String Bookwww.loganoiltools.com

© 2008 Logan Oil ToolsRev 2/0108

HEADQUARTERS11006 Lucerne StreetHouston, TX 77016Tel: (281) 219-6613Fax: (281) 219-6638

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INTERNATIONALSTOCKING DISTRIBUTORSCanadaLee Oilfield Service Ltd.4604 Eleniak Road NWEdmonton, Alberta 76B2S1CanadaTel: (780) 440-6705Fax: (780) 463-5570

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Logan Oil Tools S

tring Book

Logan oiL TooLs manufactures a complete line of quality fishing tools and related products to meet the needs of the drilling community in the global oil industry.

Since 1971, providing quality fish-ing tools at a fair price has been our primary goal. These decades of solid sales and service experience with fishing tools and power swivels en-ables our sales staff to understand and meet customer requirements. Our manufacturing facility supports our delivery capabilities and is recognized as a leading source of quality products delivered “stock to dock” for many of the largest fishing and rental tool companies through-out the world.

We invite you to visit our 143,000-square-foot sales, engineering, manufacturing, and warehouse facilities located in Houston, Texas. We look forward to the opportunity to establish a long-lasting, mutually beneficial relationship with you and your company. For more informa-tion, contact our Sales and Service Department at:

Tel: (281) 219-6613sales@loganoiltools.com

1

DISCLAIMER

Logan Oil Tools has published this engineering handbook for the benefit of its employees and to aid itscustomers in the selection of tools and equipment by providing engineering and dimensional data. LoganOil Tools does not recommend using the information in this handbook for any other purpose. Informationcontained in this handbook has been obtained from sources Logan Oil Tools believes to be reliable andevery effort has been extended to make this handbook complete and accurate. However, Logan OilTools does not guarantee the completeness or accuracy of any information published herein and shallnot be responsible for any errors, omissions, or damages caused by the use of this information. Thishandbook is published with the understanding that Logan Oil Tools is supplying information but is notattempting to render engineering or other professional services. If such services are required, theassistance of an appropriate professional should be sought.

1.5M Rev. 2/0108

String BookKEEP YOUR STRING TOGETHER!

2

CONTENTS

STRENGTH, TEST, AND TORQUE DATALogan Series 10 Sucker Rod Overshots .......................................................................................... 4–5Logan Series 20 Short Catch Sucker Rod Overshots ...................................................................... 6–8Logan Series 70 Short Catch Overshots ........................................................................................ 9–10Logan Series 150 Releasing & Circulating Overshots .................................................................. 11–15Logan Superior Hydraulic Fishing Jars ............................................................................................... 16Logan Superior Energizers ................................................................................................................. 17Logan Surface Bumper Jars ............................................................................................................... 18Logan Lubricated Fishing Bumper Subs ............................................................................................. 19

TOOL JOINTSAPI Numbered Rotary Connections .................................................................................................... 20API Regular – Union Tool Regular ...................................................................................................... 21API Full Hole – Union Tool Full Hole ................................................................................................... 22API Internal Flush – Hughes and Reed LF ......................................................................................... 23American MT, AMT, and AMMT .......................................................................................................... 24PAC ..................................................................................................................................................... 25Hughes Xtra Hole – Reed Xtra Hole ................................................................................................... 26Hughes Slim Hole – Reed Slim Hole .................................................................................................. 27Hughes Slimline H-90 ......................................................................................................................... 28Hughes H-90 ................................................................................................................................. 29–30Hydril Joints ........................................................................................................................................ 31Tool Joint Dimensions — Recommended Maximum and Minimum .................................................... 32

PIPE AND DRILL COLLARSSeamless Drill Pipe Performance Properties ...................................................................................... 33New Drill Pipe Collapse and Internal Pressure Data .......................................................................... 34API Drill Collar and Joint Sizes ........................................................................................................... 35Recommended Procedure for Making Up Drill Collars with Joints ..................................................... 36Drill Collar Torque Recommendations .......................................................................................... 37–42Drill Collar Weights – Pounds per Foot ............................................................................................... 4330' Spiral Drill Collars — Approximate Weights .................................................................................. 44Drill Collar Grooves for Elevators and Slips ........................................................................................ 45Elevator Bore Charts ........................................................................................................................... 46Web Wilson Forged Links ................................................................................................................... 47Weld-on Tool Joints Make-up Torque ............................................................................................ 48–53Tubing Sizes — Threaded and Coupled Types .................................................................................. 54Tubing Make-up Torque ................................................................................................................ 55–74Atlas Bradford Tubing Joints ............................................................................................................... 75Hydril Tubing Joints ............................................................................................................................ 76Tubing Pressure Ratings .................................................................................................................... 77Tubing Setting Depths – Tension and Collapse .................................................................................. 78Pipe Sizes — Standard Steel Pipe and Line Pipe .............................................................................. 79Sucker Rod Connections .................................................................................................................... 80Threaded and Coupled Casing Sizes – 4-1/2" to 7" ........................................................................... 81Threaded and Coupled Casing Sizes – 7-5/8" to 10-3/4" ................................................................... 82Threaded and Coupled Casing Sizes – 11-3/4" to 20" ........................................................................ 83Casing Make-up Torque – Short Thread ....................................................................................... 84–86Casing Make-up Torque – Long Thread ....................................................................................... 87–91Drill Bit Specifications ......................................................................................................................... 92

3

CONTENTS

CASING DATA – BIT SIZES AND CLEARANCESAPI Casing .................................................................................................................................... 93–94National Seamless Internal Upset Casing – Short Coupling with Light Upset .................................... 95National Seamless Internal Upset Casing – Short Coupling with Heavy Upset ................................. 96Pittsburgh Special Acme Thread Casing – Internal Upset .................................................................. 97Youngstown Speed Tite Casing with Hydril Two-Step Thread ............................................................ 98Spang-Chalfant Extreme Line Casing ................................................................................................. 99J&L Integral Joint Seamless Casing – Light and Heavy Upset ......................................................... 100Kelly Descriptions ............................................................................................................................. 101Kelly Weights .................................................................................................................................... 102

MISCELLANEOUSBuoyancy Factor – Steel Pipe ........................................................................................................... 103Ring Joint – Flange Data .................................................................................................................. 104Flange Dimensions — Studs, Nuts, and Ring Gaskets ............................................................ 105–106Brinell Hardness Table ...................................................................................................................... 107Hardness Testing Conversion Table ................................................................................................. 108Equivalency Chart – Fractions/Decimal/Metric ................................................................................. 109Line Pull x Tong Lever Chart — Torque in Foot Pounds ................................................................... 110Torque Output with Manual Tongs .................................................................................................... 111Proper Placement of Torque Indicators ..................................................................................... 112–115Measuring Wear on Elevators, Tool Joints, Link Arms, and Link Ears ...................................... 116–118

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1054

311

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560

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2005

C20

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2007

C20

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2009

C20

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2010

5B

owen

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1054

511

299

1264

612

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1306

710

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No.

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615

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2004

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3850

817

617

1353

763

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LC

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LC

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2007

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2011

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2012

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5,50

032

5,00

023

2,00

015

0-66

3-D

A20

4186

175-

1/2

6-5/

838

6,00

032

5,00

023

2,00

015

0-71

3-A

A20

42B

-279

15-

1/2

7-1/

863

7,50

057

4,30

046

2,00

015

0-68

8-D

A20

4389

805-

3/4

6-7/

836

7,00

033

2,00

025

3,00

015

0-73

8-A

A20

44B

-352

25-

3/4

7-3/

863

7,50

057

4,30

046

2,00

015

0-76

3-A

A20

4575

746

7-5/

861

1,30

053

2,60

040

4,30

015

0-72

5-D

A20

46B

-520

86-

1/8

7-1/

443

5,00

039

2,00

029

8,00

015

0-77

5-A

A20

47B

-421

86-

1/8

7-3/

463

7,00

057

4,30

046

2,00

015

0-73

8-D

A20

4896

946-

1/4

7-3/

845

0,40

042

7,28

332

7,90

015

0-76

2-C

A20

485

1875

6-1/

47-

5/8

542,

468

479,

044

364,

490

150-

763-

CA

2049

1641

6-1/

47-

5/8

502,

100

449,

900

363,

200

150-

777-

AA

2049

516

576-

1/4

7-7/

862

7,60

054

2,40

039

5,00

015

0-78

8-A

A20

50B

-210

96-

1/4

7-7/

858

6,80

051

5,60

041

3,70

015

0-75

0-D

A20

5190

116-

3/8

7-1/

247

9,00

045

4,00

033

9,00

015

0-77

5-C

A20

5291

646-

3/8

7-3/

438

5,50

032

5,00

023

2,00

015

0-76

3-D

A20

5398

626-

1/2

7-5/

841

8,20

039

6,70

032

2,90

015

0-81

3-A

A20

54B

-371

16-

1/2

8-1/

858

6,50

051

5,50

041

3,50

0

LO

GA

N S

ER

IES

15

0 R

EL

EA

SIN

G &

CIR

CU

LA

TIN

G O

VE

RS

HO

TS

14

LO

GA

N S

ER

IES

15

0 R

EL

EA

SIN

G &

CIR

CU

LA

TIN

G O

VE

RS

HO

TS

CA

LC

UL

AT

ED

ST

RE

NG

TH

S

Max

imum

Lo

ad C

apac

ity

@ Y

ield

Po

int

(lb

s)C

om

ple

teL

og

anB

ow

enC

atch

Siz

e w

/O

vers

ho

tS

pir

alB

aske

t G

rap

ple

Ass

emb

lyB

ow

l No

.B

ow

l No

.S

pir

al G

rap

ple

O.D

. (in

)G

rap

ple

w/o

Sto

pw

/ Sto

p15

0-77

5-D

A20

5591

346-

5/8

7-3/

442

2,00

040

0,00

031

8,00

015

0-82

5-A

A20

56B

-303

46-

5/8

8-1/

463

7,50

057

4,30

046

2,00

015

0-78

8-D

A20

57B

-522

46-

3/4

7-7/

853

1,90

046

7,30

037

5,00

015

0-83

8-A

A20

5827

76-

3/4

8-3/

863

7,00

054

2,25

040

8,25

015

0-80

0-D

A20

587

M-8

997

6-7/

88

436,

000

406,

900

350,

000

150-

814-

DA

2059

098

177

8-1/

845

3,00

042

9,50

032

9,50

015

0-81

3-D

A20

5992

197

8-1/

845

3,00

042

9,50

032

9,50

015

0-81

2-D

A20

595

B-3

264

78-

1/8

439,

200

395,

800

318,

400

150-

837-

DA

2059

817

209

78-

3/8

587,

977

557,

764

428,

051

150-

863-

AA

2060

B-3

819

78-

5/8

637,

000

574,

300

462,

000

150-

825-

DA

2060

595

717-

1/8

8-1/

442

2,00

040

0,00

030

7,30

015

0-83

8-D

A20

61B

-535

67-

1/4

8-3/

843

0,00

038

5,00

029

5,00

015

0-88

8-A

A20

62M

-102

6-1

7-1/

48-

7/8

586,

900

515,

600

426,

500

150-

850-

DA

2063

9233

7-3/

88-

1/2

422,

000

400,

000

309,

000

150-

900-

AA

2064

B-5

232

7-3/

89

637,

000

574,

300

462,

000

150-

863-

DA

2065

B-7

103

7-1/

28-

5/8

436,

000

385,

000

309,

000

150-

913-

AA

2066

B-4

516

7-1/

29-

1/8

637,

000

574,

300

462,

000

150-

875-

DA

2067

9239

7-5/

88-

3/4

458,

000

435,

000

333,

000

150-

762-

AA

2067

5B

-524

37-

5/8

9-1/

465

7,00

057

8,00

046

5,00

015

0-88

8-D

A20

6898

527-

3/4

8-7/

845

8,00

043

5,00

033

3,00

015

0-88

9-D

A20

69B

-525

97-

3/4

8-7/

843

0,00

038

5,00

029

5,00

015

0-93

7-A

A20

695

1283

7-3/

49-

3/8

637,

000

542,

250

408,

250

150-

938-

AA

2070

B-1

501

7-3/

49-

3/8

592,

000

520,

000

340,

000

150-

913-

DA

2071

B-5

267

89-

1/8

396,

000

347,

500

236,

000

150-

963-

AA

2072

266

89-

5/8

602,

700

510,

750

398,

600

150-

950-

DA

2073

9062

8-3/

89-

1/2

447,

500

424,

500

325,

500

15

LO

GA

N S

ER

IES

15

0 R

EL

EA

SIN

G &

CIR

CU

LA

TIN

G O

VE

RS

HO

TS

CA

LCU

LATE

D S

TRE

NG

THS

Max

imum

Lo

ad C

apac

ity

@ Y

ield

Po

int (

lbs)

Co

mp

lete

Lo

gan

Bo

wen

Cat

ch S

ize

w/

Ove

rsh

ot

Sp

iral

Bas

ket

Gra

pp

leA

ssem

bly

Bo

wl N

o.

Bo

wl N

o.

Sp

iral

Gra

pp

leO

.D. (

in)

Gra

pp

lew

/o S

top

w/ S

top

150-

1006

-AA

2074

B-1

231

8-3/

810

-1/1

663

7,50

057

4,30

046

2,00

015

0-96

3-D

A20

75B

-528

68-

1/2

9-5/

841

9,50

037

6,00

034

1,00

015

0-10

13-A

A20

7689

628-

1/2

10-1

/860

2,70

049

2,00

039

1,00

015

0-10

25-D

A20

77B

-529

98-

5/8

10-1

/465

7,00

057

8,00

046

5,00

015

0-10

50-A

A20

78B

-530

78-

7/8

10-1

/258

6,60

051

5,40

041

3,60

015

0-10

63-A

A20

79B

-532

39

10-5

/858

6,80

051

5,60

042

6,50

015

0-11

25-A

A20

80B

-128

249-

5/8

11-1

/458

6,80

051

5,60

041

3,70

015

0-11

38-A

A20

8126

257

9-3/

411

-3/8

565,

900

502,

900

380,

000

150-

1175

-AA

2082

5331

10-1

/811

-3/4

616,

000

528,

000

435,

000

150-

1275

-AA

2083

1580

211

-1/4

12-3

/460

5,00

056

2,25

044

4,00

015

0-13

75A

2084

3300

812

13-3

/41,

022,

314

745,

564

…15

0-16

00A

2085

6803

014

161,

164,

000

1,17

5,00

0…

150-

1675

A20

8664

555

14-3

/416

-3/4

1,19

7,67

41,

226,

777

…15

0-20

75A

2087

3165

516

-3/4

20-1

/4…

1,47

9,06

01,

344,

600

Not

es:

1)Al

l stre

ngth

s ar

e ca

lcul

ated

theo

retic

al y

ield

poi

nts

and

are

accu

rate

with

in 2

0%. A

ll st

reng

ths

assu

me

a st

raig

ht, s

tead

y pu

ll an

dfu

ll gr

appl

e en

gage

men

t of a

roun

d fis

h. A

nyth

ing

less

than

stra

ight

pul

ling

or fu

ll en

gage

men

t will

subs

tant

ially

redu

ce th

e st

reng

th.

2)N

o to

ng m

arks

sho

uld

be a

pplie

d to

the

bow

l. To

ng m

arks

and

oth

er s

urfa

ce d

amag

e to

the

bow

l will

also

redu

ce th

e st

reng

th.

16

LO

GA

N S

UP

ER

IOR

HY

DR

AU

LIC

FIS

HIN

G J

AR

S

STR

EN

GTH

AN

D T

ES

T D

ATA

Co

mp

lete

Ass

emb

ly61

1-30

661

1-31

261

1-31

361

1-37

561

1-37

661

1-42

561

1-45

061

1-47

561

1-62

561

1-77

5

Ou

tsid

e D

iam

eter

(in

)3-

1/16

3-1/

83-

1/8

3-3/

43-

3/4

4-1/

44-

1/2

4-3/

46-

1/4

7-3/

4

Jar

Test

er L

ow

Tes

t P

ull

Lo

ad —

Min

(lb

s)7,

000

9,00

07,

000

12,0

0012

,000

12,0

0012

,000

15,0

0018

,000

18,0

00JA

R T

ES

TE

R L

OW

TE

ST

PU

D —

Max

(lb

s)12

,000

12,0

0012

,000

16,0

0016

,000

16,0

0016

,000

20,0

0026

,000

26,0

00

Jar

Test

er S

tan

dar

d P

ull

Test

(lb

s)18

,000

30,0

0018

,000

35,0

0035

,000

35,0

0030

,000

50,0

0010

0,00

010

0,00

0

Fie

ld L

oad

— M

ax P

ull

Lo

ad36

,000

55,0

0036

,000

72,0

0051

,000

75,0

0060

,000

100,

000

200,

000

275,

000

Lif

t L

oad

Aft

er J

arri

ng

, Jar

Fu

lly E

xten

ded

Ten

sile

@ Y

ield

(lb

s)18

5,00

025

3,00

018

5,00

033

0,00

028

5,00

037

5,00

036

0,00

050

5,00

01,

000,

000

1,60

0,00

0

Torq

ue

@ Y

ield

(ft

-lb

s)4,

200

7,50

04,

200

14,5

009,

650

18,5

0012

,000

18,1

0040

,800

79,0

00

MA

XIM

UM

RE

CO

MM

EN

DE

D T

IGH

TE

NIN

G T

OR

QU

ES

(F

T-L

BS

)

Sp

line

Bo

dy

to B

alan

ce B

od

y2,

100

2,70

02,

100

3,50

03,

650

5,00

03,

500

9,09

020

,000

39,0

00

Bal

ance

Bo

dy

to C

on

nec

tor

Bo

dy

2,10

02,

700

2,10

03,

500

3,65

05,

000

3,50

09,

090

20,0

0039

,000

Co

nn

ecto

r B

od

y to

Pre

ssu

re B

od

y2,

100

2,70

02,

100

3,50

03,

650

5,00

03,

500

9,09

020

,000

39,0

00

Man

dre

l to

Man

dre

l Ext

ensi

on

700

800

700

800

800

1,70

090

01,

800

7,00

012

,500

Pre

ssu

re B

od

y to

Flo

ater

Bo

dy

2,10

02,

700

2,10

03,

500

3,65

05,

000

3,50

09,

090

20,0

0039

,000

Man

dre

l Ext

ensi

on

to

Was

hp

ipe

600

700

600

700

700

1,50

080

01,

000

4,80

010

,500

Flo

ater

Bo

dy

to W

ash

pip

e B

od

y2,

100

2,70

02,

100

3,50

03,

650

5,00

03,

500

9,09

020

,000

39,0

00

Man

drel

Bal

ance

Bod

yP

ress

ure

Bod

y

Floa

ter B

ody

Spl

ine

Bod

yC

onne

ctor

Bod

yW

ashp

ipe

Bod

y

Man

drel

to M

andr

el E

xten

sion

(inte

rnal

con

nect

ion)

Man

drel

Ext

ensi

on to

Was

hpip

e(in

tern

al c

onne

ctio

n)

17

ST

RE

NG

TH

AN

D T

ES

T D

ATA

Co

mp

lete

Ass

emb

ly61

4-30

661

4-31

261

4-31

361

4-37

561

4-37

661

4-42

561

4-45

061

4-47

561

4-62

561

4-77

5

Ou

tsid

e D

iam

eter

(in

)3-

1/16

3-1/

83-

1/8

3-3/

43-

3/4

4-1/

44-

1/2

4-3/

46-

1/4

7-3/

4

Jar

Test

er L

ow

Tes

t P

ull

Lo

ad —

Min

(lb

s)7,

000

9,00

07,

000

12,0

0012

,000

12,0

0012

,000

15,0

0018

,000

18,0

00Ja

r Te

ster

Lo

w T

est

Pu

ll L

oad

— M

ax (

lbs)

12,0

0012

,000

12,0

0016

,000

16,0

0016

,000

16,0

0020

,000

26,0

0026

,000

Jar

Test

er S

tan

dar

d P

ull

Test

(lb

s)18

,000

30,0

0018

,000

35,0

0035

,000

35,0

0030

,000

50,0

0010

0,00

010

0,00

0

Fie

ld L

oad

— M

ax P

ull

Lo

ad36

,000

55,0

0036

,000

72,0

0051

,000

75,0

0060

,000

100,

000

200,

000

275,

000

Lif

t L

oad

Aft

er J

arri

ng

, Jar

Fu

lly E

xten

ded

,Te

nsi

le @

Yie

ld (

lbs)

185,

000

253,

000

185,

000

330,

000

285,

000

375,

000

360,

000

505,

000

1,00

0,00

01,

600,

000

Torq

ue

@ Y

ield

(ft

-lb

s)4,

200

7,50

04,

200

14,5

009,

650

18,5

0012

,000

18,1

0040

,800

79,0

00

MA

XIM

UM

RE

CO

MM

EN

DE

D T

IGH

TE

NIN

G T

OR

QU

ES

(F

T-L

BS

)

Sp

line

Bo

dy

to B

alan

ce B

od

y2,

100

2,70

02,

100

3,50

03,

500

5,00

05,

000

9,09

020

,000

39,0

00

Man

dre

l To

Man

dre

l Ext

ensi

on

700

800

700

800

700

1,70

01,

500

1,80

07,

000

12,5

00

Bal

ance

Bo

dy

to C

on

nec

tor

Bo

dy

2,10

02,

700

2,10

03,

500

3,50

05,

000

5,00

09,

090

20,0

0039

,000

Co

nn

ecto

r B

od

y to

Pre

ssu

re B

od

y2,

100

2,70

02,

100

3,50

03,

500

5,00

05,

000

9,09

020

,000

39,0

00

Man

dre

l Ext

ensi

on

to

Was

hp

ipe

600

700

600

700

700

1,50

01,

500

1,00

04,

800

10,5

00

Pre

ssu

re B

od

y to

Was

hp

ipe

Bo

dy

2,10

02,

700

2,10

03,

500

3,50

05,

000

5,00

09,

090

20,0

0039

,000

Man

drel

Bal

ance

Bod

yP

ress

ure

Bod

yW

ashp

ipe

Bod

yS

plin

e B

ody

Con

nect

orB

ody

Man

drel

to M

andr

el E

xten

sion

(inte

rnal

con

nect

ion)

Man

drel

Ext

ensi

on to

Was

hpip

e(in

tern

al c

onne

ctio

n)

LO

GA

N S

UP

ER

IOR

EN

ER

GIZ

ER

S

18

STR

EN

GTH

AN

D T

ES

T D

ATA

Co

mp

lete

Ass

emb

ly60

9-00

1

Ou

tsid

e D

iam

eter

(in

)7

Bo

wl O

uts

ide

Dia

met

er (

in)

9

Max

To

rqu

e @

Yie

ld (

ft-l

bs)

33,8

00M

ax T

ensi

le L

oad

@ Y

ield

(ft

-lb

s)84

5,00

0M

ax P

um

p P

ress

ure

(p

si)

8,00

0

Set

tin

g L

oad

(to

ns)

0 –

50

MA

XIM

UM

RE

CO

MM

EN

DE

D T

IGH

TE

NIN

G T

OR

QU

ES

(F

T-L

BS

)

Top

Su

b t

o M

ain

Man

dre

l16

,900

Kn

ock

er S

ub

Bo

wl E

xten

sio

n16

,900

Bo

wl E

xten

sio

n t

o B

ow

l17

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20

Thread Thread Lg. Dia. Flat Sm. Dia Box Pin BoxForm, Taper, Pitch Dia. of Pin, on Pin of Pin Depth Length Counterbore

Conn. Inch Thds. In/Ft @ Gauge Pt. Reference DLF DS LBC LPC QCNo. * Radius Per In on Dia. C DL ± 1/64 +0 –3/8 +0 –3/8 +0 –1/8 +1/32 –0

23 0.038 4 2 2.355 2.563 2.437 2.063 3-5/8 3 2-5/826 ** 0.038 4 2 2.668 2.876 2.750 2.376 3-5/8 3 2-15/1631 ** 0.038 4 2 3.183 3.391 3.266 2.808 4-1/8 3-1/2 3-29/6435 0.038 4 2 3.531 3.739 3.625 3.114 4-3/8 3-3/4 3-13/1638 ** 0.038 4 2 3.808 4.016 3.891 3.349 4-5/8 4 4-5/6440 ** 0.038 4 2 4.072 4.280 4.156 3.630 5-1/8 4-1/2 4-11/3244 0.038 4 2 4.417 4.625 4.499 8.875 5-1/8 4-1/2 4-11/1646 ** 0.038 4 2 4.626 4.834 4.709 4.084 5-1/8 4-1/2 4-29/3250 ** 0.038 4 2 5.0417 5.250 5.125 4.500 5-1/8 4-1/2 5-5/1656 0.038 4 3 5.616 5.876 5.703 4.626 5-5/8 5 5-15/1661 0.038 4 3 6.178 6.438 6.266 6.063 6-1/8 5-1/2 6-1/270 0.038 4 3 7.053 7.313 7.141 6.813 6-5/8 6 7-3/877 0.038 4 3 7.741 8.000 7.828 6.376 7-1/8 6-1/2 8-1/16

All dimensions are in inches.

* The connection number is the diameter of the connection at the gauge point rounded to unitsand tenths of inches.

** See Table 12 below for interchangeability of numbered rotary shouldered connections with rotaryshouldered connections of Table 9.1.

TABLE 12INTERCHANGEABILITY OF NUMBERED ROTARY SHOULDERED CONNECTIONS

WITH TABLE 9.1 ROTARY SHOULDERED CONNECTIONS

Numbered Connection Equivalent Connection of Table 9.126 2-3/8 IF31 2-7/8 IF38 3-1/2 IF40 4 FH46 4 IF50 4-1/2 IF

C

DLF

DL

DS QC

See Note

See Note

0.625

0.62R

45° 1/2 Max.

LPC

45°0.625

LBC

Note: Extent of bevel on pin and box starting thread is optional with manufacturer.

API NUMBERED ROTARY SHOULDERED CONNECTIONS

21

API REGULAR — UNION TOOL REGULAR

Size A B C D E F G H K2-3/8 3 3-1/8 2-5/8 1-7/8 2-11/16 3-3/8 1 5 32-7/8 3-1/2 3-3/4 3 2-1/8 3-1/16 3-7/8 1-1/4 5 33-1/2 3-3/4 4-1/4 3-1/2 2-9/16 3-9/16 4-1/8 1-1/2 5 34-1/2 4-1/4 5-1/2 * 4-5/8 3-9/16 4-11/16 4-5/8 2-1/4 5 35-1/2 4-3/4 6-3/4 5-33/64 4-21/64 5-37/64 5-1/8 2-3/4 4 36-5/8 ** 5 7-3/4 6 5-5/32 6-1/16 5-3/8 3-1/2 4 27-5/8 5-1/4 8-7/8 7 5-11/16 7-1/16 5-5/8 4 4 38-5/8 5-3/8 10 7-61/64 6-39/64 8-1/64 5-3/4 4-3/4 4 3

* 5-3/4 O.D. is optional.** Threaded portion same as 5-1/2 Union Tool Full Hole.

API REGULAR — UNION TOOL REGULAR

A

G

D

C

B

E

H - Threads per InchK - Incl. Taper 5/8 C’Bore

F

G

30°

.040 Flat - 5 Thd.

.050 Flat - 4 Thd.

.020R - 5 Thd.

.025R - 4 Thd.

.200 5 Thd.

.250 4 Thd.

5 Th

d. 3

TP

F

.118

5 Th

d. 2

TP

F

.119

4 Th

d. 3

TP

F

.147

4 Th

d. 2

TP

F

.148 .0

15R

90°

30° 30°

.015

R

22

Size A B C D E F G H K2-7/8 * 3-1/2 4-1/4 3-5/8 2-3/4 3-11/16 3-9/16 2-1/8 5 33-1/2 3-3/4 4-5/8 4 3-1/16 4-3/64 4-3/8 2-1/8 ** 5 34 4-1/2 5-1/4 4-9/32 3-17/32 4-11/32 5-1/8 2-13/16 4 † 24-1/2 4 5-3/4 4-51/64 3-51/64 4-7/8 4-5/8 3 5 35-1/2 5 7 5-53/64 5 5-29/32 5-5/8 4 4 26-5/8 5 8 6-3/4 5-59/64 6-27/32 5-5/8 5 4 2

* Not API Standard.** I.D. changed from 2-7/16", May 1979 (API)† Thread form same as API-IF joint.

API FULL HOLE — UNION TOOL FULL HOLE

API FULL HOLE — UNION TOOL FULL HOLE

A

G

D

C

B

E

H - Threads per InchK - Incl. Taper 5/8

F

G

30°

.040 Flat - 5 Thd.

.050 Flat - 4 Thd.

.020R - 5 Thd..025R - 4 Thd.

.200

.250

.147

.148

.118 .0

15R

90°

30° 30°

.015

R

4 Th

d. 3

TP

F

4 Th

d. 2

TP

F

5 Th

d. 3

TP

F

5 Thd.

4 Thd.

Perf. Thd.

23

API INTERNAL FLUSH — HUGHES AND REED LF

Size A B C D E F G H K2-3/8 3 3-3/8 2-7/8 2-3/8 2-15/16 3-3/8 1-3/4 4 22-7/8 3-1/2 4-1/8 3-25/64 2-13/16 3-29/64 3-7/8 2-1/8 4 23-1/2 4 4-3/4 4-1/64 3-11/32 4-5/64 4-3/8 2-11/16 4 24 4-1/2 5-3/4 4-53/64 4-5/64 4-29/32 4-7/8 3-1/4 4 24-1/2 4-1/2 6-1/8 5-1/4 4-1/2 5-5/16 4-7/8 3-3/4 4 25-1/2 5 7-3/8 6-25/64 5-9/16 6-29/64 5-3/8 4-13/16 4 2

Threaded portion same as 2-7/8" Hughes Slim Hole.

Threaded portion same as 3-1/2" Hughes Slim Hole.

Threaded portion same as 4-1/2" Hughes Slim Hole.

Threaded portion same as 4-1/2" Hughes Xtra Hole, 5" Reed Double Streamline,and 4-1/2" Reed Xtra Hole.

Threaded portion same as 5-1/2" Reed Double Streamline, 5" Hughes Xtra Hole,and 5" Reed Xtra Hole.

API INTERNAL FLUSH — HUGHES AND REED LF

A

G

D

C

B

E

H - Threads per InchK - Incl. Taper

5/8F

G

30°

Axis

.250

.015

R

90°

30°

.015

R

30°

.1114

.065

.056

Perf. Thd.

24

AMERICAN MT, AMT, AND AMMT *

A

G M J C B

H - Threads per InchK - Incl. Taper

.31

N

G

45°

.015 R Typ

.166

90°

30°.047

.056

45°

D

Max. cone diameter at shoulder

Diameter of flat

Perf. Thd.

.055

Axis of Joint

Perf. Thd.

L45°

F

.44

E O

AMERICAN MT, AMT, AND AMMT

Size A B C D E F G H J K L M N O(in) (in) (in) (in) (in) (in) (in) (TPI) (in) (TPF) (in) (in) (in) (in)

1 1-1/2 1-9/16 1.281 1.093 1.301 1-1/2 3/4 6 1.233 1-1/2 1-1/8 61/64 2 1.1831-1/4 2 1-3/4 1.469 1.218 1.489 2 3/4 6 1.421 1-1/2 1-5/8 1-3/32 2-1/2 1.3711-1/2 2 2 1.668 1.418 1.688 2 1 6 1.621 1-1/2 1-5/8 1-9/32 2-1/2 1.570

* MT is Macaroni Tubing; AMT is American Macaroni Tubing;AMMT is American Mining Macaroni Tubing

25

PAC

A

G D C B E

H - Threads per InchK - Incl. Taper

F

G

.38

.015 R Typ

.067

90°

30°

.093

.250

.076

30°

J

Max. cone diameter at shoulderDiameter of straight

Axis of Joint

Perf. Thd.

PAC

Size A B C D E F G H J K(in) (in) (in) (in) (in) (in) (in) (TPI) (in) (TPF)

2-3/8 2-3/8 2-7/8 2-23/64 2-1/16 2-27/64 2-1/2 1-3/8 4 2-5/16 1-1/22-7/8 2-3/8 3-1/8 2-17/32 2-15/64 2-19/32 2-1/2 1-1/2 4 2-31/64 1-1/23-1/2 3-1/4 3-3/4 3-3/64 2-41/64 3-7/64 3-3/8 2 4 3 1-1/2

26

HUGHES XTRA HOLE & REED EXTRA HOLE

Size A B C D E F G H J K2-7/8 3-7/8 4-1/4 3-21/64 2-11/16 3-23/64 4-1/2 1-7/8 4 3-15/64 23-1/2 3-3/8 4-3/4 3-13/16 3-1/4 3-7/8 3-15/16 2-7/16 4 … 24-1/2 4-3/8 6 4-53/64 4-7/64 4-29/32 4-15/16 3-1/4 4 … 25 4-1/2 6-1/4 5-1/4 4-1/2 5-5/16 4-7/8 3-3/4 4 … 2

Threaded portion same as 2-7/8" Reed Xtra Hole, 3-1/2" Reed Double Streamline,and 3-1/2" Hughes Double Streamline.

Threaded portion same as 4-1/2" Hughes External Flush, 4-1/2" FH Reed External Flush,4" Hughes Slim Hole, and 3-1/2" Reed Xtra Hole.

Threaded portion same as 4" API-IF, 5" Reed Double Sreamline, and 4-1/2" Reed Xtra Hole.

Threaded portion same as 4-1/2" API-IF, 5-1/2" Reed Double Sreamline, and 5" Reed Xtra Hole.

HUGHES XTRA HOLE & REED EXTRA HOLE

A

G D C

B

E

H - Threads per InchK - Incl. Taper 5/8

F

G

35°

1/64 R.250

90°

30°30°

.1114

.065

.056

30°J

Max. cone diameter at shoulderDiameter of straight section

1/64 R

Perf. Thd.

27

HUGHES SLIM HOLE

Size A B C D E F G H K2-3/8 2-7/8 2-7/8 2-7/16 1-31/32 2-1/2 3-1/4 1-1/4 4 22-7/8 2-7/8 3-3/8 2-7/8 2-25/64 2-15/16 3-1/4 1-3/4 4 23-1/2 3-3/8 4 3-25/64 2-53/64 3-29/64 3-3/4 2-1/8 4 24 3-3/8 4-1/2 3-13/16 3-1/4 3-7/8 3-3/4 2-9/16 4 24-1/2 3-7/8 5 4-1/64 3-3/8 4-5/64 4-1/4 2-11/16 4 2

Threaded portion same as 2-3/8" API-IF.

Threaded portion same as 2-7/8" API-IF.

Threaded portion same as 3-1/2" Hughes Xtra Hole, 3-1/2" Reed Xtra Hole,4-1/2" Hughes External Flush, and 4-1/2" Reed External Flush.

Threaded portion same as 3-1/2" API-IF.

HUGHES SLIM HOLE

A

G

D

C

B

E

H - Threads per InchK - Incl. Taper 21/32

F

G

.250

90°

30°30°

.1114

.065

.056

30°

.015 R

1/32 R

Perf. Thd.

28

HUGHES SLIMLINE H-90

HUGHES SLIMLINE H-90

Size A B C D E F G H J K L M N

2-3/8 2-3/43-1/8

2.725 2.439 2-49/64 3-1/16 1-1/2 3 2-43/64 1-1/43-1/16

2-1/4 2-5/83-1/4 3-3/163-3/4 2-1/8 – 2-1/4 3-5/83-7/8 2-1/8 – 2-1/4 3-23/32

2-7/8 2-7/84

3.196 2.897 3-15/64 3-3/82-1/8 – 2-1/4

3 3-5/32 1-1/43-13/16

2-45/64 3-3/324 2 3-13/164-1/8 1-3/4 – 2 3-29/324-1/4 1-1/2 – 1-3/4 44-5/8 2-3/8 – 2-3/4 4-7/164-3/4 2-1/2 – 2-3/4 4-17/32

3-1/2 3-1/84-7/8

3.835 3.509 3-7/8 3-3/82-5/8

3 3-25/32 3-5/84-5/8

3-11/32 3-47/644-7/8 2-3/8 – 2-1/2 4-5/85 2 – 2-3/8 4-23/325-1/8 1-3/4 – 2-1/8 4-13/16

A

G

D C

B E

H - Threads per InchK - Incl. Taper 3/8

F

G

45°

.047

.015 R

90°

45°45°

.090

.3333

.068

30°J

Max. cone diameter at shoulderDiameter straight

.084

M

1/32

Axis of joint

.030 R

Diameter straight

30°60°

N

L

3/16

3/64 R

1/8 R

1/32 R

1/32 R2-3/8 Size

Perf. Thd.

.041

29

HUGHES H-90

Size A B C D E F G H J K L

5 … … … … 2-5/8 – 2-3/4 … … … 4-13/165-1/8 … … … … 2-1/2 – 2-3/4 … … … 4-13/16

3-1/2 3-7/8 5-1/4 4-1/8 3-31/64 4-3/16 4-7/16 2 – 2-5/8 3-1/2 3-15/16 2 55-3/8 … … … … 2 – 2-1/4 … … … 55-1/2 … … … … 2 – 2-1/8 … … … 55-1/2 … … … … 2-7/8 – 3 … … … 5-5/165-5/8 … … … … 2-1/2 – 2-7/8 … … … 5-5/16

4 4-1/8 5-3/4 4-1/2 3-13/16 4-9/16 4-11/16 2-1/4 – 2-7/8 3-1/2 4-5/16 2 5-1/25-7/8 … … … … 2 – 2-3/4 … … … 5-1/26 … … … … 2 – 2-1/2 … … … 5-1/26 … … … … 3 – 3-1/4 … … … 5-3/46-1/8 … … … … 2-3/4 – 3 … … … 5-3/4

4-1/2 4-3/8 6-1/4 4-53/64 4-7/64 4-29/32 4-15/16 2-1/2 – 3 3-1/2 4-41/64 2 66-3/8 … … … … 2 – 3 … … … 66-1/2 … … … … 2 – 2-3/4 … … … 6

HUGHES H-90

A

G D C B E

H - Threads per InchK - Incl. Taper

21/32

F

G

E

.050

90°

45°13/32.28571

.034

30°

J

Max. cone diameter at shoulderDiameter straight

Shoulder Detailsfor 7, 7-5/8, and 8-5/8 Connections

L

1/8 R

45°

.030R

.1000

.046

1

Axis of joint

45°

.015R

Perf. Thd.

1/32 R

30

HUGHES H-90

Size A B C D E F G H J K L6-1/2 2-7/8 – 3-1/4 6-1/86-5/8 2-1/2 – 3 6-1/8

5 4-5/8 6-3/4 5-7/64 4-21/64 5-11/64 5-3/16 2-1/4 – 3 3-1/2 4-59/64 2 6-3/86-7/8 2-1/4 – 2-3/4 6-3/87 2-1/2 6-3/86-3/4 3-1/8 – 3-3/8 6-3/86-7/8 3 – 3-1/4 6-5/87 2-3/4 – 3-1/4 6-5/8

5-1/2 4-5/8 7-1/8 5-3/8 4-29/64 5-7/16 5-3/16 2-1/4 – 3-1/4 3-1/2 5-3/16 2 6-5/87-1/4 2-1/4 – 3 6-3/87-3/8 2-1/4 – 2-3/4 6-5/87-1/2 2-1/4 – 2-1/2 6-5/87-5/8 3-3/8 – 3-5/8 7-1/47-3/4 3-1/4 – 3-1/2 7-1/27-7/8 3 – 3-1/2 7-1/2

6-5/8 4-7/8 8 6 5-3/16 6-1/16 5-11/16 2-1/2 – 3-1/2 3-1/2 5-13/16 2 7-1/28-1/8 2-1/2 – 3-1/4 7-1/28-1/4 2-1/2 – 3 7-1/28-1/4 3-1/2 – 3-3/4 88-3/8 2-3/4 – 3-3/4 8

7 5-3/8 8-1/2 6-1/2 5-5/32 ➀ 5-15/16 2-3/4 – 3-3/4 3-1/2 6-3/8 3 8-1/48-5/8 2-3/4 – 3-1/2 8-1/48-3/4 2-3/4 – 3-1/4 8-1/49 2-3/4 – 3 8-5/89-1/2 3-1/2 – 4 9-1/49-5/8 3 – 4 9-1/49-3/4 3 – 4 9-1/4

7-5/8 6 9-7/8 7-25/64 5-57/64 ➁ 6-9/16 3 – 4 3-1/2 7-17/64 3 9-5/810 3 – 3-3/4 9-5/810-1/4 3 – 3-1/4 9-5/810-3/4 3-1/2 – 4 10-1/2

8-5/8 6-1/2 11 8-17/64 6-41/64 ➂ 1-1/16 3 – 4 3-1/2 8-9/64 3 10-1/211-1/4 3 – 4 10-3/411-1/2 3 – 3-1/4 10-3/4

➀ For drill collar ODs less than 8-5/8", E = 6.563For drill collar ODs 8-5/8" or more, E = 7.125

➁ For drill collar ODs less than 9-3/4", E = 7.453For drill collar ODs 9-3/4" or more, E = 8.000

➂ For drill collar ODs less than 10-3/4", E = 8.343For drill collar ODs 10-3/4" or more, E = 9.375

31

Type Size A B C D E G H K U

IF 2-3/8 – 6.65 3-15/16 3-3/8 2-13/16 2-21/64 2-13/16 1-3/4 3 1/2 3-59/64IF 2-7/8 – 10.4 3-57/64 3-7/8 2-3/16 2-45/64 3-3/16 2-7/64 3 1/2 3-59/64IF 2-7/8 – 11.8 3-57/64 3-7/8 2-3/16 2-45/64 3-3/16 2 3 1/2 3-59/64IF 3-1/2 – 13.3 3-61/64 4-1/2 2-27/32 3-23/64 3-27/32 2-3/4 3 1/2 3-31/32IF 3-1/2 – 15.5 3-61/64 4-1/2 2-27/32 3-23/64 3-27/32 2-9/16 3 1/2 3-31/32IF 4-1/2 – 16.6 4 6 2-13/64 4-35/64 5-7/32 3-3/4 3 1/2 4-1/64IF 4-1/2 – 20.0 4 6 2-13/64 4-35/64 5-7/32 3-3/4 3 1/2 4-1/64IF 5 – 20.5 4-23/32 6-5/8 5-25/32 5-1/64 5-51/64 4-3/16 2 1/2 4-3/4F 2-3/8 2-5/8 2-3/8 1-59/64 1-43/64 1-15/16 1 4 1/2 2-15/32F 2-7/8 3-21/32 2-7/8 2-23/64 1-29/32 2-3/8 1-1/16 4 1/2 3-1/2F 3-1/2 4-1/16 3-1/2 2-13/16 2-21/64 2-13/16 1-1/2 3 1/2 3-59/64F 4 3-59/64 4-1/16 3-5/16 2-55/64 3-11/32 2 3 1/2 3-29/32F 4-1/2 3-61/64 4-1/2 3-27/32 3-23/64 3-27/32 2-3/16 3 1/2 3-31/32F 5 4-5/16 5 4-3/16 3-35/64 4-13/64 2-5/16 3 1/2 4F 5-1/2 4-1/4 5-9/16 4-21/32 4-1/64 4-43/64 2-3/4 3 1/2 4-1/32F 6-5/8 5-5/16 6-5/8 5-11/16 4-29/32 5-45/64 3-1/2 2 1/2 5-1/8EIU 3-1/2 4-1/4 4-5/8 3-47/64 3-17/64 3-3/4 2-7/16 3 1/2 4EIU 4 4-5/16 5-9/16 4-21/64 4-1/64 4-43/64 3-1/8 3 1/2 4-1/32EIU 4-1/2 4-7/16 5-3/4 4-47/64 3-3/32 4-3/4 3-5/32 3 1/2 4-1/8EIU 5-1/2 5-1/2 7 5-53/64 5-1/16 5-27/32 4 2 1/2 5-1/8EIU 6-5/8 5-1/2 8 6-7/8 6-7/64 6-57/64 5 2 1/2 5-1/8

HYDRIL JOINTS

A

G

D

C

B

E

H - Threads per InchK - Incl. Taper

30°

U

G

30°

32

RECOMMENDED MAXIMUM AND MINIMUM

Nom. Nom. “A” “B” “C” “C”Joints O.D. I.D. Max. Max. Min. Max.API Reg 3-1/8 1 1-1/8 1-5/8 2-15/16 3-1/4

2-3/8 API IF 3-3/8 1-3/4 1-3/4 2 3-3/16 3-5/8Hydril IF 3-3/8 1-3/4 1-3/4 1-7/8 3-1/8 3-5/8API Reg 3-3/4 1-1/4 1-3/8 1-7/8 3-1/2 4FH 4-1/4 2-1/8 2-1/8 2-3/8 4-1/16 4-5/8

2-7/8 API IF 4-1/8 2-1/8 2-1/8 2-1/2 3-7/8 4-3/8Hydril IF 3-7/8 2-1/8 2-3/16 2-3/16 3-5/8 4-1/8Hughes Xtra Hole 4-1/4 1-7/8 1-7/8 2-1/8 4 4-5/8

3 Union Tool (UT) 4-1/4 1-1/2 1-1/2 2-1/8 3-3/4 4-1/2API Reg 4-1/4 1-1/2 1-3/4 2-1/4 4 4-5/8API FH 4-5/8 2-7/16 2-7/16 2-3/4 4-1/2 5

3-1/2 API IF 4-3/4 2-11/16 2-11/16 3 4-1/2 5Hydril IF 4-1/2 2-3/4 2-3/4 2-13/16 4-3/8 4-7/8Hughes Xtra Hole 4-3/4 2-7/16 2-7/16 2-3/4 4-1/2 5API FH 5-1/4 2-13/16 2-13/16 3-1/4 5 5-3/8

4 API IF 5-3/4 3-1/4 3-5/16 3-1/2 5-1/2 6Union Tool 5-3/4 2-1/4 2-7/8 3-1/2 5-3/8 6API Reg 5-3/4 2-1/4 2-5/8 3-1/4 5-3/8 6API FH 5-3/4 3 3-5/32 3-1/2 5-1/2 6

4-1/2 API IF 6-1/8 3-3/4 3-3/4 4-1/8 5-7/8 6-1/2Hydril IF 6 3-3/4 3-7/8 4 5-13/16 6-1/4Hughes Xtra Hole 6 3-1/4 3-1/4 3-3/8 5-5/8 6-1/4API Reg or UT 6-3/4 2-3/4 3-1/4 3-7/8 6-3/8 7

5-1/2 API FH 7 4 4 4-1/2 6-1/2 7-1/4API IF 7-3/8 4-13/16 4-13/16 5-1/4 7-1/8 7-7/8API Reg or UT 7-3/4 3-1/2 4 4-3/4 7-1/8 7-7/8

6-5/8 API FH 8 5 5 5-1/2 7-1/2 8-1/4IF 8-1/2 5-29/32 5-29/32 6-1/4 8-3/8 9

7-5/8 Reg 8-7/8 4 4-1/4 5-1/4 8-1/8 98-5/8 Reg 10 4-3/4 5-1/4 6-1/4 9 10-1/8

TOOL JOINT DIMENSIONS

A

C

B

33

SE

AM

LE

SS

DR

ILL

PIP

E P

ER

FO

RM

AN

CE

PR

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NS

ION

AL

, TO

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AL

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ND

TE

NS

ILE

DA

TA

Nom

inal

Sect

ion

Pola

rW

eigh

tPl

ain

Wal

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eaSe

ctio

nal

Tors

iona

l Dat

a *

Tens

ile D

ata

Base

d on

Min

imum

Val

ues

Size

Thre

ads

&En

dTh

ick-

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of

Mod

ulus

Tors

iona

l Yie

ld S

treng

th (f

t-Ibs

)Lo

ad a

t the

Min

imum

Yie

ld (l

bs)

O.D.

Coup

lings

Wei

ght

ness

I.D.

Pipe

Z(in

)(lb

/ft)

(lb/ft

)(in

)(in

)(s

q in

)(c

u in

)D

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105

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9510

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5

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320

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6060

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820

1239

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6940

1760

706.

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26.2

801.

815

1.84

291.

734

4580

6240

7900

8740

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2017

5080

1935

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8790

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172.

441

1.81

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242

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7010

220

1130

0…

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5900

1721

4019

0260

2446

2010

.40

9.72

.362

2.15

12.

8579

3.20

484

6011

530

1461

016

150

2076

015

7190

2143

4027

1500

3000

8038

5820

9.50

8.81

.254

2.99

22.

5902

3.92

2…

1412

017

890

1977

025

420

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4260

2460

7027

1970

3496

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13.3

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.31

.368

2.76

43.

6209

5.14

413

580

1852

023

460

2593

033

330

1991

6027

1570

3439

9038

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4888

2015

.50

14.6

3.4

492.

602

4.30

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846

1544

021

050

2666

029

470

3789

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6720

3227

8040

8850

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1000

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.46

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3.47

63.

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5.40

0…

1944

024

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2722

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990

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2922

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4153

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.93

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4.32

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156

1889

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3420

4037

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3.82

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8.54

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550

3075

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950

4305

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2423

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4109

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7120

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7.06

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9390

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8770

5301

4067

1520

7422

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4260

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4.89

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9624

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4418

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960

6185

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2180

4714

3052

1050

6699

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019

.81

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4.77

85.

8282

14.0

6237

120

5062

064

120

7087

091

120

3205

5043

7120

5536

8061

1960

7868

1024

.70

22.5

4.4

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670

6.62

9615

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470

7153

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5036

4630

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550

8936

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* Bas

ed o

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treng

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qual

to 5

7.7%

of m

inim

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stre

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and

nom

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wal

l thi

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34

No

m. W

eig

ht

Siz

eT

hre

ads

&

C

olla

pse

Pre

ssu

re B

ased

on

Inte

rnal

Pre

ssu

re a

t

O.D

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ou

plin

gs

Min

imu

m V

alu

es (

psi

)M

inim

um

Yie

ld S

tren

gth

(p

si)

(in

)(l

b)

DE

9510

513

5D

E95

105

135

2-3/

84.

8581

0011

040

1398

015

460

1907

0…

1050

013

300

1470

018

900

6.65

1144

015

600

1976

021

840

2808

011

350

1547

019

600

2166

027

850

2-7/

86.

8576

8010

470

1293

014

010

1706

0…

9910

1255

013

870

1783

010

.40

1211

016

510

2091

023

110

2972

012

120

1653

020

930

2314

029

750

9.50

7400

1004

012

060

1305

015

780

…95

2012

070

1334

017

150

3-1/

213

.30

1035

014

110

1788

019

760

2540

010

120

1380

017

480

1932

024

840

15.5

012

300

1677

021

250

2348

030

190

1235

016

840

2133

023

570

3031

011

.85

6590

8410

9960

1070

012

650

…86

0010

890

1204

015

480

414

.00

8330

1135

014

380

1590

020

170

7940

1083

013

720

1516

019

490

15.7

094

6012

900

1634

018

050

2321

091

4012

470

1579

017

460

2244

013

.75

5720

7200

8400

8950

1031

0…

7900

1001

011

070

1423

04-

1/2

16.6

076

2010

390

1275

013

820

1680

072

1098

3012

450

1376

017

690

20.0

095

1012

960

1642

018

150

2333

092

0012

540

1589

017

560

2258

016

.25

5560

6970

8090

8610

9860

…77

7098

4010

880

1399

05

19.5

073

9010

000

1201

012

990

1570

069

7095

0012

040

1330

017

110

25.6

099

0013

500

1710

018

900

2430

096

2013

120

1662

018

380

2362

019

.20

4910

6070

6930

7300

8120

…72

5091

9010

160

1306

05-

1/2

21.9

066

1084

4010

000

1074

012

710

6320

8610

1091

012

060

1551

024

.70

7670

1046

012

920

1400

017

050

7260

9900

1254

013

860

1783

06-

5 /8

25.2

040

1048

1053

1054

9060

4047

9065

401

8280

9150

1177

0

NE

W D

RIL

L P

IPE

CO

LL

AP

SE

AN

D I

NT

ER

NA

L P

RE

SS

UR

E D

ATA

35

Length Bevel BendingDrill Outside Bore Ft. Dia. Strength

Collar Dia. +1/16 –0 ± 6 in. ± 1/64 RatioNumber * D d L DF M F

NC 23–31 (tentative) 3-1/8 1-1/4 … 30 3 2.57:1 † †NC 26–35 (2-3/8 IF) 3-1/2 1-1/2 … 30 3-17/64 2.42:1 † †NC 31–41 (2-7/8 IF) 4-1/8 2 … 30 3-61/64 2.43:1 † †NC 35–47 4-3/4 2 … 30 4-33/64 2.58:1 3-15/64 3-3/8NC 38–50 (3-1/2 IF) 5 2-1/4 … 30 4-49/64 2.38:1 3-33/64 3-5/8… 5-3/4 2-1/4 NC 40 (4 FH) 30 or 31 5-13/32 3.10:1 3-25/32 4-1/8… 5-3/4 2-13/16 4-1/2 FH 30 or 31 5-17/32 2.22:1 4-13/64 3-5/8NC 44–60 6 2-1/4 … 30 or 31 5-11/16 2.49:1 4-3/16 4-1/8NC 44–60 6 2-13/16 … 30 or 31 5-11/16 2.84:1 4-3/16 4-1/8NC 44–62 6-1/4 2-1/4 … 30 or 31 5-7/8 2.91:1 4-3/16 4-1/8… 6-1/4 2-1/4 NC 46 (4 IF) 30 or 31 5-23/32 2.16:1 2-21/64 4-1/8NC 41–62 (4 IF) 6-1/4 2-13/16 … 30 or 31 5-29/32 2.63:1 4-21/64 4-1/8NC 46–65 (4 IF) 6-1/2 2-1/4 … 30 or 31 6-3/32 2.76:1 4-21/64 4-1/8NC 46–65 (4 IF) 6-1/2 2-13/16 … 30 or 31 6-3/32 3.05:1 4-21/64 4-1/8NC 46–67 (4 IF) 6-3/4 2-1/4 … 30 or 31 6-9/32 3.18:1 4-21/64 4-1/8… 6-3/4 2-13/16 NC 50 (4-1/2 IF) 30 or 31 6-25/32 2.35:1 4-3/4 4-1/8NC 50–70 (4-1/2 IF) 7 2-1/4 … 30 or 31 6-31/64 2.54:1 4-3/4 4-1/8NC 50–70 (4-1/2 IF) 7 2-13/16 … 30 or 31 6-31/64 2.73:1 4-3/4 4-1/8NC 50–72 (4-1/2 IF) 7-1/4 2-13/16 … 30 or 31 6-43/64 3.12:1 4-3/4 4-1/8NC 56–77 7-3/4 2-13/16 … 30 or 31 7-19/64 2.70:1 5-19/64 4-5/8… 7-3/4 3 6-5/8 Reg 30 or 31 7-21/64 2.37:1 5-27/64 4-5/8NC 56–80 8 2-13/16 … 30 or 31 7-31/64 3.02:1 5-19/64 4-5/86-5/8 Reg 8-1/4 2-13/16 … 30 or 31 7-45/64 2.93:1 5-27/64 4-5/8NC 61–90 9 2-13/16 … 30 or 31 8-3/8 3.17:1 5-55/64 5-1/87-5/8 Reg 9-1/2 3 … 30 or 31 8-13/16 2.81:1 6-13/32 4-7/8NC 70–97 9-3/4 3 … 30 or 31 9-5/32 2.57:1 6-47/64 5-5/8NC 70–100 10 3 … 30 or 31 9-11/32 2.81:1 6-47/64 5-5/8NC 77–110 (tentative) 11 3 … 30 or 31 10-17/64 2.78:1 7-27/64 6-1/8

* The drill collar number (first column) consists of two parts separated by a hyphen. The first part isthe connectlon number in the NC style. The second part, consisting of 2 (or 3) digits, indicates thedrill collar outside diameter in units and tenths of inches. The connections shown in parentheses inthe first column a not a part of the drill collar number; they indicate interchangeability of drill collarsmade with the standard (NC) connections as shown. If the connections shown in parentheses inthe first column are made with the V-0.038 R thread form (as provided in Par. 9.4) the connections,and drill collars, are identical with those in the NC style. Drill collars with 8-1/4 and 9-1/2 inchesoutside diameters are shown with 6-5/8 and 7-5/8 Regular connections, since there are no NC con-nections in the recommended bending strength ratio range.

† lnsufficient metal to accommodate stress relief grooves.

API DRILL COLLAR AND JOINT SIZES

1/4" R

1"45°

45°

30°1/4" R

+0 / –1/8"F

13/64+1/64 –0

M +0 / –1/32"

1-1/2"±1/8

±1/32

36

RECOMMENDED PROCEDURE FOR MAKING UPDRILL COLLARS WITH NEW JOINTS

1. Thoroughly clean with distillate, pin and box threads and shoulder. After cleaning, the joint mustbe dried before lubricant is applied.

2. Coat all areas of the pin and box threads and shoulders with a thin even coat of a good gradelubricant from a covered or newly opened can. A molydisulfide lubricant is recommended.

3. Extreme care should be used when stabbing the joints to avoid stabbing wounds. If drill collarconnecting subs are used, it is preferred that the subs be applied by hand rather than with liftingequipment.

4. Make up joints manually with chain tongs as far as possible and then use cathead to the fullrecommended torque as shown on attached chart.

5. Scribe vertical chalk line across joint make-up line of box and pin faces.

6. Break joint, clean and dry threads. Inspect the threads and joint faces carefully for evidence ofgalling or “hair like” slivers of steel. Stone or file all rough spots and remove slivers. Be carefulnot to remove chalk line across joint face.

7. Again make up joints manually with chain tongs as far as possible and then with cathead usingfull recommended torque. The joint must make up to the chalk mark or father. If the joint does notmake up to this line, again break the joint, dry and clean. Inspect the threads and joint faces care-fully and in general proceed as under 6 above.

8. If the joints make up to the chalk line or farther, a center punch mark shall be made on both thebox and pin halves, adjacent to the shoulder, as permanent inspection mark. After each run, thesematch making spots should be inspected and as long as there is no creep between the two marks,the joints should be left unbroken if possible (nonworking joints). As the drill collars wear, it isrecommended that the center punch marks be deepened so that they will always be in evidence.When it is noted that creep has occurred on the nonworking joints, they should be broken apart,inspected and if necessary recut.

Connector Sub or Drill Collar

Suggested Marking

37

DR

ILL

CO

LL

AR

TO

RQ

UE

RE

CO

MM

EN

DA

TIO

NS

(F

T-L

BS

) *

Dri

llD

rill

Co

llar

Bo

re (

in)

Co

nn

ecti

on

Co

llar

Siz

eTy

pe

O.D

11-

1/4

1-1/

21-

3/4

22-

1/4

2-1/

22-

13/1

6

32,

500

- 2,7

502,

500

- 2,7

502,

500

- 2,7

50B

oxA

PI

NC

23

3-1/

83,

300

- 3,6

303,

300

- 3,6

302,

600

- 2,8

60P

in3-

1/4

4,00

0 - 4

,400

3,40

0 - 3

,740

2,60

0 - 2

,860

Pin

33,

800

- 4,1

803,

800

- 4,1

802,

900

- 3,1

90P

in2-

7/8

PAC

3-1/

84,

900

- 5,3

904,

200

- 4,6

202,

900

- 3,1

90P

in3-

1/4

5,20

0 - 5

,720

4,20

0 - 4

,620

2,90

0 - 3

,190

Pin

2-3/

8A

PI I

F3-

1/2

4,60

0 - 5

,060

4,60

0 - 5

,060

3,70

0 - 4

,070

Pin

AP

IN

C 2

63-

3/4

5,50

0 - 6

,050

4,70

0 - 5

,170

3,70

0 - 4

,070

Pin

2-7/

8S

lim H

ole

2-7/

8X

tra H

ole

3-3/

44,

100

- 4,5

104,

100

- 4,5

104,

100

- 4,5

10B

ox3-

1/2

Dbl

. Stre

amlin

e3-

7/8

5,30

0 - 5

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5,30

0 - 5

,830

5,30

0 - 5

,830

Box

2-7/

8M

od. O

pen

4-1/

88,

000

- 8,8

008,

000

- 8,8

007,

400

- 8,1

40P

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7/8

AP

I IF

3-7/

84,

600

- 5,0

604,

600

- 5,0

604,

600

- 5,0

604,

600

- 5,0

60B

oxA

PI

NC

31

4-1/

87,

300

- 8,0

307,

300

- 8,0

307,

300

- 8,0

306,

800

- 7,4

80P

in3-

1/2

Slim

Hol

e4-

1/4

8,80

0 - 9

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8,80

0 - 9

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8,10

0 - 8

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6,80

0 - 7

,480

Pin

4-1/

210

,000

- 11

,000

9,30

0 - 1

0,23

08,

100

- 8,9

106,

800

- 7,4

80P

in4-

1/2

8,90

0 - 9

,790

8,90

0 - 9

,790

8,90

0 - 9

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7,40

0 - 8

,140

Pin

AP

IN

C 3

54-

3/4

12,1

00 -

13,3

1010

,800

- 11

,880

9,20

0 - 1

0,12

07,

400

- 8,1

40P

in5

12,1

00 -

13,3

1010

,800

- 11

,880

9,20

0 - 1

0,12

07,

400

- 8,1

40P

in4-

1/4

5,10

0 - 5

,610

5,10

0 - 5

,610

5,10

0 - 5

,610

5,10

0 - 5

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Box

3-1/

2X

tra H

ole

4-1/

28,

400

- 9,2

408,

400

- 9,2

408,

400

- 9,2

408,

200

- 9,0

20P

in4

Slim

Hol

e4-

3/4

11,9

00 -

13,0

9011

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- 12

,870

10,0

00 -

11,0

008,

200

- 9,0

20P

in3-

1/2

Mod

. Ope

n5

13,2

00 -

14,5

2011

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- 12

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10,0

00 -

11,0

008,

200

- 9,0

20P

in5-

1/4

13,2

00 -

14,5

2011

,700

- 12

,870

10,0

00 -

11,0

008,

200

- 9,0

20P

in3-

1/2

AP

I IF

4-3/

49,

900

- 10,

890

9,90

0 - 1

0,89

09,

900

- 10,

890

9,90

0 - 1

0,89

08,

300

- 9,1

30P

inA

PI

NC

38

513

,800

- 15

,180

13,8

00 -

15,1

8012

,800

- 14

,080

10,9

00 -

11,9

908,

300

- 9,1

30P

in4-

1/2

Slim

Hol

e5-

1/4

16,0

00 -

17,6

0014

,600

- 16

,060

12,8

00 -

14,0

8010

,900

- 11

,990

8,30

0 - 9

,130

Pin

5-1/

216

,000

- 17

,600

14,6

00 -

16,0

6012

,800

- 14

,080

10,9

00 -

11,9

908,

300

- 9,1

30P

in

* Ada

pted

from

API

RP7

G

WeakMember

38

DR

ILL

CO

LL

AR

TO

RQ

UE

RE

CO

MM

EN

DA

TIO

NS

(F

T-L

BS

) *

Dri

llD

rill

Co

llar

Bo

re (

in)

Co

nn

ecti

on

Co

llar

Siz

eTy

pe

O.D

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3/4

22-

1/4

2-1/

22-

13/1

63

4-3/

48,

700

- 9,5

708,

700

- 9,5

708,

700

- 9,5

708,

700

- 9,5

708,

700

- 9,5

70B

ox3-

1/2

H-9

05

12,7

00 -

13,9

7012

,700

- 13

,970

12,7

00 -

13,9

7012

,700

- 13

,970

19,4

00 -

11,4

40P

in5-

1/4

16,9

00 -

18,5

9016

,700

- 18

,370

15,0

00 -

16,5

0013

,100

- 14

,410

10,4

00 -

11 4

40P

in5-

1/2

18,5

00 -

20,3

5016

,700

- 18

,370

15,0

00 -

16,5

0013

,100

- 14

,410

10,4

00 -

11,4

40P

in4

AP

I Ful

l Hol

e5

10,8

00 -

11,8

8010

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- 11

,880

10,8

00 -

11,8

8010

,800

- 11

,880

10,8

00 -

11,8

80B

oxA

PI

NC

40

5-1/

415

,100

- 16

,610

15,1

00 -

16,6

1015

,100

- 16

,610

14,8

00 -

16,2

8012

,100

- 13

,310

Pin

5-1/

219

,700

- 21

,670

18,6

00 -

20,4

6016

,900

- 18

,590

14,8

00 -

16,2

8012

,100

- 13

,310

Pin

4M

od. O

pen

5-3/

420

,400

- 22

,440

18,6

00 -

20,4

6016

,900

- 18

,590

14,8

00 -

16,2

8012

,100

-13,

310

Pin

4-1/

2D

bl. S

tream

line

620

,400

- 22

,440

18,6

00 -

20,4

6016

,900

- 18

,590

14,8

00 -

16,2

8012

,100

- 13

,310

Pin

5-1/

412

,500

- 13

,750

12,5

00 -

13,7

5012

,500

- 13

,750

12,5

00 -

13,7

50B

ox5-

1/2

17,3

00 -

19,0

3017

,300

- 19

,030

17,3

00 -

19,0

3016

,500

- 18

,150

Pin

5-3/

422

,300

- 24

,530

21,5

00 -

23,6

5019

,400

- 21

,340

16,5

00 -

18,1

50P

in4

H-9

06

23,5

00 -

25,8

5021

,500

- 23

,650

19,4

00 -

21,3

4016

,500

- 18

,150

Pin

6-1/

423

,500

- 25

,850

21 5

00 -

23,6

5019

,400

- 21

,340

16,5

00 -

18,1

50P

in5-

1/2

15,4

00 -

16,9

4015

,400

- 16

,940

15,4

00 -

16,9

4015

,400

- 16

,940

Box

4-1/

2A

PI R

egul

ar5-

3/4

20,3

00 -

22,3

3020

,300

- 22

,330

19,4

00 -

21,3

4016

,200

- 17

,820

Pin

623

,400

- 25

,740

21,6

00 -

23,7

6019

,400

- 21

,340

16,2

00 -

17,8

20P

in6-

1/4

23,4

00 -

25,7

4021

,600

- 23

-760

19,4

00 -

21,3

4016

,200

- 17

,820

Pin

5-3/

420

,600

- 22

,660

20,6

00 -

22,6

6029

,600

- 22

,660

18,0

00 -

19,8

00P

in6

25,0

00 -

27,5

0023

,300

- 25

,630

21,2

00 -

23,3

2018

,900

- 19

,800

Pln

AP

IN

C 4

46-

1/4

25,0

00 -

27,5

0023

,300

- 25

,630

21,2

00 -

23,3

2018

,000

- 19

,800

Pin

6-1/

225

,000

- 27

,500

23,3

00 -

25,6

30 2

1,20

0 - 2

3,32

018

,000

- 19

,800

Pin

5- 1

/212

,900

- 14

,190

12,9

00 -

14,1

9012

,900

- 14

,190

12,9

00 -

14,1

9012

,900

- 14

,190

Box

5-3/

417

,900

- 19

,690

17,9

00 -

19,6

9017

,900

- 19

,690

17,9

00 -

19,6

9017

,700

- 19

,470

Pin

4-1/

2A

PI F

ull H

ole

623

,300

- 25

,630

23,3

00 -

25,6

3022

800

- 25

,080

19,8

00 -

21,7

8017

,700

- 19

,470

Pin

6-1/

427

,000

- 29

,700

25,0

00 -

27,5

0022

,800

- 25

,080

19,8

00 -

21,7

8017

,700

- 19

,470

Pin

6 -1

/227

,000

- 29

,700

25,0

00 -

27,5

0022

,800

- 25

,080

19,8

00 -

21,7

8017

,700

- 19

,470

Pin

* Ada

pted

from

API

RP7

G

WeakMember

39

DR

ILL

CO

LL

AR

TO

RQ

UE

RE

CO

MM

EN

DA

TIO

NS

(F

T-L

BS

) *

Dri

llD

rill

Co

llar

Bo

re (

in)

Co

nn

ecti

on

Co

llar

Siz

eTy

pe

O.D

.2-

1/4

2-1/

22-

13/1

63

3-1/

4

4-1/

2X

tra H

ole

5-3/

417

,600

- 19

,360

17,6

00 -

19,3

6017

,600

- 19

,360

17,6

00 -

19,3

60…

Box

AP

IN

C 4

66

23,2

00 -

25,5

2023

,200

- 25

,520

22,2

00 -

24,4

2020

,200

- 22

,220

…P

in4

AP

I IF

6-1/

428

,000

- 30

,800

25,5

00 -

28,0

5022

,200

- 24

,420

20,2

00 -

22,2

20…

Pin

4-1/

2S

emi I

F6-

1/2

28,0

00 -

30,8

0025

,500

- 28

,050

22,2

00 -

24,4

2020

,200

- 22

,220

…P

in5

DbI

.Stre

amlln

e6-

3/4

28,0

00 -

30,8

0025

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- 28

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22,2

00 -

24,4

2020

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- 22

,220

…P

in4-

1/2

Mod

.Ope

n…

……

……

……

5-3/

417

,600

- 19

,360

17,6

00 -

19,3

6017

,600

- 19

,360

17,6

00 -

19,3

60…

Box

623

,400

- 25

,740

23,4

00 -

25,7

4023

,000

- 25

,300

21,0

00 -

23,1

00…

Pin

4-1/

2H

-90

6-1/

428

,500

- 31

,350

26,0

00 -

28,6

0023

,000

- 25

,300

21,0

00 -

23,1

00…

Pin

6-1/

228

,500

- 31

,350

26,0

00 -

28,6

0023

,000

- 25

,300

21,0

00 -

23,1

00…

Pin

6-3/

428

,500

- 31

,350

26,0

00 -

28,6

0023

,000

- 25

,300

21 0

00 -

23,1

00…

Pin

6-1/

425

000

- 27

,500

25,0

00 -

27,5

0025

000

- 27

,500

25 0

00 -

27,5

00…

Box

5H

-90

6-1/

231

,500

- 34

,640

31,5

00 -

34,6

4029

,500

- 32

,450

27,0

00 -

29,7

00…

Pin

6-3/

435

,000

- 38

,500

33,0

00 -

36,3

0029

,500

- 32

450

27,0

00 -

29,7

00…

Pin

735

,000

- 38

,500

33,0

00 -

36,3

0029

500

- 32

,450

27,0

00 -

29,7

00…

Pin

4-1/

2A

PI I

F6-

1/4

22,8

00 -

25,0

8022

,800

- 25

,080

22,0

00 -

25,0

8022

,800

- 25

,080

22,8

00 -

25,0

80B

oxA

PI

NC

50

6-1/

229

,500

- 32

,450

29 5

00 -

32 4

5029

500

- 32

450

29 5

00 -

32 4

5026

,500

- 29

,150

Pin

5X

tra H

ole

6-3/

436

,000

- 39

,600

35,5

00 -

39,0

5032

,000

- 35

,200

30,0

00 -

33,0

0026

,500

- 29

,150

Pin

5M

od.O

pen

738

,000

- 41

,800

35,5

00 -

39,0

5032

,000

- 35

,200

30,0

00 -

33,0

0026

,500

- 29

,150

Pin

5-1/

2D

bl. S

tream

line

7-1/

438

,000

- 41

,800

35,5

00 -

39,0

5032

,000

- 35

,200

30,0

00 -

33,0

0026

,500

- 29

,150

Pin

5S

emi I

F…

……

……

…6-

3/4

34,0

00 -

37,4

0034

,000

- 37

,400

34,0

00 -

37,4

0034

,000

- 37

,400

…P

in5-

1/2

H-9

07

41,5

00 -

45,6

5040

,000

- 44

,000

36,5

00 -

40,1

5034

,000

- 37

,400

…P

in7-

1/4

42 5

00 -

46,7

5040

,000

- 44

,000

36,5

00 -

40,1

5034

,000

- 37

,400

…P

in7-

1/2

42,5

00 -

46,7

5040

,000

- 44

,000

36,5

00 -

40,1

5034

,000

- 37

,400

…P

in6-

3/4

31,5

00 -

34,6

5031

,500

- 34

,650

31,5

00 -

34,6

5031

,500

- 34

,650

…B

ox5-

1/2

AP

I Reg

ular

739

,000

- 42

,900

39,0

00 -

42,9

0036

,000

- 39

,600

33,5

00 -

36,0

50…

Pin

7-1/

442

,000

- 46

,200

39,5

00 -

43,4

5036

,000

- 39

,600

33,5

00 -

36,8

50…

Pln

7-1/

242

000

- 46

200

39 5

00 -

43 4

5036

,000

- 39

,600

33,5

00 -

36,8

50…

Pin

* Ada

pted

from

API

RP7

G

WeakMember

40

DR

ILL

CO

LL

AR

TO

RQ

UE

RE

CO

MM

EN

DA

TIO

NS

(F

T-L

BS

) *

Dri

llD

rill

Co

llar

Bo

re (

in)

Co

nn

ecti

on

Co

llar

Siz

eTy

pe

O.D

.2-

1/2

2-13

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33-

1/4

3-1/

2

732

,500

- 35

,750

32,5

00 -

35,7

5032

,500

- 35

,750

32,5

00 -

35,7

50…

Box

5-1/

2A

PI F

ull H

ole

7-1/

440

,500

- 44

,550

40,5

00 -

44,5

5040

,500

- 44

,550

40,5

00 -

44,5

50…

Box

7-1/

249

,000

- 53

,900

47,0

00 -

51,7

0045

,000

- 49

,500

41,5

00 -

45,6

50…

Pln

7-3/

451

,000

- 56

,100

47,0

00 -

51,7

0045

,000

- 49

,500

41,5

00 -

45,6

50…

Pin

7-1/

440

,000

- 44

,000

40,0

00 -

44,0

0040

,000

- 44

,000

40,0

00 -

44,0

00…

Box

AP

IN

C 5

67-

1/2

48,5

00 -

53,3

5048

,000

- 52

,800

45,0

00 -

49,5

0042

,000

- 46

,200

…P

in7-

3/4

51,0

00 -

56,1

0048

,000

- 52

,800

45,0

00 -

49,5

0042

,000

- 46

,200

…P

in8

51,0

00 -

56,1

0048

,000

- 52

,800

45,0

00 -

49,5

0042

,000

- 46

,200

…P

in7-

1/2

46,0

00 -

50,6

0046

,000

- 50

,600

46,0

00 -

50,6

0046

,000

- 50

,600

…B

ox6-

5/8

AP

I Reg

ular

7-3/

455

,000

- 60

,500

53,0

00 -

58,3

0050

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- 55

,000

47,0

00 -

51,7

00…

Pin

857

,000

- 62

,700

53,0

00 -

58,3

0050

,000

- 55

,000

47,0

00 -

51,7

00…

Pin

8-1/

457

,000

- 62

,700

53,0

00 -

58,3

0050

,000

- 55

,000

47,0

00 -

51,7

00…

Pln

7-1/

246

,000

- 50

,600

46,0

00 -

50,6

0046

,000

- 50

,600

46,0

00 -

50,6

00…

Box

6-5/

8H

-90

7-3/

455

,000

- 60

,500

55,0

00 -

60,5

0053

,000

- 58

,300

49,5

00 -

54,4

50…

Pin

859

,500

- 65

,450

56,0

00 -

61,6

0053

,000

- 58

,300

49,5

00 -

54,4

50…

Pin

8-1/

459

,500

- 65

,450

56,0

00 -

61,6

0053

,000

- 58

,300

49,5

00 -

54,4

50…

Pin

854

,000

- 59

,400

54,0

00 -

59,4

0054

,000

- 59

,400

54,0

00 -

59,4

00…

Box

8-1/

464

,000

- 70

,400

64,0

00 -

70,4

0064

,000

- 70

,400

61,0

00 -

67,1

00…

Pin

AP

IN

C 6

18-

1/2

72,0

00 -

79,2

0068

,000

- 74

,800

65,0

00 -

71,5

0061

,000

- 67

,100

…P

in8-

3/4

72,0

00 -

79,2

0068

,000

- 74

,800

65,0

00 -

71,5

0061

,000

- 67

,100

…P

in9

72,0

00 -

79,2

0068

,000

- 74

,800

65,0

00 -

71,5

0061

,000

- 67

,100

…P

in8

56,0

00 -

61,6

0056

,000

- 61

,600

56,0

00 -

61,6

0056

,000

- 61

,600

56,0

00 -

61,6

00B

ox8-

1/4

66,0

00 -

72,6

0066

,000

- 72

,600

66,0

00 -

72,6

0063

,000

- 69

,300

59,0

00 -

64,9

00P

in5-

1/2

AP

I IF

8-1/

274

,000

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45

GROOVE DIMENSIONS BASED ON DRILL COLLAR O. D.

Drill Collar Elev Groove C † Slip Groove D †O.D. Ranges Depth A * R (deg) Depth B * (deg)

4 4-5/8 7/32 1/8 4 3/16 3-1/24-3/4 5-5/8 1/4 1/8 5 3/16 3-1/25-3/4 6-5/8 5/16 1/8 6 1/4 56-3/4 8-5/8 3/8 3/16 7-1/2 1/4 58-3/4 Larger 7/16 1/4 9 1/4 5

ELEVATOR BORES BASED ON DRILL COLLAR O.D.

Top Bore * +0 –1/32 Bottom Bore * +1/16 –0

O.D. minus 5/16 O.D. plus 1/8O.D. minus 3/8 O.D. plus 1/8O.D. minus 1/2 O.D. plus 1/8O.D. minus 9/16 O.D. plus 1/8O.D. minus 5/8 O.D. plus 1/8

* A and B dimensions are from nominal O.D. of new drill collar.† Angle C and D dimensions are reference and approximate.

NOTE: These dimensions were worked out by an API task group,but the dimensions are not to be construed as being API standard.

DRILL COLLAR GROOVES FOR ELEVATORS AND SLIPS

Top Bore

BA

DC

3"

Drill Collar O.D.

Bottom Bore

1" Radius

O.D. +1/16" Max.

R.Cold Worked Radius

Box End Radius (Typ.)

3"

3" 18"+2 / –0

Elevator GrooveO.D. Less 2A

Slip GrooveO.D. Less 2B

42"Ref.

20"+2 / –0

16"+1 / –0

46

COLLAR-TYPE TOOL JOINTS

Welded-On Tool Joint Screwed-On Tool JointNeck A B Upset A B

Drill Pipe Size Dia. Top Bottom Dia. Top BottomBore Bore Bore Bore

2-3/8 IF … … … … … …R & FH 3 3-3/16 3-1/8 … 3-3/16 3-1/8 2-7/8IF 3-3/16 3-3/8 3-1/8 3.261 3-3/8 3-1/8R & FH 3-5/8 3-13/16 3-13/16 3.631 3-13/16 3-13/16 3-1/2IF 3-7/8 4-1/16 3-3/4 3.970 4-1/16 3-3/4FH 4-1/8 4-5/16 4-5/16 4.188 4-5/16 4-5/16 4IF 4-1/2 4-13/16 4-13/16 4.688 4-13/16 4-13/16R & FH 4-5/8 4-13/16 4-13/16 … 4-13/16 4-13/16

4-1/2 IF 5 5-5/16 5-5/16 5.110 5-5/16 5-5/16 5 EIU 5-1/8 5-5/16 5-5/16 … 5-5/16 5-5/16 5-1/2 R & FH 5-11/16 5-7/8 5-7/8 5.750 5-7/8 5-7/8

18° TAPER-TYPE WELDED-ON TOOL JOINTS

C D E E E EDrill Pipe Size Neck Top Center T-100 T-150 T-250 T-400

Dia. Bore Bore & T-350 2-3/8 IF 2-9/16 4-1/4 2-21/32 … … … …

R & FH 3 4-3/8 3-3/32 … 1-5/8 … … 2-7/8IF 3-3/16 4-3/4 3-9/32 … 1-5/8 … …R & FH 3-11/16 5-1/4 3-25/32 … 1-5/8 … … 3-1/2IF 3-7/8 5-1/2 3-31/32 … 1-5/8 3-3/8 3-1/2FH 4-3/16 6-1/2 4-9/32 1-1/2 1-5/8 3-3/8 3-1/2 4IF 4-1/2 6-3/4 4-25/32 1-1/2 1-5/8 3-3/8 3-1/2R & FH 4-11/16 6-3/4 4-25/32 1-1/2 1-5/8 3-3/8 3-1/2 4-1/2IF 5 7-1/8 5-1/4 1-1/2 1-5/8 3-3/8 3-1/2

5 EIU 5-1/8 7-1/8 5-1/4 1-1/2 1-5/8 3-3/8 3-1/2 5-1/2 R & FH 5-11/16 7-7/8 5-13/16 … 1-5/8 3-3/8 3-1/2

ELEVATOR BORE CHARTS

A

B

C

E

1/16

3/4 Min.on all elevators

1-1/2 R

1/16 R

D18°

10°

47

WEB WILSON® FORGED LINKS

PRINCIPAL DIMENSIONS

Link Size 1-3/4" 2-1/4" 2-3/4" 3-1/2"Link Capacity in Tons (Set) 150 250 350 500

A Length as OrderedB 8-1/2 14 14 17C 5 8 8 9-1/2E 3-1/2 5 5 6F 13 10 10 12G 2-3/8 3 3-9/16 4-1/2H 4 5-1/2 5-1/2 6-3/4J 5-1/2 8 8 9-1/2K 1-3/4 2-1/4 2-3/4 3-1/2

A(Length

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H

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PE D

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INT

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53

The

use

of o

utsi

de d

iam

eter

s (O

.D.)

smal

ler t

han

thos

e lis

ted

in th

e ta

ble

may

be

acce

ptab

le o

n Sl

im H

ole

(SH

) too

l joi

nts

due

to s

peci

al s

ervi

ce re

quire

men

ts.

Tool

join

t with

dim

ensi

ons

show

n ha

s a

low

er to

rsio

nal y

ield

ratio

than

the

0.80

whi

ch is

gen

eral

ly u

sed.

Rec

omm

ende

d m

ake-

up to

rque

for u

sed

tool

join

ts is

bas

ed o

n 72

,000

psi

stre

ss. R

ecom

men

ded

mak

e-up

torq

ue fo

r use

d to

ol jo

ints

that

hav

e no

t wor

n to

the

min

imum

O.D

. can

be

obta

ined

as

desc

ribed

in P

ar. 2

.12.

In c

alcu

latio

n of

tors

iona

l stre

ngth

s of

tool

join

ts, b

oth

new

and

wor

n, th

e be

vels

of t

he to

ol jo

int s

houl

ders

are

dis

rega

rded

. Thi

s th

ickn

ess

mea

sure

men

t sho

uld

bem

ade

in th

e pl

ane

of th

e fa

ce fr

om th

e I.D

. of t

he c

ount

erbo

re to

the

outs

ide

diam

eter

of t

he b

ox, d

isre

gard

ing

the

beve

ls.

Any

tool

join

t with

an

outs

ide

diam

eter

less

than

the

API b

evel

dia

met

er s

houl

d be

pro

vide

d w

ith a

min

imum

1/3

2" d

epth

x 4

5° b

evel

on

the

outs

ide

and

insi

de d

iam

eter

of th

e bo

x sh

ould

er a

nd o

utsi

de d

iam

eter

of t

he p

in s

houl

der.

p =

pin

limite

d yi

eld.

b =

box

lim

ited

yiel

d. P

or B

indi

cate

s th

at to

ol jo

int c

ould

not

mee

t 80%

of t

ube

tors

ion

yiel

d.

*To

ol jo

int d

iam

eter

s sp

ecifi

ed a

re re

quire

d to

reta

in to

rsio

nal s

treng

th in

the

tool

join

t com

para

ble

to th

e to

rsio

nal s

treng

th o

f the

atta

ched

dril

l pip

e. T

hese

sho

uld

bead

equa

te fo

r all

serv

ice.

Too

l joi

nts

with

tors

iona

l stre

ngth

s co

nsid

erab

ly b

elow

that

of t

he d

rill p

ipe

may

be

adeq

uate

for m

uch

drilli

ng s

ervi

ce.

WE

LD

-ON

TY

PE

TO

OL

JO

INT

S M

AK

E-U

P T

OR

QU

E

RE

CO

MM

EN

DE

D M

INIM

UM

O.D

.* A

ND

MA

KE

-UP

TO

RQ

UE

BA

SE

D O

N T

OR

SIO

NA

L S

TR

EN

GT

H O

F B

OX

AN

D D

RIL

L P

IPE

DRIL

L PI

PE D

ATA

NEW

TOO

L JO

INT

DATA

PREM

IUM

CLA

SSCL

ASS

2Up

set

Min

. Box

Min

. O.D

.M

in. B

oxM

in. O

.D.

Nom

.No

m.

Type

Mak

e-up

Min

. O.D

.Sh

ould

er w

/To

ol J

oint

Min

. O.D

.Sh

ould

er w

/To

ol J

oint

Size

Wei

ght

and

New

O.D

.Ne

w I.

D.To

rque

Tool

Joi

ntEc

cent

ric W

ear

Mak

e-up

Tor

que

Tool

Joi

ntEc

cent

ric W

ear

Mak

e-up

Tor

que

(in)

(lb/ft

)Gr

ade

Conn

ectio

n(in

)(in

)(ft

-lb)

(in)

(in)

(ft-lb

) (in

) (in

) (ft

-lb)

21.9

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27/6

431

079

24.7

0IE

U-E

FH7

427

966

6-19

/32b

19/6

421

945

6-1/

2b1/

419

288

24.7

0IE

U-X

FH7-

1/4

3-1/

236

241

6-3/

4b3/

827

797

6-21

/32b

21/6

424

432

24.7

0IE

U-G

FH7-

1/4

3-1/

236

241

6-27

/32b

27/6

430

723

6-47

/64b

3/8

2700

324

.70

IEU

-SFH

7-1/

23

4358

57-

5/64

b35

/64

3950

16-

61/6

4b31

/16

3471

9

54

TUBING SIZES — THREADED AND COUPLED TYPES

NON-UPSET

Weight Per Foot Threads Taper MaleAPI Nominal O.D. O.D. I.D. Plain Thd.& Per Per Thread Coupling CouplingSize Size (in) (mm) End Coupled Inch Foot (in) Length Length Dia.

1.050 3/4 1.050 26,7 .824 1.13 1.14 10 3/4 1.094 3-3/16 1.3131.315 1 1.315 33,4 1.049 1.68 1.70 10 3/4 1.125 3-1/4 1.6601.660 1-1/4 1.660 42,2 1.380 2.27 2.30 10 3/4 1.250 3-1/2 2.0541.900 1-1/2 1.900 48,3 1.610 2.72 2.75 10 3/4 1.375 3-3/4 2.2002-3/8 2 2.375 60,3 2.041 3.94 4.00 10 3/4 1.625 4-1/4 2.8752-3/8 2 2.375 60,3 1.995 4.43 4.60 10 3/4 1.625 4-1/4 2.8752-3/8 2 2.375 60,3 1.867 5.75 5.80 10 3/4 1.625 4-1/4 2.8752-7/8 2-1/2 2.875 73,0 2.441 6.16 6.40 10 3/4 2.063 5-1/8 3.5002-7/8 2-1/2 2.875 73,0 2.259 8.44 8.60 10 3/4 2.063 5-1/8 3.5003-1/2 3 3.500 88,9 3.068 7.58 7.70 10 3/4 2.313 5-5/8 4.2503-1/2 3 3.500 88,9 2.992 8.81 9.20 10 3/4 2.313 5-5/8 4.2503-1/2 3 3.500 88,9 2.922 9.91 10.20 10 3/4 2.313 5-5/8 4.2503-1/2 3 3.500 88,9 2.750 12.52 12.70 10 3/4 2.313 5-5/8 4.2504 3-1/2 4.000 101,6 3.548 9.11 9.50 8 3/4 2.375 5-3/4 4.7504-1/2 4 4.500 114,3 3.958 12.24 12.60 8 3/4 2.583 6-1/8 5.200

EXTERNAL UPSET

Weight Per Foot Threads Taper MaleAPI Nominal O.D. O.D. I.D. Upset Plain Thd.& Per Per Thread Coupling CouplingSize Size (in) (mm) Dia. End Coupled Inch Foot (in) Length Length Dia.

1.050 3/4 1.050 26,7 0.824 1.315 1.13 1.20 10 3/4 1.125 3-1/4 1.6601.315 1 1.315 33,4 1.049 1.469 1.68 1.80 10 3/4 1.250 3-1/2 1.9001.660 1-1/4 1.660 42,2 1.380 1.812 2.27 2.40 10 3/4 1.375 3-3/4 2.2001.900 1-1/2 1.900 48,3 1.610 2.093 2.72 2.90 10 3/4 1.438 3-7/8 2.5002-3/8 2 2.375 60,3 1.995 2.593 4.43 4.70 8 3/4 1.938 4-7/8 3.0632-3/8 2 2.375 60,3 1.867 2.593 5.75 5.95 8 3/4 1.938 4-7/8 3.0632-7/8 2-1/2 2.875 73,0 2.441 3.093 6.16 6.50 8 3/4 2.125 5-1/4 3.6682-7/8 2-1/2 2.875 73,0 2.259 3.093 8.44 8.70 8 3/4 2.125 5-1/4 3.6683-1/2 3 3.500 88,9 2.992 3.750 8.81 9.30 8 3/4 2.375 5-3/4 4.5003-1/2 3 3.500 88,9 2.750 3.750 12.52 12.95 8 3/4 2.375 5-3/4 4.500

4 3-1/2 4.000 101,6 3.476 4.250 10.46 11.00 8 3/4 2.500 6 5.0004-1/2 4 4.500 114,3 3.958 4.750 12.24 12.75 8 3/4 2.625 6-1/4 5.563

55

TUBING MAKE-UP TORQUE

NON-UPSET RECOMMENDED MAKE-UP TORQUE *

O.D. Weight Torque (ft-Ib)(in) (Ib/ft) Grade Minimum Optimum Maximum

H-40 110 140 180

1.050 1.14 J-55 140 180 230C-75 170 230 290N-80 190 250 310H-40 160 210 260

1.315 1.70 J-55 200 270 340C-75 270 360 450N-80 290 380 480H-40 200 270 340

1.660 2.30 J-55 260 350 440C-75 350 460 580N-80 370 490 610H-40 240 320 400

1.900 2.75 J-55 310 410 500C-75 410 540 680N-80 430 570 700H-40 350 470 590

4.00 J-55 460 610 760C-75 600 800 1000N-80 640 850 1060H-40 420 560 700

2.375 J-55 550 730 9104.60 C-75 720 960 1200

N-80 770 1020 1280P-105 960 1280 1600C-75 1040 1380 1730

5.80 N-80 1100 1460 1830P-105 1380 1840 2300H-40 600 800 1000J-55 790 1050 1310

6.40 C-75 1040 1380 1730

2.875 N-80 1100 1470 1840P-105 1390 1850 2310C-75 1570 2090 2600

8.60 N-80 1660 2210 2760P-105 2090 2790 3490

* Data reprinted from API Bulletin RP5C1, “Recommended Practice for Care and Use of Casing,Tubing, and Drill Pipe,” Twelfth Edition, March 1981.

56

TUBING JOINT MAKE-UP TORQUE

Values shown are applicable to standard couplings with standard box OD and are based on useof an API modified-type thread lubricant according to API Bulletin 5A2. Other thread lubricants mightrequire correction factors for make-up torque. Contact manufacturers of premium threads for theirrecommendations.

NON-UPSET RECOMMENDED MAKE-UP TORQUE *

O.D. Weight Torque (ft-Ib)(in) (Ib/ft) Grade Minimum Optimum Maximum

H-40 690 920 1150J-55 910 1210 1510

7.70 C-75 1200 1600 2000N-80 1280 1700 2130H-40 840 1120 1400J-55 1110 1480 1850

9.20 C-75 1460 1950 24403.500 N-80 1550 2070 2590

P-105 1970 2620 3280H-40 980 1310 1640J-55 1290 1720 2150

10.20 C-75 1700 2270 2840N-80 1810 2410 3010C-75 2270 3030 3790

12.70 N-80 2410 3210 4010P-105 3050 4060 5080H-40 710 940 1180J-55 930 1240 1550

4.000 9.50 C-75 1230 1640 2050N-80 1310 1740 2180H-40 990 1320 1650J-55 1310 1740 2180

4.500 12.60 C-75 1730 2300 2880N-80 1830 2440 3050

* Data reprinted from API Bulletin RP5C1, “Recommended Practice for Care and Use of Casing,Tubing, and Drill Pipe,” Twelfth Edition, March 1981.

57

TUBING MAKE-UP TORQUE

EXTERNAL UPSET RECOMMENDED MAKE-UP TORQUE *

O.D. Weight Torque (ft-Ib)(in) (Ib/ft) Grade Minimum Optimum Maximum

H-40 350 460 5801.050 1.20 J-55 450 600 750

C-75 590 780 980N-80 620 830 1040H-40 330 440 550

1.315 1.80 J-55 430 570 710C-75 560 740 930N-80 590 790 990H-40 400 530 660

1.660 2.40 J-55 520 690 860C-75 680 910 1,140N-80 720 960 1,200H-40 500 670 840

1.900 2.90 J-55 660 880 1,100C-75 860 1,150 1,440N-80 920 1,220 1,530H-40 740 990 1,240J-55 970 1,290 1,610

4.70 C-75 1,280 1,700 2,1302.375 N-80 1,350 1,800 2,250

P-105 1,700 2,270 2,840C-75 1,590 2,120 2,650

5.95 N-80 1,680 2,240 2,800P-105 2,120 2,830 3,540H-40 940 1,250 1,560J-55 1,240 1,650 2,060

6.50 C-75 1,630 2,170 2,7102.875 N-80 1,730 2,300 2,880

P-105 2,180 2,910 3,640C-75 2,140 2,850 3,560

8.70 N-80 2,270 3,020 3,780P-105 2,860 3,810 4,760H-40 1,300 1,730 2,160J-55 1,710 2,280 2,850

3.500 9.30 C-75 2,260 3,010 3,760N-80 2,400 3,200 4,000P-105 3,040 4,050 5,060

* Data reprinted from API Bulletin RP5C1, “Recommended Practice for Care and Use of Casing,Tubing, and Drill Pipe,” Twelfth Edition, March 1981.

58

TUBING MAKE-UP TORQUE

EXTERNAL UPSET RECOMMENDED MAKE-UP TORQUE *

O.D. Weight Torque (ft-Ib)(in) (Ib/ft) Grade Minimum Optimum Maximum

C-75 3030 4040 50503.500 12.95 N-80 3220 4290 5360

P-105 4070 5430 6790H-40 1460 1940 2430J-55 1920 2560 3200

4 .000 11.00 C-75 2540 3390 4240N-80 3420 4560 5700H-40 1620 2160 2700J-55 2150 2860 3180

4 .500 12,75 C-75 2840 3780 4730N-80 3020 4020 5030

* Data reprinted from API Bulletin RP5C1, “Recommended Practice for Care and Use of Casing,Tubing, and Drill Pipe, “Twelfth Edition, March, 1981.

INTEGRAL JOINT RECOMMENDED MAKE-UP TORQUE *

O.D. Weight Torque (ft-Ib)(in) (Ib/ft) Grade Minimum Optimum Maximum

H-40 230 310 390J-55 300 400 500

1.315 1.72 C-75 390 520 650N-80 410 550 690

2.10 & H-40 280 380 4802.33 J-55 380 500 630

1.660 C-75 490 650 8102.33 N-80 520 690 8602.40 & H-40 340 450 5602.76 J-55 440 580 730

1.900 C-75 570 760 9502.76 N-80 610 810 1010

H-40 430 570 710J-55 560 740 920

2 .063 3.25 C-75 730 970 1210N-80 770 1030 1290

* Data reprinted from API Bulletin RP5C1, “Recommended Practice for Care and Use of Casing,Tubing, and Drill Pipe, “Twelfth Edition, March 1981.

59

TUBING MAKE-UP TORQUE

NL ATLAS BRADFORD IJ-MS MINIMUM MAKE-UP TORQUE *

O.D. (in) Weight (Ib/ft) Grade Torque (ft-lb)J-55 1100

2-3/8 4.7 C-75 to N-80 1300P-105 1500J-55 1600

2-7/8 6.5 C-75 to N-80 1800P-105 2200J-55 2200

3-1/2 9.3 C-75 to N-80 2600P-105 3000J-55 2400

4 11.0 C-75 to N-80 2800P-105 3200J-55 2500

4-1/2 12.75 C-75 to N-80 3000P-105 3500

* Data reprinted from 1983 NL Atlas Bradford Tubular Products Catalog.

60

TUBING MAKE-UP TORQUE

NL ATLAS BRADFORD DSS-HT RECOMMENDED MAKE-UP TORQUE *

O.D. Weight Grade — Torque (ft-lb)(in) (Ib/ft) J-55 C-75 & N-80 P-105

1.315 1.80 & 2.25 200 300 4001.660 2.40 400 500 6001.900 2.90 500 600 8002.063 3.25 600 800 1000

4.70 1100 1300 15005.30 1300 1500 1700

2.375 5.95 1500 1700 19006.20 1700 1900 21007.70 2000 2200 24006.50 1600 1800 22007.90 2200 2600 30008.70 2600 3000 3500

2.875 9.50 3000 3500 400011.00 3600 4000 440011.65 4000 4500 50009.30 2200 2600 3000

10.30 2600 3000 35003.500 12.95 3000 3500 4000

15.80 4000 4500 500011.00 2400 2800 3200

4.000 13.40 3200 3600 400022.50 4000 4000 500012.75 2500 3000 350013.50 3000 3500 400015.50 3500 4000 4500

4.500 16.90 4000 4500 500019.20 4500 5000 550021.60 5000 5500 6000

* Data reprinted from 1983 NL Atlas Bradford Tubular Products Catalog.

61

TUBING MAKE-UP TORQUE

NL ATLAS BRADFORD IJ-3SS MINIMUM MAKE-UP TORQUE *

O.D. Weight Grade — Torque (ft-lb)(in) (Ib/ft) J-55 C-75 & N-80 P-105

1.315 1.80 200 300 4001.660 2.40 400 500 6001.900 2.90 500 600 8002.063 3.40 600 800 1000

4.70 1,100 1,300 1,5005.30 1,300 1,500 1,700

2.375 5.95 1,500 1,700 1,9006.20 1,700 1,900 2,1007.70 2,000 2,200 2,4006.50 1,600 1,800 2,2007.90 2,200 2,600 3,000

2.875 8.70 2,600 3,000 3,5009.50 3,000 3,500 4,000

11.00 3,600 4,000 4,40011.65 4,000 4,500 5,0009.30 2,200 2,600 3,000

10.30 2,600 3,000 3,5003.500 12.95 3,000 3,500 4,000

15.80 4,000 4,500 5,00016.70 4,500 5,000 5,50011.00 2,400 2,800 3,200

4.000 13.40 3,200 3,600 4,00022.50 4,000 4,000 5,00012.75 2,500 3,000 3,50013.50 3,000 3,500 4,000

4.500 15.50 3,500 4,000 4,50016.90 4,000 4,500 5,00019.20 4,500 5,000 5,50021.60 5,000 5,500 6,000

* Data reprinted from 1983 NL Atlas Bradford Tubular Products Catalog.

62

TUBING MAKE-UP TORQUE

NL ATLAS BRADFORD TC-4S MINIMUM MAKE-UP TORQUE *

O.D. Weight Grade — Torque (ft-lb)(in) (lb/ft) J-55 C-75 & N-80 P-105

4.70 & 5.30 1,300 2,000 2,4002.375 5.95 & 6.20 1,800 2,500 3,000

7.70 2,600 3,200 3,8006.50 1,700 2,600 3,000

2.875 7.90, 8.702,000 3,000 3,500& 9.50

11.00 & 11.65 2,500 3,600 4,2009.30 &10.30 2,300 3,200 4,100

3.500 12.95 2,800 3,700 4,70015.80 & 16.70 3,000 4,000 5,000

11.00 3,000 4,000 4,5004.00013.40 3,500 4,500 5,500

12.75 & 13.50 2,900 4,000 5,00015.50 3,500 4,500 5,600

4.500 16.40 4,000 6,000 6,50019.20 5,000 6,000 7,20021.60 5,000 6,000 7,500

* Data reprinted from 1983 NL Atlas Bradford Tubular Products Catalog.

63

TUBING MAKE-UP TORQUE

NL ATLAS BRADFORD IJ-4S MINIMUM MAKE-UP TORQUE *

O.D. Weight Grade — Torque (ft/lb)(in) (lb/ft) J-55 C-75 & N-80 P-105

4.7 1,100 1,300 1,5005.3 1,300 1,500 1,700

2.375 5.95 1,500 1,700 1,9006.2 1,700 1,900 2,1007.7 2,000 2,200 2,4006.5 1,600 1,800 2,2007.9 2,200 2,600 3,0008.7 2,600 3,000 3,500

2.875 9.5 3,000 3,500 4,00011.0 3,600 4,000 4,40011.65 4,000 4,500 5,0009.3 2,200 2,600 3,000

10.3 2,600 3,000 3,5003.500 12.95 3,000 3,500 4,000

15.8 4,000 4,500 5,00016.7 4,500 5,000 5,50011.0 2,400 2,800 3,200

4.000 13.4 3,200 3,600 4,00022.5 4,000 4,500 5,00012.75 2,500 3,000 3,50013.5 3,000 3,500 4,00015.5 3,500 4,000 4,500

4.500 16.9 4,000 4,500 5,00019.2 4,500 5,000 5,50021.6 5,000 5,500 6,000

* Data reprinted from 1983 NL Atlas Bradford Tubular Products Catalog.

64

TUBING MAKE-UP TORQUE

NL ATLAS BRADFORD FL-4S MINIMUM MAKE-UP TORQUE *

O.D. Weight Grade — Torque (ft/lb)(in) (lb/ft) J-55 & K-55 C-75, N-80, & P-105

4.70 & 5.95 400 5002.375 6.65 500 600

6.50 & 7.90 600 8002.875 8.70 & 10.40 700 900

7.70, 9.30 & 10.30 1,400 1,6003.500 12.70, 12.95 & 15.50 1,500 1,700

9.50 2,000 2,3004.000 11.00 & 11.60 2,200 2,500

14.00 2,400 2,7009.50 & 10.50 2,50011.60 & 12.60 2,700 3,200

4.500 13.50 & 15.10 3,000 3,50016.90 & 18.80 3,200 3,700

* Data reprinted from 1983 NL Atlas Bradford Tubular Products Catalog.

65

TUBING MAKE-UP TORQUE

ARMCO IJ NU-LOCK TUBING RECOMMENDED MAKE-UP TOROUE *

O.D. Torque (ft-Ib)(in) Minimum Optimum Maximum

2-3/8 1,000 1,500 2,0002-7/8 1,500 2,000 2,5003-1/2 2,000 2,500 3,000

Note: IJ Nu-Lock tubing is designed to make up to the external shoulder.Torque values given above are intended to be used as a guidelineonly and apply to all weights and grades for the listed sizes.

* Data reprinted from Armco Bulletin No. 664, June 1982.

ARMCO T&C NU-LOCK TUBING RECOMMENDED MAKE-UP TORQUE *

O.D. Torque (ft-Ib)(in) Minimum Optimum Maximum

2-3/8 1,000 1,200 2,0002-7/8 1,500 1,800 2,5003-1/2 2,000 2,500 1,300

Note: External shoulder contact is nominal make-up for T&C Nu-Lock tubing.Torque values given above apply to all weights and grades for the listed sizes.

* Data reprinted from Armco Bulletin No. 664, June 1982.

66

TUBING MAKE-UP TORQUE

ARMCO SEAL-LOCK RECOMMENDED MAKE-UP TORQUE *

O.D. Torque (ft-Ib)(in) Minimum Optimum Maximum

With Standard O.D. Couplings2-3/8 800 1,000 1,2002-7/8 1,000 1,200 1,4003-1/2 1,600 1,800 2,000

With Special Clearance Couplings2-3/8 J-55 700 800 1,0002-3/8 L-80 to P105 700 900 1,000

2-7/8 800 1,000 1,2003-1/2 1,400 1,600 1,800

Note: Seal-Lock torque figures apply to all weights and grades for the listed sizes.

* Data reprinted from Armco Bulletin No. 664, June 1982.

EXTREME LINE RECOMMENDED MAKE-UP TORQUE *

O.D. Weight Torque (ft-Ib)(in) (ft-lb) Grade Optimum Maximum

J-55 1,700 2,3002.375 4.7 & 5.95 N-80 1,700 2,800

P-105 1,700 3,300J-55 2,100 2,600

2.875 6.5 & 8.7 N-80 2,100 3,100P-105 2,100 3,600J-55 2,400 3,000

3.500 9.3 & 12.95 N-80 2,400 3,500P-105 2,400 4,000

* Data reprinted from API Bulletin RP5C1, “Recommended Practice for Care and Use of Casing,Tubing, and Drill Pipe,” Twelfth Edition, March 1981.

67

TUBING MAKE-UP TORQUE

HYDRIL CS AND A-95 MINIMUM MAKE-UP TORQUE *

O.D. Weight Grade — Torque (ft-Ib)(in) (lb/ft) J-55 C-75, L-80, N-80, & P-105

1.050 1.2 & 1.5 200 3001.315 1.8 & 2.25 300 4001.660 2.4, 3.02 & 3.24 400 6001.900 2.9, 3.64 & 4.19 600 8002.063 3.25 & 4.50 700 9002.375 4.7 & 5.3 1,100 1,5002.875 6.5 1,500 2,1003.500 9.3 & 10.3 2,500 3,0004.000 11.0 3,000 3,5004.500 12.75 &13.5 3,500 4,500

HYDRIL CS (5" to 7" O.D.) CONNECTION MINIMUM MAKE-UP TORQUE *

O.D. Weight Grade — Torque (ft-Ib)(in) (lb/ft) J-55 & K-55 L-80 & N-80 P-110

18.0 5,000 6,900 9,20020.3 5,200 7,100 9,400

5 23.2 6,900 9,500 12,50027.0 7,300 9,900 12,90017.0 4,200 5,800 7,70020.0 6,200 8,500 11,200

5-1/2 23.0 6,500 8,800 11,60026.0 8,500 11,500 15,20028.4 8,800 11,900 15,60028.0 9,800 13,600 18,200

6-5/8 32.0 10,300 14,100 18,70035.0 10,700 14,500 19,10029.0 10,800 15,000 20,20032.0 11,100 15,400 20,500

7 35.0 11,500 15,800 20,90038.0 14,500 19,900 26,50041.0 14,900 20,400 26,900

Note: Torque for these products should never exceed 15% over minimum.

* Data reprinted from Hydril Company 1984 Catalogue. Hydril recommends using a figureof 12-1/2% over minimum to ensure that minimum torque is obtained, since many factorsinfluence torque application.

68

TUBING MAKE-UP TORQUE

HYDRIL PH-6 MINIMUM MAKE-UP TORQUE *

O.D. Weight Grade — Torque (ft-Ib)(in) (lb/ft) C-75, L-80, & N-80 P-105

2.375 5.95, 6.20, & 7.70 2,200 2,7007.9 & 8.7 3,000 3,500

2.875 9.5 & 10.7 4,500 5,5003.500 12.95 & 15.8 5,500 7,0004.000 13.4 5,500 7,000

15.5 6,000 7,5004.500 19.2 7,500 9,500

HYDRIL PH-4 MINIMUM MAKE-UP TORQUE *

O.D. Weight Grade — Torque (ft-Ib)(in) (lb/ft) C-75, L-80, & N-80 P-105

2.875 11.0 & 11.65 5,000 6,50016.7 7,500 9,500

3.500 17.05 8,000 10,00019.0 8,500 10,500

4.000 22.5 9,500 11,50021.6 9,500 12,000

4.500 24.0 10,000 13,00026.5 11,500 14,500

* Data reprinted from Hydril Company 1984 Catalogue. Hydril recommends using a figureof 12-1/2% over minimum to ensure that minimum torque is obtained, since many factorsinfluence torque application. Torque should never exceed 25% over minimum.

69

TUBING MAKE-UP TORQUE

HYDRIL FJ TUBING MINIMUM MAKE-UP TORQUE *

Grade — Torque (ft-Ib)O.D. (in) Weight (Ib/ft) J-55, L-80 & N-80

2.375 4.6 4002.875 6.4 6003.500 9.2,10.2,12.8, 12.95 & 15.5 8004.000 11.6 & 13.4 1,1004.500 12.6, 13.5, 15.1 & 18.8 1,500

HYDRIL SUPER FJ TUBING MINIMUM MAKE-UP TORQUE *

Grade — Torque (ft-Ib)O.D. (in) Weight (Ib/ft) J-55 & K-55 C-75, L-80 & N-80

2.375 4.6 700 7002.875 6.4 & 8.7 1,000 1,000

3.500 9.2, 10.2, 12.8, 12.95 1,300 1,300& 15.5

4.000 11.0, 11.6, & 13.4 1,800 1,80012.6 & 13.5 2,000 2,500

4.500 15.1, 16.6, 18.8, & 21.6 2,400 3,200

* Data reprinted from Hydril Company 1984 Catalogue. Hydril recommends using a figure of 12-1/2%over minimum to ensure that minimum torque is obtained since many factors influence torqueapplication. Torque should never exceed 25% over minimum.

70

TUBING MAKE-UP TORQUE

HYDRIL CFJ-P TUBING MINIMUM MAKE-UP TORQUE *

O.D. Weight Grade — Torque (ft-Ib)(in) (Ib/ft) J-55 C-75, L-80, N-80 & P-105

2.375 4.7 & 5.3 800 1,1002.875 6.5 1,100 1,5003.500 9.3 & 10.3 1,500 1,9004.000 11.0 2,000 2,7004.500 12.75 3,000 4,0005.000 23.2 4,500 6,000

* Data reprinted from Hydril Company 1984 Catalogue. Hydril recommends using a figureof 12-1/2% over minimum to ensure that minimum torque is obtained, since many factorsinfluence torque application. Torque should never exceed 25% over minimum.

71

TUBING MAKE-UP TORQUE

MANNESMANN TDS RECOMMENDED MAKE-UP TORQUE *

O.D. Weight Torque (ft-Ib)(in) (Ib/ft) Grade Minimum Maximum

K-55 1,100

4.6C-75, N-80,

9501,250

C-90, C-95, 1,300P-105 1,400

2.375 K-55 1,250

5.8C-75, N-80,

11001,500

C-90, C-95, 1,650P-105 1,800K-55 1,500

6.4C-75, N-80,

14001,800

C-90, C-95, 2,000P-105 2,200

2.875 K-55 2,000

8.6C-75, N-80,

1,6002,500

C-90, C-95, 2,700P-105 2,900K-55 2,500

9.2C-75, N-80,

2,2003,000

C-90, C-95, 3,300P-105 3,600K-55 2,700

3.500 10.2C-75, N-80,

2,4003,500

C-90, C-95, 3,900P-105 4,300K-55 3,600

12.7C-75, N-80,

2,9004,600

C-90, C-95, 5,200P-105 5,800K-55 2,900

4.000 11.0C-75, N-80,

2,3003,600

C-90, C-95, 4,000P-105 4,300K-55 3,500

12.6C-75, N-80,

2,3004,300

C-90, C-95, 4,800P-105 5,200K-55 3,600

4.500 13.5C-75, N-80,

2,5004,600

C-90, C-95, 5,000P-105 5,400K-55 2,700 5,100

15.1C-75, N-80, 4,000 6,900C-90, C-95, 4,700 7,600

P-105 5,400 8,300

72

TUBING MAKE-UP TORQUE

VALLOUREC VAM RECOMMENDED MAKE-UP TORQUE *

O.D. Nom. Weight Torque (ft-Ib)(in) (Ib/ft) Grade Minimum Optimum Maximum

K-55 1,350 1,400 1,6004.60 C-75, L-80, N-80, & C-95 1,800 1,900 2,000

P-105 2,000 2,200 2,500K-55 1,400 1,600 1,800

2-3/8 5.10 C-75, L-80, N-80, & C-95 1,800 2,000 2,400P-105 2,000 2,200 2,500K-55 1,400 1,800 2,200

5.80 C-75, L-80, N-80, 1,800 2,000 2,350C-95, & P-105K-55 2,200 2,400 2,500

6.40 C-75, L-80, N-80, & C-95 2,500 2,700 2,900P-105 2,000 2,300 2,900K-55 2,500 2,900 3,300

2-7/8 7.70 C-75, L-80, N-80, 2,900 3,100 3,600C-95, & P-105K-55 2,700 3,100 3,400

8.60 C-75, L-80, N-80, 3,100 3,300 3,800C-95, & P-105

9.80 C-75, L-80, N-80, & C-95 2,500 2,700 3,300K-55 2,500 2,900 3,300

9.20 C-75, L-80, N-80, & C-95 3,300 3,600 4,000P-105 4,300 4,700 5,400K-55 3,600 4,000 4,700

3-1/2 10.20 C-75 L-80, N-80, & C-95 4,300 4,700 5,800P-105 5,400 5,800 6,500K-55 4,300 5,100 5,800

12.70 C-75, L-80, N-80, & C-95 5,400 5,800 6,900P-105 5,100 5,800 6,900

73

TUBING MAKE-UP TORQUE

VALLOUREC VAM RECOMMENDED MAKE-UP TORQUE *

O.D. Nom. Weight Torque (ft-Ib)(in) (Ib/ft) Grade Minimum Optimum Maximum

K-55 4,700 5,400 6,10013.70 C-75, L-80, N-80 5,400 6,100 7,200

C-95 & P-1053-1/2 K-55 4,700 5,400 6,500

15.50 C-75, L-80, N-80, 5,400 6,100 7,600C-95 & P-105

9.50 K-55 2,200 2,500 2,900K-55 2,500 3,300 4,000

10.90 C-75, L-80, N-80, 3,300 4,000 4,700C-95 & P-105

K-55 3,600 4,300 5,10013.00 C-75, L-80, N-80 4,300 5,100 6,100

4 C-95 & P-105K-55 5,100 5,800 6,500

14.80 C-75, L-80, N-80 5,800 6,500 7,600C-95 & P-105

K-55 6,500 7,200 8,70016.50 C-75, L-80, N-80, 7,200 8,000 9,400

C-95 & P-105K-55 4,300 4,700 5,100

4-1/2 12.60 C-75, L-80, 4,300 4,700 5,800N-80 & C-95

P-105 5,100 5,400 6,500

* Data reprinted from Vallourec literature dated October 1982.

For O.D.s, weights, and grades not listed, special figures may be obtainedthrough Vallourec on request.

74

TUBING MAKE-UP TORQUE

VALLOUREC VAM AF AND VAM AG RECOMMENDED MAKE-UP TORQUE *

O.D. Nom. Weight Torque (ft-Ib)(in) (Ib/ft) Grade Minimum Optimum Maximum

4.6 950 1,100 1,3002-3/8 5.1 K-55 – P-105 1,100 1,250 1,450

5.8 1,250 1,450 1,6506.4 1,100 1,250 1,450

2-7/8 7.7 K-55 – P-105 1,100 1,300 1,8008.6 1,450 1,650 2,200

3-1/2 9.2 K-55 – P-105 1,450 1,800 2,50010.2 – 12.7 1,800 2,200 2,900

4 10.9 K-55 – P-105 1,800 2,200 2,90013.0 – 14.8 2,200 2,500 3,30012.6 – 13.5 2,200 2,500 3,300

4-1/2 15.1 K-55 – P-105 2,900 3,300 4,00016.9 3,300 3,600 4,300

* Data reprinted from Vallourec literature dated October 1982.

VALLOUREC MINI-VAM RECOMMENDED MAKE-UP TORQUE *

O.D. Nom. Weight Torque (ft-Ib)(in) (Ib/ft) Grade Minimum Optimum Maximum

J-55 110 150 2001.050 1.16 C-75 – P-105 150 200 250

J-55 150 200 3501.315 1.72 C-75 – P-105 250 300 450

J-55 250 350 5001.660 2.33 C-75 – P-105 400 500 650

J-55 300 450 5501.900 2.76 C-75 – P-105 450 600 700

J-55 400 500 6502.063 3.25 C-75 – P-105 550 650 850

* Data reprinted from Vallourec literature dated October 1982.

75

TYPE HG DSSSize Joint O.D. I.D. A C D H K

1.315 – 1.80 1.552 0.970 1.562 1.405 1.193 8 1-1/81.660 – 2.40 1.883 1.301 1.812 1.749 1.515 8 1-1/81.900 – 2.90 2.113 1.531 2.000 1.988 1.737 8 1-1/82.000 – 3.30 2.320 1.670 2.188 2.152 1.883 8 1-1/8

2-1/16 – 3.40 2.330 1.700 2.188 2.152 1.883 8 1-1/82-3/8 – 4.70 2.700 1.945 2.750 2.469 2.153 8 1-1/82-3/8 – 5.30 2.700 1.890 2.750 2.469 2.153 8 1-1/82-3/8 – 5.95 2.800 1.805 2.750 2.469 2.153 8 1-1/82-7/8 – 6.20 2.800 1.795 2.750 2.469 2.513 8 1-1/82-7/8 – 7.70 2.900 1.640 2.750 2.469 2.513 8 1-1/82-7/8 – 6.50 3.220 2.375 3.000 2.995 2.636 6 1-1/82-7/8 – 7.90 3.360 2.265 3.000 2.995 2.636 6 1-1/82-7/8 – 8.70 3.440 2.200 3.000 2.995 2.636 6 1-1/82-7/8 – 8.90 3.440 2.180 3.000 2.995 2.636 6 1-1/82-7/8 – 9.50 3.500 2.130 3.000 2.995 2.636 6 1-1/82-7/8 –10.40 3.500 2.086 3.000 2.995 2.636 6 1-1/82-7/8 – 11.00 3.625 2.000 3.000 2.995 2.636 6 1-1/82-7/8 – 11.65 3.625 1.945 3.000 2.995 2.636 6 1-1/83-1/2 – 9.30 3.865 2.920 3.375 3.625 3.231 6 1-1/83-1/2 –10.30 3.937 2.878 3.375 3.625 3.231 6 1-1/83-1/2 –13.30 4.050 2.700 3.375 3.625 3.231 6 1-1/8

4 – 9.40 4.325 3.488 3.500 4.631 3.725 6 1-1/84 –10.80 4.375 3.416 3.500 4.631 3.725 6 1-1/84 – 11.60 4.420 3.368 3.500 4.631 3.725 6 1-1/84 –13.30 4.500 3.270 3.500 4.631 3.725 6 1-1/8

4-1/2 –12.60 4.890 3.898 3.625 4.631 4.215 6 1-1/84-1/2 –15.40 5.000 3.766 3.625 4.631 4.215 6 1-1/84-1/2 –16.90 5.050 3.694 3.625 4.631 4.215 6 1-1/84-1/2 –19.20 5.140 3.570 3.625 4.631 4.215 6 1-1/8

TYPE HG DSS1.050 – 1.20 1.315 0.824 1.500 1.194 0.995 8 1-1/81.315 – 1.80 1.520 1.049 1.562 1.405 1.193 8 1-1/81.660 – 2.40 1.858 1.380 1.812 1.749 1.515 8 1-1/81.900 – 2.90 2.094 1.610 2.000 1.988 1.737 8 1-1/8

2-1/16 – 3.40 2.260 1.750 2.188 2.152 1.883 8 1-1/82-3/8 – 4.70 2.594 1.995 2.750 2.469 2.153 8 1-1/82-7/8 – 6.50 3.156 2.441 3.000 2.995 2.636 6 1-1/82-1/2 – 9.30 3.813 2.992 3.375 3.625 3.231 6 1-1/8

ATLAS BRADFORD TUBING JOINTS

I.D. Forged I.D. Bored

O.D. Turned

Size Size

A

TeflonSeal

A

Type HG DSSType HG DS

H - Threadsper InchK - Incl. Taper

O.D. Forged

76

Size O.D.Type Nom. Wt/Ft A CS Joint A-95 I.D. H

O.D. (lbs) Std. Special Joint

3/4 (1.050) – 1.20 2.187 1.327 1.300 … .687 83/4 (1.050) – 1.50 2.187 1.327 … … .687 81 (1.315) – 1.80 2.187 1.552 1.525 … .970 81 (1.315) – 2.25 2.187 1.600 … … .864 81-1/4 (1.660) – 2.40 2.187 1.883 1.858 1.858 1.300 81-1/4 (1.660) – 3.02 2.187 1.927 … … 1.218 81-1/2 (1.900) – 2.90 2.187 2.113 2.094 2.094 1.530 8

CS 1-1/2 (1.900) – 3.64 2.187 2.162 … … 1.440 8and 2-1/16 – 3.25 2.187 2.330 2.300 2.300 1.700 8A-95 2-3/8 – 4.70 2.272 2.700 2.630 2.630 1.945 8

2-3/8 – 5.30 2.272 2.700 … … 1.890 82-7/8 – 6.50 2.338 3.220 3.155 3.155 2.375 83-1/2 – 9.30 2.787 3.865 3.805 3.805 2.920 83-1/2 – 10.30 2.787 3.915 … … 2.878 84 – 11.00 2.787 4.343 4.315 4.315 3.395 84-1/2 – 12.75 2.830 4.855 4.825 4.825 3.865 84-1/2 – 13.50 2.824 4.875 … … 3.840 8

C-100 2-3/8 – 4.70 3.125 2.937 O.D. 1.945 62-7/8 – 6.50 3.187 3.5 O.D. 2.375 6

HYDRIL TUBING JOINTS

HYDRIL TUBING JOINTS

I.D. Bored I.D. Bored

O.D. TurnedO.D. Turned

Size Size

30°

A

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7-1/2°

A

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C-100CS & A-95

77

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79

STANDARD STEEL PIPE SIZES

Standard Weight Extra Strong Double Extra StrongNom Wall Wt/Ft Wall Wt/Ft Wall Wt/FtSize O.D. I.D. Thickness Plain Ends I.D. Thickness Plain Ends I.D. Thickness Plain Ends1/8 0.405 0.269 0.068 0.24 0.215 0.095 0.31 … … …1/4 0.540 0.364 0.088 0.42 0.302 0.119 0.54 … … …3/8 0.675 0.493 0.091 0.57 0.423 0.126 0.74 … … …1/2 0.840 0.622 0.109 0.85 0.546 0.147 1.09 0.252 0.294 1.713/4 1.050 0.824 0.113 1.13 0.742 0.154 1.47 0.434 0.308 2.441 1.315 1.049 0.133 1.68 0.957 0.179 2.17 0.599 0.358 3.661-1/4 1.660 1.380 0.140 2.27 1.278 0.191 3.00 0.896 0.382 5.211-1/2 1.900 1.610 0.145 2.72 1.500 0.200 3.63 1.100 0.400 6.412 2.375 2.067 0.154 3.65 1.939 0.218 5.02 1.503 0.436 9.032-1/2 2.875 2.469 0.203 5.79 2.323 0.276 7.66 1.771 0.552 13.703 3.500 3.068 0.216 7.58 2.900 0.300 10.25 2.300 0.600 18.583-1/2 4.000 3.548 0.226 9.11 3.364 0.318 12.51 2.728 0.636 22.854 4.500 4.026 0.237 10.79 3.826 0.337 14.98 3.152 0.674 27.545 5.563 5.047 0.258 14.62 4.813 0.375 20.78 40.63 0.750 38.556 6.625 6.065 0.280 18.97 5.761 0.432 28.57 4.897 0.864 53.168 8.625 8.071 0.277 24.70 7.625 0.500 43.39 6.875 0.875 72.428 8.625 7.981 0.322 28.55 … … … … … …10 10.750 10.192 0.279 31.20 9.750 0.500 54.74 … … …10 10.750 10.136 0.307 34.24 … … … … … …10 10.750 10.020 0.365 40.48 … … … … … …12 12.750 12.090 0.330 43.77 11.750 0.500 65.42 … … …12 12.750 12.000 0.375 49.56 … … … … … …

LINE PIPE SIZES STANDARD WEIGHT, THREADED

Nom Weight Per Ft Thds Taper Male Thd Coupling CouplingSize O.D. I.D. Plain Thd & Cpl Per In Per Ft Length Length Dia

1/8 0.405 0.269 0.24 0.25 27 3/4 0.392 1-1/16 0.5631/4 0.540 0.364 0.42 0.43 18 3/4 0.595 1-5/8 0.7193/8 0.675 0.493 0.57 0.57 18 3/4 0.601 1-5/8 0.8751/2 0.840 0.622 0.85 0.86 14 3/4 0.782 2-1/8 1.0633/4 1.050 0.824 1.13 1.14 14 3/4 0.794 2-1/8 1.3131 1.315 1.049 1.68 1.70 11-1/2 3/4 0.985 2-5/8 1.5761-1/4 1.660 1.380 2.27 2.30 11-1/2 3/4 1.009 2-3/4 2.0541-1/2 1.900 1.610 2.72 2.75 11-1/2 3/4 1.025 2-3/4 2.2002 2.375 2.067 3.65 3.75 11-1/2 3/4 1.058 2-7/8 2.8752-1/2 2.875 2.469 5.79 5.90 8 3/4 1.571 4-1/8 3.3753 3.500 3.068 7.58 7.70 8 3/4 1.634 4-1/4 4.0003-1/2 4.000 3.548 9.11 9.25 8 3/4 1.684 4-3/8 4.6254 4.500 4.026 10.79 11.00 8 3/4 1.734 4-1/2 5.2005 5.563 5.047 14.62 15.00 8 3/4 1.840 4-5/8 6.2966 6.625 6.065 18.97 19.45 8 3/4 1.946 4-7/8 7.3908 8.625 8.071 24.70 25.55 8 3/4 2.146 5-1/4 9.62510 10.750 10.192 31.20 32.75 8 3/4 2.359 5-3/4 11.75010 10.750 10.136 34.24 35.75 8 3/4 2.359 5-3/4 11.75012 12.750 12.090 43.77 45.45 8 3/4 2.559 6-1/8 14.00014 14.000 13.250 54.57 57.00 8 3/4 2.684 6-3/8 15.00016 16.000 15.250 62.58 65.30 8 3/4 2.884 6-3/4 17.00018 18.000 17.250 70.59 73.00 8 3/4 3.084 7-1/8 19.00020 20.000 19.250 78.60 81.00 8 3/4 3.284 7-5/8 21.000

80

SUCKER ROD CONNECTIONS

A

3/32R

C E

FPerf. Thd.

U

M

9°

1/4

.01443

30°30° .0125

.1000

.025

B

H - Threads per inch

1/32 Max.

1/32 Max.

9°

BOX – 2BINTERNAL

PIN – 2AEXTERNAL

THREAD FORM

Size A B C E F H M U

5/8 1.1250 1.375 0.9362 0.995 1.29 10 0.830 1-5/83/4 1.3750 1.500 1.0611 1.080 1.54 10 0.955 1-7/87/8 1.3750 1.625 1.1861 1.205 1.54 10 1.080 1-7/81 1.7500 2.000 1.3735 1.393 1.94 10 1.267 2-3/81-1/8 2.0000 2.250 1.5609 1.580 2.19 10 1.455 2-5/8

WRENCH FLATS ON SUCKER RODS

Rod Size Distance Across Flats Length of Flats5/8 7/8 1-1/43/4 1 1-1/47/8 1 1-1/41 1-5/16 1-1/21-1/8 1-1/2 1-5/8

81

TH

RE

AD

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AN

D C

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PL

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PE

CA

SIN

G S

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84

CASING MAKE-UP TORQUE — SHORT THREAD

RECOMMENDED MAKE-UP TORQUE *

O.D. Nominal Torque (ft-Ib)(in) Weight (lb/ft) Grade Minimum Optimum Maximum

H-40 580 770 9609.5 J-55 760 1010 1260

K-55 840 1120 14004-1/2 J-55 990 1320 1650

10.5 K-55 1100 1460 1830J-55 1160 1540 1930

11.6 K-55 1280 1700 2130J-55 1000 1330 1660

11.5 K-55 1100 1470 1840J-55 1270 1690 2110

5 13.0 K-55 1400 1860 2330J-55 1550 2070 2590

15 .0 K-55 1710 2280 2850H-40 980 1300 1630

14.0 J-55 1290 1720 2150K-55 1420 1890 2360

5-1/2 15.5 J-55 1520 2020 2530K-55 1670 2220 2780J-55 1720 2290 2860

17.0 K-55 1890 2520 3150H-40 1380 1840 2300

20.0 J-55 1840 2450 30606-5/8 K-55 2000 2670 3340

24 .0 J-55 2360 3140 3930K-55 2570 3420 4230

17.0 H-40 920 1220 1530H-40 1320 1760 2200

20.0 J-55 1760 2340 2930K-55 1910 2540 3180

7 J-55 2130 2840 355023 .0K-55 2320 3090 3860J-55 2510 3340 418026 .0K-55 2730 3640 4550

24.0 H-40 1590 2120 26507-5/8 J-55 2360 3150 394026.4

K-55 2570 3420 4280

85

CASING MAKE-UP TORQUE — SHORT THREAD

RECOMMENDED MAKE-UP TORQUE *

O.D. Nominal Torque (ft-Ib)(in) Weight (lb/ft) Grade Minimum Optimum Maximum

24.0 J-55 1830 2440 3050K-55 1970 2630 3290

28.0 H-40 1750 2330 2910

8-5/8 H-40 2090 2790 349032.0 J-55 2790 3720 4650

K-55 3020 4020 5030

36.0 J-55 3260 4340 5430K-55 3510 4680 5850

32.3 H-40 1910 2540 3180H-40 2210 2940 3680

36.0 J-55 2960 3940 49309-5/8 K-55 3170 4230 5290

40.0 J-55 3390 4520 5650K-55 3650 4860 6080

32.75 H-40 1540 2050 2560H-40 2360 3140 3930

40.5 J-55 3150 4200 5250K-55 3380 4500 5630

45.5 J-55 3700 4930 6160K-55 3960 5280 6600J-55 4240 5850 7060K-55 4550 6060 7580C-75 5670 7560 9450

10-3/4 51.0 L-80 5960 7940 9930N-80 6030 8040 10050C-95 6950 9270 11590P-110 8100 10800 13500C-75 6320 8430 10540L-80 6630 8840 11050

55.5 N-80 6710 8950 11190C-95 7740 10320 12900P-110 9020 12030 15040

60.7 P-110 10040 13380 1673065.7 P-110 11040 14720 18400

86

CASING MAKE-UP TORQUE — SHORT THREAD

RECOMMENDED MAKE-UP TORQUE*

Nominal Torque (ft-lb)O.D. (in) Weight (lb/ft) Grade Minimum Optimum Maximum

42.0 H-40 2300 3070 3840J-55 3580 4770 5960

47.0 K-55 3820 5090 6360J-55 4260 5680 7100

54.0 K-55 4550 6060 758011-3/4 J-55 4870 6490 8110

K-55 5200 6930 8660C-75 6520 8690 10860

60.0 L-80 6850 9130 11410N-80 6930 9240 11550C-95 8000 10660 13330

P-110 9320 12420 1553048.0 H-40 2420 3220 4030

J-55 3860 5140 643054.5 K-55 4100 5470 6840

J-55 4460 5950 744061.0 K-55 4750 6330 7910

J-55 5060 6750 8440K-55 5390 7180 8980C-75 6800 9060 11330

13-3/8 68.0 L-80 7140 9520 11900N-80 7220 9630 12040C-95 8360 11140 13930

P-110 9730 12970 16210C-75 7340 9780 12230L-80 7720 10290 12860

72.0 N-80 7800 10400 13000C-95 9030 12040 15050

P-110 10520 14020 1753065.0 H-40 4390 … …

J-55 7100 … …16 75.0 K-55 7520 … …

J-55 8170 … …84.0 K-55 8650 … …

H-40 5590 … …18-5/8 87.5 J-55 7540 … …

K-55 7940 … …H-40 5810 … …

94.0 J-55 7840 … …K-55 8240 … …

20 106.5 J-55 9130 … …K-55 9600 … …J-55 11920 … …133.0K-55 12530 … …

* Data reprinted from API Bulletin RP5C1, “Recommended Practice for Care and Use of Casing,Tubing, and Drill Pipe,” Twelfth Edition, March 1981.

87

CASING MAKE-UP TORQUE — LONG THREAD

RECOMMENDED MAKE-UP TORQUE *

O.D. Nominal Torque (ft-lb)(in) Weight (lb/ft) Grade Minimum Optimum Maximum

J-55 1220 1620 2030K-55 1350 1800 2250C-75 1610 2150 2690

11.6 L-80 1670 2230 2790N-80 1710 2280 2850C-95 1940 2580 3230

4-1/2 P-110 2270 3020 3780C-75 1950 2600 3250L-80 2030 2710 3390

13.5 N-80 2070 2760 3450C-95 2350 3130 3910P-110 2750 3660 4580

15.1 P-110 3300 4400 5500

13.0 J-55 1370 1820 2280K-55 1510 2010 2510J-55 1670 2230 2790K-55 1850 2460 3080C-75 2220 2960 3700

15.0 L-80 2310 3080 3850N-80 2360 3140 3930C-95 2670 3560 4450P-110 3130 4170 5210C-75 2830 3770 4710L-80 2950 3950 4910

18.0 N-80 3000 4000 50005 C-95 3410 4550 5690

P-110 3980 5310 6640C-75 3500 4660 5830L-80 3650 4860 6080

21.4 N-80 3710 4950 6190C-95 4220 5620 7030P-110 4940 6580 8230C-75 4040 5390 6740L-80 4210 5610 7010

24.1 N-80 4290 5720 7150C-95 4880 6500 8130P-110 5700 7600 9500

15.5 J-55 1630 2170 2710K-55 1790 2390 2990J-55 1850 2470 3090K-55 2040 2720 3400

5-1/2 C-75 2450 3270 409017.0 L-80 2560 3410 4260

N-80 2610 3480 4350C-95 2970 3960 4950P-110 3470 4620 5780

* Data reprinted from API Bulletin RP5C1, “Recommended Practice for Care and Use of Casing,Tubing, and Drill Pipe,” Twelfth Edition, March 1981.

88

CASING MAKE-UP TORQUE — LONG THREAD

RECOMMENDED MAKE-UP TORQUE *

O.D. Nominal Torque (ft-lb)(in) Weight (lb/ft) Grade Minimum Optimum Maximum

C-75 3020 4030 5040L-80 3150 4200 5250

20.0 N-80 3210 4280 5350C-95 3650 4870 6090P-110 4270 5690 7110

5-1/2 C-75 3550 4730 5910L-80 3700 4930 6160N-80 3770 5020 6280

23.0 C-95 4290 5720 7150P-110 5010 6680 8350J-55 2000 2660 3330

20.0 K-55 2180 2900 3630J-55 2550 3400 4250K-55 2790 3720 4650C-75 3400 4530 5660

24.0 L-80 3550 4730 5910N-80 3610 4810 6010C-95 4120 5490 6860P-110 4810 6410 8010

6-5/8 C-75 4140 5520 6900L-80 4320 5760 7200

28.0 N-80 4400 5860 7330C-95 5020 6690 8360P-110 5860 7810 9760C-75 4790 6380 7980L-80 5000 6660 8330

32.0 N-80 5080 6770 8460C-95 5810 7740 9680P-110 6780 9040 11300J-55 2350 3130 3910K-55 2560 3410 4260C-75 3120 4160 5200

23.0 L-80 3260 4350 5440N-80 3320 4420 5530C-95 3790 5050 6310J-55 2750 3670 4590K-55 3010 4010 5010C-75 3670 4890 6110

26.0 L-80 3830 5110 6390N-80 3890 5190 6490

7 C-95 4450 5930 7410P-110 5200 6930 8660C-75 4220 5620 7030L-80 4400 5870 7340

29.0 N-80 4480 5970 7460C-95 5120 6830 8540P-110 5980 7970 9960

* Data reprinted from API Bulletin RP5C1, “Recommended Practice for Care and Use of Casing,Tubing, and Drill Pipe,” Twelfth Edition, March 1981.

89

CASING MAKE-UP TORQUE — LONG THREAD

RECOMMENDED MAKE-UP TORQUE *

Nominal Torque (ft-lb)O.D. (in) Weight (lb/ft) Grade Minimum Optimum Maximum

C-75 4750 6330 7910L-80 4960 6610 8260

32.0 N-80 5040 6720 8400C-95 5760 7680 9600P-110 6730 8970 11210C-75 5270 7030 8790L-80 5510 7340 9180

7 35.0 N-80 5600 7460 9330C-95 6400 8530 10660P-110 7470 9960 12450C-75 5750 7670 9590L-80 6010 8010 10010

38.0 N-80 6110 8140 10180C-95 6980 9310 11640P-110 8150 10870 13590J-55 2600 3460 4330K-55 2830 3770 4710C-75 3460 4610 5760

26.4 L-80 3620 4820 6030N-80 3680 4900 6130C-95 4200 5600 7000C-75 4070 5420 6780L-80 4250 5670 7090

29.7 N-80 4310 5750 7190C-95 4940 6590 8240P-110 5770 7690 9610C-75 4760 6350 7940

7-5/8 L-80 4980 6640 830033.7 N-80 5060 6740 8430

C-95 5790 7720 9650P-110 6760 9010 11260C-75 5630 7510 9390L-80 5900 7860 9830

39.0 N-80 5980 7980 9980C-95 6860 9140 11430P-110 8000 10660 13330C-75 6390 8520 10650L-80 6680 8910 11140

42.8 N-80 6800 9060 11330C-95 7780 10370 12960P-110 9080 12100 15130

* Data reprinted from API Bulletin RP5C1, “Recommended Practice for Care and Use of Casing,Tubing, and Drill Pipe,” Twelfth Edition, March 1981.

90

CASING MAKE-UP TORQUE — LONG THREAD

RECOMMENDED MAKE-UP TORQUE *

Nominal Torque (ft-lb)O.D. (in) Weight (lb/ft) Grade Minimum Optimum Maximum

C-75 7150 9530 11910L-80 7480 9970 12460

7-5/8 47.1 N-80 7600 10130 12660C-95 8690 11590 14490P-110 10150 13530 16910J-55 3130 4170 5210

32.0 K-55 3390 4520 5650J-55 3650 4860 6080K-55 3950 5260 6580C-75 4860 6480 8100

36.0 L-80 5090 6780 8480N-80 5160 6880 8600C-95 5920 7890 9860C-75 5570 7420 9280L-80 5820 7760 9700

40.0 N-80 5910 7880 98508-5/8 C-95 6780 9040 11300

P-110 7910 10550 13190C-75 6260 8340 10430L-80 6560 8740 10930

44.0 N-80 6650 8870 11090C-95 7630 10170 12710P-110 8900 11860 14830C-75 7040 9390 11740L-80 7370 9830 12290

49.0 N-80 7480 9970 12460C-95 8580 11440 14300P-110 10010 13350 16690J-55 3400 4530 5660

36.0 K-55 3670 4890 6110J-55 3900 5200 6500K-55 4210 5610 7010C-75 5210 6940 8680

40.0 L-80 5450 7270 9090N-80 5530 7370 9210

9-5/8 C-95 6350 8470 10590C-75 5820 7760 9700L-80 6100 8130 10160

43.5 N-80 6190 8250 10310C-95 7110 9480 11850P-110 8300 11060 13830

* Data reprinted from API Bulletin RP5C1, “Recommended Practice for Care and Use of Casing,Tubing, and Drill Pipe,” Twelfth Edition, March 1981.

91

CASING MAKE-UP TORQUE — LONG THREAD

RECOMMENDED MAKE-UP TORQUE *

Nominal Torque (ft-lb)O.D. (in) Weight (lb/ft) Grade Minimum Optimum Maximum

C-75 6390 8520 10650L-80 6700 8930 11160

47.0 N-80 6790 9050 11310C-95 7800 10400 13000P-110 9100 12130 15160

9-5/8 C-75 7490 9990 12490L-80 7850 10470 13090

53.5 N-80 7970 10620 13280C-95 9150 12200 15250P-110 10670 14220 17780J-55 9070 … …

94.0 K-55 9550 … …J-55 10570 … …

20 106.5 K-55 11130 … …J-55 13800 … …

133.0 K-55 14530 … …

* Data reprinted from API Bulletin RP5C1, “Recommended Practice for Care and Use of Casing,Tubing, and Drill Pipe,” Twelfth Edition, March 1981. See Thirteenth Edition dated November 1,1984 for correct torque values attached.

92

DRILL BIT SPECIFICATIONS

Approx. Reg *API PinSize (in) Weight (lbs) Shank Size (in)

3-3/4 103-7/8 104-1/8 11 2-3/84-1/4 114-3/8 114-1/2 11 2-3/8

4-5/8 164-3/4 16 2-7/8

4-7/8 16 2-7/85-1/8 255-3/8 25 3-1/25-5/8 255-3/4 255-7/8 256 28 3-1/26-1/8 286-1/4 286-3/8 296-1/2 29 3-1/26-5/8 296-3/4 377 427-3/8 42 3-1/2

7-1/2 567-5/8 57 4-1/27-3/4 587-7/8 598-1/8 64 …

Approx. Reg *API PinSize (in) Weight (lbs) Shank Size (in)

8-3/8 678-1/2 688-5/8 73 4-1/28-3/4 749 759-1/2 1029-5/8 112 4-1/2

9-3/4 112 5-1/2 or 6-5/89-7/8 11210-5/8 140 5-1/2 or 6-5/811 145 6-5/811-3/4 17012 175 6-5/812-1/4 17913-3/4 245 6-5/814-3/4 30015 300 6-5/816 334 6-5/817 497 6-5/817-1/2 500 6-5/818-1/2 569 6-5/820 614 6-5/8

75822 103923 106524 1165 6-5/8 or 8-5/8

26 11901225

* Shank sizes shown are regular API tool joint pin threading.

93

CASING BIT SIZES AND CLEARANCES

API CASING

Casing Specifications Bit Size and Diametrical ClearancesCasing Casing Wt/Ft (lbs) Coupling Bit Size Clearance

O.D. (in) I.D. (in) w/Couplings O.D. (in) (in) Thousandths Nearest 64th4-1/2 4.090 9.50 5.000 3-7/8 .215 7/324-1/2 4.000 11.60 5.000 3-7/8 .125 1/84-1/2 3.920 13.50 5.000 3-3/4 .170 11/645 4.560 11.50 5.563 4-1/4 .310 5/165 4.494 13.00 5.563 4-1/4 .244 1/45 4.408 15.00 5.563 4-1/4 .158 5/325 4.276 18.00 5.563 4-1/8 .151 5/325-1/2 5.044 13.00 6.050 4-3/4 .294 19/645-1/2 5.012 14.00 6.050 4-3/4 .262 17/645-1/2 4.950 15.50 6.050 4-3/4 .200 13/645-1/2 4.892 17.00 6.050 4-3/4 .142 9/645-1/2 4.778 20.00 6.050 4-1/8 .153 5/325-1/2 4.670 23.00 6.050 4-1/2 .170 11/646 5.524 15.00 6.625 5-3/8 .149 5/326 5.424 18.00 6.625 5-1/8 .299 19/646 5.352 20.00 6.625 5-1/8 .227 15/646 5.240 23.00 6.625 5-1/8 .115 7/646-5/8 6.135 17.00 7.390 6 .135 9/646-5/8 6.049 20.00 7.390 5-7/8 .174 11/646-5/8 5.921 24.00 7.390 5-5/8 .296 19/646-5/8 5.791 28.00 7.390 5-5/8 .166 11/646-5/8 5.675 32.00 7.390 5-3/8 .300 19/647 6.538 17.00 7.656 6-1/4 .288 9/327 6.456 20.00 7.656 6-1/4 .206 13/647 6.366 23.00 7.656 6-1/4 .116 7/647 6.276 26.00 7.656 6-1/8 .151 5/327 6.184 29.00 7.656 6 .184 3/167 6.094 32.00 7.656 6 .094 3/327 6.004 35.00 7.656 5-7/8 .129 1/87 5.920 38.00 7.656 5-3/4 .170 11/647-5/8 7.125 20.00 8.500 6-3/4 .375 3/87-5/8 7.025 24.00 8.500 6-3/4 .275 9/327-5/8 6.969 26.40 8.500 6-3/4 .219 7/327-5/8 6.875 29.70 8.500 6-3/4 .125 1/87-5/8 6.765 33.70 8.500 6-5/8 .140 9/64

94

CASING BIT SIZES AND CLEARANCES

API CASING

Casing Specifications Bit Size and Diametrical ClearancesCasing Casing Wt/Ft (lbs) Coupling Bit Size Clearance

O.D. (in) I.D. (in) w/Couplings O.D. (in) (in) Thousandths Nearest 64th7-5/8 6.625 39.00 8.500 6-1/4 .375 3/88-5/8 8.097 24.00 9.625 7-7/8 .222 7/328-5/8 8.017 28.00 9.625 7-7/8 .142 9/648-5/8 7.921 32.00 9.625 7-5/8 .296 19/648-5/8 7.825 36.00 9.625 7-5/8 .200 13/648-5/8 7.725 40.00 9.625 7-5/8 .100 3/328-5/8 7.625 44.00 9.625 7-5/8 .250 1/48-5/8 7.511 49.00 9.625 7-5/8 .136 9/649-5/8 9.063 29.30 10.625 8-3/4 .313 5/169-5/8 9.001 32.30 10.625 8-3/4 .251 1/49-5/8 8.921 36.00 10.625 8-3/4 .171 11/649-5/8 8.835 40.00 10.625 8-5/8 .210 13/649-5/8 8.755 43.50 10.625 8-5/8 .130 1/89-5/8 8.681 47.00 10.625 8-1/2 .181 3/169-5/8 8.535 53.50 10.625 8-3/8 .160 5/3210-3/4 10.192 32.75 11.750 9-7/8 .317 5/1610-3/4 10.050 40.50 11.750 9-7/8 .175 11/6410-3/4 9.950 45.50 11.750 9-3/4 .200 13/6410-3/4 9.850 51.00 11.750 9-5/8 .225 7/3210-3/4 9.760 55.50 11.750 9-5/8 .135 9/6411-3/4 11.150 38.00 12.750 11 .150 5/3211-3/4 11.084 42.00 12.750 10-3/4 .334 21/6411-3/4 11.000 47.00 12.750 10-3/4 .250 1/411-3/4 10.880 54.00 12.750 10-5/8 .255 1/411-3/4 10.772 60.00 12.750 10-5/8 .147 9/6413-3/8 12.715 48.00 14.375 12-1/4 .465 15/3213-3/8 12.615 54.50 14.375 12-1/4 .365 23/6413-3/8 12.515 61.00 14.375 12-1/4 .265 17/6413-3/8 12.415 68.00 14.375 12-1/4 .165 11/6413-3/8 12.347 72.00 14.375 12 .347 11/3216 15.375 55.00 17.000 15 .375 3/816 15.250 65.00 17.000 15 .250 1/416 15.125 75.00 17.000 14-3/4 .375 3/816 15.010 84.00 17.000 14-3/4 .260 17/6420 19.124 94.00 21.000 17-1/2 1.624 1-5/8

95

CASING BIT SIZES AND CLEARANCES

NATIONAL SEAMLESS INTERNAL UPSET CASING — LIGHT UPSET, SHORT COUPLING

Casing Specifications Bit Size and Diametrical ClearancesCasing Casing Wt/Ft (lbs) Coupling Joint Bit Size Clearance

O.D. (in) I.D. (in) w/Couplings O.D. (in) I.D. (in) (in) Thousandths Nearest 64th5-1/2 5.012 14.00 6.050 4.917 4-3/4 .167 11/645-1/2 4.950 15.50 6.050 4.856 4-3/4 .106 7/645-1/2 4.892 17.00 6.050 4.799 4-5/8 .174 11/645-1/2 4.778 20.00 6.050 4.686 4-1/2 .186 3/166 5.424 18.00 6.625 5.330 5-1/8 .205 13/646 5.352 20.00 6.625 5.259 5 .259 17/646-5/8 6.049 20.00 7.390 5.955 5-5/8 .330 21/646-5/8 5.921 24.00 7.390 5.829 5-5/8 .204 13/646-5/8 5.791 28.00 7.390 5.701 5-3/8 .326 21/647 6.538 17.00 7.656 6.443 6-1/4 .193 3/167 6.456 20.00 7.656 6.362 6-1/4 .112 7/647 6.366 23.00 7.656 6.273 6-1/8 .148 9/647 6.276 26.00 7.656 6.184 6 .184 3/167 6.184 29.00 7.656 6.094 6 .094 3/328-5/8 8.017 28.00 9.625 7.924 7-5/8 .299 19/648-5/8 7.921 32.00 9.625 7.829 7-5/8 .204 13/648-5/8 7.825 36.00 9.625 7.735 7-5/8 .110 7/648-5/8 7.725 40.00 9.625 7.636 7-3/8 .261 17/648-5/8 7.625 44.00 9.625 7.538 7-3/8 .163 5/329-5/8 9.001 32.30 10.625 8.877 8-3/4 .127 1/89-5/8 8.921 36.00 10.625 8.799 8-5/8 .174 11/649-5/8 8.835 40.00 10.625 8.714 8-1/2 .214 7/329-5/8 8.755 43.50 10.625 8.635 8-1/2 .135 9/6410-3/4 10.192 32.75 11.750 10.067 9-7/6 .192 3/1610-3/4 10.050 40.50 11.750 9.928 9-3/4 .178 11/6410-3/4 9.950 45.50 11.750 9.829 9-5/8 .204 13/6410-3/4 9.850 51.00 11.750 9.731 9-1/2 .231 15/64

96

CASING BIT SIZES AND CLEARANCES

NATIONAL SEAMLESS INTERNAL UPSET CASING — HEAVY UPSET WITH SHORT COUPLING

Casing Specifications Bit Size and Diametrical ClearancesCasing Casing Wt/Ft (lbs) Coupling Joint Bit Size Clearance

O.D. (in) I.D. (in) w/Couplings O.D. (in) I.D. (in) (in) Thousandths Nearest 64th5-1/2 5.012 14.00 6.050 4.799 4-5/8 .164 5/325-1/2 4.950 15.50 6.050 4.686 4-1/2 .186 3/165-1/2 4.892 17.00 6.050 4.686 4-1/2 .186 3/165-1/2 4.778 20.00 6.050 4.580 4-1/4 .330 21/64

6 5.424 18.00 6.625 5.259 5 .259 17/646 5.352 20.00 6.625 5.149 5 .149 5/32

6-5/8 6.049 20.00 7.390 5.829 5-5/8 .204 13/646-5/8 5.921 24.00 7.390 5.701 5-3/8 .326 21/646-5/8 5.791 28.00 7.390 5.587 5-3/8 .212 7/32

7 6.456 20.00 7.656 6.273 6-1/8 .148 9/647 6.366 23.00 7.656 6.148 6 .184 3/167 6.276 26.00 7.656 6.005 ➀ 5-7/8 .130 1/8

6.094 ➀ 6 .094 3/327 6.184 29.00 7.656 5.916 5-1/4 .166 11/64

8-5/8 8.017 28.00 9.625 7.735 7-5/8 .110 7/648-5/8 7.921 32.00 9.625 7.636 7-3/8 .261 17/648-5/8 7.825 36.00 9.625 7.538 7-3/8 .163 5/328-5/8 7.725 40.00 9.625 7.538 ➁ 7-3/8 .163 5/329-5/8 8.921 36.00 10.625 8.714 8-1/2 .214 7/329-5/8 8.835 40.00 10.625 8.635 ➂ 8-1/2 .135 9/64

8.562 ➂ 8-3/8 .187 3/169-5/8 8.755 43.50 10.625 8.562 8-3/8 .187 3/16

10-3/4 10.050 40.50 11.750 9.829 9-5/8 .204 13/64

➀ For Grade N-80➁ Long Coupling➂ For Grade J-55

97

CASING BIT SIZES AND CLEARANCES

PITTSBURGH SPECIAL ACME THREAD CASING — INTERNAL UPSET

Casing Specifications Bit Size and Diametrical ClearancesCasing Casing Wt/Ft (lbs) Coupling Joint Bit Size Clearance

O.D. (in) I.D. (in) w/Couplings O.D. (in) I.D. (in) (in) Thousandths Nearest 64th5 4.494 13.00 5.375 4.295 4-1/8 .170 11/645 4.408 15.00 5.375 4.205 3-7/8 .330 21/645 4.276 18.00 5.563 4.066 3-7/8 .191 3/16

5-1/2 4.950 15.50 5.875 4.751 4-5/8 .126 1/85-1/2 4.892 17.00 5.875 4.691 4-1/2 .191 3/165-1/2 4.778 20.00 6.050 4.572 4-1/4 .322 21/645-1/2 4.670 23.00 6.050 4.459 4-1/4 .209 13/64

6 5.424 18.00 6.500 5.226 5-1/8 .101 3/326 5.352 20.00 6.500 5.151 5 .151 5/326 5.240 23.00 6.500 5.035 4-3/4 .285 9/32

6-5/8 6.049 20.00 7.000 5.853 5-5/8 .228 15/646-5/8 5.921 24.00 7.250 5.720 5-5/8 .095 3/326-5/8 5.791 28.00 7.250 5.586 5-3/8 .211 7/326-5/8 5.675 32.00 7.250 5.466 5-1/8 .341 11/32

7 6.366 23.00 7.400 6.170 6 .170 11/647 6.276 26.00 7.600 6.076 5-7/8 .201 13/647 6.184 29.00 7.600 5.982 5-5/8 .357 23/647 6.094 32.00 7.750 5.889 5-5/8 .264 17/647 6.004 35.00 7.750 5.796 5-5/8 .171 11/647 5.920 38.00 7.750 5.709 5-3/8 .334 21/64

7-5/8 6.969 26.40 8.250 6.774 6-5/8 .149 5/327-5/8 6.875 29.70 8.250 6.677 6-3/8 .302 19/647-5/8 6.765 33.70 8.250 6.563 6-1/4 .313 5/167-5/8 6.625 39.00 8.250 6.419 6-1/4 .169 11/648-5/8 7.921 32.00 9.200 7.726 7-5/8 .101 3/328-5/8 7.825 36.00 9.200 7.628 7-3/8 .253 1/48-5/8 7.725 40.00 9.400 7.526 7-3/8 .151 5/328-5/8 7.625 44.00 9.400 7.423 7 .423 27/648-5/8 7.511 49.00 9.400 7.306 7 .306 5/169-5/8 8.921 36.00 10.250 8.728 8-1/2 .228 15/649-5/8 8.835 40.00 10.250 8.640 8-1/2 .140 9/649-5/8 8.755 43.50 10.250 8.558 8-3/8 .183 3/169-5/8 8.681 47.00 10.250 8.483 8-1/4 .233 15/649-5/8 8.535 53.50 10.400 8.333 8-1/8 .208 13/64

98

CASING BIT SIZES AND CLEARANCES

YOUNGSTOWN SPEED TITE CASING WITH HYDRIL TWO-STEP THREADS

Casing Specifications Bit Size and Diametrical ClearancesCasing Casing Wt/Ft (lbs) Coupling Joint Bit Size Clearance

O.D. (in) I.D. (in) w/Couplings O.D. (in) I.D. (in) (in) Thousandths Nearest 64th5-1/2 4.950 15.50 5.825 4.857 4-1/4 .107 7/645-1/2 4.892 17.00 5.825 4.832 4-1/4 .082 5/645-1/2 4.778 20.00 5.825 4.718 4-5/8 .093 3/325-1/2 4.670 23.00 5.825 4.610 4-1/4 .360 23/546-5/8 5.921 24.00 6.997 5.795 5-5/8 .170 11/646-5/8 5.791 28.00 6.997 5.731 5-5/8 .106 7/646-5/8 5.675 32.00 6.997 5.615 5-3/8 .240 15/64

7 6.366 23.00 7.369 6.216 6-1/8 .091 3/327 6.276 26.00 7.369 6.216 6-1/8 .091 3/327 6.184 29.00 7.369 6.124 6 .124 1/87 6.094 32.00 7.369 6.034 5-7/8 .159 5/327 6.004 35.00 7.369 5.944 5-5/6 .319 5/167 5.920 38.00 7.369 5.860 5-5/8 .235 15/64

7-5/8 6.969 26.40 8.017 6.842 6-3/4 .092 3/327-5/8 6.875 29.70 8.017 6.815 6-5/8 .190 3/167-5/8 6.765 33.70 8.017 6.705 6-5/8 .080 5/647-5/8 6.625 39.00 8.017 6.565 6-1/4 .315 5/168-5/8 7.921 32.00 9.060 7.787 7-5/8 .162 5/328-5/8 7.825 36.00 9.060 7.765 7-5/8 .140 9/648-5/8 7.725 40.00 9.060 7.665 7-3/8 .290 19/648-5/8 7.625 44.00 9.060 7.565 7-3/8 .190 3/168-5/8 7.511 49.00 9.060 7.451 7-3/8 .076 5/649-5/8 8.835 40.00 10.097 8.695 8-1/2 .195 3/169-5/8 8.755 43.50 10.097 8.695 8-1/2 .195 3/169-5/8 8.681 47.00 10.097 8.621 8-1/2 .121 1/89-5/8 8.535 53.50 10.097 8.475 8-3/8 .100 3/32

99

CASING BIT SIZES AND CLEARANCES

SPANG-CHALFANT EXTREME LINE CASING

Casing Specifications Bit Size and Diametrical ClearancesCasing Casing Wt/Ft (lbs) Coupling Joint Bit Size Clearance

O.D. (in) I.D. (in) w/Couplings O.D. (in) I.D. (in) (in) Thousandths Nearest 64th5 4.408 15.00 5.360 4.198 3-7/8 .323 21/645 4.276 18.00 5.360 4.198 3-7/8 .323 21/645-1/2 4.950 15.50 5.780 4.736 4-5/8 .111 7/645-1/2 4.892 17.00 5.780 4.701 4-5/8 .076 5/645-1/2 4.778 20.00 5.780 4.701 4-5/8 .076 5/645-1/2 4.670 23.00 5.780 4.610 4-1/4 .360 23/646 5.424 18.00 6.300 5.248 5-1/8 .123 1/86 5.352 20.00 6.300 5.248 5-1/8 .123 1/86 5.240 23.00 6.300 5.180 5 .180 3/166-5/8 5.921 24.00 6.930 5.781 5-5/8 .156 5/326-5/8 5.791 28.00 6.930 5.731 5-5/8 .106 7/646-5/8 5.675 32.00 6.930 5.615 5-3/8 .240 15/647 6.366 23.00 7.310 6.171 6 .171 11/647 6.276 26.00 7.310 6.171 6 .171 11/647 6.184 29.00 7.310 6.123 6 .123 1/87 6.094 32.00 7.310 6.032 5-7/8 .157 5/327 6.004 35.00 7.390 5.940 5-5/8 .315 5/167 5.920 38.00 7.390 5.860 5-5/8 .235 15/647-5/8 6.969 26.40 7.920 6.770 6-5/8 .145 9/647-5/8 6.875 29.70 7.920 6.770 6-5/8 .145 9/647-5/8 6.765 33.70 7.920 6.705 6-5/8 .080 5/647-5/8 6.625 39.00 7.920 6.565 6-1/4 .315 5/188-5/8 7.921 32.00 9.030 7.725 7-5/8 .100 3/328-5/8 7.825 36.00 9.030 7.725 7-5/8 .100 3/328-5/8 7.725 40.00 9.030 7.663 7-3/8 .288 9/328-5/8 7.625 44.00 9.030 7.565 7-3/8 .190 3/168-5/8 7.511 49.00 9.030 7.451 7-3/8 .076 5/649-5/8 8.835 40.00 10.020 8.665 8-1/2 .165 11/649-5/8 8.755 43.50 10.020 8.665 8-1/2 .165 11/649-5/8 8.681 47.00 10.020 8.621 8-1/2 .121 1/89-5/8 8.535 53.50 10.020 8.475 8-3/8 .100 3/32

100

CASING BIT SIZES AND CLEARANCES

J&L INTEGRAL JOINT SEAMLESS CASING — LIGHT UPSET

Casing Specifications Bit Size and Diametrical ClearancesCasing Casing Wt/Ft (lbs) Coupling Joint Bit Size Clearance

O.D. (in) I.D. (in) w/Couplings O.D. (in) I.D. (in) (in) Thousandths Nearest 64th5-1/2 5.012 14.00 6.050 4.912 4-3/4 .162 5/325-1/2 4.950 15.50 6.050 4.850 4-3/4 .100 3/325-1/2 4.892 17.00 6.050 4.792 4-5/8 .167 11/645-1/2 4.778 20.00 6.050 4.678 4-1/2 .178 11/645-1/2 4.670 23.00 6.050 4.570 4-1/4 .320 5/167 6.456 20.00 7.656 6.356 6-1/4 .106 7/647 6.366 23.00 7.656 6.266 6-1/8 .141 9/647 6.276 26.00 7.656 6.176 6 .176 11/647 6.184 29.00 7.656 6.084 6 .084 5/647 6.094 32.00 7.656 5.994 5-5/8 .369 3/87 6.004 35.00 7.656 6.004 5-7/8 .129 1/88-5/8 8.017 28.00 9.438 7.917 7-5/8 292 19/648-5/8 7.921 32.00 9.438 7.821 7-5/8 .196 13/648-5/8 7.825 36.00 9.438 7.725 7-5/8 .100 3/328-5/8 7.725 40.00 9.438 7.625 7-3/8 .250 1/48-5/8 7.625 44.00 9.438 7.525 7-3/8 .150 5/328-5/8 7.511 49.00 9.438 7.411 7 .411 13/32

J&L INTEGRAL JOINT SEAMLESS CASING — HEAVY UPSET

Casing Specifications Bit Size and Diametrical ClearancesCasing Casing Wt/Ft (lbs) Coupling Joint Bit Size Clearance

O.D. (in) I.D. (in) w/Couplings O.D. (in) I.D. (in) (in) Thousandths Nearest 64th5-1/2 5.012 14.00 6.050 4.850 4-3/4 .100 3/325-1/2 4.950 15.50 6.050 4.792 4-3/8 .167 11/645-1/2 4.892 17.00 6.050 4.678 4-1/2 .178 11/645-1/2 4.778 20.00 6.050 4.570 4-1/4 .320 5/167 6.456 20.00 7.656 6.266 6-1/8 .141 9/647 6.366 23.00 7.656 6.176 6 .176 11/647 6.276 26.00 7.656 6.084 6 .084 5/647 6.184 29.00 7.656 5.994 5-5/8 .369 3/88-5/8 8.017 28.00 9.438 7.821 7-5/8 .196 13/648-5/8 7.921 32.00 9.438 7.725 7-5/8 .100 3/328-5/8 7.825 36.00 9.438 7.625 7-3/8 .250 1/48-5/8 7.725 40.00 9.438 7.525 7-3/8 .150 5/328-5/8 7.625 44.00 9.438 7.411 7-3/8 .411 13/32

101

BAASH-ROSS TRI-KELLY® — THREE-SIDED KELLYMax. Bore GL to Flat Flat Width O.D.

Size A B C D

3-1/2 1-3/4 1-3/4 1-7/8 3-31/324-1/4 2-1/4 2-1/8 2-17/64 4-13/165-1/4 3-1/4 2-5/8 2-27/32 5-31/326 4 3 3-15/64 6-13/16

SQUARE KELLYSAPI Nom. Max. Across Across

Size Bore A Flats B Corner C Radius R Radius Rc *

2-1/2 1-1/4 2-1/2 3-9/32 5/16 1-5/83 1-3/4 3 3-15/16 3/8 1-15/163-1/2 2-1/4 3-1/2 4-17/32 1/2 2-7/324-1/4 2-3/4 4-1/4 5-9/16 1/2 2-3/45-1/4 3-1/2 5-1/4 6-29/32 5/8 3-3/86 ** 3-1/2 6 7-7/8 3/4 …

* Corner configuration at manufacturer’s option** 6" square not API

HEXAGONAL KELLYSAPI Max. Across Across

Std. Size Alternate Bore A Flats B Corner C Radius R Radius Rc *

3 … 1-1/2 3 3-3/8 1/4 1-11/163-1/2 … 1-3/4 3-1/2 3-31/32 1/4 1-31/32… 3-1/2 2-1/4 3-3/4 4-1/4 5/16 …4-1/4 … 2-1/4 4-1/4 4 13/16 5/16 2-25/64… 4-1/2 2-1/4 4-27/32 5-1/2 5/16 …5-1/4 … 3-1/4 5-14 5-31/32 3/8 2- 61/64… 5-916 4 5-31/32 6-3/4 3/8 …6 … 4 6 6-13/16 3/8 3-13/32… 6-5/8 4-1/4 6-27/32 7-3/4 1/2 …

* Corner configuration at manufacturer’s option

KELLY CROSS-SECTION DIMENSIONS

HEXAGONAL KELLY

B

A

RC

R

CA

D

C

B

120°

120°

THREE-SIDED KELLY

C

A

B

R

SQUARE KELLY

RC

102

KELLY WEIGHTS POUNDS PER FOOT(DRIVE SECTION)

TRI-KELLY® — THREE-SIDED KELLYS

Bore of Tri-Kelly (in)Size1-1/2 1-3/4 2 2-1/4 2-1/2 2-3/4 2-7/8 3 3-1/4 3-1/2 4

3-1/2 33.04 30.85 … … … … … … … … …4-1/4 51.44 49.27 46.77 43.93 … … … … … … …5-1/4 … … … … … 67.86 65.98 64.04 59.86 … …

6 … … … … … … … … … 82.15 72.15

SQUARE KELLYS

Across Bore of Square Kelly (in)Flat 1-1/16 1-1/4 1-1/2 1-3/4 2 2-1/4 2-1/2 2-3/4 2-7/8 3 3-1/4 3-1/2

2-1/2 18.3 17.1 … … … … … … … … … …3 … 25.8 24.0 21.8 … … … … … … … …3-1/2 … … 35.6 33.5 31.0 28.2 … … … … … …4-1/4 … … … … … 47.9 44.7 41.3 … … … …5-1/4 … … … … … … … 73.5 71.6 69.7 65.5 61.06 … … … … … … … … … … … 89.6

HEXAGONAL KELLYS

Across Bore of Hexagonal Kelly (in)Flat 1-1/4 1-1/2 1-3/4 2 2-1/4 2-1/2 2-3/4 2-7/8 3 3-1/4 3-1/2 4

3 22.3 20.5 … … … … … … … … … …3-1/2 … 30.1 27.9 … … … … … … … … …3-3/4 … 35.3 33.2 30.7 … … … … … … … …4-1/4 … … … … 39.6 … … … … … … …4-27/32 … … … … 56.4 … … … … … … …5-1/4 … … … … … … 60.9 59.0 57.1 52.9 … …6 … … … … … … … … … … 73.2 63.2

103

Fluid (lb/gal) Buoyancy Factor6.0 .90836.2 .90536.4 .90226.6 .89916.8 .89617.0 .89307.2 .89007.4 .88697.6 .88397.8 .88088.0 .87788.2 .87478.33 * .87278.4 .87168.6 .86868.8 .86559.0 .86259.2 .85949.4 .85649.6 .85339.8 .8502

10.0 .847210.2 .844110.4 .841110.6 .838010.8 .835011.0 .831911.2 .828911.4 .825811.6 .822711.8 .819712.0 .816612.2 .813612.4 .810512.6 .807512.8 .8044

* Weight of water @ 68°F (20°C)

Buoyancy Factor is used to compensate for loss of weight when steel tubulars are immersed in fluid.Applicable only when steel tubulars are completely filled with fluid.

BUOYANCY FACTOR FOR STEEL PIPE

Fluid (lb/gal) Buoyancy Factor13.0 .801313.2 .798313.4 .795213.6 .792213.8 .789114.0 .786114.2 .783014.4 .780014.6 .776914.8 .773815.0 .770815.2 .767715.4 .764715.6 .761615.8 .758616.0 .755516.2 .752416.4 .749416.6 .746316.8 .743317.0 .740217.2 .737217.4 .734117.6 .731117.8 .728018.0 .724918.2 .721918.4 .718818.6 .715818.8 .712719.0 .709719.2 .706619.4 .703519.6 .700519.8 .697420.0 .6944

104

RING JOINT — FLANGE DATA

OId API Designations Working Pressure (psi) Ring Gasket New API DesignationsS/600 2,000 R or RX 6BS/900 3,000 R or RX 6BS/1500 5,000 R or RX 6B… 10,000 BX 6BX… 15,000 BX 6BX

SUMMARY

API has taken all flanges that used an R or RX ring gasket and typed them as 6B. They have taken allconnections that use BX ring gaskets and typed them 6BS. Exceptions to this are as follows:

The old S/2900 is considered obsolete by API and is not included in their designations. This series,because it is 10,000 psi working pressure and uses either an R or RX ring gasket, does not conformto the system that API has used to rename flanges. Therefore, for simplicity, and since the R and RXring gaskets are used in the S/2900, the S/2900 is designated as a type 6B. The other exception isthe new 13-5/8" 5,000 psi flange. API has arbitrarily designated these as a 6BX flange, although theworking pressure is 5,000 psi and BX ring gaskets are used.

105

Flange Bolts API RingNom. Pressure Dia. Pitch RingSize Rating (psi) O.D. Thickness Circle Quantity Dia. Length Dia. Number

1-13/16 10,000 7-3/8 1-21/32 5-3/4 8 3/4 5-1/4 3-1/16 BX-1511-13/16 15,000 8-3/16 1-25/32 6-5/16 8 7/8 5-7/8 3-1/16 BX-1511-13/16 20,000 10-1/8 2-1/2 8 8 1 7-3/4 3-1/16 BX-1512-1/16 2,000 6-1/2 1-5/16 5 8 5/8 4-3/4 3-1/4 R-232-1/16 3,000 8-1/2 1-13/16 6-1/2 8 7/8 6-3/8 3-3/4 R-242-1/16 5,000 8-1/2 1-13/16 6-1/2 8 7/8 6-3/8 3-3/4 R-242-1/16 10,000 7-7/8 1-47/64 6-1/4 8 3/4 5-1/2 … BX-1522-1/16 15,000 8-3/4 2 6-7/8 8 7/8 6-1/4 … BX-1522-1/16 20,000 1-15/16 2-13/16 9-1/16 8 1-1/8 8-1/2 … BX-1522-9/16 2,000 7-1/2 1-7/16 5-7/8 8 3/4 5-1/4 4 R-262-9/16 3,000 9-5/8 1-15/16 7-1/2 8 1 7 4-1/4 R-272-9/16 5,000 9-5/8 1-15/16 7-1/2 8 1 7 4-1/4 R-272-9/16 10,000 9-1/8 21/64 7-1/4 8 7/8 6-1/4 … BX-1532-9/16 15,000 10 2-1/4 7-7/8 8 1 7 … BX-1532-9/16 20,000 12-13/16 3-1/8 10-5/16 8 1-1/4 9-1/2 … BX-1533-1/8 2,000 8-1/4 1-9/16 6-5/8 8 3/4 5-1/2 4-7/8 R-313-1/8 3,000 9-1/2 1-13/16 7-1/2 8 7/8 6-1/4 4-7/8 R-313-1/8 5,000 10-1/2 2-3/16 8 8 1-1/8 7-3/4 5-3/8 R-353-1/16 10,000 10-5/8 2-19/64 8-1/2 8 1 7-1/4 … BX-1543-1/16 15,000 11-5/16 2-17/32 9-1/16 8 1-1/8 8 … BX-1543-1/16 20,000 14-1/16 3-3/8 11-5/14 8 1-3/8 10-1/4 … BX-1544-1/16 2,000 10-3/4 1-13/16 8-1/2 8 7/8 6-1/4 5-7/8 R-374-1/16 3,000 11-1/2 2-1/16 9-1/4 8 1-1/8 7-1/2 5-7/9 R-374-1/16 5,000 12-1/4 2-7/16 9-1/2 8 1-1/4 8-1/2 6-3/8 R-394-1/16 10,000 12-7/16 2-49/64 10-3/16 8 1-1/8 8-3/8 … BX-1554-1/16 15,000 14-3/16 3-3/32 11-7/16 8 1-3/8 9-13/16 … BX-1554-1/16 20,000 17-9/16 4-3/16 14-1/16 8 1-3/4 12-5/8 … BX-1555-1/8 2,000 13 2-1/16 10-1/2 8 1 7 7-1/8 R-415-1/8 3,000 13-3/4 2-5/16 11 8 1-1/4 8 7-1/8 R-415-1/8 5,000 14-3/4 3-3/16 11-1/2 8 1-1/2 10-1/4 7-5/8 R-445-1/8 10,000 14-1/16 3-1/8 11-13/16 12 1-1/8 9-1/4 … BX-1697-1/16 2,000 14 2-3/16 11-1/2 12 1 7-1/2 8-5/16 R-457-1/16 3,000 15 2-1/2 12-1/2 12 1-1/8 8-1/2 8-5/16 R-457-1/16 5,000 15-1/2 3-5/8 12-1/2 12 1-3/8 11-1/4 8-5/16 R-467-1/16 10,000 18-7/8 4-1/16 15-7/8 12 1-1/2 11-3/4 … BX-1567-1/16 15,000 19-7/8 4-11/16 16-7/8 16 1-1/2 13 … BX-1567-1/16 20,000 25-13/16 6-1/2 21-13/16 16 2 18 … BX-1569 2,000 16-1/2 2-1/2 13-3/4 12 1-1/8 8-1/2 10-5/8 R-499 3,000 18-1/2 2-13/16 15-1/2 12 1-3/8 9-1/2 10-5/8 R-499 5,000 19 4-1/16 15-1/2 12 1-5/8 12-1/2 10-5/8 R-509 10,000 21-3/4 4-7/8 18-3/4 16 1-1/2 13-1/4 … BX-1579 15,000 25-1/2 5-3/4 21-3/4 16 1-7/8 16-1/4 … BX-157

FLANGE DIMENSIONS

STUDS, NUTS, AND RING GASKETS

106

FLANGE DIMENSIONS

STUDS, NUTS, AND RING GASKETS

Flange Bolts API RingNom. Pressure Dia. Pitch RingSize Rating (psi) O.D. Thickness Circle Quantity Dia. Length Dia. Number

11 2,000 20 21-3/16 17 16 1-1/4 9-1/4 12-3/4 R-5311 3,000 21-1/2 3-1/16 18-1/2 16 1-3/8 10 12-3/4 R-5311 5,000 23 41-1/16 19 12 1-7/8 14-1/2 12-3/4 R-5411 10,000 25-3/4 5-9/16 22-1/4 16 1-3/4 15-3/8 - BX-15811 15,000 32 7-3/8 28 20 2 23 - BX-15813-5/8 2,000 22 2-15/16 19-1/4 20 1-1/4 9-1/2 15 R-5713-5/8 3,000 24 3-7/16 21 20 1-3/8 10-3/4 15 R-5713-5/8 5,000 26-1/2 4-7/16 23-1/4 16 1-5/6 12-3/4 - BX-16013-5/8 10,000 30-1/4 6-5/8 26-1/2 20 1-7/8 17-3/4 - BX-15913-5/8 15,000 34-7/8 7-7/8 30-3/8 20 2-1/4 21 - BX-15916-3/4 2,000 27 3-5/16 23-3/4 20 1-1/2 10-3/4 18-1/2 R-6516-3/4 3,000 27-3/4 3-15/16 24-1/4 20 1-5/8 12-1/4 18-1/2 R-6616-3/4 5,000 30-3/8 5-1/8 26-5/8 16 1-7/8 14-3/4 - BX-16216-3/4 10,000 34-5/16 6-5/8 30-9/16 24 1-7/6 17-3/4 - BX-16218-3/4 5,000 35-5/8 6-17/32 31-5/8 20 2 18 - BX-16318-3/4 10,000 40-15/16 8-25/32 36-7/16 24 2-1/4 22-7/8 - BX-16420-3/4 3,000 33-3/4 4-3/4 29-1/2 20 2 15-1/4 23 R-7421-1/4 2,000 32 3-7/8 28-1/2 24 1-5/8 12-1/4 23 R-7321-1/4 5,000 39 7-1/8 34-7/8 24 2 19-1/4 - BX-16521-1/4 10,000 45 9-1/2 40-1/4 24 2-1/2 25 - BX-16626-3/4 2,000 41 4-31/32 37-1/2 20 1-3/4 14-1/2 - BX-16726-3/4 3,000 43-3/8 6-11/32 39-3/8 24 2 17-3/4 - BX-168

107

BRINELL HARDNESS TABLE

BRINELL (3,000 kg)

Diameter Number Diameter Number Diameter Number2.00 945 3.70 269 5.40 1212.05 899 3.75 262 5.45 1182.10 856 3.80 255 5.50 1162.15 817 3.85 248 5.55 1142.20 780 3.90 241 5.60 1112.25 745 3.95 235 5.65 1092.30 712 4.00 229 5.70 1072.35 682 4.05 223 5.75 1052.40 653 4.10 217 5.80 1032.45 627 4.15 212 5.85 1012.50 601 4.20 207 5.90 99.22.55 578 4.25 201 5.95 97.32.60 555 4.30 197 6.00 95.52.65 534 4.35 192 6.05 93.72.70 514 4.40 187 6.10 92.02.75 495 4.45 183 6.15 90.32.80 477 4.50 179 6.20 88.72.85 461 4.55 174 6.25 87.12.90 444 4.60 170 6.30 85.52.95 429 4.65 167 6.35 84.03.00 415 4.70 163 6.40 82.53.05 401 4.75 159 6.45 81.03.10 388 4.80 156 6.50 79.63.15 375 4.85 152 6.55 78.23.20 363 4.90 149 6.60 76.83.25 352 4.95 146 6.65 75.43.30 341 5.00 143 6.70 74.13.35 331 5.05 140 6.75 72.83.40 321 5.10 137 6.80 71.63,45 311 5.15 134 6.85 70.43.50 302 5.20 131 6.90 69.13.55 293 5.25 128 6.95 68.03.60 285 5.30 126 7.00 66.83.65 277 5.35 123 … …

108

HARDNESS TESTING CONVERSION TABLE

RockwellBrinell No. Scleroscope

C B66 … … 9365 … 745 9164 … 712 8762 … 682 8460 … 653 8159 … 627 7958 … 601 7757 … 578 7555 … 555 7354 … 534 7152 … 514 7051 … 495 6850 … 477 6649 … 461 6547 … 444 6346 … 429 6145 … 415 5943 … 401 5842 … 388 5640 … 375 5439 … 363 5238 … 352 5137 … 341 5036 … 331 4834 … 321 47

RockwellBrinell No. Scleroscope

C B33 … 311 4632 … 302 4531 … 293 4330 … 285 4229 … 277 4128 … 269 4027 … 262 3925 … 255 3824 … 248 3723 100 241 3622 99 235 3521 98 229 3419 97 223 3418 96 217 3316 96 212 3315 95 207 3214 94 201 3113 93 197 3012 92 192 2910 91 187 299 90 183 288 89 179 276 88 I74 275 87 170 264 86 167 26

Rockwell C values are determined with conical brale penetrator and 150 kilogram major load.

Rockwell B values are determined with .0623 inch diameter steel ball and 100 kilogram major load.

Brinell hardness values are determined with 10 mm diameter steel ball and 3,000 kilgram pressure.

APPROXIMATE VALUES

109

Fraction Decimal (in) Millimeter

1/64 .015625 0.3971/32 .03125 0.794

… .03937 1.0003/64 .046875 1.1911/16 .0625 1.5885/64 .078125 1.985

… .07874 2.0003/32 .09375 2.3817/64 .109375 2.779

… .11811 3.0001/8 .1250 3.175

9/64 .140625 3.5735/32 .15625 3.969

… .15748 4.00011/64 .171875 4.3673/16 .1875 4.763

… .19685 5.00013/64 .203125 5.161

7/32 .21875 5.55615/64 .234375 5.955

… .23622 6.0001/4 .2500 6.350

17/64 .265625 6.749… .27559 7.000

9/32 .28125 7.14419/64 .296875 7.543

5/16 .3125 7.938… .31496 8.000

21/64 .328125 8.33711/32 .34375 8.731

… .35433 9.00023/64 .359375 9.131

3/8 .3750 9.52525/64 .390625 9.925

… .3937 10.00013/32 .40625 10.31927/64 .421875 10.719

… .43307 11.0007/16 .4375 11.113

29/64 .453125 11.51315/32 .46875 11.906

… .47244 12.00031/64 .484375 12.307

1/2 .5000 12.700

Fraction Decimal (in) Millimeter

33/64 .515625 13.101… .51181 13.000

17/32 .53125 13.49435/64 .546875 13.895

.55118 14.0009/16 .5625 14.288

37/64 .578125 14.689… .59055 15.000

19/32 .59375 15.08139/64 .609375 15.483

5/8 .6250 15.875… .62992 16.000

41/64 .640625 16.27721/32 .65625 16.669

… .66929 17.00043/64 .671875 17.07111/16 .6875 17.46345/64 .703125 17.865

… .70866 18.00023/32 .71875 18.25647/64 .734375 18.659

… .74803 19.0003/4 .7500 19.050

49/64 .765625 19.45325/32 .78125 19.844

… .7874 20.00051/64 .796875 20.24713/16 .8125 20.638

… .82677 21.00053/64 .828125 21.04127/32 .84375 21.43155/64 .859375 21.835

… .86614 22.0007/8 .8750 22.225

57/64 .890625 22.629… .90551 23.000

29/32 .90625 23.01959/64 .921875 23.42315/16 .9375 23.813

… .94488 24.00061/64 .953125 24.21731/32 .96875 24.606

… .98425 25.00063/64 .984375 25.011

… 1.0000 25.400

EQUIVALENCY CHARTFRACTIONS, DECIMALS, AND MILLIMETERS

110

LINE PULL x TONG LEVER CHARTTORQUE IN FT-LBS

(LEVER LENGTHS APPROXIMATE)

24-1/2" 31-5/8" 33-3/8" 39-5/8" 41-1/2" 49-1/2" 50" 56-1/2"Line Pull WW “D” WW “B” WW “C” WW “B” WW “AAX” WW “AAX” WW “H” WW “H”

(lbs) Tong Short Tong Tong Std. Tong Short Tong Std. Tong Short Tong Std. Tong& ST-60 & ST-160

500 1021 1318 1391 1651 1729 2063 2083 23541000 2041 2635 2781 3302 3458 4125 4166 47081500 3062 3953 4172 4953 5187 6188 6249 70622000 4082 5270 5562 6604 6916 8250 8332 94162500 5103 6588 6953 8255 8645 10313 10415 117703000 6123 7905 8343 9906 10374 12375 12498 141243500 7144 9223 9734 11557 12103 14438 14581 164784000 8164 10540 11124 13208 13832 16500 16664 188324500 9185 11858 12515 14859 15561 18563 18747 211865000 10205 13175 13905 16510 17290 20625 20830 235405500 11226 14493 15296 18161 19019 22688 22913 258946000 12246 15810 16686 19812 20748 24750 24996 282486500 13267 17128 18077 21463 22477 26813 27079 306027000 14287 18445 19467 23114 24206 28875 29162 329567500 15308 19763 20858 24765 25935 30938 31245 353108000 16328 21080 22248 26416 27664 33000 33328 376648500 17349 22398 23639 28067 29393 35063 35411 400189000 18369 23715 25029 29718 31122 37125 37494 423729500 19390 25033 26420 31369 32851 39188 39577 44726

10000 20410 26350 27810 33020 34580 41250 41660 4708010500 21431 27668 29201 34671 36309 43313 43743 4943411000 22451 28985 30591 36322 38038 45375 45826 5178811500 23472 30303 31982 37973 39767 47438 47909 5414212000 24492 31620 33372 39624 41496 49500 49992 5649612500 25513 32938 34763 41275 43225 51563 52075 5885013000 26533 34255 36153 42926 44954 53625 54158 6120413500 27554 35573 35744 44577 46683 55688 56241 6355814000 28574 36890 38934 46228 48412 57750 58324 6591214500 29595 38208 40325 47879 50141 59813 60407 6826615000 30615 39525 41715 49530 51870 61875 62490 70620

111

TORQUE OUTPUT WITH MANUAL TONGS

LINE PULL (IN POUNDS) x TONG LEVER LENGTH (IN FEET) = FT-LBS TORQUE

In order to figure the amount of line pull required, always figure on the tong lever being level and at aright angle (90°) to line pull of cathead. Line pull should be a steady pull, do not “jerk” the line since itis too difficult to measure the line pull while it is “jerking.”

Effective TongLever Length

90°

90°

FULLY EFFECTIVE TONG LEVER TORQUE4.7 ft x 3,000 lb line pull = 14,100 ft-lbs

4.7 ft

INEFFECTIVE TONG LEVER TORQUE3.4 ft x 3,000 lb line pull = 10,200 ft-lbs

INEFFECTIVE TONG LEVER TORQUE3.4 ft x 3,000 lb line pull = 10,200 ft-lbs

Cat

head

Pul

l

45°

3.4 ft

45°

3.4 ft

3,00

0 lb

Line

Pul

l

3,00

0 lb

Lin

e P

ull

3,00

0 lb

Line

Pul

l

4.7 ft4.7 ft

112

Step 1: Look up the minimum recommendedtorque required.

Step 2: Divide this torque value by the effectivetong length.

The answer is pounds pull reading for the line-pull indicator when in this position.

NOTE: The rotary must be unlocked when the Torque Indicator is in the snub line.

Step 1: Look up the minimum recommendedtorque required.

Step 2: Divide this torque value by the effectivetong length.

The answer is pounds pull reading for the line-pull indicator when in this position.

Step 1: Look up the minimum recommendedtorque required.

Step 2: Divide this torque value by the effectivetong length.

The answer is pounds pull reading for the line-pull indicator when in this position.

90°

TorqueIndicator

90°

Torque IndicatorPROPER PLACEMENT OF TORQUE INDICATORS

Snub Line Snub Line

90°

Torque Indicator

Snub LineSnub Line90°

Torque Indicator

Step 1: Look up the minimum recommendedtorque required.

Step 2: Divide this torque value by the effectivetong length.

The answer is pounds pull reading for the line-pull indicator when in this position.

The amount of cathead pull willbe the same as the line-pullreading on the Torque Indicator.

The amount of cathead pull willbe the same as the line-pullreading on the Torque Indicator.

The amount of cathead pull willbe 1/2 of the line-pull readingon the Torque Indicator.

The amount of cathead pull willbe the same as the line-pullreading on the Torque Indicator.

SnubLine

113

Step 1: Look up the minimum recommendedtorque required.

Step 2: Divide this torque value by the effectivetong length.

The answer is pounds pull reading for the line-pull indicator when in this position.

Step 1: Look up the minimum recommendedtorque required.

Step 2: Divide this torque value by the effectivetong length.

The answer is pounds pull reading for the line-pull indicator when in this position.

PROPER PLACEMENT OF TORQUE INDICATORS

NOTE: The rotary must be unlocked when the Torque Indicator is in the snub line.

Step 1: Look up the minimum recommendedtorque required.

Step 2: Divide this torque value by the effectivetong length.

Step 3: Divide this by 2. This will be the line-pullreading for the line-pull indicator when in thisposition.

Step 1: Look up the minimum recommendedtorque required.

Step 2: Divide this torque value by the effectivetong length.

The answer is pounds pull reading for the line-pull indicator when in this position.

90°

Snub Line

Torque Indicator

90°

Snub Line

Snub Line Snub LineTorqueIndicator

Snub LineSnub Line

90°

90°

The amount of cathead pull willbe 1/3 of the line-pull readingon the Torque Indicator.

The amount of cathead pull willbe 1/3 of the line-pull readingon the Torque Indicator.

The amount of cathead pull willbe the same as the line-pullreading on the Torque Indicator.

The amount of cathead pull willbe 1/2 of the line-pull readingon the Torque Indicator.

Torque Indicator

Snub LineSnub Line

Torque Indicator

114

Step 1: Look up the minimum recommendedtorque required.

Step 2: Divide this torque value by the effectivetong length.

Step 3: Divide this by 2. This will be the poundspull reading for the line-pull indicator when inthis position.

PROPER PLACEMENT OF TORQUE INDICATORS

NOTE: The rotary must be unlocked when the Torque Indicator is in the snub line.

\Step 1: Look up the minimum recommendedtorque required.

Step 2: Divide this torque value by the effectivetong length.

Step 3: Divide this by 2. This will be the poundspull reading for the line-pull indicator when inthis position.

Step 1: Look up the minimum recommendedtorque required.

Step 2: Divide this torque value by the effectivetong length.

Step 3: Divide this by 3. This will be the poundspull reading for the line-pull indicator when inthis position.

Step 1: Look up the minimum recommendedtorque required.

Step 2: Divide this torque value by the effectivetong length.

Step 3: Divide this by 2. This will be the poundspull reading for the line-pull indicator when inthis position.

The amount of catheadpull will be 2/3 of theline-pull reading onthe Torque Indicator.

The amount of catheadpull will be the sameas the line-pull readingon the Torque Indicator.

The amount of catheadpull will be the sameas the line-pull readingon the Torque Indicator.

The amount of catheadpull will be the sameas the line-pull readingon the Torque Indicator.

Snub Line

Snub Line

90°

90°TorqueIndicator

SnubLine

SnubLine

Torque Indicator

Snub Line

Snub Line

90°

90°

TorqueIndicator

SnubLine

SnubLine

Torque Indicator

115

PROPER PLACEMENT OF TORQUE INDICATORS

NOTE: The rotary must be unlocked when the Torque Indicator is in the snub line.

Step 1: Look up the minimum recommendedtorque required.

Step 2: Divide this torque value by the effectivetong length.

Step 3: Divide this by 3 and multiply by 2. Thiswill be the pounds pull reading for the line-pullindicator when in this position.

Step 1: Look up the minimum recommendedtorque required.

Step 2: Divide this torque value by the effectivetong length.

The answer is pounds pull reading for the line-pull indicator when in this position.

Multiple line hookups can provide many timesthe normal make-up line-pull. Great care shouldbe taken to see that the lines do not becomecrossed, twisted, or fouled. When it comes timefor the “big pull,” be sure everyone is in the clear.

Caution: Know the tong’s rating before thepull is attempted.

The slack in the tong snub line should be suffi-cient for the tongs to obtain full benefit of thepull from the cathead, but short enough to pre-vent complete rotation of the tongs.

Step 1: Look up the minimum recommendedtorque required.

Step 2: Divide this torque value by the effectivetong length.

Step 3: Divide this by 5 and multiply by 4. Thiswill be the pounds pull reading for the line-pullindicator when in this position.

The amount of catheadpull will be 1/5 of theline-pull reading onthe Torque Indicator.

The amount of catheadpull will be 1/2 of theline-pull reading onthe Torque Indicator.

The amount of catheadpull will be 1/2 of theline-pull reading onthe Torque Indicator.

Snub Line

90°

90°

Snub LineSnubLine

Torque Indicator

Snub Line

Snub Line

90°

SnubLine

Torque Indicator

Torque Indicator

116

This instrument permits many measurements and calcu-lations without reference to supplementary data.

Evaluation of WearOnce the degree of wear has been ascertained, the eval-uation is conducted as follows:

The effect of wear on 18° taper elevators and tool jointsmay be determined by using Figure 3. Entering chart atactual angle of taper, read across to diagonal referenceline and down to base of chart. The result is the percent-age to which an elevator capacity is reduced by such worntapers. Example: Inspected tool joint was found to havea taper of 13°. As it was to be used with a perfectly sound250-ton elevator, the elevator capacity was reduced to78%, or 195 tons.

Figure 3. Percentage to which elevator capacity is reducedby wear of elevator and tool-joint tapers is shown in thischart. To use the chart, locate actual angle of taper at left,read across to diagonal reference line and down to per-centage at base of chart.

Periodic Inspection (See API RP8B)This examination, as outlined below, whether conductedin the field or shop, should be made using calibratedinstruments to determine any deviations from the manu-facturer’s technical data for original parts.

Square Shoulder Collar-Type Drill Pipe, Casing,and Standard Tubing Elevators: Inspect the collars forsquareness, and uniformity and depth of wear. Unevenwear, or worn recesses of 1/16 in. or more, requires refac-ing of collar surface. Hinge pins and springs should becarefully inspected visually for excess wear and obviousweakness.

18° Taper-Type Elevators: Inspection is the same as forsquare shoulder, except that the conical bore should beobserved and measured (in many instances this checkshould be more frequent.) All tool joints used with theseelevators should be measured. Amount of wear should bechecked with chart, Figure 3. In addition to the angle oftaper, hardbanding should be checked to see if it extendsbeyond the taper. Any straight-edge may be used for thispurpose.

How to Measure Wear on Elevators and Tool JointsIt is obvious that visual inspection cannot suffice for mostelevator checks. To measure link arms it is necessary touse calipers and to read the result on a rule. Since signif-icant wear is restricted to the top link arm, it is here thatthe measurement is taken.

Hinge pins, latch pins, and socket holes are not normallymeasured for wear in the field. When it becomes apparentthat the hinge or latch pins are loosening, the elevatorshould be sent to the factory for a general engineeringcheck-up.

For square-shoulder elevators, a rule marked in sixteenthsof an inch is adequate. The straight edge of the rule isused to check the squareness of the top bore, and theend is inserted into the worn pockets and ridges. Wearof 1/16 in. or more should require refacing of collar sur-face. The squareness of tool joints (where collar meetsthe pipe) may be checked using the right angle formedby the rule end. Joints out of square by 1/16 in. or moreshould be reconditioned or replaced according to recom-mendations of manufacturer.

Determining wear of the 18° taper elevator and tool jointis more difficult. As shown in Figure 1, an arm containinga true 18° surface is extended into and matched againstthe elevator bore. At the top of the bore, the actual angleis read off a protractor attached to a straight edge. Thesame principle is used for tool joints. In Figure 2, thestraight-edge is placed on top of the tool joint and the true18° surface is placed along the tool joint taper.

Figure 1. To measure elevator taper, a true 18° surfaceis inserted on an arm into the elevator bore and matchedagainst the taper. Result is read on a protractor attachedto a straight-edge.

Figure 2. To measure tool-joint taper, a true 18° surfaceis matched against the taper and the result read on a pro-tractor mounted on a straight-edge at the top of the tooljoint. Hardbanding should also be checked for violationof this taper.

Since these tapers do not wear evenly, it is necessary touse the smallest angle of contact found.

Inspection Gauge for Elevators and Tool JointsRecognizing the importance of an accurate measurementand appreciating the difficulty in constructing an instrumentas described, Cooper Industries, Inc. has engineered andmanufactured a permanent aluminum gauge.

WORN ELEVATORS, TOOL JOINTS, LINK ARMSAND LINK EARS

Figure 2Figure 1

Figure 3

Percentage to which Rated Capacity is Reduced

Mea

sure

d An

gle

of T

aper

(deg

)

2

4

6

8

10

12

14

16

18100 90 80 70 60 50 40 30

117

LINK ARM WEAR CHART FOR CHAMPION™ ELEVATORS

Collar Type 18° Taper TypeElevator Link Arm Link Arm Elevator Link Arm Link Arm

Size Cap. (ton) Dim. (in) Size Cap. (ton) Dim. (in)100 3 100 4

C-100 90 2-3/4 T-100 91 3-3/479 2-1/2 82 3-1/269 2-1/4 72 3-1/4150 4 150 4-3/4

C-150 136 3-3/4 T-150 138 4-1/2122 3-1/2 126 4-1/4108 3-1/4 114 4250 4-3/4 250 5

C-250 230 4-1/2 T-250 232 4-3/4210 4-1/4 214 4-1/2190 4 198 4-1/4350 5 400 5-1/4322 4-3/4 368 5

C-350 300 4-1/2 T-400 338 4-3/4276 4-1/4 311 4-1/2250 4 286 4-1/4

Link ArmDimension

ELEVATOR AND TOOL JOINT INSPECTION GAUGEDetermining if an elevator is safe or unsafe, satisfactory for use or ready for repair, should not be entrusted to the eye!Such determinations require accurate measurements of the critical elevator parts.

TO MEASURE ANGLE OF 18° TAPER ELEVATORS: Place body of gauge ontop of elevator bore, and drop sliding arm into the bore. Bring tapered edge ofslide (marked “Elevator Taper”) against tapered surface of the bore. Read truetaper angle of elevator bore at “H.” Percentage of remaining rated capacity isgiven opposite the reading. Tapers of 13° and less require factory recondition-ing, or retirement from service. NOTE: Bores do not wear evenly. Use thesmallest angle found.

TO MEASURE ANGLE OF 18° TAPER TOOL JOINTS: Place body of gaugeon top shoulder of tool joint “box.” Sliding arm is adjusted so that the taperededge (marked “Tool Joint Taper”) is in contact with the tapered surface of thetool joint. The true angle is read at “H.” Percentage of remaining rated capacityof the elevator is given opposite the reading. Again, use the smallest anglefound. Tool joints of less than 13° should be repaired or replaced.

WARNING: Even though the elevator may be in perfect condition,a worn tool joint taper reduces its rated capacity!

While inspecting the tool joint, lay any straight edge of the gauge along the 18°taper to check that the angle of taper has not been violated by hardbanding.Should hardbanding extend onto the taper, such banding should be removed;and the elevator that was used with such a tool joint should be inspected fordamaging wear.

TO MEASURE WORN COLLAR SURFACES OF SQUARE SHOULDERELEVATORS: Place body of gauge on top surface of elevator. Using non-tapered end of sliding arm, drop arm end into the worn area. Depth of wear isread on the “1/4-inch” scale where body and sliding arm cross. Shoulders wornmore than 1/16 inch should be refaced by machining. Any rolling of the edgeinto the bore should be removed so that it will not interfere with the closing ofthe elevator.

TO CHECK SQUARE SHOULDER TOOL JOINTS: Use end of gauge bodymarked “90°.” Corner has been removed to permit this measurement. Jointsout-of-square by more than 1/16 inch should be remachined to 90°.

118

To determine the strength of worn links, measure the amount of eye wear with calipers as shown,and compare the figure with the table for the new capacity. Capacity of set is that of weakest eye.

HYDRA-HOOK™ LINK EARS WEAR CHART

FORGED LINKS WEAR CHART

Upper Lower CapacityEye Eye (per set)Dim. A Dim. B Tons

1-3/4 in – 150 Tons3-1/2 1-3/4 1503-3/8 1-5/8 1253-1/4 1-9/16 1103-1/8 1-1/2 100

2-1/4 in – 250 Tons5 2-1/4 2504-3/4 2-1/8 2104-5/8 2-1/2 1884-1/2 2 175

2-3/4 in – 350 Tons5 2-3/4 3504-3/4 2-5/8 2904-5/8 2-1/2 2624-1/2 2-7/16 245

31/2 in – 500 Tons6 3-1/2 5005-5/8 3-1/4 4405-1/4 3 3755-3/16 2-7/8 345

Thickness of wear point inLower Eye Dimension (Dim.) “A”

Dim. Remaining Dim. RemainingA Capacity A Capacity

(in) (tons) (in) (tons)40-Ton Hook 250-Ton Hook

3-3/8 40 7-3/8 2503-1/8 35 7-1/8 2302-7/8 31 6-7/8 2032-5/8 25 6-5/8 187

65-Ton Hook 350-Ton Hook3-7/8 65 7-3/8 3503-5/8 58 7-1/8 3183-3/8 51 6-7/8 2863-1/8 40 6-5/8 254

100-Ton Hook 500-Ton Hook4-3/8 100 7-7/8 5004-1/8 91 7-5/8 4503-7/8 79 7-3/8 4003-5/8 64 7-1/8 350

150-Ton Hook4-7/8 1504-5/8 1384-3/8 1234-1/8 112

Decrease in strength of the hook by wearof link ears is shown for Web Wilson Hooks.

Measure the depth of the link ear at the pointof the greatest wear (Dim. A). The newcapacity of the hook and/or link ears is shownin corresponding chart of hook size.

WEAR LIMITS: It is recommended thatany hook showing wear of 1/2" be promptlyrepaired. Wear should never exceed 3/4".When properly built up to recommendeddimensions, the wear pad will prevent furtherloss in capacity until original wear point isreached. The load capacity will always bethat of greatest wear.

Upper Eye

Lower EyeThickness of wear point inUpper Eye Dimension (Dim. B)

A

B

Dim. A

119

Baash-Ross, Web Wilson, Hillman-Kelley, KelCo, Larkin, Hydra-Hook, Champion, Fulgrip,Foster, Thornhill Craver, Tri-Kelly, Pow-R-Seal, Saf-T-Seal, DynaSeal, DynaCentric,Pow-R-Gard, Saf-T-Gard, UNIBOLT, and Ouadbolt are registered trademarks or tradenamesof Cooper Industries, Inc., Houston, Texas.

Armco, Seal-Lock, EXTREME LINE, IJ NU-Lock, and NU-Lock are registered trademarksand/or tradenames of Armco, Inc., Middletown, Ohio.

Atlas Bradford is a registered trademark of Tenaris Oilfield Services, Luxembourg.

Hughes is a registered trademark of Baker Hughes Incorporated, Houston, Texas.

Hydril, CS, CTS-CB, CFJP-CB, A95-CB, CS-CB, CTS, Triple Seal and Triple Seal II, PH4-CB,PH6-CB are registered trademarks of Hydril Company, Houston, Texas.

Mannesmann and VAM are registered trademarks of Vallourec & Mannesmann (V&M) Tubes,Boulogne, France.

Logan oiL TooLs manufactures a complete line of quality fishing tools and related products. Our own full-time engineering staff can custom design and manufacture virtually any type of downhole tool that may be required.

Since 1971, providing quality fish-ing tools at a fair price has been our primary goal. These decades of solid sales and service experience with fishing tools enables our sales staff to understand what service means to fishing tool operators, supervisors, and store managers. Our manufac-turing facility supports our delivery capabilities and is recognized as a leading source of quality products delivered “stock to dock” for many of the largest fishing and rental tool companies throughout the world.

We invite you to visit our 91,000-square-foot sales, engineering, manufacturing, and warehouse facilities located in Houston, Texas. We look forward to the opportunity to establish a long-lasting, mutually beneficial relationship with you and your company. For more informa-tion, contact our Sales and Service Department at:

Tel: (281) 219-6613sales@loganoiltools.com

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