - - - - -

T95 6,150 8,740 8,700 9,610 9,710 2,053 - - - - - - -

T95 HC 7,690 8,740 8,700 9,610 9,710 2,053 - - - - - - -

T95 E 6,300 9,200 9,150 10,120 9,710 2,161 - - - - - - -

T95 HCE 7,690 9,200 9,150 10,120 9,710 2,161 - - - - - - -

P110 6,540 10,120 10,070 11,130 11,630 2,377 - - - - - - -

P110 EC 6,810 11,510 11,440 12,640 12,560 2,702 - - - - - - -

P110 HCE 8,430 11,510 11,440 12,640 12,560 2,702 - - - - - - -

C110 6,540 10,120 10,070 11,130 10,700 2,377 - - - - - - -

Q125 6,810 11,510 11,440 12,640 12,560 2,702 - - - - - - -

Q125 HC 8,630 11,510 11,440 12,640 12,560 2,702 - - - - - - -

Q125 HCE 8,630 12,430 12,360 13,660 13,110 2,918 - - - - - - -

11 3/4 79.00 77.80 0.656 22.863 10.282 N/A

J55 5,000 5,370 5,340 5,890 5,430 1,257 - - - - - - -

K55 5,000 5,370 5,340 5,890 6,870 1,257 - - - - - - -

N80 6,430 7,820 7,770 8,560 7,330 1,829 - - - - - - -


PerforManCe Data




Rev 0

5.201

1

Rev 0

5.201

1

ODWeight

Wall AreaDrift

Grade


Collapse IP(Barlow)

IP(Lamé - open)

IP(Lamé - capped)

IP(Lamé - ductile

rupture)



StrengthOpt.



11 3/4 79.00 77.80 0.656 22.863 10.282 N/A

L80 6,430 7,820 7,770 8,560 8,410 1,829 - - - - - - -

L80 1Cr 6,430 7,820 7,770 8,560 8,410 1,829 - - - - - - -

L80 HC 7,780 7,820 7,770 8,560 8,410 1,829 - - - - - - -

L80 IRP 6,430 7,820 7,770 8,560 8,410 1,829 - - - - - - -

L80 HCE 7,780 8,550 8,500 9,370 8,410 2,001 - - - - - - -

C90 6,890 8,790 8,740 9,630 9,780 2,058 - - - - - - -

C95/R95 7,110 9,280 9,230 10,170 9,350 2,172 - - - - - - -

T95 7,110 9,280 9,230 10,170 10,330 2,172 - - - - - - -

T95 HC 8,620 9,280 9,230 10,170 10,330 2,172 - - - - - - -

T95 E 7,310 9,770 9,710 10,710 10,330 2,286 - - - - - - -

T95 HCE 8,620 9,770 9,710 10,710 10,330 2,286 - - - - - - -

P110 7,670 10,750 10,680 11,780 12,380 2,515 - - - - - - -

P110 EC 8,120 12,210 12,140 13,380 13,370 2,858 - - - - - - -

P110 HCE 9,690 12,210 12,140 13,380 13,370 2,858 - - - - - - -

C110 7,670 10,750 10,680 11,780 11,390 2,515 - - - - - - -

Q125 8,120 12,210 12,140 13,380 13,370 2,858 - - - - - - -

Q125 HC 9,990 12,210 12,140 13,380 13,370 2,858 - - - - - - -

Q125 HCE 9,990 13,190 13,110 14,450 13,950 3,087 - - - - - - -

11 7/8 71.80 70.26 0.582 20.648 10.555 10.625

J55 3,880 4,720 4,700 5,200 4,740 1,136 - - - - - - -

K55 3,880 4,720 4,700 5,200 6,010 1,136 - - - - - - -

N80 4,750 6,860 6,830 7,570 6,400 1,652 - - - - - - -

L80 4,750 6,860 6,830 7,570 7,340 1,652 - - - - - - -

L80 1Cr 4,750 6,860 6,830 7,570 7,340 1,652 - - - - - - -

L80 HC 6,160 6,860 6,830 7,570 7,340 1,652 - - - - - - -

L80 IRP 4,750 6,860 6,830 7,570 7,340 1,652 - - - - - - -

L80 HCE 6,160 7,500 7,470 8,270 7,340 1,807 - - - - - - -

C90 4,980 7,720 7,680 8,510 8,540 1,858 - - - - - - -

C95/R95 5,080 8,150 8,110 8,980 8,170 1,962 - - - - - - -

T95 5,080 8,150 8,110 8,980 9,020 1,962 - - - - - - -

T95 HC 6,590 8,150 8,110 8,980 9,020 1,962 - - - - - - -

T95 E 5,170 8,580 8,540 9,460 9,020 2,065 - - - - - - -

T95 HCE 6,590 8,580 8,540 9,460 9,020 2,065 - - - - - - -

P110 5,290 9,430 9,390 10,400 10,800 2,271 - - - - - - -

P110 EC 7,190 10,720 10,670 11,820 11,670 2,581 - - - - - - -

P110 HCE 7,190 10,720 10,670 11,820 11,670 2,581 - - - - - - -

C110 5,290 9,430 9,390 10,400 9,940 2,271 - - - - - - -


PerforManCe Data




Rev 0

5.201

1

Rev 0

5.201

1

ODWeight

Wall AreaDrift

Grade


Collapse IP(Barlow)

IP(Lamé - open)

IP(Lamé - capped)

IP(Lamé - ductile

rupture)



StrengthOpt.



11 7/8 71.80 70.26 0.582 20.648 10.555 10.625

Q125 5,630 10,720 10,670 11,820 11,670 2,581 - - - - - - -

Q125 HC 7,400 10,720 10,670 11,820 11,670 2,581 - - - - - - -

Q125 HCE 7,400 11,580 11,520 12,770 12,170 2,788 - - - - - - -

13 3/8 54.50 52.79 0.380 15.513 12.459 N/AJ55 1,130 2,730 2,730 3,070 2,710 853 2,730 514 - - - 2,730 909

K55 1,130 2,730 2,730 3,070 3,440 853 2,730 547 - - - 2,730 1,038

13 3/8 61.00 59.50 0.430 17.487 12.359 N/AJ55 1,540 3,090 3,090 3,460 3,080 962 3,090 595 - - - 3,090 1,025

K55 1,540 3,090 3,090 3,460 3,900 962 3,090 633 - - - 3,090 1,170

13 3/8 68.00 66.17 0.480 19.445 12.259 N/A

J55 1,950 3,450 3,450 3,850 3,440 1,069 3,450 675 - - - 3,450 1,140

K55 1,950 3,450 3,450 3,850 4,360 1,069 3,450 718 - - - 3,450 1,300

N80 2,260 5,020 5,010 5,610 4,650 1,556 4,550 963 - - - 4,930 1,585

L80 2,260 5,020 5,010 5,610 5,320 1,556 4,550 952 - - - 4,930 1,545

L80 1Cr 2,260 5,020 5,010 5,610 5,320 1,556 4,550 952 - - - 4,930 1,545

L80 HC 2,820 5,020 5,010 5,610 5,320 1,556 4,550 952 - - - 4,930 1,545

L80 IRP 2,260 5,020 5,010 5,610 5,320 1,556 4,550 952 - - - 4,930 1,545

L80 HCE 2,820 5,500 5,480 6,130 5,320 1,701 4,550 952 - - - 4,930 1,545

C90 2,320 5,650 5,640 6,310 6,180 1,750 4,550 1,057 - - - 4,930 1,683

C95/R95 2,340 5,970 5,950 6,660 5,920 1,847 4,550 1,114 - - - 4,930 1,772

T95 2,340 5,970 5,950 6,660 6,530 1,847 4,550 1,114 - - - 4,930 1,772

T95 HC 2,870 5,970 5,950 6,660 6,530 1,847 4,550 1,114 - - - 4,930 1,772

T95 E 2,330 6,280 6,260 7,010 6,530 1,945 4,550 1,114 - - - 4,930 1,772

T95 HCE 2,870 6,280 6,260 7,010 6,530 1,945 4,550 1,114 - - - 4,930 1,772

P110 2,330 6,910 6,890 7,710 7,820 2,139 5,220 1,297 - - - 4,930 2,079

P110 EC 2,910 7,850 7,830 8,760 8,450 2,431 5,220 1,297 - - - 4,930 2,079

P110 HCE 2,910 7,850 7,830 8,760 8,450 2,431 5,220 1,297 - - - 4,930 2,079

Q125 2,330 7,850 7,830 8,760 8,450 2,431 5,220 1,458 - - - 4,930 2,306

Q125 HC 2,930 7,850 7,830 8,760 8,450 2,431 5,220 1,458 - - - 4,930 2,306

Q125 HCE 2,930 8,480 8,460 9,460 8,820 2,625 5,220 1,458 - - - 4,930 2,306

13 3/8 72.00 70.67 0.514 20.768 12.191 12.250

N80 2,670 5,380 5,360 5,990 4,990 1,661 4,550 1,040 - - - 4,930 1,693

L80 2,670 5,380 5,360 5,990 5,710 1,661 4,550 1,029 - - - 4,930 1,650

L80 1Cr 2,670 5,380 5,360 5,990 5,710 1,661 4,550 1,029 - - - 4,930 1,650

L80 HC 3,410 5,380 5,360 5,990 5,710 1,661 4,550 1,029 - - - 4,930 1,650

L80 IRP 2,670 5,380 5,360 5,990 5,710 1,661 4,550 1,029 - - - 4,930 1,650

L80 HCE 3,410 5,880 5,870 6,550 5,710 1,817 4,550 1,029 - - - 4,930 1,650

C90 2,780 6,050 6,040 6,740 6,630 1,869 4,550 1,142 - - - 4,930 1,797

C95/R95 2,830 6,390 6,370 7,110 6,350 1,973 4,550 1,204 - - - 4,930 1,893

T95 2,830 6,390 6,370 7,110 7,010 1,973 4,550 1,204 - - - 4,930 1,893


PerforManCe Data




Rev 0

5.201

1

Rev 0

5.201

1

ODWeight

Wall AreaDrift

Grade


Collapse IP(Barlow)

IP(Lamé - open)

IP(Lamé - capped)

IP(Lamé - ductile

rupture)



StrengthOpt.



13 3/8 72.00 70.67 0.514 20.768 12.191 12.250

T95 HC 3,490 6,390 6,370 7,110 7,010 1,973 4,550 1,204 - - - 4,930 1,893

T95 E 2,850 6,730 6,710 7,490 7,010 2,077 4,550 1,204 - - - 4,930 1,893

T95 HCE 3,490 6,730 6,710 7,490 7,010 2,077 4,550 1,204 - - - 4,930 1,893

P110 2,880 7,400 7,380 8,240 8,390 2,284 5,220 1,401 - - - 4,930 2,221

P110 EC 3,510 8,410 8,380 9,360 9,070 2,596 5,220 1,401 - - - 4,930 2,221

P110 HCE 3,560 8,410 8,380 9,360 9,070 2,596 5,220 1,401 - - - 4,930 2,221

Q125 2,880 8,410 8,380 9,360 9,070 2,596 5,220 1,576 - - - 4,930 2,463

Q125 HC 3,580 8,410 8,380 9,360 9,070 2,596 5,220 1,576 - - - 4,930 2,463

Q125 HCE 3,580 9,080 9,050 10,110 9,460 2,804 5,220 1,576 - - - 4,930 2,463

13 3/8 77.00 75.40 0.550 22.160 12.119 N/A

N80 3,100 5,760 5,740 6,390 5,340 1,773 - - - - - - -

L80 3,100 5,760 5,740 6,390 6,120 1,773 - - - - - - -

L80 1Cr 3,100 5,760 5,740 6,390 6,120 1,773 - - - - - - -

L80 HC 4,090 5,760 5,740 6,390 6,120 1,773 - - - - - - -

L80 IRP 3,100 5,760 5,740 6,390 6,120 1,773 - - - - - - -

L80 HCE 4,090 6,300 6,280 6,990 6,120 1,939 - - - - - - -

C90 3,270 6,480 6,460 7,190 7,110 1,994 - - - - - - -

C95/R95 3,350 6,840 6,810 7,590 6,810 2,105 - - - - - - -

T95 3,350 6,840 6,810 7,590 7,520 2,105 - - - - - - -

T95 HC 4,210 6,840 6,810 7,590 7,520 2,105 - - - - - - -

T95 E 3,400 7,200 7,170 7,990 7,520 2,216 - - - - - - -

T95 HCE 4,210 7,200 7,170 7,990 7,520 2,216 - - - - - - -

P110 3,490 7,920 7,890 8,790 9,000 2,438 - - - - - - -

P110 EC 4,240 9,000 8,970 9,990 9,720 2,770 - - - - - - -

P110 HCE 4,330 9,000 8,970 9,990 9,720 2,770 - - - - - - -

Q125 3,550 9,000 8,970 9,990 9,720 2,770 - - - - - - -

Q125 HC 4,370 9,000 8,970 9,990 9,720 2,770 - - - - - - -

Q125 HCE 4,370 9,710 9,680 10,790 10,150 2,992 - - - - - - -

13 5/8 88.20 86.86 0.625 25.525 12.219 12.250

N80 3,980 6,420 6,400 7,100 5,980 2,042 - - - - - - -

L80 3,980 6,420 6,400 7,100 6,860 2,042 - - - - - - -

L80 1Cr 3,980 6,420 6,400 7,100 6,860 2,042 - - - - - - -

L80 HC 5,340 6,420 6,400 7,100 6,860 2,042 - - - - - - -

L80 IRP 3,980 6,420 6,400 7,100 6,860 2,042 - - - - - - -

L80 HCE 5,340 7,020 7,000 7,770 6,860 2,233 - - - - - - -

C90 4,130 7,220 7,200 7,990 7,970 2,297 - - - - - - -

C95/R95 4,260 7,630 7,600 8,430 7,630 2,425 - - - - - - -

T95 4,260 7,630 7,600 8,430 8,420 2,425 - - - - - - -


PerforManCe Data




Rev 0

5.201

1

Rev 0

5.201

1

ODWeight

Wall AreaDrift

Grade


Collapse IP(Barlow)

IP(Lamé - open)

IP(Lamé - capped)

IP(Lamé - ductile

rupture)



StrengthOpt.



13 5/8 88.20 86.86 0.625 25.525 12.219 12.250

T95 HC 5,620 7,630 7,600 8,430 8,420 2,425 - - - - - - -

T95 E 4,370 8,030 7,990 8,880 8,420 2,553 - - - - - - -

T95 HCE 5,620 8,030 7,990 8,880 8,420 2,553 - - - - - - -

P110 4,570 8,830 8,790 9,760 10,080 2,808 - - - - - - -

P110 EC 5,950 10,030 9,990 11,100 10,890 3,191 - - - - - - -

P110 HCE 5,950 10,030 9,990 11,100 10,890 3,191 - - - - - - -

C110 4,570 8,830 8,790 9,760 9,280 2,808 - - - - - - -

Q125 4,800 10,030 9,990 11,100 10,890 3,191 - - - - - - -

Q125 HC 5,970 10,030 9,990 11,100 10,890 3,191 - - - - - - -

Q125 HCE 5,970 10,840 10,790 11,980 11,360 3,446 - - - - - - -

80

ODWeight

Wall AreaDrift

Grade


Collapse IP(Barlow)

IP(Lamé - open)

IP(Lamé - capped)

IP(Lamé - ductile

rupture)



StrengthOpt.




PerforManCe Data

81




Rev 0

5.201

1

14 82.50 80.73 0.562 23.726 12.689 N/A

K55 2,420 3,860 3,850 4,290 4,890 1,305 - - - - - - -

N80 2,940 5,620 5,600 6,250 5,210 1,898 - - - - - - -

L80 2,940 5,620 5,600 6,250 5,970 1,898 - - - - - - -

L80 HC 3,840 5,620 5,600 6,250 5,970 1,898 - - - - - - -

C95/R95 3,160 6,670 6,650 7,420 6,640 2,254 - - - - - - -

14 94.80 93.58 0.656 27.500 12.501 N/A

K55 3,530 4,510 4,490 4,980 5,740 1,513 - - - - - - -

N80 4,220 6,560 6,530 7,250 6,110 2,200 - - - - - - -

L80 4,220 6,560 6,530 7,250 7,010 2,200 - - - - - - -

L80 HC 5,600 6,560 6,530 7,250 7,010 2,200 - - - - - - -

C95/R95 4,450 7,790 7,760 8,610 7,800 2,613 - - - - - - -

P110 4,800 9,020 8,980 9,960 10,310 3,025 - - - - - - -

P110 HC 4,800 9,020 8,980 9,960 10,310 3,025 - - - - - - -

P110 EC 6,250 10,250 10,210 11,320 11,130 3,438 - - - - - - -

C110 4,800 9,020 8,980 9,960 9,490 3,025 - - - - - - -

Q125 5,060 10,250 10,210 11,320 11,130 3,438 - - - - - - -

Q125 HC 6,330 10,250 10,210 11,320 11,130 3,438 - - - - - - -

14 99.30 97.91 0.688 28.773 12.437 N/A

K55 3,900 4,730 4,710 5,210 6,020 1,583 - - - - - - -

N80 4,780 6,880 6,850 7,580 6,420 2,302 - - - - - - -

L80 4,780 6,880 6,850 7,580 7,370 2,302 - - - - - - -

L80 HC 6,200 6,880 6,850 7,580 7,370 2,302 - - - - - - -

C95/R95 5,120 8,170 8,130 9,010 8,190 2,733 - - - - - - -

P110 5,330 9,460 9,420 10,430 10,830 3,165 - - - - - - -

P110 HC 5,330 9,460 9,420 10,430 10,830 3,165 - - - - - - -

P110 EC 7,100 10,750 10,700 11,850 11,700 3,597 - - - - - - -

C110 5,330 9,460 9,420 10,430 9,970 3,165 - - - - - - -

Q125 5,660 10,750 10,700 11,850 11,700 3,597 - - - - - - -

Q125 HC 7,220 10,750 10,700 11,850 11,700 3,597 - - - - - - -

14 103.50 102.21 0.720 30.039 12.373 N/A

N80 5,340 7,200 7,160 7,920 6,730 2,403 - - - - - - -

L80 5,340 7,200 7,160 7,920 7,720 2,403 - - - - - - -

L80 HC 6,760 7,200 7,160 7,920 7,720 2,403 - - - - - - -

C95/R95 5,800 8,550 8,510 9,410 8,590 2,854 - - - - - - -

P110 6,130 9,900 9,850 10,890 11,360 3,304 - - - - - - -

P110 HC 6,130 9,900 9,850 10,890 11,360 3,304 - - - - - - -

P110 EC 7,980 11,250 11,190 12,380 12,270 3,755 - - - - - - -

C110 6,130 9,900 9,850 10,890 10,450 3,304 - - - - - - -

Q125 6,330 11,250 11,190 12,380 12,270 3,755 - - - - - - -

Q125 HC 8,140 11,250 11,190 12,380 12,270 3,755 - - - - - - -

ODWeight

Wall AreaDrift

Grade


Collapse IP(Barlow)

IP(Lamé - open)

IP(Lamé - capped)

IP(Lamé - ductile

rupture)



StrengthOpt.




PerforManCe Data




Rev 0

5.201

1

Rev 0

5.201

1


PerforManCe Data

ODWeight

Wall AreaDrift

Grade


Collapse IP(Barlow)

IP(Lamé - open)

IP(Lamé - capped)

IP(Lamé - ductile

rupture)



StrengthOpt.



14 110.00 109.17 0.772 32.082 12.269 N/A

N80 6,260 7,720 7,670 8,460 7,230 2,567 - - - - - - -

L80 6,260 7,720 7,670 8,460 8,300 2,567 - - - - - - -

L80 HC 7,630 7,720 7,670 8,460 8,300 2,567 - - - - - - -

C95/R95 6,900 9,170 9,110 10,050 9,230 3,048 - - - - - - -

P110 7,430 10,620 10,550 11,640 12,220 3,529 - - - - - - -

P110 HC 7,430 10,620 10,550 11,640 12,220 3,529 - - - - - - -

P110 EC 9,430 12,060 11,990 13,230 13,200 4,010 - - - - - - -

C110 7,430 10,620 10,550 11,640 11,240 3,529 - - - - - - -

Q125 7,840 12,060 11,990 13,230 13,200 4,010 - - - - - - -

Q125 HC 9,700 12,060 11,990 13,230 13,200 4,010 - - - - - - -

14 112.78 112.89 0.800 33.175 12.213 N/A

N80 6,750 8,000 7,950 8,760 7,500 2,654 - - - - - - -

L80 6,750 8,000 7,950 8,760 8,620 2,654 - - - - - - -

L80 HC 8,070 8,000 7,950 8,760 8,620 2,654 - - - - - - -

C95/R95 7,500 9,500 9,440 10,400 9,580 3,152 - - - - - - -

P110 8,130 11,000 10,930 12,040 12,680 3,649 - - - - - - -

P110 HC 8,130 11,000 10,930 12,040 12,680 3,649 - - - - - - -

P110 EC 10,200 12,500 12,420 13,680 13,700 4,147 - - - - - - -

C110 8,130 11,000 10,930 12,040 11,670 3,649 - - - - - - -

Q125 8,650 12,500 12,420 13,680 13,700 4,147 - - - - - - -

Q125 HC 10,540 12,500 12,420 13,680 13,700 4,147 - - - - - - -

14 120.00 119.49 0.850 35.115 12.113 N/A

N80 7,630 8,500 8,440 9,270 7,990 2,809 - - - - - - -

L80 7,630 8,500 8,440 9,270 9,180 2,809 - - - - - - -

L80 HC 8,070 8,500 8,440 9,270 9,180 2,809 - - - - - - -

C95/R95 8,560 10,090 10,020 11,010 10,210 3,336 - - - - - - -

P110 9,380 11,690 11,600 12,750 13,520 3,863 - - - - - - -

P110 HC 9,380 11,690 11,600 12,750 13,520 3,863 - - - - - - -

P110 EC 10,200 13,280 13,190 14,490 14,600 4,389 - - - - - - -

C110 9,380 11,690 11,600 12,750 12,440 3,863 - - - - - - -

Q125 10,090 13,280 13,190 14,490 14,600 4,389 - - - - - - -

Q125 HC 10,540 13,280 13,190 14,490 14,600 4,389 - - - - - - -

16 65.00 62.64 0.375 18.408 15.063 N/AJ55 630 2,260 2,250 2,550 2,230 1,012 2,260 591 - - - 2,260 1,031

K55 630 2,260 2,250 2,550 2,830 1,012 2,260 625 - - - 2,260 1,144

16 75.00 72.86 0.438 21.414 14.937 N/AJ55 1,010 2,630 2,630 2,960 2,610 1,178 2,630 710 - - - 2,630 1,200

K55 1,010 2,630 2,630 2,960 3,310 1,178 2,630 752 - - - 2,630 1,331


PerforManCe Data




Rev 0

5.201

1

Rev 0

5.201

1

ODWeight

Wall AreaDrift

Grade


Collapse IP(Barlow)

IP(Lamé - open)

IP(Lamé - capped)

IP(Lamé - ductile

rupture)



StrengthOpt.



16 84.00 82.05 0.495 24.112 14.823 N/A

K55 1,400 2,980 2,970 3,340 3,750 1,326 2,980 865 - - - 2,980 1,499

N80 1,480 4,330 4,320 4,850 3,990 1,929 3,230 1,167 - - - 3,550 1,898

L80 1,480 4,330 4,320 4,850 4,570 1,929 3,230 1,156 - - - 3,550 1,861

L80 HC 1,840 4,330 4,320 4,850 4,570 1,929 3,230 1,156 - - - 3,550 1,861

C90 1,480 4,870 4,860 5,460 5,310 2,170 3,230 1,284 - - - 3,550 2,043

C90 HC 1,480 4,870 4,860 5,460 5,310 2,170 3,230 1,284 - - - 3,550 2,043

C95/R95 1,480 5,140 5,130 5,760 5,080 2,291 3,230 1,354 - - - 3,550 2,153

T95 1,480 5,140 5,130 5,760 5,610 2,291 3,230 1,354 - - - 3,550 2,153

T95 HC 1,860 5,140 5,130 5,760 5,610 2,291 3,230 1,354 - - - 3,550 2,153

P110 1,480 5,960 5,940 6,670 6,720 2,652 3,230 1,575 - - - 3,550 2,518

P110 HC 1,480 5,960 5,940 6,670 6,720 2,652 3,230 1,575 - - - 3,550 2,518

P110 EC 1,880 6,770 6,760 7,580 7,250 3,014 3,230 1,575 - - - 3,550 2,518

C110 1,480 5,960 5,940 6,670 6,180 2,652 3,230 1,552 - - - 3,550 2,444

Q125 1,480 6,770 6,760 7,580 7,250 3,014 3,230 1,773 - - - 3,550 2,809

Q125 HC 1,880 6,770 6,760 7,580 7,250 3,014 3,230 1,773 - - - 3,550 2,809

16 94.50 92.75 0.562 27.257 14.689 N/A

K55 1,860 3,380 3,370 3,770 4,270 1,499 - - - - - - -

N80 2,140 4,920 4,910 5,490 4,550 2,181 - - - - - - -

L80 2,140 4,920 4,910 5,490 5,210 2,181 - - - - - - -

L80 HC 2,650 4,920 4,910 5,490 5,210 2,181 - - - - - - -

C90 2,180 5,530 5,520 6,180 6,050 2,453 - - - - - - -

C90 HC 2,180 5,530 5,520 6,180 6,050 2,453 - - - - - - -

C95/R95 2,190 5,840 5,830 6,520 5,790 2,589 - - - - - - -

T95 2,190 5,840 5,830 6,520 6,390 2,589 - - - - - - -

T95 HC 2,690 5,840 5,830 6,520 6,390 2,589 - - - - - - -

P110 2,190 6,760 6,750 7,550 7,650 2,998 - - - - - - -

P110 HC 2,190 6,760 6,750 7,550 7,650 2,998 - - - - - - -

P110 EC 2,730 7,680 7,670 8,580 8,260 3,407 - - - - - - -

C110 2,190 6,760 6,750 7,550 7,040 2,998 - - - - - - -

Q125 2,190 7,680 7,670 8,580 8,260 3,407 - - - - - - -

Q125 HC 2,740 7,680 7,670 8,580 8,260 3,407 - - - - - - -

ODWeight

Wall AreaDrift

Grade


Collapse IP(Barlow)

IP(Lamé - open)

IP(Lamé - capped)

IP(Lamé - ductile

rupture)



StrengthOpt.




PerforManCe Data




Rev 0

5.201

1

Rev 0

5.201

1


PerforManCe Data

ODWeight

Wall AreaDrift

Grade


Collapse IP(Barlow)

IP(Lamé - open)

IP(Lamé - capped)

IP(Lamé - ductile

rupture)



StrengthOpt.



16 97.00 94.81 0.575 27.864 14.663 N/A

K55 1,950 3,460 3,450 3,860 4,370 1,533 - - - - - - -

N80 2,270 5,030 5,020 5,610 4,660 2,229 - - - - - - -

L80 2,270 5,030 5,020 5,610 5,330 2,229 - - - - - - -

L80 HC 2,650 5,030 5,020 5,610 5,330 2,229 - - - - - - -

C90 2,330 5,660 5,650 6,310 6,190 2,508 - - - - - - -

C90 HC 2,330 5,660 5,650 6,310 6,190 2,508 - - - - - - -

C95/R95 2,350 5,970 5,960 6,670 5,930 2,647 - - - - - - -

T95 2,350 5,970 5,960 6,670 6,540 2,647 - - - - - - -

T95 HC 2,690 5,970 5,960 6,670 6,540 2,647 - - - - - - -

P110 2,340 6,920 6,900 7,720 7,830 3,065 - - - - - - -

P110 HC 2,340 6,920 6,900 7,720 7,830 3,065 - - - - - - -

P110 EC 2,730 7,860 7,840 8,770 8,460 3,483 - - - - - - -

C110 2,340 6,920 6,900 7,720 7,210 3,065 - - - - - - -

Q125 2,340 7,860 7,840 8,770 8,460 3,483 - - - - - - -

Q125 HC 2,740 7,860 7,840 8,770 8,460 3,483 - - - - - - -

16 109.00 107.60 0.656 31.622 14.501 N/A

N80 3,080 5,740 5,720 6,370 5,330 2,530 - - - - - - -

L80 3,080 5,740 5,720 6,370 6,110 2,530 - - - - - - -

L80 HC 4,060 5,740 5,720 6,370 6,110 2,530 - - - - - - -

C90 3,250 6,460 6,440 7,170 7,090 2,846 - - - - - - -

C90 HC 3,250 6,460 6,440 7,170 7,090 2,846 - - - - - - -

C95/R95 3,320 6,820 6,790 7,570 6,790 3,004 - - - - - - -

T95 3,320 6,820 6,790 7,570 7,490 3,004 - - - - - - -

T95 HC 4,180 6,820 6,790 7,570 7,490 3,004 - - - - - - -

P110 3,470 7,890 7,870 8,770 8,980 3,478 - - - - - - -

P110 HC 3,470 7,890 7,870 8,770 8,980 3,478 - - - - - - -

P110 EC 4,300 8,970 8,940 9,960 9,690 3,953 - - - - - - -

C110 3,470 7,890 7,870 8,770 8,260 3,478 - - - - - - -

Q125 3,520 8,970 8,940 9,960 9,690 3,953 - - - - - - -

Q125 HC 4,330 8,970 8,940 9,960 9,690 3,953 - - - - - - -


PerforManCe Data




Rev 0

5.201

1

Rev 0

5.201

1

ODWeight

Wall AreaDrift

Grade


Collapse IP(Barlow)

IP(Lamé - open)

IP(Lamé - capped)

IP(Lamé - ductile

rupture)



StrengthOpt.



16 118.00 116.83 0.715 34.334 14.383 N/A

N80 3,690 6,260 6,230 6,930 5,820 2,747 - - - - - - -

L80 3,690 6,260 6,230 6,930 6,670 2,747 - - - - - - -

L80 HC 5,030 6,260 6,230 6,930 6,670 2,747 - - - - - - -

C90 3,920 7,040 7,010 7,790 7,760 3,090 - - - - - - -

C90 HC 3,920 7,040 7,010 7,790 7,760 3,090 - - - - - - -

C95/R95 4,030 7,430 7,400 8,220 7,420 3,262 - - - - - - -

T95 4,030 7,430 7,400 8,220 8,190 3,262 - - - - - - -

T95 HC 5,260 7,430 7,400 8,220 8,190 3,262 - - - - - - -

P110 4,300 8,600 8,570 9,520 9,810 3,777 - - - - - - -

P110 HC 4,300 8,600 8,570 9,520 9,810 3,777 - - - - - - -

P110 EC 5,490 9,780 9,740 10,820 10,600 4,292 - - - - - - -

C110 4,300 8,600 8,570 9,520 9,030 3,777 - - - - - - -

Q125 4,490 9,780 9,740 10,820 10,600 4,292 - - - - - - -

Q125 HC 5,540 9,780 9,740 10,820 10,600 4,292 - - - - - - -

16 128.00 127.06 0.781 37.341 14.251 N/A

N80 4,700 6,830 6,800 7,540 6,380 2,987 - - - - - - -

L80 4,700 6,830 6,800 7,540 7,310 2,987 - - - - - - -

L80 HC 6,110 6,830 6,800 7,540 7,310 2,987 - - - - - - -

C90 4,930 7,690 7,650 8,480 8,500 3,361 - - - - - - -

C90 HC 4,930 7,690 7,650 8,480 8,500 3,361 - - - - - - -

C95/R95 5,020 8,120 8,080 8,950 8,130 3,547 - - - - - - -

T95 5,020 8,120 8,080 8,950 8,980 3,547 - - - - - - -

T95 HC 6,530 8,120 8,080 8,950 8,980 3,547 - - - - - - -

P110 5,240 9,400 9,350 10,360 10,760 4,108 - - - - - - -

P110 HC 5,240 9,400 9,350 10,360 10,760 4,108 - - - - - - -

P110 EC 6,980 10,680 10,630 11,780 11,620 4,668 - - - - - - -

C110 5,240 9,400 9,350 10,360 9,900 4,108 - - - - - - -

Q125 5,570 10,680 10,630 11,780 11,620 4,668 - - - - - - -

Q125 HC 7,090 10,680 10,630 11,780 11,620 4,668 - - - - - - -

ODWeight

Wall AreaDrift

Grade


Collapse IP(Barlow)

IP(Lamé - open)

IP(Lamé - capped)

IP(Lamé - ductile

rupture)



StrengthOpt.




PerforManCe Data




Rev 0

5.201

1

Rev 0

5.201

1


PerforManCe Data

ODWeight

Wall AreaDrift

Grade


Collapse IP(Barlow)

IP(Lamé - open)

IP(Lamé - capped)

IP(Lamé - ductile

rupture)



StrengthOpt.



16 138.00 137.66 0.850 40.456 14.113 N/A

N80 5,760 7,440 7,400 8,170 6,960 3,236 - - - - - - -

L80 5,760 7,440 7,400 8,170 7,990 3,236 - - - - - - -

L80 HC 7,170 7,440 7,400 8,170 7,990 3,236 - - - - - - -

C90 6,130 8,370 8,320 9,190 9,290 3,641 - - - - - - -

C90 HC 6,130 8,370 8,320 9,190 9,290 3,641 - - - - - - -

C95/R95 6,300 8,830 8,780 9,700 8,880 3,843 - - - - - - -

T95 6,300 8,830 8,780 9,700 9,810 3,843 - - - - - - -

T95 HC 7,840 8,830 8,780 9,700 9,810 3,843 - - - - - - -

P110 6,730 10,230 10,170 11,230 11,750 4,450 - - - - - - -

P110 HC 6,730 10,230 10,170 11,230 11,750 4,450 - - - - - - -

P110 EC 8,640 11,620 11,560 12,770 12,690 5,057 - - - - - - -

C110 6,730 10,230 10,170 11,230 10,810 4,450 - - - - - - -

Q125 7,020 11,620 11,560 12,770 12,690 5,057 - - - - - - -

Q125 HC 8,850 11,620 11,560 12,770 12,690 5,057 - - - - - - -

16 147.00 146.19 0.906 42.962 14.001 N/A

N80 6,620 7,930 7,880 8,680 7,430 3,437 - - - - - - -

L80 6,620 7,930 7,880 8,680 8,540 3,437 - - - - - - -

L80 HC 7,960 7,930 7,880 8,680 8,540 3,437 - - - - - - -

C90 7,110 8,920 8,860 9,770 9,930 3,867 - - - - - - -

C90 HC 7,110 8,920 8,860 9,770 9,930 3,867 - - - - - - -

C95/R95 7,340 9,410 9,360 10,310 9,490 4,081 - - - - - - -

T95 7,340 9,410 9,360 10,310 10,490 4,081 - - - - - - -

T95 HC 8,850 9,410 9,360 10,310 10,490 4,081 - - - - - - -

P110 7,950 10,900 10,830 11,940 12,560 4,726 - - - - - - -

P110 HC 7,950 10,900 10,830 11,940 12,560 4,726 - - - - - - -

P110 EC 10,000 12,390 12,310 13,560 13,570 5,370 - - - - - - -

C110 7,950 10,900 10,830 11,940 11,560 4,726 - - - - - - -

Q125 8,440 12,390 12,310 13,560 13,570 5,370 - - - - - - -

Q125 HC 10,330 12,390 12,310 13,560 13,570 5,370 - - - - - - -

18 5/8 87.50 84.59 0.435 24.858 17.568 N/A

K55 630 2,250 2,250 2,540 2,820 1,367 - - - - - - -

N80 630 3,270 3,270 3,690 3,000 1,989 - - - - - - -

L80 630 3,270 3,270 3,690 3,430 1,989 - - - - - - -

L80 HC 630 3,270 3,270 3,690 3,430 1,989 - - - - - - -

C95/R95 630 3,880 3,880 4,380 3,820 2,362 - - - - - - -

P110 630 4,500 4,490 5,070 5,040 2,734 - - - - - - -

P110 HC 630 4,500 4,490 5,070 5,040 2,734 - - - - - - -

P110 EC 630 5,110 5,100 5,760 5,440 3,107 - - - - - - -


PerforManCe Data




Rev 0

5.201

1

Rev 0

5.201

1

ODWeight

Wall AreaDrift

Grade


Collapse IP(Barlow)

IP(Lamé - open)

IP(Lamé - capped)

IP(Lamé - ductile

rupture)



StrengthOpt.



18 5/8 96.50 94.05 0.485 27.639 17.468 17.500

K55 870 2,510 2,500 2,820 3,150 1,520 - - - - - - -

N80 870 3,650 3,640 4,100 3,350 2,211 - - - - - - -

L80 870 3,650 3,640 4,100 3,830 2,211 - - - - - - -

L80 HC 870 3,650 3,640 4,100 3,830 2,211 - - - - - - -

C95/R95 870 4,330 4,320 4,870 4,260 2,626 - - - - - - -

P110 870 5,010 5,010 5,640 5,630 3,040 - - - - - - -

P110 HC 870 5,010 5,010 5,640 5,630 3,040 - - - - - - -

P110 EC 870 5,700 5,690 6,410 6,080 3,455 - - - - - - -

18 5/8 114.00 111.70 0.579 32.825 17.280 N/A

K55 1,420 2,990 2,990 3,350 3,770 1,805 - - - - - - -

N80 1,500 4,350 4,340 4,880 4,010 2,626 - - - - - - -

L80 1,500 4,350 4,340 4,880 4,590 2,626 - - - - - - -

L80 HC 1,500 4,350 4,340 4,880 4,590 2,626 - - - - - - -

C95/R95 1,500 5,170 5,160 5,790 5,110 3,118 - - - - - - -

P110 1,500 5,980 5,970 6,710 6,750 3,611 - - - - - - -

P110 HC 1,500 5,980 5,970 6,710 6,750 3,611 - - - - - - -

P110 EC 1,500 6,800 6,790 7,620 7,290 4,103 - - - - - - -

18 5/8 136.00 132.84 0.693 39.040 17.052 N/A

K55 2,090 3,580 3,570 3,990 4,530 2,147 - - - - - - -

N80 2,480 5,210 5,200 5,810 4,820 3,123 - - - - - - -

L80 2,480 5,210 5,200 5,810 5,530 3,123 - - - - - - -

L80 HC 2,480 5,210 5,200 5,810 5,530 3,123 - - - - - - -

C95/R95 2,590 6,190 6,170 6,890 6,140 3,709 - - - - - - -

P110 2,610 7,160 7,140 7,980 8,120 4,294 - - - - - - -

P110 HC 2,610 7,160 7,140 7,980 8,120 4,294 - - - - - - -

P110 EC 2,610 8,140 8,120 9,070 8,770 4,880 - - - - - - -

18 5/8 139.00 137.81 0.720 40.500 16.998 17.000

K55 2,250 3,720 3,710 4,140 4,710 2,228 - - - - - - -

N80 2,710 5,410 5,400 6,020 5,020 3,240 - - - - - - -

L80 2,710 5,410 5,400 6,020 5,750 3,240 - - - - - - -

L80 HC 2,710 5,410 5,400 6,020 5,750 3,240 - - - - - - -

C95/R95 2,870 6,430 6,410 7,150 6,390 3,848 - - - - - - -

P110 2,930 7,440 7,420 8,280 8,450 4,455 - - - - - - -

P110 HC 2,930 7,440 7,420 8,280 8,450 4,455 - - - - - - -

P110 EC 2,930 8,460 8,430 9,410 9,120 5,063 - - - - - - -

ODWeight

Wall AreaDrift

Grade


Collapse IP(Barlow)

IP(Lamé - open)

IP(Lamé - capped)

IP(Lamé - ductile

rupture)



StrengthOpt.




PerforManCe Data




Rev 0

5.201

1

Rev 0

5.201

1


PerforManCe Data

ODWeight

Wall AreaDrift

Grade


Collapse IP(Barlow)

IP(Lamé - open)

IP(Lamé - capped)

IP(Lamé - ductile

rupture)



StrengthOpt.



20 94.00 91.59 0.438 26.918 18.937 N/A K55 520 2,110 2,110 2,380 2,640 1,480 2,110 824 2,110 955 9,540 2,110 1,479

20 106.50 104.23 0.500 30.631 18.813 N/A

K55 770 2,410 2,400 2,710 3,020 1,685 2,400 960 2,410 1,113 11,120 2,310 1,683

N80 770 3,500 3,500 3,940 3,220 2,450 2,400 1,307 2,410 1,511 15,110 2,310 2,281

L80 770 3,500 3,500 3,940 3,680 2,450 2,400 1,296 2,410 1,497 14,970 2,310 2,259

L80 HC 770 3,500 3,500 3,940 3,680 2,450 2,400 1,296 2,410 1,497 14,970 2,310 2,259

20 118.50 116.98 0.563 34.379 18.687 N/A

K55 1,100 2,710 2,710 3,040 3,400 1,891 - - - - - - -

N80 1,110 3,940 3,930 4,430 3,630 2,750 - - - - - - -

L80 1,110 3,940 3,930 4,430 4,150 2,750 - - - - - - -

L80 HC 1,110 3,940 3,930 4,430 4,150 2,750 - - - - - - -

C95/R95 1,110 4,680 4,670 5,260 4,620 3,266 - - - - - - -

P110 1,110 5,420 5,410 6,090 6,100 3,782 - - - - - - -

20 133.00 131.45 0.635 38.631 18.543 N/A

K55 1,490 3,060 3,050 3,420 3,850 2,125 2,400 1,253 2,410 1,453 14,520 2,310 2,123

N80 1,600 4,450 4,440 4,980 4,100 3,091 2,400 1,707 2,410 1,973 19,730 2,310 2,877

L80 1,600 4,450 4,440 4,980 4,700 3,091 2,400 1,692 2,410 1,955 19,540 2,310 2,849

L80 HC 1,600 4,450 4,440 4,980 4,700 3,091 2,400 1,692 2,410 1,955 19,540 2,310 2,849

C95/R95 1,600 5,280 5,270 5,910 5,220 3,670 2,400 1,985 2,410 2,293 22,920 2,310 3,340

P110 1,600 6,110 6,100 6,840 6,900 4,249 2,400 2,309 2,410 2,667 26,670 2,310 3,887

20 147.00 146.21 0.709 42.969 18.395 N/A

K55 1,900 3,410 3,400 3,810 4,310 2,363 - - - - - - -

N80 2,190 4,960 4,950 5,540 4,590 3,437 - - - - - - -

L80 2,190 4,960 4,950 5,540 5,260 3,437 - - - - - - -

L80 HC 2,190 4,960 4,950 5,540 5,260 3,437 - - - - - - -

C95/R95 2,250 5,890 5,880 6,580 5,850 4,082 - - - - - - -

P110 2,250 6,820 6,810 7,620 7,720 4,727 - - - - - - -

20 169.00 166.56 0.812 48.948 18.189 N/A

K55 2,500 3,910 3,900 4,340 4,950 2,692 - - - - - - -

N80 3,020 5,680 5,670 6,310 5,270 3,916 - - - - - - -

L80 3,020 5,680 5,670 6,310 6,040 3,916 - - - - - - -

L80 HC 3,020 5,680 5,670 6,310 6,040 3,916 - - - - - - -

C95/R95 3,250 6,750 6,730 7,500 6,720 4,650 - - - - - - -

P110 3,370 7,820 7,790 8,680 8,890 5,384 - - - - - - -

24 162.00 158.61 0.635 46.611 22.543 N/AK55 920 2,550 2,540 2,870 3,200 2,564 - - - - - - -

N80 920 3,700 3,700 4,170 3,410 3,729 - - - - - - -

24 174.00 171.45 0.688 50.387 22.437 N/A

K55 1,160 2,760 2,750 3,100 3,470 2,771 - - - - - - -

N80 1,170 4,010 4,010 4,510 3,700 4,031 - - - - - - -

L80 1,170 4,010 4,010 4,510 4,230 4,031 - - - - - - -

C95/R95 1,170 4,770 4,760 5,350 4,700 4,787 - - - - - - -

P110 1,170 5,520 5,510 6,200 6,210 5,543 - - - - - - -


PerforManCe Data




Rev 0

5.201

1

Rev 0

5.201

1

ODWeight

Wall AreaDrift

Grade


Collapse IP(Barlow)

IP(Lamé - open)

IP(Lamé - capped)

IP(Lamé - ductile

rupture)



StrengthOpt.



24 189.00 186.41 0.750 54.782 22.313 N/A

K55 1,440 3,010 3,000 3,370 3,790 3,013 - - - - - - -

N80 1,530 4,380 4,370 4,900 4,040 4,383 - - - - - - -

L80 1,530 4,380 4,370 4,900 4,620 4,383 - - - - - - -

C95/R95 1,530 5,200 5,190 5,820 5,140 5,204 - - - - - - -

P110 1,530 6,020 6,000 6,740 6,780 6,026 - - - - - - -

26 207.00 202.44 0.750 59.494 24.313 N/A

K55 1,180 2,780 2,770 3,120 3,490 3,272 - - - - - - -

N80 1,190 4,040 4,030 4,530 3,720 4,760 - - - - - - -

L80 1,190 4,040 4,030 4,530 4,260 4,760 - - - - - - -

C95/R95 1,190 4,800 4,790 5,380 4,730 5,652 - - - - - - -

26 223.00 218.64 0.812 64.254 24.189 N/A

K55 1,440 3,010 3,000 3,370 3,780 3,534 - - - - - - -

N80 1,520 4,370 4,360 4,900 4,030 5,140 - - - - - - -

C95/R95 1,520 5,190 5,180 5,820 5,130 6,104 - - - - - - -

90

Marking

91

Heat TraceabilityV & M STAR's SLN (Schedule Line Number) is assigned at the time of rolling to provide heat identification and traceability throughout the entire process.

Casing Thread-Type Identification SymbolsShort Round Thread STCLong Round Thread LCButtress Thread BC* Special clearance couplings shall also have a black band.

Example 1: 9-5/8” 53.50# Q125 Type 1 LTC

VMS 5CT-0019 9-5/8 53.50 Q1 XXF Q S [ ] PXXXXX LC DA 8.500 [ ] W/O XXXXXX SLN XXXXXX [ ] Made in USA XX.X XXXX

Inspection/SEA white band

grade band

manufacturer

license number

API monogram OD

sizenominal wt/ft

grade

XXX

date of manufacture (last digit of year followed by two digit month)

reduced alternative impact test temperature if applicable

heat treatment (quenched and tempered) seamless

process of manufacture

test pressure

type of thread

oversize drift

serialization of C90, T95 and Q125

workorder

heat number

any customer- or manufacturer-required additional stencil

country of origin

length

weight

supplementary requirements if applicable (SXX) PSL-2 or 3 if applicable L2 or L3

VMS 5CT-0019 9-5/8 53.50 Q1 XXF Q S [ ] PXXXXX VAM TOP DA 8.500 [ ] W/O XXXXXX SLN XXXXXX


grade band

manufacturer

license number

OD size

nominal wt/ft

grade

XXX


API monogram


heat treatment (quenched and tempered) seamless

process of manufacture

test pressure

type of thread

alternate drift


workorder heat number


SF

special end finish

VMS 5CT-0019 5-1/2 23.00 P XXF Q S [ ] PXXXXX VAM SG D [ ] W/O XXXXXX SLN XXXXXX


grade band

manufacturer

license number

OD size

nominal wt/ft

grade

XXX


API monogram


heat treatment (quenched and tempered)

seamless process of manufacture

test pressure

type of thread

drift


workorder

heat number


[ ] Made in USA XX.X XXXX


country of origin

length

weight

inspection/SEA white band

SF

special end finish

EC

compatable standards

[ ] Made in USA XX.X XXXX


country of origin

length

weight


Example 2: 9-5/8” 53.50# Q125 Type 1 VAM TOP

Example 3: 5-1/2” 23.00# P110 EC VAM SG


SF

special end finish

Rev 0

5.201

1

Grade TypeCoupling Pipe

Pipe BodyBody 1. Band 2. Band 3. Band 1. Band 2. Band 3. Band 4. Band

J55 (tubing) green green

J55 (casing) green white

K55 green green green

N80 Type 1 red red

N80 Q red green red green

L80L80HCL80HCE

red brown red brown

C90 Type 1 C90HC purple purple

C95/R95 brown brown

T95 Type 1T95HC T95ET95HCE

silver silver

C110 white brown brown white brown brown

P110P110EC P110HCE

white white

P110MS white purple white purple

Q125 Type 1Q125HCQ125HCE

orange orange XXXXXXXXXXXXX

VM140 pink white pink white

VM150 grey white grey white

VM125CY orange brown orange brown

VM130CY orange yellow orange yellow

VM80SS red orange orange red orange orange

VM90SS purple orange orange purple orange orange

VM95SS brown orange orange brown orange orange

VM110SS white orange orange white orange orange

VM125SS orange gray gray orange gray gray

VM95SS-D brown orange orange gray brown orange orange gray

VM110SS-D white orange orange gray white orange orange gray

VM80HC red green green no marking

VM95HC brown green no marking

XXXX

XXXXXXXXX



92 93

Color Codes

VM110HC white green no marking

VM125HC orange green no marking

VM140HC pink white green pink white green

VM80HCSS red green orange orange red green orange orange

VM95HCSS brown green orange orange brown green orange orange

VM110HCSS white green orange orange white green orange orange

VM95R brown blue blue brown blue blue

VM110R white blue blue white blue blue

VM125R orange blue blue orange blue blue

VM95RSS brown blue blue orange brown blue blue orange

VM110RSS white blue blue orange white blue blue orange

XXX

XXX

XXXXX



94

Documents

VMStar Catalog