ISO 3183 2012

raising standards worldwide

NO COPYING WITHOUT BSI PERMISSION EXCEPT AS PERMITTED BY COPYRIGHT LAW

BSI Standards Publication

BS EN ISO 3183:2012

Petroleum and natural gas industries Steel pipe for pipeline transportation systems

Copyright British Standards Institution Provided by IHS under license with BSI - Uncontrolled Copy Licensee=Jacobs Enterprise Wide/3219500143, User=Minero, OyukiPamela

Not for Resale, 04/08/2015 07:14:39 MDTNo reproduction or networking permitted without license from IHS

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BS EN ISO 3183:2012 BRITISH STANDARD

National foreword

This British Standard is the UK implementation of EN ISO 3183:2012. It supersedes BS EN 10208-1:2009 and BS EN 10208-2:2009, which are withdrawn.

The UK participation in its preparation was entrusted to TechnicalCommittee PSE/17/2, Transmission pipelines.

A list of organizations represented on this committee can be obtained on request to its secretary.

This publication does not purport to include all the necessary provisions of a contract. Users are responsible for its correct application.

The British Standards Institution 2013. Published by BSI Standards Limited 2013

ISBN 978 0 580 73062 7

ICS 75.200; 77.140.75

Compliance with a British Standard cannot confer immunity from legal obligations.

This British Standard was published under the authority of the Standards Policy and Strategy Committee on 31 January 2013.

Amendments issued since publication

Date Text affected



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EUROPEAN STANDARD NORME EUROPENNE EUROPISCHE NORM

EN ISO 3183

November 2012

ICS 75.200; 77.140.75 Supersedes EN 10208-1:2009, EN 10208-2:2009

English Version

Petroleum and natural gas industries - Steel pipe for pipeline transportation systems (ISO 3183:2012)

Industries du ptrole et du gaz naturel - Tubes en acier pour les systmes de transport par conduites (ISO

3183:2012) Erdl- und Erdgasindustrie - Stahlrohre fr

Rohrleitungstransportsysteme (ISO 3183:2012)

This European Standard was approved by CEN on 22 September 2012.

CEN members are bound to comply with the CEN/CENELEC Internal Regulations which stipulate the conditions for giving this European Standard the status of a national standard without any alteration. Up-to-date lists and bibliographical references concerning such national standards may be obtained on application to the CEN-CENELEC Management Centre or to any CEN member.

This European Standard exists in three official versions (English, French, German). A version in any other language made by translation under the responsibility of a CEN member into its own language and notified to the CEN-CENELEC Management Centre has the same status as the official versions.

CEN members are the national standards bodies of Austria, Belgium, Bulgaria, Croatia, Cyprus, Czech Republic, Denmark, Estonia, Finland, Former Yugoslav Republic of Macedonia, France, Germany, Greece, Hungary, Iceland, Ireland, Italy, Latvia, Lithuania, Luxembourg, Malta, Netherlands, Norway, Poland, Portugal, Romania, Slovakia, Slovenia, Spain, Sweden, Switzerland, Turkey and United Kingdom.

EUROPEAN COMMITTEE FOR STANDARDIZATION C O M I T E U R O P E N D E N O R M A LI S A T I O N EUR OP IS C HES KOM ITEE FR NOR M UNG

Management Centre: Avenue Marnix 17, B-1000 Brussels

2012 CEN All rights of exploitation in any form and by any means reserved worldwide for CEN national Members.

Ref. No. EN ISO 3183:2012: E



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BS EN ISO 3183:2012EN ISO 3183:2012 (E)

3

Foreword

This document (EN ISO 3183:2012) has been prepared by Technical Committee ISO/TC 67 "Materials, equipment and offshore structures for petroleum, petrochemical and natural gas industries" in collaboration with Technical Committee ECISS/TC 110 Steel tubes, and iron and steel fittings the secretariat of which is held by UNI.

This European Standard shall be given the status of a national standard, either by publication of an identical text or by endorsement, at the latest by May 2013, and conflicting national standards shall be withdrawn at the latest by November 2013.

Attention is drawn to the possibility that some of the elements of this document may be the subject of patent rights. CEN [and/or CENELEC] shall not be held responsible for identifying any or all such patent rights.

This document supersedes EN 10208-1:2009, EN 10208-2:2009.

According to the CEN/CENELEC Internal Regulations, the national standards organisations of the following countries are bound to implement this European Standard: Austria, Belgium, Bulgaria, Croatia, Cyprus, Czech Republic, Denmark, Estonia, Finland, Former Yugoslav Republic of Macedonia, France, Germany, Greece, Hungary, Iceland, Ireland, Italy, Latvia, Lithuania, Luxembourg, Malta, Netherlands, Norway, Poland, Portugal, Romania, Slovakia, Slovenia, Spain, Sweden, Switzerland, Turkey and the United Kingdom.

Endorsement notice

The text of ISO 3183:2012 has been approved by CEN as a EN ISO 3183:2012 without any modification.



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BS EN ISO 3183:2012

ISO 3183:2012(E)

ISO 2012 All rights reserved iii

Contents

Foreword ............................................................................................................................................................................. v

Introduction ....................................................................................................................................................................... vi

1 Scope ...................................................................................................................................................................... 1

2 Conformance ........................................................................................................................................................ 12.1 Units of measurement ........................................................................................................................................ 12.2 Rounding ............................................................................................................................................................... 12.3 Compliance to this International Standard ................................................................................................... 1

3 Normative references ......................................................................................................................................... 2

......................................................................................................................................... 5

5 Symbols and abbreviated terms ................................................................................................................... 115.1 Symbols ............................................................................................................................................................... 115.2 Abbreviated terms .............................................................................................................................................12

6 Pipe grade, steel grade and delivery condition .........................................................................................136.1 Pipe grade and steel grade .............................................................................................................................136.2 Delivery condition .............................................................................................................................................14

7 Information to be supplied by the purchaser ............................................................................................157.1 General information ..........................................................................................................................................157.2 Additional information .....................................................................................................................................16

8 Manufacturing ....................................................................................................................................................198.1 Process of manufacture ..................................................................................................................................198.2 Processes requiring validation ......................................................................................................................218.3 Starting material ................................................................................................................................................218.4 Tack welds ...........................................................................................................................................................228.5 Weld seams in COW pipe ................................................................................................................................228.6 Weld seams in SAW pipe .................................................................................................................................228.7 Weld seams in double-seam pipe .................................................................................................................238.8 Treatment of weld seams in EW and LW pipes .........................................................................................238.9 Cold sizing and cold expansion ....................................................................................................................238.10 Coil/plate end welds .........................................................................................................................................238.11 Jointers ................................................................................................................................................................248.12 Heat treatment ....................................................................................................................................................248.13 Traceability ..........................................................................................................................................................24

9 Acceptance criteria ...........................................................................................................................................249.1 General .................................................................................................................................................................249.2 Chemical composition .....................................................................................................................................249.3 Tensile properties ..............................................................................................................................................299.4 Hydrostatic test ..................................................................................................................................................339.5 Bend test ..............................................................................................................................................................339.6 Flattening test .....................................................................................................................................................339.7 Guided-bend test ...............................................................................................................................................339.8 CVN impact test for PSL 2 pipe .....................................................................................................................349.9 DWT test for PSL 2 welded pipe ....................................................................................................................359.10 Surface conditions, imperfections and defects ........................................................................................ 359.11 Dimensions, mass and tolerances ...............................................................................................................379.12 Finish of pipe ends ...........................................................................................................................................429.13 Tolerances for the weld seam ........................................................................................................................449.14 Tolerances for mass .........................................................................................................................................479.15 Weldability of PSL 2 pipe.................................................................................................................................47

10 Inspection ............................................................................................................................................................4810.1 Types of inspection and inspection documents ....................................................................................... 48 ...........................................................................................................................................49



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BS EN ISO 3183:2012

ISO 3183:2012(E)

iv ISO 2012 All rights reserved

11 Marking .................................................................................................................................................................7711.1 General .................................................................................................................................................................7711.2 Pipe markings .....................................................................................................................................................7711.3 Coupling markings ............................................................................................................................................7911.4 Marking of pipe to multiple grades ...............................................................................................................80 .........................................................................................................8011.6 Pipe processor markings ................................................................................................................................80

12 Coatings and thread protectors ....................................................................................................................8112.1 Coatings and linings .........................................................................................................................................8112.2 Thread protectors ..............................................................................................................................................81

13 Retention of records .........................................................................................................................................81

14 Pipe loading ........................................................................................................................................................82

Annex A ..........................................................................................83

Annex B !"# .................................................. 84

Annex C Treatment of surface imperfections and defects ............................................................. 88

Annex D Repair welding procedure ......................................................................................................90

Annex E Non-destructive inspection for other than sour service or offshore service ........... 95

Annex F Requirements for couplings (PSL 1 only) ........................................................................106

Annex G PSL 2 pipe with resistance to ductile fracture propagation .......................................109

Annex H PSL 2 pipe ordered for sour service ................................................................................. 115

Annex I Pipe ordered as Through the Flowline (TFL) pipe .......................................................126

Annex J PSL 2 pipe ordered for offshore service ...........................................................................128

Annex K Non-destructive inspection for pipe ordered for sour service and/or offshore service ...............................................................................................................................................144

Annex L Steel designations ................................................................................................................149

Annex M PSL 2 pipe ordered for European onshore natural gas transmission pipelines ..152

Annex N ...................................................................................................................................................169

Annex O ...................................................................................................................................................170

Annex P Equations for threaded and coupled pipe and background equations for guided bend and CVN test specimens .....................................................................................................................171

Bibliography ...................................................................................................................................................................181



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BS EN ISO 3183:2012

ISO 3183:2012(E)

Foreword

! " " !!!

#!"$!!!!!

!

%&%%!!#!!!'

#'!!!

!!!"(#')!%*

!!!

) !! !

!!" "! +",-.!

/!""$!"!

3453!!'

('6,%Materials, equipment and offshore structures for petroleum, petrochemical and natural gas industries%"!

'*%Pipeline transportation systems.

89"46('6,('*$:89"!"89;*4*

BS EN ISO 3183:2012

ISO 3183:2012(E)

Introduction

"+">

B /!-:C;;"4!*

B :*+"="!"!"/?G%+"!!!"=!!!!"!!%"!""!!C

B :*!"!!"/?9C

B :*"!/?HC

B J"KLK:/?C

B :*!/?MC

?

B :*#""/?D

B #+"!"!"+""'NE/?

+"?!="!

8""!%+"?!!!"!!%!!!P!"+" ? !!% +"! !

"! ! ! " +" % "! !% " "+"%!%%"+"!""!

3453"!"!!"!!!!!"%+""!"!=!%!=!/!!%"!!+" (#')!%*%!%+"%!=!@*%K4/?%!"!"&8!%!"!"!=

vi ISO 2012 All rights reservedCopyright British Standards Institution Provided by IHS under license with BSI - Uncontrolled Copy Licensee=Jacobs Enterprise Wide/3219500143, User=Minero, OyukiPamela


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BS EN ISO 3183:2012

INTERNATIONAL STANDARD ISO 3183:2012(E)

Petroleum and natural gas industries Steel pipe for pipeline transportation systems

1 Scope

!= +" "!" "! !=! : 4 : * " """

!!

2 Conformance

2.1 Units of measurement

%?"Q'"Q'"K!=!%""%"!?)"?Q'"!!!"+"+"!

8"!=+"""Q'%!!""%""%!!"!!""!

"! ! % % ! Q '" Q' " Q !""QQ'!Q'

""

K?"%!

"!!""K?Q'"%"!!""

2.2 Rounding

Q % !! !=+"%!!""""&!=""?"%!!!5

BS EN ISO 3183:2012

ISO 3183:2012(E)

/!!!"!"!!+""!!"!!"!"$!!

3 Normative references

! !" ! !" K !%!K"!%!!"!"

4;5&4%Metallic materials Charpy pendulum impact test Part 1: Test method

;

BS EN ISO 3183:2012

ISO 3183:2012(E)

4

BS EN ISO 3183:2012

ISO 3183:2012(E)

/D/@;4%Standard Terminology Relating to Steel, Stainless Steel, Related Alloys, and Ferroalloys

/D/@-6%Standard Test Method for Leeb Hardness Testing of Steel Products

/D/4

BS EN ISO 3183:2012

ISO 3183:2012(E)

K"!"%=%

B 6@*@/D/@;4"!%

B ;55-/D/@;4%

B /-4!%

B ;

BS EN ISO 3183:2012

ISO 3183:2012(E)

4.10COWH pipe"" "! ! "! ! &! "&!&!!"&!

4.11COWL pipe"" "! " "! ! &! "&!&!!"&!

4.12COW seam"!"!!&!"&!&!!"&!

4.13CW pipe"""!""!!""

4.14daughter coil%!"!%!""!more pieces of pipe

4.15daughter plate%!"%!""!or more pieces of pipe

4.16defect! ( " !!! ! !=

4.17electric weldingEW!!!&!%!!!P!!!"induction or conduction

4.18EW pipe"""!""!&&+"!!!

4.19EW seam""!!!

4.20$%! "!!!! !!""=!!%!P"?!""!

E# !%?"?"

6 ISO 2012 All rights reservedCopyright British Standards Institution Provided by IHS under license with BSI - Uncontrolled Copy Licensee=Jacobs Enterprise Wide/3219500143, User=Minero, OyukiPamela


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BS EN ISO 3183:2012

ISO 3183:2012(E)

4.21gas metal-arc welding!"!!!!!! !"" !" ! % ! ?"?"

E# '!""=!

4.22heat

"!!!!!

4.23HFW pipehigh-frequency electric welded pipe#8"!!"+"!+",

BS EN ISO 3183:2012

ISO 3183:2012(E)

4.31

!!%!+"%!? !" % "" " &!!"!"!

4.32lamination!%"!

4.33laser weldingLW! " & !+" "! !!!%"%?"?"

4.34low-frequency electric welded pipeLFW pipe#8"!!"+"!,

BS EN ISO 3183:2012

ISO 3183:2012(E)

4.42normative elements!!!"%!"+"

E# (#')!%*

4.43pipe bodyD: entire pipe

4.44pipe bodywelded pipe%?!"&!H/_

4.45pipe grade

E# '!!(!!

4.46pipe mill=%!!&!

E# /44@6

BS EN ISO 3183:2012

ISO 3183:2012(E)

4.54SAWH pipe"""!!"!"&!!

4.55SAWL pipe"""!""!"&!

4.56SAW seam"!"!"&!

4.57seamless pipeSMLS pipe"%"!&!%!!!!="!%

4.58service condition!"!="!"!

E# %J"!LJ!L!!

4.59shielded metal arc welding! "!!!! !!!%!!electrode covering

E# '!""!!

4.60tack weld!"""""=weld is produced

4.61test piece!=%!"&!%" +"! "

4.62test unit!+"!="!=!%!("!!!!%&

"!"!"&"!"!

4.63thermomechanical forming&!"!"%!=!"!"% !! !! %"!!%!!%"%&!"

CAUTION Subsequent heating above 580 C (1 075 F) typically can lower the strength values.



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BS EN ISO 3183:2012

ISO 3183:2012(E)

4.64thermomechanical rolled!"&!!%!=!"!"%!!!!%"!!%!!%"%&!"

CAUTION Subsequent heating above 580 C (1 075 F) typically can lower the strength values.

4.65undercut$!"=

4.66unless otherwise agreed+""+"""!""!!="!

E# /!%?%!,*

4.67welded pipe '8% '8H% '8:% #8% HK8% :K8% :8% /8H /8: =

5 Symbols and abbreviated terms

5.1 Symbols

a !(%?!

Af !"%?!"!

Agb "&(%?!

AI !&!%?+"+"!

AP !&!%?+"+"!

AR !&!&%?+"+"!

A?! !!!&!%?+"+"!

b !=!%?!

B !!""?

C !%!"""

CEIIW !+"%""8+"

CEPcm !+"%"!!&G!+"+"

d !!"%?!

D !="%?!

D "!"&"%?!

Db "!"&"%?!

f +"!%?H!!!

ISO 2012 All rights reserved 11Copyright British Standards Institution Provided by IHS under license with BSI - Uncontrolled Copy Licensee=Jacobs Enterprise Wide/3219500143, User=Minero, OyukiPamela


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BS EN ISO 3183:2012

ISO 3183:2012(E)

KN "&'N&!%?$"&"!

L %?

NL !="%!"%?!

P !"%?!"+"!

PR "&%?!"+"!

Q !=!!"%?!

r "%?!

r ""&%?!

rb ""&%?!

ro ""%?!

Rm %?!"+"!

R

BS EN ISO 3183:2012

ISO 3183:2012(E)

EW !!!!!"!!""!"

H/_ &!

HG8 G

HK8 &+"!!!!""!"

H' &"!!!

HF' F!%'!

HN N!

R +"!

LFW &+"!!!!""!"

LW !""!"

D !!

NDT non-destructive testing

PSL "!!=!

PT

/8H "&!!!""!"

SAWL "&!"!""!"

SI "

SSC "=!!

SWC &!!

TFL Through the Flowline

USC Q!""

UT "!

6 Pipe grade, steel grade and delivery condition

6.1 Pipe grade and steel grade

6.1.1 :4!4!"!=!!!

E# 9 / 9 G ! ! != " C%"!!!="""&"!="%?4

BS EN ISO 3183:2012

ISO 3183:2012(E)

E#4 9G!!!="C%"!!!=""Q'"

E#* K"!%H;44

E#3 K!%M;44

E#; K#"%D;44

6.1.3 ""#""!:4

6.2 Delivery condition

6.2.1 K!%!:4"!""!=!!!="!)!:4:*4:*3

6.2.2 K:*%!!!!"!!=

Table 1 Pipe grades, steel grades and acceptable delivery conditions

PSL Delivery condition Pipe grade/steel grade%

PSL 1 /&%% :4,-/*-

:4,-/*-

L210 or A

PSL 1 /&%%!!%!!%%%C%%+"!D:

:*;-G

PSL 1 /&%%!!%!!%%%+"!

L290 or X42

:3*

BS EN ISO 3183:2012

ISO 3183:2012(E)

PSL Delivery condition Pipe grade/steel grade%

PSL 2 R"! :*;-RGR

:*@

BS EN ISO 3183:2012

ISO 3183:2012(E)

?@4443%@44334*C

!=!"?

7.2 Additional information

"!!!!=!>

"$!%!>

4 4%%

* !!!@*4@**%

3 !!!t *-%

4 !&?5@*%

* +"5@3%

3 !!!:4;%!%%

; !!!:*-%!%%%%%%%

- (9:6*-R}@

BS EN ISO 3183:2012

ISO 3183:2012(E)

! %>

4 !6*4%

* "+"!:49:*;-GD:4%

3 "*%%

; ""&/8:*%!%

- !=:4554%

6 "/8H!(54

BS EN ISO 3183:2012

ISO 3183:2012(E)

34 &!!"444*%

3* !="!444;%

33 !=!"!!\44**44*6^%

3; &&!44*3%

3- !44*;%

36 !\44*6^%

3, !"=!44*,%

35 "44;4%

3@ ?!4*4*%

;

BS EN ISO 3183:2012

ISO 3183:2012(E)

8 Manufacturing

8.1 Process of manufacture

" "!" !!! !+"*3

&'*&+

Type of pipe or pipe end

PSL 1 pipe grade PSL 2 pipe grade

L175 or A25 b

L175P or A25P b

L210 or A

L245 or B

L290 or X42 to

L485 or X70

L245 or B to L555

or X80

L555 or X80 to L690

or X100

L690 or X100 to L830 or

X120Type of pipe

D: X X X X X X X

CW X X

LFW X X X X

HK8 X X X X X

LW X

SAWL c X X X X X X

/8H d X X X X X X

COWL c X X X X

'8H d X X X X

Type of pipe endG e X X X X

X X X X X X X

!!" X X X

f X X X X %"9:*@

BS EN ISO 3183:2012

ISO 3183:2012(E)

Table 3 Acceptable manufacturing routes for PSL 2 pipe

Type of pipe Starting material Pipe forming Pipe heat treatmentDelivery

condition

D: %

As-rolled R

E N

HE N

R"!tempering R

H!=

E N

R"!tempering R

HK8

E&! Cold forming H of

N

!!&coil Cold forming

H of D

H stress relieving of

entire pipe

D

As-rolled or !!&

coil

Cold formingE N

R"!tempering R

'reducing under controlled ""!

N

'!!

of pipe D

SAW or COW pipe

E&! Cold forming N

/&%!!&%

&

Cold forming E N

!!&! Cold forming D

R"! Cold forming R

/&%!!&%

&!

Cold forming R"!tempering R

/&%!!&%

&!

E N

55!



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BS EN ISO 3183:2012

ISO 3183:2012(E)

8.2 Processes requiring validation

K " "!" ! " !! +" ?!!!!!

!+">

B%&> =!!!&"!C!%"%!=C

B%&> C

B!!&%&> C!%"C

B!!&%&> "&C

B/8'8%?> %%C!%C

B/8'8%?> %%%?

8.3 Starting material

8.3.1 "!"+"

E# )!"+"+"!=!!=!!+" ! +" ! +" ! !P!!!?+"!!"!+"%!"(*@

BS EN ISO 3183:2012

ISO 3183:2012(E)

B !!C

B !(!!C

B !

!!!(!!!"

8.3.8 K!D%!(!!!"!53,=

B F!("!"!!((!!%!"!!%!+"!

B K :36

BS EN ISO 3183:2012

ISO 3183:2012(E)

8.7 Weld seams in double-seam pipe

"&?45

BS EN ISO 3183:2012

ISO 3183:2012(E)

8.10.3 %!(!&%!!"4-

BS EN ISO 3183:2012

ISO 3183:2012(E)

E# 9:4,-/*-&%%9:4,-/*-C%!=!"

9.2.2 For PSL 2 pipe with t *-%

CE C Mn6

Cr Mo V Ni CuIIW = + +

+ +( )+

+( )5 15

(3)

!!!!-

E# /"!!+"#+"*3!""

ISO 2012 All rights reserved 25Copyright British Standards Institution Provided by IHS under license with BSI - Uncontrolled Copy Licensee=Jacobs Enterprise Wide/3219500143, User=Minero, OyukiPamela


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BS EN ISO 3183:2012

ISO 3183:2012(E)

Table 4 Chemical composition for PSL 1 pipe with t 25,0 mm (0.984 in)

Steel grade (Steel name)

Mass fraction, based upon heat and product analyses %

.

C Mn P S V Nb Ti

?b ?b min. ? ? ? ? ?

Seamless pipe:4,-/*-

BS EN ISO 3183:2012

ISO 3183:2012(E)

Table 5 Chemical composition for PSL 2 pipe with t 25,0 mm (0.984 in)

Steel grade

(Steel name)Mass fraction, based upon heat and product analyses

.?"

Carbon equivalent

.?"

C b Si Mn b P S V Nb Ti Other CEIIW CEPcmSeamless and welded pipes

:*;-FGF

BS EN ISO 3183:2012

ISO 3183:2012(E)

Table 5 Chemical composition for PSL 2 pipe with t 25,0 mm (0.984 in) (continued)

Steel grade

(Steel name)Mass fraction, based upon heat and product analyses

.?"

Carbon equivalent

.?"

C b Si Mn b P S V Nb Ti Other CEIIW CEPcmWelded pipe

:*;-DGD

BS EN ISO 3183:2012

ISO 3183:2012(E)

9.3 Tensile properties

9.3.1 K:4%6

9.3.2 K:*%,

Table 6 Requirements for the results of tensile tests for PSL 1 pipe

Pipe grade

Pipe body of seamless and welded pipesWeld seam of EW, LW, SAW and COW

pipesYield strength

R

BS EN ISO 3183:2012

ISO 3183:2012(E)

Table 7 Requirements for the results of tensile tests for PSL 2 pipe

Pipe grade

Pipe body of seamless and welded pipes

Weld seam of HFW,

SAW and COW pipes

Yield strength

R

BS EN ISO 3183:2012

ISO 3183:2012(E)

Pipe grade

Pipe body of seamless and welded pipes

Weld seam of HFW,

SAW and COW pipes

Yield strength

R

BS EN ISO 3183:2012

ISO 3183:2012(E)

9.4 Hydrostatic test

9.4.1 #?!@;*%!""

9.4.2 ! $! % "

$"!!"!$

9.5 Bend test

E!!!!"!!!"

E# K%?!6%;

BS EN ISO 3183:2012

ISO 3183:2012(E)

9.7.2 '!!!"!"!"$!%6%;

BS EN ISO 3183:2012

ISO 3183:2012(E)

Table 8 CVN absorbed energy requirements for pipe body of PSL 2 pipe

diameter

D

mm (in)

Full-size CVN absorbed energy, minimum

KN

M

Grade

:;4-}6

1) :*@

}/!-G66*-: (for USC units)

or

}/!-G465%3: (for SI units)

11.5.2 "J!-GL44-4!"!=!"!" ! +" / ! -G " " !" "! "! % % !!!/!=!D"!""J!-GL=!+"!!!=/"!!!/!-G

11.6 Pipe processor markings

!"!""!"!"'"44!!!"!""!"!"

!"!!"!""%"!!!!"!"



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BS EN ISO 3183:2012

ISO 3183:2012(E)

12 Coatings and thread protectors

12.1 Coatings and linings

12.1.1 #?!4*4*4*4;%!

12.1.2 %?!!""!!"!%"?!

12.1.3 %!!

12.1.4 %

12.2 Thread protectors

12.2.1 KD 6

BS EN ISO 3183:2012

ISO 3183:2012(E)

!"C

!!=?"!%!"&!"!=!8&!"+"=!!8R(RF/?/)

14 Pipe loading

"!"%"!" % ! !" "!% !% !&%!!%% "!! ! "%!% !

!!!!

E# K/F-:4 [18]/F-:8 [19].



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BS EN ISO 3183:2012

ISO 3183:2012(E)

Annex A

A.1 Method

A.1.1 8"=!"!!""!!=!"

A.1.2 8 !"% ! ! +"=!!!"!

A.1.3 '!"!=!!"+"=!!"!"+"

A.2 Workmanship

A.2.1 !!!+"=!"!=!

A.2.2 ! $ @443;' $$

A.2.3 #!""!&!"!!"!/&!"!""!%!=46"&!4%6

BS EN ISO 3183:2012

ISO 3183:2012(E)

Annex B

!"#

B.1 General

B.1.1 ?!="!"!"+"=!:*\,*!;*^/?H%/?M%(/?D

B.1.2 !!=""!%+"%+"!=!""!""

B.1.3 N=!"!"!"!!""!+"=!!!!'"G3%G;%G-%!

B.2 Additional information to be supplied by the purchaser

"!!!!=!>

+"=!!!!'"G3%G;%G-!G43C

+"!"G-*

_= `

G"!!

!"!""!"%"!"""!"

=!!!"%!%!!!"!"!"!">

!B>

4 (!"!"!%

* +"!! !"%%?!!%!"!!!!!%

3 !!!!"-%

; !!!%

- !!!"(!*

4 (!"!"!%



--```,``,```,````,,``,,``,,`,``-`-`,,`,,`,`,,`---

BS EN ISO 3183:2012

ISO 3183:2012(E)

* +"!!%

3 !!!!"!(=!+"%

; &"!!!!!""!!%

- !!(!!!!!=!%

6 !!"!!%

, "+"! % ! ! ""!"!%

5 !%

@ "!!!!(!(!%

4

BS EN ISO 3183:2012

ISO 3183:2012(E)

3 !" !=!"+"=! ! !"% !""=!>

HK8>

!=+""%

!!!C

/8'8%%!(%$%!>

(P"?!""!"%!=!%

!"!"%%%"C

; /8'8>

!%

!!!!%

!"P"?!""!!!!!P"?%!%

!C

"!"D:>

4 &!&>

!!!!"!%!%

!!%!C

* &!!

B.4 Characteristics of the inspection and test plan

G "! !

!% "!" " "! "

=!!!"%!%!!!!!">

!!C

" ! ! !" "!"%"!!%"!C

! !(!!!%!C

+"!!C

!!!!C

!&!!C

"!%!C

=!!+"C



--```,``,```,````,,``,,``,,`,``-`-`,,`,,`,`,,`---

BS EN ISO 3183:2012

ISO 3183:2012(E)

_ !

B.5.1 K +"=! "!" !"% != 45%H3%M,%(D,%!!%!"of the production.

B.5.2 +"!"+"=! != "!%+"=! "!"!"+"=!""!"!

B.5.3 K%"!"+"=!>

HK8>

4 !!%

* !!"!!!45%H3M,%

3 !=+""%

; " +" !!! H,*; H,33% M5*3M53*C

/8'8>

4 %

* (P"?!""!"%!=!%

3 !"!"%%%"%"!%

; !!"!!!45%H3M,%

- "+"!!!H,*;H,33%M5*3M53*%

6 !!!

B.5.4 "!!!!"!

E# "!+"!"!+"!=!!"!"!!%"!""!"!!+"!"!:6@

BS EN ISO 3183:2012

ISO 3183:2012(E)

Annex C

Treatment of surface imperfections and defects

C.1 Treatment of surface imperfections

"!!!=!"!!&"

C.2 Treatment of dressable surface defects

C.2.1 /"!!&"

C.2.2 9 ! " "! contour of the pipe.

C.2.3 '!= !" !%%!%"&"!!!!%!"!!!@443*C%"!"&&"@4434"

C.3 Treatment of non-dressable surface defects

!&"!!

8!/8'8!!!'"';

!!"!!!"%

! $!

C.4 Repair of defects by welding

C.4.1 K:4%K:*%

C.4.2 #?!';4%!=/8'8!!"!"!K:*%"!?3%*

BS EN ISO 3183:2012

ISO 3183:2012(E)

C.4.4 8! 4

BS EN ISO 3183:2012

ISO 3183:2012(E)

Annex D

Repair welding procedure

D.1 General

D.1.1 F

?C

!!!+"=!"C

! !!+"=!!!'")3

D.1.2 F>

"!"!C

"!&"!!C

! "!"&!

D.1.3 / !!! "!"!

%!""!

D.1.4 %

D.1.5 "!"!!"!"+"=!&"'&!"!=!&!"+"=!!"!"+"

j {!

D.2.1 General

D.2.1.1 8!"+"=!!!?%?!)*4*

D.2.1.2 / "!"% !" +"=! !! != 4-64;&4[23]%/!-:%;3rd Edition [17]/D#!}\*6^""!=)*3

D.2.1.3 K " ?% "! !"!%!"!



--```,``,```,````,,``,,``,,`,``-`-`,,`,,`,`,,`---

BS EN ISO 3183:2012

ISO 3183:2012(E)

D.2.2 Essential variables

/?!"!!"+"=!>

!>

4 !!%"!"&!!%

* !%"!"&"!C

>

4 !!C"!%!!+"=%!>

:*@

BS EN ISO 3183:2012

ISO 3183:2012(E)

; !%a%+"="!"%"C

>"&"!%!-

4 ""+"=!%

* &

D.2.3 Mechanical testing

D.2.3.1 Number of test pieces

!!)*3*)*33!!"+"=!K!%!!!(see D.2.3.4).

D.2.3.2 Transverse tensile test

D.2.3.2.1 "!!?35

4-&!%K"5!!"!!"

E# /"K"5"!%"!!!

D.2.3.2.2 +""!=!

D.2.3.3 Transverse guided-bend test

D.2.3.3.1 "&!K")4%

D.2.3.3.2 #!!45

BS EN ISO 3183:2012

ISO 3183:2012(E)

D.2.3.4.4 "!!!H/_%"!"

BS EN ISO 3183:2012

ISO 3183:2012(E)

&j'}~&

Pipe grade

Dimension

mm (in)

r b rb b Agb b B b

L290 or X42 3%

BS EN ISO 3183:2012

ISO 3183:2012(E)

Annex E

Non-destructive inspection for other than sour service or offshore service

E.1.1 @,4*%44;5;/EE&'&4/+"%+"=!&"!!?!""!"!&+"=

"+"=%&"!!?!4*

E.1.2 E&"!!!"!:4%*3

E.1.3 #"!:*3%:4"the supervision of Level 2 or 3 personnel.

E.2 Standard practices for inspection

#?!!=!=?%+"&"!!%"!! 4 4 4

BS EN ISO 3183:2012

ISO 3183:2012(E)

Table E.1 Pipe weld seam non-destructive inspection

Weld seam typeNon-destructive inspection method

Electromagnetic Ultrasonic Radiographic

EW !+" !

LW ! +" !

SAW ! +" b

COW ! +" !

'( ! +" b +"!#3*b F+"""!""!!!inspection.

E.3.1.2 /:*D::49:*;-G+"!D:&"!!"4

BS EN ISO 3183:2012

ISO 3183:2012(E)

E.3.3 Pipe end inspection SMLS pipe

E.3.3.1 " "! !! ! ! +"% !"+"#34*%!"!!!"&"!"!!!%"!&!!"F!!!!#-;

E.3.3.2 t -%

B =!!>4*

BS EN ISO 3183:2012

ISO 3183:2012(E)

E.4.3.6 R!"!8"!!!%R!=(!$!!!"!JKL!R!"!!

E# /?"R"!!!!

Table E.3 ISO 19232-1 wire-type IQI for radiographic inspection

Weld thickness

mm (in)

Essential wire diameter

mm (in)

FE wire set Wire number

8 (0.3)

BS EN ISO 3183:2012

ISO 3183:2012(E)

E.4.4.3 K!! "=!+"!!!!" ! "" ! !% % "!!!!+"'"#;3%+"!!"!&R)"%"F!"?RR#;3"?!!?-~!R!"""!

+"! %!"%?"!!"$!%!""!%&!!"&!+"R!!+"#;3

8+"+"#;3%!!""!!"!!"!&!

E.4.5 Acceptance limits for imperfections found by radiographic inspection

" &!"& ( &!& ! ?!

"#-#6%!"=(+"3>4

E#4 ! ! ! !! !!"!K!%!4-

BS EN ISO 3183:2012

ISO 3183:2012(E)

Table E.6 Circular slag-inclusion-type and gas-pocket-type imperfections

Size

mm (in)

*size

mm (in)

Separation

(minimum) mm (in)

Number of imperfections in any 150 mm (6.0 in) length of weld

?"

Accumulated diameters of imperfections in any 150 mm (6.0 in) length of weld

?" mm (in)

3%*

BS EN ISO 3183:2012

ISO 3183:2012(E)

E.5.2.5 F! = ! !

=!"!"

Table E.7 Reference indicators

Item

Reference indicators

Notch location

Notch orientation Notch dimensions Diameter of radially drilled

hole b

OD ID Longitudinal Transverse Depth c Length d Width

.?"

mm (in)?"

mm (in) mm (in)

#8 % % % f 4

BS EN ISO 3183:2012

ISO 3183:2012(E)

!!!!""!=""!!!

E# !&"!!%J!L"JL"

E.5.3.3 "$" "!&= ! !!!!!

E.5.3.4 "$!!!!D 6

BS EN ISO 3183:2012

ISO 3183:2012(E)

! K/8'8%!!!!"!&!"&!!+"#;-

E.5.5.3 #?!#--*!%!""!!!=!"+"!

E.5.5.4 K D: % "! ! "! ! !!!!#5!=!"!!"!!!@4

BS EN ISO 3183:2012

ISO 3183:2012(E)

E# J!!!"!L!"!!"!

E.6.2 Equipment

+""!!!"!!="=!!!!!?"!>!!%

E.6.3 Magnetic particle inspection reference standard

+""!%"!""!""!"!"!"!"!""%?"=!"!!!!#6*

E.7 Residual magnetism

E.7.1 +"""!"!

E# N""%"+""!"!%!!!"!"

E.7.2 "!="&D 465%3

66*-&!"!!+""!"!+"!"!=&

E# D"!!

E.7.3 D""H&!" ! "C%!"%"H&!""!!!"!"!!!""

E.7.4 D"!%!!;

E.7.5 ""+"!"!=% "!" !K!!+"

"%"!!""

?!#,6

E.7.6 K"?@

BS EN ISO 3183:2012

ISO 3183:2012(E)

E.7.10 /!&" &""!!"+"#,6

E.8 Laminar imperfections in the pipe body of EW, SAW and COW pipes

E.8.1 K#8%%"!!"!

4*

BS EN ISO 3183:2012

ISO 3183:2012(E)

Annex F

Requirements for couplings (PSL 1 only)

F.1 Material

F.1.1 K!" ! +":4 != ?!!!%!!%&"!!

F.1.2 '"9:4,-%:4,-%/*-/*-

F.1.3 #?!K4;%!"9:*4

BS EN ISO 3183:2012

ISO 3183:2012(E)

Table F.1 Coupling dimensions, masses and tolerances

diameter of pipe

D

mm (in)

Coupling dimensions

mm (in) Calculated coupling mass

kg (lb)

diameter

W b

minimum length

NL b

of recess

Q b

bearing face

b

4

BS EN ISO 3183:2012

ISO 3183:2012(E)

Key4 !&&"* &&"NL !="W !="!"Q !=!b !=!D !="t !d

&"//!-:/!-'[21] !!!!

Figure F.1 Line pipe and coupling



--```,``,```,````,,``,,``,,`,``-`-`,,`,,`,`,,`---

BS EN ISO 3183:2012

ISO 3183:2012(E)

Annex G

PSL 2 pipe with resistance to ductile fracture propagation

G.1 General

G.1.1 ?!=:*!'NE!**!"!!"\,*!-;^?"!'NE!""!!"

E#4 /!"=!&!""=!'NE& " ! !" ! "! !" pipelines (see 9.8.2.2).

E#* ""%!"!"%!+"?!!!!!"!/!"!!"!!"&!!"!"

G.1.2 "!!'"9,94

'NE"""&!!C

'NE"""&!

G.2.2 "!!

'NE!"%

)8"\D -

BS EN ISO 3183:2012

ISO 3183:2012(E)

G.3.3 "!!=9*4%!="!"&!

G.3.4 K!)8%!"5-.%""!="!

E# )8!"!="!8)85-.%"!!""!"!"!""!!%"""!!?

G.4 Test frequency

G.4.1 For welded pipe with D -

BS EN ISO 3183:2012

ISO 3183:2012(E)

G.7 EPRG guidelines Approach 1

G.7.1 !"#"F!9"#F9"!" [10]!!"94%9*93"!"!""5%

BS EN ISO 3183:2012

ISO 3183:2012(E)

Table G.1 Minimum CVN absorbed energy requirements for a design factor of 0,625

diameter

D

mm (in)


KN

M

Pipe grade

:*;-G:*;-G

to L290 or X42

L290 or X42 to

:36

BS EN ISO 3183:2012

ISO 3183:2012(E)

Table G.3 Minimum CVN absorbed energy requirements for a design factor of 0,80

diameter

D

mm (in)


KN

M

Pipe grade

:*;-G:*;-

G

L290 or X42

L290 or X42 to

:36

BS EN ISO 3183:2012

ISO 3183:2012(E)

!""!"=G&!"!F!'

F'F *

BS EN ISO 3183:2012

ISO 3183:2012(E)

Annex H

PSL 2 pipe ordered for sour service

H.1 General

?!=:*"!\,*!--^

WARNING This annex shall not be applied to PSL 1 pipe as PSL 1 pipe is not considered suitable for sour service.

E# !+"!""!!""!!?"H2&!"!P"E/'#DF

BS EN ISO 3183:2012

ISO 3183:2012(E)

"E)!*43*4;C

!!!!!!(*4;C

+ =!(3**C

!!"!!"D:33C

!"&"!!D:3;C

"D:E)!3;C

" "!!D:!!3;4C

"& !D:" P"? ! " !3;*C

"&!D:!"3;3C

? "&!!!3;;C

"4

BS EN ISO 3183:2012

ISO 3183:2012(E)

H.3.3 Pipe manufacturing

H.3.3.1 SMLS pipe

D:"!"!""!! !!="%!!"

H.3.3.2 Welded pipe

H.3.3.2.1 Q%!""!"!""!!"!/8:%/8HHK8

H.3.3.2.2 K HK8 % " ! " % !before welding.

H.3.3.2.3 '""!"!"N"!!""!""!!

H.3.3.2.4 HK8%"!!!"!!!! !!!'";%!" !% !"$!"&!%!""!!

H.3.3.2.5 % !& !( ! !( %"!!3

BS EN ISO 3183:2012

ISO 3183:2012(E)

Table H.1 Chemical composition for pipe with t 25,0 mm (0.984 in)

Steel grade

Mass fraction, based upon heat and product analyses

.

?"

Carbon equivalent

.

?"

C b Si Mn b P S V Nb Ti Other!% CEIIW CEPcmSMLS and welded pipes

:*;-EGE

BS EN ISO 3183:2012

ISO 3183:2012(E)

Table H.2 Requirements for the results of tensile tests

Pipe steel grade

Pipe body of SMLS and welded pipesWeld seam of HFW and SAW pipes

Yield strength

R

BS EN ISO 3183:2012

ISO 3183:2012(E)

H.4.3 HIC/SWC test

"!&"!!!!!!!%!?"!!"#/4-4-6&*>*

BS EN ISO 3183:2012

ISO 3183:2012(E)

!"!!!!!'3'3!

>^ $>

P?!"

BS EN ISO 3183:2012

ISO 3183:2012(E)

H.7.2.2 Samples for HIC/SWC tests

H'(8'!!!E/'#D

BS EN ISO 3183:2012

ISO 3183:2012(E)

H.7.3.1.4 N" !!& % !!&! !!& %!!

H.7.3.2 SSC test

H.7.3.2.1 #?!H,3**%'>

B "!!!!E/'#D**

BS EN ISO 3183:2012

ISO 3183:2012(E)

! %!K"H4!%!

H.7.4 Non-destructive inspection

K&"!!%H33*3H33*-/?

H.7.5 HIC/SWC retests

H'(8'!!!!!%"!"!"!%!=4

BS EN ISO 3183:2012

ISO 3183:2012(E)

Dimensions in millimetres (inches)

b) SAW pipe

c) HFW pipe Weld centreline.b

BS EN ISO 3183:2012

ISO 3183:2012(E)

Annex I

Pipe ordered as Through the Flowline (TFL) pipe

I.1 General

?!=K:\,*!-;^

I.2 Additional information to be supplied by the purchaser

"!!!!=!>

;C

"$;

I.3 Dimensions and grades

K:D:"!="%!=!4

#

Q%K:"4*;

BS EN ISO 3183:2012

ISO 3183:2012(E)

Table I.1 Dimensions, masses per unit length and test pressures for TFL pipe

diameter

D

mm (in)

thickness

t

mm (in)

Calculated inside diameter

d

mm (in)

Grade

Mass per unit length

l

((

Hydrostatic test pressure

(minimum)

D

6

BS EN ISO 3183:2012

ISO 3183:2012(E)

Annex J

PSL 2 pipe ordered for offshore service

J.1 General

?!=:*!\,*!-,^

E# ?!"+"!!"!?!

BS EN ISO 3183:2012

ISO 3183:2012(E)

t) for pipe with t -%

BS EN ISO 3183:2012

ISO 3183:2012(E)

J.3.3 Pipe manufacturing

J.3.3.1 SMLS pipe

D:"!"!""!!!="%!!"!=!

J.3.3.2 Welded pipe

J.3.3.2.1 Q%!""!"!""!"!/8:%/8HHK8

J.3.3.2.2 KHK8%"!"%!before welding.

J.3.3.2.3 '""!"!"N"!!""!""!!

J.3.3.2.4 %"!!!"!!!!!!!/?%!"!%!"$!"&!%!""!!

J.3.3.2.5 % !&!%!!(%"!!3

BS EN ISO 3183:2012

ISO 3183:2012(E)

Table J.1 Chemical composition for pipe with t 25,0 mm (0.984 in)

Steel grade


?" .

Carbon equivalent

?" .

C b Si Mn b P S V Nb Ti Other c CEIIW CEPcmSMLS and welded pipes

:*;-EGE

BS EN ISO 3183:2012

ISO 3183:2012(E)

J.4.2 Tensile properties

J.4.2.1 M*

J.4.2.2 +" "% !!!!

J.4.3 Hardness test

K!"$!M53*%%H/_

*,

BS EN ISO 3183:2012

ISO 3183:2012(E)

Table J.2 Requirements for the results of tensile tests

Pipe grade


Yield strength

R

BS EN ISO 3183:2012

ISO 3183:2012(E)

Table J.2 Requirements for the results of tensile tests (continued)

Pipe grade


Yield strength

R

BS EN ISO 3183:2012

ISO 3183:2012(E)

J.6 Tolerances for diameter, wall thickness, length and straightness

J.6.1 #?!'*3%"&&"!M3

J.6.2 !!M;

J.6.3 Q%"4*%43@,+""!%"!"!=?""Q%!"!!!44%,

BS EN ISO 3183:2012

ISO 3183:2012(E)

Table J.3 Tolerances for diameter and out-of-roundness

diameter

D

mm (in)

Diameter tolerances d

mm (in)

Out-of-roundness tolerances

mm (in)

Pipe except the end Pipe end%%! Pipe except the end

Pipe end%%!

SMLS pipe Welded pipe SMLS pipe Welded pipe

6

BS EN ISO 3183:2012

ISO 3183:2012(E)

Table J.4 Tolerances for wall thickness

Wall thickness

t

mm (in)

Tolerances

mm (in)

SMLS pipe

;%

BS EN ISO 3183:2012

ISO 3183:2012(E)

@ $>

P?!"

BS EN ISO 3183:2012

ISO 3183:2012(E)

No Type of inspection Type of pipe Frequency of inspection

11%"!&H/_

HK8%/8%D: /

12 "&&"pipe with D 465%3

66*- D:%HK8%/8!"100 lengths of pipe

13 "&&"pipe with D 465%3

66*- D:%HK8%/8!"20 lengths of pipe

14 Non-destructive inspection D:%HK8%/8 !!!/?

4-%"%'):36

BS EN ISO 3183:2012

ISO 3183:2012(E)

Table J.7 Number, orientation and location of test pieces per sample for mechanical tests

Type of pipe Sample location Type of test

Number, orientation and location of test pieces per sample

D

mm (in)

*4@%456*- *4@%456*--

BS EN ISO 3183:2012

ISO 3183:2012(E)

J.8.3.2 Hardness test

J.8.3.2.1 H"N!!!!6-

BS EN ISO 3183:2012

ISO 3183:2012(E)

Dimensions in millimetres (inches)

b) SAW pipe

c) HFW pipe Weld centreline.b

BS EN ISO 3183:2012

ISO 3183:2012(E)

J.8.3.2.2 H!D:K"M4%?!

t ;%

BS EN ISO 3183:2012

ISO 3183:2012(E)

Annex K

Non-destructive inspection for pipe ordered for sour service and/or

offshore service

K.1 General

? "!!\,*!--(H* ^ K "! % &"! ! /? # % ?! !=!

=?

K.2 General non-destructive inspection requirements and acceptance criteria

K.2.1 Laminar imperfections at the pipe ends

K.2.1.1 :!6%;

BS EN ISO 3183:2012

ISO 3183:2012(E)

K.3 Non-destructive inspection of SMLS pipe

K.3.1 Ultrasonic inspection for longitudinal imperfections

D:"&"!!!"!!!! 4

BS EN ISO 3183:2012

ISO 3183:2012(E)

Table K.1 Acceptance criteria for laminar imperfections

Service condition

Maximum individual imperfection

Minimum imperfection size considered

Maximum population densityArea

mm2 (in2)

Length

mm (in)

Area

mm2 (in2)

Length

mm (in)

Width

mm (in)

Pipe body (or strip/plate body)

Offshore 4

BS EN ISO 3183:2012

ISO 3183:2012(E)

K.4.4 Supplementary non-destructive inspection

%HK8!!"!""!!!!4

BS EN ISO 3183:2012

ISO 3183:2012(E)

K.5.1.3 K$%""!!"!"!"!!!-44

%&$%!"/8:!/8H%"$!!!!!!'"#;

K.5.2 Laminar imperfections in the pipe body and on the strip/plate edges

K.5.2.1 ("!!!!!!!4

BS EN ISO 3183:2012

ISO 3183:2012(E)

Annex L

Steel designations

:4"!""#"

Table L.1 List of corresponding additional steel designations (steel numbers) for use in Europe

Steel name in accordance with ISO 3183

Steel number in accordance with EN 10027-2[22]

Steel grades for PSL 1 pipe in Table 4

:4,- 1.8700

:4,- 1.8707

L210 1.8713

:*;- 1.8723

L290 1.8728

L320 1.8729

:36< 1.8730

L390 1.8724

:;4- 45,*-

:;-< 45,*6

:;5- 1.8727


:*;-F 1.8788

L290R 1.8789

:*;-E 1.8790

L290N 1.8791

L320N 1.8792

:36

BS EN ISO 3183:2012

ISO 3183:2012(E)

Table L.1 (continued)




:;-

BS EN ISO 3183:2012

ISO 3183:2012(E)

Table L.1 (continued)



Steel grades for PSL 2 pipe for offshore service in Table J.1

:*;-E 1.1040

L290NO 1.1041

L320NO 1.1042

:36

BS EN ISO 3183:2012

ISO 3183:2012(E)

Annex M

PSL 2 pipe ordered for European onshore natural gas transmission

pipelines

M.1 General

? != : * #" "

M.2 Additional information to be supplied by the purchaser

!=,4!!=,*%"!!!!=!>

"$!%!>

4 !!!t *-%

BS EN ISO 3183:2012

ISO 3183:2012(E)

6 !+"9:;4-E#}6

BS EN ISO 3183:2012

ISO 3183:2012(E)

M.3.3.2 Welded pipe

M.3.3.2.1 Q%!""!"!""!"!/8H%/8:%'8H%'8:%HK8ED!3

K HK8 & !% ! ! !!3"

M.3.3.2.2 KHK8%"!%!"!!

M.3.3.2.3 %!!%!!(%"!!3

BS EN ISO 3183:2012

ISO 3183:2012(E)

Table M.1 Chemical composition for pipe with t 25,0 mm (0.984 in)

Steel grade

(Steel name)


.?"

Carbon equivalent c

.?"

Carbon equivalent c

.?"

C b Si Mn b P S V Nb Ti Other CEIIW CEPcmSeamless and welded pipe

:*;-E#GE#

BS EN ISO 3183:2012

ISO 3183:2012(E)

Table M.2 Requirements for the results of tensile test t 25,0 mm (0.984 in)

Steel grade

Pipe body of SMLS and welded pipes

Weld seam of HFW, SAW

and COW pipes

Yield strength

R

BS EN ISO 3183:2012

ISO 3183:2012(E)

M.5 Tolerances for diameter, wall thickness, length, and straightness

M.5.1 #?!'*3%"&&"!4

BS EN ISO 3183:2012

ISO 3183:2012(E)

Table M.4 Tolerances for wall thickness

Wall thickness

t

mm (in)

Tolerances

mm (in)

SMLS pipe b

;%

BS EN ISO 3183:2012

ISO 3183:2012(E)

Table M.5 Maximum permissible radial offset for SAW and COW pipe

p1 p2 pi p \,*^4-

"""p1 p2 #+"4-"!#+"4*

P.6 Hydrostatic test pressure for threaded and coupled pipe10)

!"!"&%?! " +" " "=! " !" "=!"!E1!!"'"-

"" "&*6%5

BS EN ISO 3183:2012

ISO 3183:2012(E)

P.8 Background on CVN specimen sizes12)

P.8.1 Calculations for minimum wall thickness for standard Charpy V-notch specimens

'"5+""!!!4

BS EN ISO 3183:2012

ISO 3183:2012(E)

P.8.2 Calculations for minimum wall thicknesses for tapered Charpy V-notch specimens

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BS EN ISO 3183:2012

ISO 3183:2012(E)

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BS EN ISO 3183:2012

ISO 3183:2012(E)

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BS EN ISO 3183:2012

ISO 3183:2012(E)

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BS EN ISO 3183:2012



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ISO 3183 2012

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