mawp of pipellines cer 04022013 1 (v

7/21/2019 MAWP of Pipellines CER 04022013 1 (V

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User

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US" #$ T%IS SP"A'S%""T - A(() I*T"*A( P"SSU" #$ PIPI*G & PIP"(I*"S

'ATA

Standard Values - Commerial pipe data from tables

Input Values - Taken & inserted by the User from the tables of Codes, GPSA book or spei!ed by self

Calulated Value

*otes + Instrutions for the user

Pipelines sizes can be 2" and 3" also. But the spreadsheet is developed from 4" onards.

!his preadsheet enables #uic$ reference and calulations for ma%imum alloable pressurefor a user identi&ed service for in plant process pipin'( li#uid and 'as pipelines. !his is alsouseful for operations persons doin' modi&cations on the pipelines and pipin' as ell as forpreliminer) desi'n chec$s. This is not meant to replae a systemati desinperformed .ith full referenin to the preise appliable lauses+sub-lauses ofthe rela/ant odes and standards)

!he spreadsheet enables to &nd the alloable internal pressure in process plant pipin' asper *+, B31.3. *lso on the same spreadsheet a provision has been made to chec$ its

pressure compatibilit) of the pipeline portion ith either *+, B31.4 -i#uid /)drocarbonpipelines0 or *+, B31. -as pipelines0.or e%ample( assume that a pump dischar'e pipin' located inside the plant * is routed toanother plant B( several miles aa). o the inte'rit) of the entire s)stem is divided intopipin' in the plant * -built as per B31.30( the pipeline beteen the to plants -built as perB31.4 for li#uids or B31. for 'as pipelines as the case ma) be0 and the pipin' in the plant B -built as per B31.30( can be chec$ed simultaneousl) usin' this spreadsheet.

3. Please note that the calculations in table are done usin' some values. * user can useeach ro for the sizes and input data of his re#uirement b) insertin' the values in blac$cells. Blue font cells contain standard commercial pipe data alread) incorporated in thespreadsheet. alculated results are in reen font cells. ser should $no nominal pipe size(schedule no.( material( material 'rade( method of pipe production -,8( eamleass etc.0(desi'n temperature( location for 'as lines( and corrosion alloance to be 'iven.

!)pe * construction also applicable to "i#uid Petroleum !ransportation Pipin' ode." *9:B31.41;7;. sers ma) refer to the latest versions of the *+, tandards and P* boo$for correctness. ome of the tables are from older versions.

Please note that the !able nos. mentioned the or$sheets !able 1(2(3 < 4( :. 1723( 24(25( 26( 27 < 2 -!he letters !( ( =( , are added on each sheet name alon' ith !able or i'no. so that )ou can #uic$l) select the appropriate reference or$sheet0 refer to the tablenos. in P* boo$ > *pplicable tandard from here the) are produced.


4/106

eferenes for Spreadsheet 'e/elopment

0) GPSA "n) %andbook, 00h "d, 01123) AS4" 560)6 3772, AS4" 560)8 3703& AS4" 560)2 3707

6) Properties of Commerial Pipe, pipindesiners)om

GPSA - Gas Proessors & Suppliers Assoiation

AS4" - Amerian Soiety of 4ehanial "nineers

or an) interpretation clari&cations of tress ?alues( notes and material related factors ordata( ala)s refer to the ,n'ineers ho are ell versed ith codes interpretation orassi'ned ith material department.


5/106

Allo.ab

$ont Color AS4" 560)6 3772

Standard Values 5lue In-Plant Pipin

User Input Values 5lak Pi @2AtA(pipeA,A8>-o2AtA=0

Calulated Value Green t((,(o(=(8

6 values

!he 8eld Coint tren'th eductionactor D8D belo EE is 1.EE.

!he values are in or$sheetnamed " !able 5 8".

t @ t(nominal +ill !ollerance*lloance orrosion *lloance

$or 60)8 and 60)2 ode pipelines,alulation) Pls) see belo.)

403.2.2 Wall Thickness and Defectshall be as specied in applicablereference in Mandatory ppendi!for underthickness tolerance andstandards% no additional allo$anc%o.e/er, for 60)6 pipin, mill tole


6/106


7/106

le Internal Pressure Calulation "9uation

AS4" 560)8 3703 AS4" 560)2 3707

(i9uid Pipelines Gas Pipelines

Pi @2AtA(pipelineA,-E.720>o Pi @2AtA(pipelineA,AA!0>o

t((,(o(, t((,(o(,((!

5 values 7 values

t @ t(nominal orrosion *lloance

i#uid Pipelines are desi'ned fortemperatures belo 25E .

t @ t(nominal orrosion*lloance

o not onsider mill toleranes) The nominal thk is used in the

Tolerances.Wall thickness tolerances and defect tolerances for pipepipe specications or dimensional standards included in this Code by. Desi#n factors in this Code $ere established $ith due considerationa!imum allo$able depth of imperfections allo$ed by the referencedis necessary

anes are to be subtrated)


8/106


9/106

Color ode of Values in the Table

Standard Values

User Input Values

Calulated Value

Sh *o :eiht

7)28

87

27

0;7

0)7>S

0;7

07 ?07)=S

27

077

037

087

0;7

03)=< 37

. . . XXS

. . . . . .

. . . . . .

40 Std

80 XS

160 . . .

. . . XXS

. . . . . .

. . . . . .

40 Std

80 XS

160 . . .

. . . XXS

. . . . . .

. . . . . .

160 . . .

. . . XXS


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03 ?03)=S

27

077037

087

0;7

08 08 07

37

67 Std

87

>S

;7

;7;7

27

077

037

087

0;7

0; 0; 07

37

67 Std

87 >S;7

27

077

037

087

0;7

02 02 07

37

Std

67

>S

87

;7

27

077

037

087

0;7


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37 37 07

37 Std

67 >S

87

;7

27

077037

087

0;7

33 33 07

37 Std

67 >S

;7

27

077

037087

0;7

38 38 07

37

67

87

;7

27

077

037087

0;7

3; 3; 07

Std

37 >S

32 32 07

Std

37

67

>s

67 67 07

Std


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37

67

87 >S

63 63 07Std

37 >S

67

87

68 68 07

Std37 >S

67

87

6; 6; 07

Std

37 >S67

87

83 83 Std

37 >S

67

87


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eferene 'ata Tables US" I*PUT

Pipe thikness, t Calulated Pipe thikness Value for pressure desin after applyin fat

$lane ratins efer $i 0=)32 $i 0=)32 to hek Pressure & Temp ompatibility US" I

All) Stress, S,pipe :orkSheet $i 0=)3< Corrosion

Sp)4in)Bield Strenth, S,pipeline :orkSheet $i 0=)3< mm

Temp 'eratin $ator, T :ork Sheet Table 0 for Gas pipelines 1.5

(ontudanal :eld $ator, " :ork Sheet Table 8 for all 3(oation Class+Type, $ :ork Sheet Table 3 for Gas pipelines 6

Values of Co-"t) B :ork Sheet Table 6 for Pipin 3.175

:all Thk, in

8all !h$ t(nom % E.75 ser :nput

E.E65 E.71E E.E65 E.E57 E.EEE

E.E3 E.674 E.E3 E.E73 E.EEE

E.1E; E.622 E.1E; E.E;5 E.EEE

E.147 E.546 E.147 E.12; E.EEE

E.17 E.466 E.17 E.164 E.E5;E.2;4 E.252 E.2;4 E.257 E.E5;

E.E65 E.;2E E.E65 E.E57 E.EEE

E.E3 E.4 E.E3 E.E73 E.EEE

E.113 E.24 E.113 E.E;; E.EEE

E.154 E.742 E.154 E.135 E.E5;

E.21 E.614 E.21 E.1;1 E.EEE

E.3E E.434 E.3E E.27E E.EEE

E.E65 1.175 E.E65 E.E57 E.EEE

E.1E; 1.E7 E.1E; E.E;5 E.EEE

E.133 1.E3; E.133 E.116 E.EEEE.17; E.;47 E.17; E.157 E.E5;

E.25E E.E5 E.25E E.21; E.EEE

E.35 E.5; E.35 E.313 E.EEE

E.E65 1.77E E.E65 E.E57 E.EEE

E.1E; 1.62 E.1E; E.E;5 E.EEE

E.145 1.61E E.145 E.127 E.EEE

E.2EE 1.5EE E.2EE E.175 E.E5;

E.21 1.33 E.21 E.246 E.EEE

'i

Inside'ia, in

t-nominalThikness,

in

t-minmill tolerane

in

CACorrosionAllo.ane

in

User Spei!edValue


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E.4EE 1.1EE E.4EE E.35E E.EEE

E.E65 2.245 E.E65 E.E57 E.EEE

E.1E; 2.157 E.1E; E.E;5 E.EEE

E.154 2.E67 E.154 E.135 E.EEE

E.21 1.;3; E.21 E.1;1 E.E5;

E.343 1.6; E.343 E.3EE E.EEE

E.436 1.5E3 E.436 E.32 E.EEEE.E3 3.334 E.E3 E.E73 E.E5;

E.12E 3.26E E.12E E.1E5 E.E5;

E.216 3.E6 E.216 E.1; E.E5;

E.3EE 2.;EE E.3EE E.263 E.E5;

E.437 2.626 E.437 E.32 E.E5;

E.6EE 2.3EE E.6EE E.525 E.E5;

E.E3 4.334 E.E3 E.E73 E.E5;

E.12E 4.26E E.12E E.1E5 E.E5;

E.237 4.E26 E.237 E.2E7 E.E5;

E.337 3.26 E.337 E.2;5 E.E5;E.437 3.626 E.437 E.32 E.E5;

E.531 3.43 E.531 E.465 E.E5;

E.674 3.152 E.674 E.5;E E.E5;

E.2E 6.E65 E.2E E.245 E.E5E

E.432 5.761 E.432 E.37 E.11

E.562 5.5E1 E.562 E.4;2 E.11

E.71 5.1; E.71 E.62 E.11

E.64 4.;7 E.64 E.756 E.11

E.25E .125 E.25E E.21; E.11

E.277 .E71 E.277 E.242 E.11E.322 7.;1 E.322 E.22 E.11

E.4E6 7.13 E.4E6 E.355 E.11

E.5EE 7.625 E.5EE E.43 E.11

E.5;3 7.43; E.5;3 E.51; E.11

E.71 7.1; E.71 E.62 E.11

E.12 7.EE1 E.12 E.711 E.11

E.75 6.75 E.75 E.766 E.11

E.;E6 6.13 E.;E6 E.7;3 E.11

E.25E 1E.25E E.25E E.21; E.11

E.3E7 1E.136 E.3E7 E.26; E.11E.365 1E.E2E E.365 E.31; E.11

E.5EE ;.75E E.5EE E.43 E.11

E.5;3 ;.564 E.5;3 E.51; E.11

E.71 ;.314 E.71 E.62 E.11

E.43 ;.E64 E.43 E.73 E.11

1.EEE .75E 1.EEE E.75 E.11

1.125 .5EE 1.125 E.;4 E.11

E.25E 12.25E E.25E E.21; E.11


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E.33E 12.E;E E.33E E.2; E.11

E.375 12.EEE E.375 E.32 E.11

E.4E6 11.;3 E.4E6 E.355 E.11

E.5EE 11.75E E.5EE E.43 E.11

E.562 11.626 E.562 E.4;2 E.11

E.67 11.376 E.67 E.6E1 E.11

E.43 11.E64 E.43 E.73 E.111.EEE 1E.75E 1.EEE E.75 E.11

1.125 1E.5EE 1.125 E.;4 E.11

1.312 1E.126 1.312 1.14 E.11

E.25E 13.5EE E.25E E.21; E.11

E.312 13.376 E.312 E.273 E.11

E.375 13.25E E.375 E.32 E.11

E.437 13.126 E.437 E.32 E.11

E.5EE 13.EEE E.5EE E.43 E.11

E.562 12.76 E.562 E.4;2 E.11

E.5;3 12.14 E.5;3 E.51; E.11E.625 12.75E E.625 E.547 E.11

E.75E 12.5EE E.75E E.656 E.11

E.;37 12.126 E.;37 E.2E E.11

1.E;3 11.14 1.E;3 E.;56 E.11

1.25E 11.5EE 1.25E 1.E;4 E.11

1.4E6 11.1 1.4E6 1.23E E.11

E.25E 15.5EE E.25E E.21; E.11

E.312 15.376 E.312 E.273 E.11

E.375 15.25E E.375 E.32 E.11

E.5EE 15.EEE E.5EE E.43 E.11E.656 14.6 E.656 E.574 E.11

E.43 14.314 E.43 E.73 E.11

1.E31 13.;3 1.E31 E.;E2 E.11

1.21 13.564 1.21 1.E66 E.11

1.437 13.126 1.437 1.257 E.11

1.5;3 12.14 1.5;3 1.3;4 E.11

E.25E 17.5EE E.25E E.21; E.11

E.312 17.376 E.312 E.273 E.11

E.375 17.25E E.375 E.32 E.11

E.437 17.126 E.437 E.32 E.11

E.5EE 17.EEE E.5EE E.43 E.11

E.562 16.76 E.562 E.4;2 E.11

E.75E 16.5EE E.75E E.656 E.11

E.;37 16.126 E.;37 E.2E E.11

1.156 15.6 1.156 1.E12 E.11

1.375 15.25E 1.375 1.2E3 E.11

1.562 14.76 1.562 1.367 E.11

1.71 14.43 1.71 1.55 E.11


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E.25E 1;.5EE E.25E E.21; E.11

E.375 1;.25E E.375 E.32 E.11

E.437 1;.126 E.437 E.32 E.11

E.5;3 1.14 E.5;3 E.51; E.11

E.12 1.376 E.12 E.711 E.11

1.E31 17.;3 1.E31 E.;E2 E.11

1.21 17.43 1.21 1.121 E.111.5EE 17.EEE 1.5EE 1.313 E.11

1.75E 16.5EE 1.75E 1.531 E.11

1.;6 16.E64 1.;6 1.722 E.11

E.25E 21.5EE E.25E E.21; E.11

E.375 21.25E E.375 E.32 E.11

E.5EE 21.EEE E.5EE E.43 E.11

E.625 2E.75E E.625 E.547 E.11

1.125 1;.75E 1.125 E.;4 E.11

1.375 1;.25E 1.375 1.2E3 E.11

1.625 1.75E 1.625 1.422 E.111.75 1.25E 1.75 1.641 E.11

2.125 17.75E 2.125 1.5; E.11

E.25E 23.5EE E.25E E.21; E.11

E.375 23.25E E.375 E.32 E.11

E.562 22.76 E.562 E.4;2 E.11

E.67 22.626 E.67 E.6E1 E.11

E.;6 22.E64 E.;6 E.47 E.11

1.21 21.564 1.21 1.E66 E.11

1.531 2E.;3 1.531 1.34E E.11

1.12 2E.376 1.12 1.56 E.112.E62 1;.76 2.E62 1.E4 E.11

2.343 1;.314 2.343 2.E5E E.11

E.25E 25.5EE E.25E E.21; E.11

E.375 25.25E E.375 E.32 E.11

E.5EE 25.EEE E.5EE E.43 E.11

E.75 24.25E E.75 E.766 E.11

1.EEE 24.EEE 1.EEE E.75 E.11

1.125 23.75E 1.125 E.;4 E.11

E.312 27.376 E.312 E.273 E.11

E.375 27.25E E.375 E.32 E.11

E.5EE 27.EEE E.5EE E.43 E.11

E.625 26.75E E.625 E.547 E.11

E.75E 26.5EE E.75E E.656 E.11

E.75 26.25E E.75 E.766 E.11

1.EEE 26.EEE 1.EEE E.75 E.11

1.125 25.75E 1.125 E.;4 E.11

E.312 2;.376 E.312 E.273 E.11

E.375 2;.25E E.375 E.32 E.11


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E.5EE 2;.EEE E.5EE E.43 E.11

E.625 2.75E E.625 E.547 E.11

E.75E 2.5EE E.75E E.656 E.11

E.75 2.25E E.75 E.766 E.11

1.EEE 2.EEE 1.EEE E.75 E.11

1.125 27.75E 1.125 E.;4 E.11

E.312 31.376 E.312 E.273 E.11E.375 31.25E E.375 E.32 E.11

E.5EE 31.EEE E.5EE E.43 E.11

E.625 3E.75E E.625 E.547 E.11

E.6 3E.624 E.6 E.6E2 E.11

E.75E 3E.5EE E.75E E.656 E.11

E.75 3E.25E E.75 E.766 E.11

1.EEE 3E.EEE 1.EEE E.75 E.11

1.125 2;.75E 1.125 E.;4 E.11

E.312 33.376 E.312 E.273 E.11

E.375 33.25E E.375 E.32 E.11E.5EE 33.EEE E.5EE E.43 E.11

E.625 32.75E E.625 E.547 E.11

E.6 32.624 E.6 E.6E2 E.11

E.75E 32.5EE E.75E E.656 E.11

E.75 32.25E E.75 E.766 E.11

1.EEE 32.EEE 1.EEE E.75 E.11

1.125 31.75E 1.125 E.;4 E.11

E.312 35.376 E.312 E.273 E.11

E.375 35.25E E.375 E.32 E.11

E.5EE 35.EEE E.5EE E.43 E.11E.625 34.75E E.625 E.547 E.11

E.6 34.624 E.6 E.6E2 E.11

E.75E 34.5EE E.75E E.656 E.11

E.75 34.25E E.75 E.766 E.11

1.EEE 34.EEE 1.EEE E.75 E.11

1.125 33.75E 1.125 E.;4 E.11

E.375 41.25E E.375 E.32 E.11

E.5EE 41.EEE E.5EE E.43 E.11

E.625 4E.75E E.625 E.547 E.11

E.6 4E.624 E.6 E.6E2 E.11

E.75E 4E.5EE E.75E E.656 E.11

E.75 4E.25E E.75 E.766 E.11

1.EEE 4E.EEE 1.EEE E.75 E.11

1.125 3;.75E 1.125 E.;4 E.11

1.5EE 3;.EEE 1.5EE 1.313 E.11


19/106

rs, t alulation of pipes is dierent from pipelines

*PUT US" I*PUT

llo.ane :eld oint Strenth edution

inches :orksheet Table < *ote $or tempD

E.E5;

E.11E.236

E.125

t(min * t(nom .*. psi 0 to 1.0 0 to 1.0

E.E57 E.E65 2E(EEE 1.EE 1.EE


E.E;5 E.1E; 2E(EEE 1.EE 1.EE

E.12; E.147 2E(EEE 1.EE 1.EE

E.1E5 E.12 2E(EEE 1.EE 1.EEE.1; E.235 2E(EEE 1.EE 1.EE



E.E;; E.113 2E(EEE 1.EE 1.EE

E.E76 E.E;5 2E(EEE 1.EE 1.EE

E.1;1 E.21 2E(EEE 1.EE 1.EE

E.27E E.3E 2E(EEE 1.EE 1.EE



E.116 E.133 2E(EEE 1.EE 1.EEE.E; E.12E 2E(EEE 1.EE 1.EE

E.21; E.25E 2E(EEE 1.EE 1.EE

E.313 E.35 2E(EEE 1.EE 1.EE



E.127 E.145 2E(EEE 1.EE 1.EE

E.116 E.141 2E(EEE 1.EE 1.EE

E.246 E.21 2E(EEE 1.EE 1.EE

t, pressure'esinPipin

in

t, pressure'esinPipeline

in

S,pipe

AllowableStress

ELongitdanal !eld

"a#tor

!!eld Strengt$

%ed. "a#tor

Please note the FtF alulated forpipin ?olumn (@ and pipelines

?Column 4@ is dierent

efer Table A0of AS4" 60)6or $IG 0=-32 9i *!+ *333 3 65EEE 35EEE3 1>2 9i *!+ *334 3 65EEE 35EEE

9iru*l *!+ *333 4 6EEEE 35EEE

2 1>4 9i *!+ *333 7 65EEE 35EEE

2 1>4 9i *!+ *334 7 65EEE 35EEE

; 9i *!+ *333 1EEEEE 75EEE

; 9i *!+ *334 1EEEEE 75EEE

1r9i Pipe *!+ *376 !P3E4 75EEE 3EEEE

1r9i Pipe *!+ *376 !P3E4/ 75EEE 3EEEE

$IG)

Please refer the odes AS4" 5 60)6, 60)8 or

$ator?"@

TensileStrenthmin) psi

SpipelineBield

Strenthmin) psi


76/106

9ote I !hese notes are re#uirements of the ode. !hose mar$ed ith an asteris$-A0 restatreference to *9:>*+, B31.3a1;4 ,dition.

-10A !he stress valves in !able *1 and the desi'n stress values in !ables *2 are basic allo,

Cfrom !able *1B0. tress values in shear and bearin' are stated in 3E2.3.1 -b0Y those in c

-30A !his castin' #ualit) factor can be enhanced b) supplementar) e%amination in accord

-40A :n shaded areas( stress values printed in italics e%ceed tothirds of the e%pected )iel

-60A !he minimum temperature shon is that desi'n minimum temperature for hich the2ER K2;RL is established b) rules elsehere in this ode( includin' an) necessar) impa

-7A0 * sin'le bar -l0 in these tress !ables indicates there are conditions other than stressabove that temperature. * double bar -ll0 before the stress valve for "+in. !emp. to 1EER"accordance ith 323.2 unless prohibited b) a double bar-ll0.

-0A !here are restrictions on the use of this material in the te%t of the ode.

-2E0 or pipe sizes 9P and lar'er and for all thic$nesses of schedule 14E or heavier( t

-260 !hese unstabilized 'rades of stainless steel have increasin' tendenc) to inter'ranula

-20 or temperatures above 1EEER K53RL( these stress valves appl) onl) hen the car

-3E0 or temperatures above 1EEERK53RL( these stress values ma) be used onl) if the m

-310 or temperatures above 1EEER K53RL( these stress valves ma) be used onl) if the

-360 !he speci&cation permits this material to be furnished ithout solution heat treatmentested per 323.3.

-4E0 !he stress values for austenitic stainless steels in these !ables ma) not be applicable-310.

-470 :f no eldin' is emplo)ed in fabrication of pipin' from those materials( the stress val

-510 pecial P9umbers P1( P2( and P3 of carbon steels are not included in P9o. 1 bbe e%tended to other 'rades in its 'roup.

-550 Pipe produced to this speci&cation is not intended for hi'h temperature service. !he

-570A onversion of carbides to 'raphite ma) occur after prolon'ed e%posure to temperat

-5;0A or temperatures above ;EER K4ERL( consider the advanta'es of $illed steel Ksee


77/106

*otes

377 677 877


78/106

re#uirements found in the te%t of the ode. !he other 9otes are limitations or special re#

able stresses in tension in accordance ith 3E2.3.1-a0. or pressure desi'n( the stress valompression in 3E2.3.1-c0.

nce ith 3E2.3.3-c0 and !able 3E2.3.3c. !he hither factor from !able 3E2.3.3. ma) be sub

d stren'th at temperature. *ll other stress values in shaded areas are e#ual to ;EO of e%p

material is normall) suitable ithout impact testin' other than that re#uired b) the materit test re#uirements.

hich aSect usa'e above or belo the temperature( as described in other referenced noteindicates that the use of the material is prohibited belo the listed minimum temperature.

e minimum speci&ed tensile stren'th is 7E.E $si K43 +PaL.

carbide precipitation as the carbon content increases above E.E3O.

on content is E.E4O or hi'her.

terial has been heat treated at a temperature of 2EEER K1E;ERL minimum.

aterial has been heat treated b) heatin' to a minimum temperature of 1;EER K1E4ERL a

t or ith other than a solution heat treatment. 8hen the material has not been solution he

if the material has been 'iven a &nal heat treatment other than that re#uired b) the mate

es ma) be increased to 33.3 $si K23E +PaL.

cause of possible hi'h carbon( hi'h man'anese combination hich ould re#uire special

tress values appl) to either none%panded or cold e%panded material in the asrolled( nor

res over EER K425RL -see *ppendi% 0.

ppendi% L.


79/106

;


80/106

irements applicable to particular materials. ull interpretation of these notes ill re#uire

ues from !able *1 are multiplied b) the appropriate #ualit) factor , -, c from !able *1*( or

stituted for this factor in pressure desi'n e#uations.

cted )ield stren'ht at temperature. ee 3E2.3.2-d0-40 and 3E2.3.2-d0 K9ote -30L

l speci&cation. /oever( the use of a material at a desi'n minimum temperature belo

. * double bar -ll0 after a tabled stress indicates that use of the material is prohibited. *t temperatures here there are no stress values( the material ma) be used in

nd #uenchin' in ater or rapidl) coolin' b) other means.

at treated the minimum temperature shall be 2ER K2;RL unless the material is impact

ial speci&cation and an) overridin' re#uirements of this ode called for b) 9otes -3E0 or

onsideration in #uali&cation. [uali&cation of an) hi'h carbon( hi'h man'anese 'rade ma)

alized( or normalized and tempered condition.


81/106

#)') in)

Allo.abl

-37 to 077

1>2 4E .51 .4E .1E; .EE211 225

3>4 1.E5E

1 1.315

11>2 1.;EE

2 2.375

3 3.5EE

$IG) 0=-3; ?GPSA 5'esin Properties and Allo.able .orki

AST4 A07;, Grade 5 Seamless pipe-Petrofor Pressure Pipin A*SI 560)6-0128-Co

*omPipeSiein)

Sh)*o)

:eihtof

pipeIb)+ft)

:allthk)in)

I '?d@in)

$lo.areas9 ft

.622

4EZE

1.1311.474

.113

.154.24.742

.EE371

.EE3EE1;333451

4EZE16EZZ

1.67;2.1722.443.65;

.133

.17;

.25E

.35

1.E4;.;57.15.5;;

.EE6EE

.EE4;;

.EE362

.EE1;6

21E3346572E;534

4EZE

16EZZ

2.713.632

4.666.4E;

.145

.2EE

.21.4EE

1.61E1.5EE

1.331.1EE

.E1414

.E1225

.EE;76.EE66E

16722777

44;4722

4EZE16EZZ

3.6535.E227.445;.E3E

.154

.21

.343

.436

2.E671.;3;1.671.5E3

.E233E

.E2E5E

.E1556

.E1232

146;2446EE624

4EZE16EZZ

7.51E.2514.331.5

.216

.3EE

.43

.6EE

3.E62.;EE2.6242.3EE

.E513E

.E457

.E3755

.E25

164E255241226E;


82/106

4 4.5EE

6 6.625

.625

1E 1E.75E

12 12.75E

14 14.EEE

16 16.EEE

1 1.EEE

4EZE16EZZ

1E.7;14.;;22.5127.54

.237

.337

.531

.674

4.E263.263.433.152

.E4E

.E7;6

.E6447

.E541;

143;22753;753E7

4EZE16EZZ

1.;2.545.3E53.17

.2E

.432

.71

.64

6.E655.7615.174.;7

.2EE6

.11E

.146;

.13E

12E52E623753465;

4EZEZZ16E

2.5643.472.474.7

.322

.5EE

.75

.;E6

7.;17.6256.756.13

.3474

.3171

.257

.2532

1E;164355436;;

4EZ6E16E

4E.554.7

115.7

.365

.5EE1.125

1E.E2E;.75E.5EE

.5475

.515

.3;41

1E221443736

Z

16E

4;.665.4

16E.3

.375

.5EE1.312

12.EEE11.75E1E.126

.754

.752

.55;2

124536;;

1E3EZ

36.754.672.1

.25E

.375

.5EE

13.5EE13.25E13.EEE

.;;4E

.;575

.;211

46E7

1132

1E3E4E

42.162.62.

.25E

.375

.5EE

15.5EE15.25E15.EEE

1.31E1.261.227

4257E5;7

1EZ

47.47E.6;3.5

.25E

.375

.5EE

17.5EE17.25E17.EEE

1.67E1.6221.575

37762576


83/106

2E 2E.EEE

24 24.EEE

1E2EZ3E

52.77.6

1E4.1

.25E

.375

.5EE

1;.5EE1;.25E1;.EEE

2.E742.E211.;6;

33;56277

1E

2EZ3E

63.4

;4.6125.5

.25E

.375

.5EE

23.5EE

23.25E23.EEE

3.E12

2.;42.3

22

4666E

*#T" The abo/e allo.able .orkin pressures are alulated from $i) 0=-36 usin a redreonie mill .all tolerane of 03)


84/106

.orkin pressures for temperatures ?in H$@ not to eKeed)

377 677 877


85/106

143;22753;753E7

143;22753;753E7

143;22753;753E7

136E215E376E5E15

12441;6344145;E

117177322437

12E52E623753465;

12E52E623753465;

12E52E623753465;

113;1;4354644E3

1E4217332464E3E

;;417E13E;7344

1E;164355436;;

1E;164355436;;

1E;164355436;;

1E371761335;34;6

;5E16123E7432EE

;E615372;323E52

1E221443736

1E221443736

1E221443736

;6614E33531

41243232

4312243E2

124536;;

124536;;

124536;;

3;117734;6

761E7732EE

7321E273E52

46E7

1132

46E7

1132

46E71132

46E763

1E6;

4216;;7;

4E1666;34

4257E5;7

4257E5;7

4257E5;7

4E2666;33

366E;54

3515115

37762576

37762576

37762576

3575;12

326541757

311516722


86/106

33;56277

33;56277

33;56277

321531743

2;3466E

2E46464;

22

467654

22

467654

22

467654

267

44261

244

4E4565

233

3653;

ution in tm to 2=)


87/106

#)')Type A) $ E 7)=3Q

G)5

6


88/106

.25E 1461 1753 1;2E 217E

.277 161 1;42 212 24E5

.312 123 21; 23; 27E;

.322 12 225 2473 27;6

.344 2E11 2412 2642 2;

.375 21;1 262 2E 3256

.43 256E 3E71 3364 3E3

.5EE 2;22 35E6 34E 4341

1E

.1 1 1E5 115 131E

.2E3 ;5; 1143 1251 1415

.21; 1E26 1231 134 1525

.25E 1172 14E7 154E 1741

.27; 13E; 157E 171; 1;44

.3E7 144E 172 1;2 213

.344 1613 1;35 212E 23;6

.365 1711 2E54 224; 2542

.43 2E54 2464 27EE 3E51

.5EE 2344 213 3E1 343

12

.1 743 ;2 ;77 11E4

.2E3 E3 ;63 1E55 11;3

.21; 66 1E3; 113 127

.25E ; 116 12;; 146

.21 1111 1332 146E 1651

.312 1233 14E 162E 132

.33E 13E5 1566 1715 1;3;

.344 135; 1631 176 2E2E

.375 142 177; 1;4 22E2

.4E6 16E6 1;26 211E 235

.43 1732 2E77 2275 2572

.5EE 1;76 2372 25; 2;36

!)pe * con

.625-!0

1E.75E-!0

12.75E-!0


89/106

Allo.able :orkin Pressures up to 3


90/106

1217 1461 16EE 1E; 1E14 1217 1333

134; 161 1773 2EE4 1124 134; 147

152E 123 1;;7 225 1266 152E 1664

156 12 2E61 232; 13E7 156 1717

1676 2E11 22E2 24;E 13;6 1676 135

126 21;1 23;; 2713 1521 126 1;;;

2133 256E 2E4 317E 177 2133 23362435 2;22 32EE 3617 2E2; 2435 2667

733 1 ;65 1E;1 612 735 E4

7;4 ;52 1E43 117; 661 7;4 6;

55 1E26 1124 1271 713 55 ;36

;77 1172 124 1451 14 ;77 1E7E

1E;1 13E; 1433 162E ;E; 1E;1 11;4

12EE 144E 1577 172 1EEE 12EE 1314

1344 1613 1767 1;;7 112E 1344 1473

1426 1711 174 211; 11 1426 1562

1712 2E54 225E 2543 1426 1712 1751;53 2344 2567 2;E2 162 1;53 214E

61; 743 14 ;2E 516 61; 67

66; E3 7; ;;5 55 66; 733

722 66 ;4 1E73 6E1 722 7;E

24 ; 1E2 1224 66 24 ;E2

;26 1111 1217 1376 771 ;26 1E14

1E2 1233 135E 1527 56 1E2 1125

1E 13E5 143E 1616 ;E6 1E 11;1

1133 135; 14 163 ;44 1133 124E

1235 142 1624 135 1E2; 1235 1353

133 16E6 175 1; 1115 133 1465

1443 1732 1;6 2144 12E3 1443 15E

1647 1;76 2165 2447 1373 1647 1E4

truction also applicable to "i#uid Petroloum !ransportation Pipin' ode." *9: B31.41;7;


91/106

)


92/106

15E7 12 ;74 1E67 12E6

167E ;; 1E7; 112 1336

11 1E13 1216 1331 15E5

1;41 1E45 1254 1374 1553

2E75 1117 134E 146 166E

2261 1217 146E 15;; 1E

2641 1422 17E6 16; 21133E14 1623 1;4 2133 2412

;E; 4;E 5 644 72

;3 52; 635 6;5 76

1E5; 57E 64 74; 47

12E; 651 71 56 ;67

135E 727 72 ;55 1EE

146 EE ;6E 1E51 11;

1664 ;6 1E75 117 1331

1766 ;51 1141 124; 1412

211; 1141 136; 15EE 16;5241; 13E2 1563 1712 1;35

767 413 4;5 543 613

2; 446 535 56 663

;4 41 577 632 715

1E2E 54; 65; 722 16

1146 617 74E 11 ;17

1273 65 22 ;EE 1E1

1346 725 7E ;53 1E77

14E3 755 ;E6 ;;2 1122

152; 24 ; 1E2 1224

1656 ;2 1E7E 1172 1325

176 ;62 1154 1264 142;

2E3; 1E; 131 1443 1631


93/106

G

#)') :all Thk) Type A)$ E 7)=3Q

G)5

6


94/106

3;

67

3;)777?ST'@

.21

.312

.344

.375

.4E6

.43.5EE

.625

.75E

5456E466772677

4;6;12111454

654727EE72;45

1E1116314541745

7177;676;55

1E35

1115127415;21;11

1E;EE;;E

1EE117E

126E144E1EE216E

;341E3711431246134;

145616622E7724;2

?ST'@

67)777

.312

.344

.375

.4E6

.43.5EE

.625

.75E

5255763E62

7354E1E5E126E

63E6;37561;

21EE126E1512

6;E75;2;7

;6611E413E1656

7E5;36

1E14

1E;2124156E172

;;;;11EE116;

1261144E1EE216E

Type A Constrution also appliable to Q(i9uid Petroleum Transport Pipin Cod*otes 0) All dimensions are in inhes

3) See $i) 0=-38


95/106

as Transmission and 'istribution Pipin

Constrution Type 'esin $ators

Type 5)$ E 7);7 Type C)$ E 7)

G)5 G)5

6


96/106

4545E35566E6656

7E7E1E1E1212

5456E466672777

4;6;12121454

5;766373E7;663

;2;1E62132715;2

67575E25;EE;75

1E5E12EE15EE1EE

7764;531E3;1124

121313517312E77

37;4214635E5547

5;67341

1E1E

4545E55556E6656

7E7E1E1E1212

4;5536E666371;

774511E61327

434252556

6127EE75

1E5E

52557763E62

7354E1E5E126E

5756326;E747

E5;2E115E13E

65E7157E45

;1E1E4E13EE156E

74;26;EE;74

1E5112EE15EE1EE

3654E1437474

51E5372;75

434152556;

6127EE75

1E5E

47;527575623

671767;5

115E

,QA*SI 560)8-01=1


97/106


98/106

563625675E13

751EEE125E15EE

64;72E7;466;37

1E11115414421731

3E333737E4E4437

47153673E

3634E444445525

565646E;6;

3;44247531575

61;7E51E62

45E5EE55E6EE65E

7EEEE1EEE12EE

51;5766356;275E

E;;231154135

5425;665E7E4

75671E313EE

624675E12

761EEE125E15EE

2;232135E37;

4E467537EE

35E3542E455

4;E56E7EE4E

3342246E4;

537613767;2E

43347752E563

6E76;367

1E4E

4;;55E6EE65E

7E1EE1EEE12EE


99/106

CLASS 0


100/106

EE5E;EE

E655E

3;53;E35

52552E51E

7;E7E77E

11E1165115E

1;7E1;451;2E

;5E1EEE1E5E

11EE

352E

37532531E

26E

5EE43E41E

345

75E64562E

515

1125;65;25

77E

17E161E1545

125115E12EE125E13EE

1;515511E5

26E2E514511E

3;E31E22E165

5546533E245

;E77E55E41E

135E14EE145E15EE

6E5E3525

565453E

125;E7E5E

151451E57E

31E24E17E12E

*otes ?a@ Permissible but not reommended for proloned use abo/e 277H$ ?d@ *ot to be used o/er ;


101/106

3


102/106

32E324E32EE

312E265257E

2145163E125;1565

5154EE252EE

@, the arbide phase of arbonsteel

tent is 7)78 perent or hiher eat treated by heatin it to a

rapidly oolin by other means)


103/106


104/106


105/106

httpI>>.cheresources.com>invision>&les>&le>2;3ma%imumalloablepressu


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eofpipesandpipelines>

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