anvil support

8/10/2019 anvil support

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SECTION 15060

HANGERS AND SUPPORTS

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PART 1 GENERA-

1.1 SECTION INC-UDES

A. Han%e"s and s$ppo"ts !o" .ehanial pipin%/ d$tin% and e$ip.ent,

1.2 RE-ATED SECTIONS

A. Diision 2 Setion3 Cast4in4Plae Con"ete,

B. Diision 5 Setion3 St"$t$"al Steel,

C. Diision 5 Setion3 etal a#"iations,

1.3 REERENCES

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A. A.e"ian Soiety o! ehanial En%inee"s 7ASE8 921,1 4 Po*e" Pipin% 7SI Edition8,

B. A.e"ian Soiety o! ehanial En%inee"s 7ASE8 921,2 4 Che.ial Plant and

Pet"ole$. Re!ine"y Pipin%,

C. A.e"ian Soiety o! ehanial En%inee"s 7ASE8 921,: 4 9$ildin% Se"ies Pipin%,

D. AST Inte"national 7AST8 A26 4 Standa"d Spei!iation !o" Ca"#on St"$t$"al Steel,

E. AST Inte"national 7AST8 A;< 4 Standa"d Spei!iation !o" e""iti allea#le I"on

Castin%s,

F. AST Inte"national 7AST8 A;= 4 Standa"d Spei!iation !o" G"ay I"on Castin%s,

G. AST Inte"national 7AST8 A52 4 Standa"d Spei!iation !o" Pipe/ Steel/ 9la> and Hot4

Dipped/ ?in4Coated/ @elded and Sea.less,

H. AST Inte"national 7AST8 A12 4 Standa"d Spei!iation !o" ?in 7Hot4Dip GalaniBed8

Coatin%s on I"on and Steel P"od$ts,

I. AST Inte"national 7AST8 A;0 4 Standa"d Spei!iation !o" Ch"o.i$. and Ch"o.i$.4

Ni>el Stainless Steel Plate/ Sheet/ and St"ip !o" P"ess$"e )essels and !o" Gene"al

Appliations,

J. AST Inte"national 7AST8 A2=< 4 Standa"d Spei!iation !o" P"ess$"e )essel Plates/

Alloy Steel/ Ch"o.i$.4oly#den$.,

K. AST Inte"national 7AST8 A515 4 Standa"d Spei!iation !o" P"ess$"e )essel Plates/

Ca"#on Steel/ !o" Inte".ediate4and Hi%he"4Te.pe"at$"e Se"ie,

L. AST Inte"national 7AST8 A526 4 Standa"d Spei!iation !o" D$tile I"on Castin%s,

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M. AST Inte"national 7AST8 A5


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A. Cont"ato" Gene"al Re$i"e.ents3

1. Ino"po"ate in onst"$tion pipe han%e"s and s$ppo"ts to .an$!at$"e"s

"eo..endations $tiliBin% .an$!at$"e"s "e%$la" p"od$tion o.ponents/ pa"ts and

asse.#lies,

2. Co.ply *ith .a+i.$. load "atin%s *ith onside"ation !o" allo*a#le st"esses

p"es"i#ed #y ASE 921,1 o" SS SP45=,

3. P"oide s$ppo"ts/ %$ides and anho"s that do not t"ans.it $naepta#le heat and

i#"ation to #$ildin% st"$t$"e,

4. The seletion o! pipe han%e"s and s$ppo"ts shall #e #ased $pon the oe"all desi%n

onept o! the pipin% syste.s and any speial "e$i"e.ents/ *hih .ay #e alled !o"

in the spei!iations, The s$ppo"t syste.s shall p"oide !o"/ and ont"ol/ the !"ee o"

intended .oe.ent o! the pipin% inl$din% its .oe.ent in "elation to that o!

onneted e$ip.ent, 7E+t"ated !"o. ANSI(SS4SP6:/ 002/ Pa%e 1/ Setion ;,/

*ith pe".ission o! the p$#lishe"/ the an$!at$"e"s Standa"diBation Soiety,8

5. P"oide !o" e"tial adF$st.ents a!te" installation o! s$ppo"ted .ate"ial and d$"in%

o..issionin%/ *he"e !easi#le/ to ens$"e pipe is at desi%n eleation and slope,

B. Seletion o! Han%e"s and S$ppo"ts !o" Pipe oe.ent3

1. Selet han%e"s and s$ppo"ts to pe"!o". $nde" all onditions o! ope"ation/ allo*in%

!"ee e+pansion and ont"ation/ and to p"eent e+essie st"esses #ein% int"od$ed

into pipin% syste. and onneted e$ip.ent,

2. An%$la"ity o! "od han%e" "es$ltin% !"o. ho"iBontal .oe.ent o! the pipin% syste. !"o.

old to hot positions shall not to e+eed ; de%"ees !"o. e"tial,

3. @he"e ho"iBontal pipe .oe.ent is %"eate" than 1( inh 71,< ..8/ o!!set pipe

han%e" and s$ppo"t so that "od han%e" is e"tial in hot position,

4. @he"e si%ni!iant e"tial .oe.ent o! the pipe o$"s at the han%e" loation/ a

"esilient s$ppo"t .$st #e $sed, Seletion o! "esilient s$ppo"ts shall #e #ased on

pe".issi#le load a"iation and e!!ets on adFaent e$ip.ent, S$ppo"t seletion !o"

typial load a"iations a"e sho*n in Ta#le o! SS4SP46:, -oad and .oe.ent

al$lations shall #e .ade !o" the p"ope" seletion o! sp"in% han%e"s, )e"tial

.oe.ent and load t"ans!e" !"o. "ise" e+pansion to ho"iBontal "$ns shall #e %ienonside"ation *hen applyin% sp"in% han%e"s,

Sp"in% C$shion Han%e"s .ay #e $sed *he"e e"tial .oe.ent does not e+eed 1(;

inh 76 ..8/ and *he"e !o".al load and .oe.ent al$lations a"e not "e$i"ed,

)a"ia#le sp"in% Han%e"s shall #e $sed !o" all othe" "esilient s$ppo"t "e$i"e.ents,

Constant S$ppo"t Han%e"s shall #e $sed on pipin% syste.s *he"e the deiation in

s$ppo"tin% !o"e .$st #e li.ited to 6 pe"ent and *hih annot #e ao..odated #y

a )a"ia#le Sp"in% Han%e",

7E+t"ated !"o. ANSI(SS4SP6:/ 002/ Pa%e


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inl$sie/ *ith pe".ission o! the p$#lishe"/ the an$!at$"e"s Standa"diBation

Soiety,8

C. Han%e" Spain%3 7E+t"ated !"o. ANSI(SS4SP6:/ 002/ Pa%e =/ Ta#le 2/ *ith

pe".ission o! the p$#lishe"/ the an$!at$"e"s Standa"diBation Soiety,8

D. Pipe Attah.ents !o" Ins$lated -ines3

1. The onnetions to pipe attah.ents shall #e o$tside the ins$lation so that .oe.ent

o! the line shall not a$se da.a%e to the ins$lation,

Ins$lation p"otetion shields shall #e p"oided to p"otet the apo" #a""ie" o! the

ins$lation on old lines, Unde" no i"$.stanes shall han%e"s/ s$ppo"ts o" %$ides #e

applied di"etly to ho"iBontal pipe o" t$#in% on apo" #a""ie" lines,

o" "yo%eni pipin% syste.s/ shields ino"po"atin% "i%id/ hi%h4density poly$"ethane

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!oa. inse"ts o" othe" load #ea"in% ins$lation sho$ld #e $sed, The s$ppo"t sho$ld

inl$de .eans !o" .aintainin% apo" #a""ie" inte%"ity, 9ea$se o! the

te.pe"at$"e(o.p"essie st"en%th "elationship o! poly$"ethane !oa./ the

"eo..ended shield desi%ns .$st #e seleted to ao..odate loadin% onditions

at #oth the installation and ope"atin% te.pe"at$"e,

7E+t"ated !"o. ANSI(SS4SP6:/ 002/ Pa%e 10/ Setion 10 and 10,1 to 10,2/

inl$sie/ *ith pe".ission o! the p$#lishe"/ the an$!at$"e"s Standa"diBation

Soiety,8

E. Reo..ended ini.$. Rod Dia.ete"s !o" Sin%le Ri%id Rod Han%e"s3 7E+t"ated !"o.

ANSI(SS4SP6:/ 002/ Pa%e :/ Ta#le ;/ *ith pe".ission o! the p$#lishe"/ the

an$!at$"e"s Standa"diBation Soiety,8

CO-UNS 728

1/ / 6/ e 9"ain% Cla.p, Co.plies *ith SS4SP 7Type ;8,

5. P"od$t3 16 Heay Pipe Cla.p, Co.plies *ith SS4SP 7Type ;8,

6. P"od$t3 ; Alloy Steel Pipe Cla.p, Co.plies *ith SS4SP 7Type 8,

7. P"od$t3 ;6 Heay D$ty Alloy Steel Pipe Cla.p, Co.plies *ith SS4SP 7Type 8,

. P"od$t3 61 E+tension Pipe o" Rise" Cla.p, Co.plies *ith SS4SP 7Type =8,

!. P"od$t3 :5 Do$#le 9olt Pipe Cla.p, Co.plies *ith SS4SP 7Type 28,

1$. P"od$t3 :5A Alloy Do$#le 9olt Pipe Cla.p, Co.plies *ith SS4SP 7Type 28,

11. P"od$t3 :5H Heay D$ty Do$#le 9olt Pipe Cla.p, Co.plies *ith SS4SP 7Type 28,

12. P"od$t3 ;0 Rise" Cla.p Standa"d, Co.plies *ith SS4SP 7Type ;8,

13. ate"ial3 Ca"#on steel/ o.ply *ith AST A26(AST A515,

14. ate"ial3 Alloy steel o.ply *ith AST A2=


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#. Plain inish3 650 de%"ees 72;2 de%"ees C8,

%. Plain inish3 et Cla.p @ashe",

2. P"od$t3 5:5 So>et Cla.p !o" D$tile I"on o" Cast I"on Pipe, Co.plies *ith SS4SP

7Type =8,

3. P"od$t3 5:: So>et Cla.p @ashe",

4. P"od$t3 600 So>et Cla.p !o" D$tile I"on o" Cast I"on Pipe, Co.plies *ith SS4SP

7Type =8,

5. ate"ial3 Ca"#on steel pe" AST A26(AST A515,

6. SiBe3 Re!e" to d"a*in%,

7. inish3 Plain,

. inish3 GalaniBed,

F. 9ea. Cla.ps3

1.P"od$t3 122 Standa"d D$ty 9ea. Cla.p, Co.plies *ith SS4SP 7Type 18,

2. P"od$t3 12; Heay D$ty 9ea. Cla.p, Co.plies *ith SS4SP 7Type 18,

3. P"od$t3 1; AdF$sta#le Side 9ea. Cla.p, Co.plies *ith SS4SP46: 7Type


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!. SiBe3 Re!e" to d"a*in%,

1$. inish3 Plain,

11. inish3 GalaniBed,

H. Ceilin% Plates and Ceilin% lan%es3

1. P"od$t3 1< Plasti Ceilin% Plate,

2. P"od$t3 1= Pipe Th"eaded/ Ceilin% lan%e,

3. P"od$t3 1=R Rod Th"eaded/ Ceilin% lan%e,

4. P"od$t3 152 Pipe Han%e" lan%e,

5. P"od$t3 2:5 Cast I"on Ceilin% Plate,

6. ate"ial3 Plasti,

7. ate"ial3 Cast i"on pe" AST A;=,

. ate"ial3 allea#le i"on pe" AST A;et, Co.plies *ith SS4SP46: 7Type 2;8,

4. P"od$t3 06 Steel Side 9ea. 9"a>et, Co.plies *ith SS4SP46: 7Type 2;8,

5. P"od$t3 0< Th"eaded Steel Side 9ea. 9"a>et, Co.plies *ith SS4SP46: 7Type2;8,

6. ate"ial3 allea#le i"on pe" AST A;


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!. inish3 Plain,

1$. inish3 GalaniBed,

11. a+i.$. Te.pe"at$"e3

".GalaniBed inish3 ;50 de%"ees 72 de%"ees C8,


J. Con"ete Inse"ts and Attah.ents3

1. P"od$t3 15 S"e* Con"ete Inse"t,

2. P"od$t3 =1 @ed%e Type Con"ete Inse"t, Co.plies *ith SS4SP46: 7Type 1=8,

3. P"od$t3 = Unie"sal Con"ete Inse"t, Co.plies *ith SS4SP46: 7Type 1=8,

4. P"od$t3 =; etal De> Han%e",

5. P"od$t3 =5 -i%ht @ei%ht Con"ete Inse"t, Co.plies *ith SS4SP46: 7Type 1:8,

6. P"od$t3 =6 I"on C"oss Desi%n, Co.plies *ith SS4SP46: 7Type 1=8,

7. P"od$t3 ;< Con"ete Sin%le -$% Plate,

. P"od$t3 ;: Con"ete Cleis Plate,

!. P"od$t3 5 Con"ete Rod Attah.ent Plate,

1$. ate"ial3 allea#le i"on pe" AST A;


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5. P"od$t3 ;= ahine Th"eaded Rod *ith Eye End, Ri%ht4hand th"eads *ith $n4

*elded eye,

6. P"od$t3 ;=- ahine Th"eaded Rod *ith Eye End, -e!t4hand th"eads *ith $n4

*elded eye,

7. P"od$t3 ;=M ahine Th"eaded Rod *ith -in>ed Eye Ends, Un4*elded eye,

. P"od$t3 52 ahine Th"eaded Rod, Th"eaded #oth ends *ith "i%ht4hand and le!t4

hand th"eads,

!. P"od$t3 et/ Rod Th"eaded, Co.plies *ith SS4SP46: 7Type 168,

13. P"od$t3 11; T$"n#$>le AdF$ste", Co.plies *ith SS4SP46: 7Type 158,

14. P"od$t3 125 St"ai%ht Rod Co$plin% 7@ith Si%ht4Hole8,

15. P"od$t3 125E St"ai%ht Rod Co$plin% 7-ess Si%ht4Hole8,

16. P"od$t3 125R St"ai%ht Rod Co$plin% 7Red$in%8,

17. P"od$t3 126 St"ai%ht Rod Co$plin%, Co.plies *ith SS4SP46: 7Type ;08,

1. P"od$t3 126R St"ai%ht Rod Co$plin% 7Red$in%8,

1!. P"od$t3 15< E+tension piee,

2$. P"od$t3 20 T$"n#$>le, Co.plies *ith SS4SP46: 7Type 128,

21. P"od$t3 22 T$"n#$>le, Co.plies *ith SS4SP46: 7Type 128,

22. P"od$t3 :0 Th"ead @eld less Eye N$t 7Ri%ht Hand Th"eads8, Co.plies *ith SS4

SP46: 7Type 1


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2!. inish3 Plain,

3$. inish3 GalaniBed,

31. a+i.$. Te.pe"at$"e3

".GalaniBed inish3 ;50 de%"ees 72 de%"ees C8,


L. U49olts and St"aps3

1. P"od$t3 10 -i%ht @ei%ht U49olt,

2. P"od$t3 12< Standa"d U49olts, Co.plies *ith SS4SP46: 7Type ;8,

3. P"od$t3 12


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O. Pipe Shields and Saddles3

1. P"od$t3 160 Pipe Coe"in% P"otetion Saddle, Co.plies *ith SS4SP46: 7Type 2:A

and 2:98,


and 2:98,


and 2:98,


and 2:98,

5. P"od$t3 16; Pipe Coe"in% P"otetion Saddle, Co.plies *ith SS4SP46: 7Type 2:A

and 2:98,


and 2:98,

7. P"od$t3 165A Pipe Coe"in% P"otetion Saddle 7Alloy8, Co.plies *ith SS4SP46:

7Type 2:A and 2:98,

. P"od$t3 166A Pipe Coe"in% P"otetion Saddle 7Alloy8, Co.plies *ith SS4SP46:

7Type 2:A and 2:98,

!. P"od$t3 16< Ins$lation P"otetion Shield, Co.plies *ith SS4SP46: 7Type ;08,

1$. P"od$t3 16= Ri#4-o> Shield, Co.plies *ith SS4SP46: 7Type ;08,

11. P"od$t3 60 7ISS8 Ins$lation Saddle Syste./ Cleis *ith Hi%h I.pat Glass

Rein!o"ed Saddle,

12. ate"ial3 Ca"#on steel pe" AST A26(AST A1011,


14. inish3 Plain,


P. Pipe Rolls3

1. P"od$t3 1


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6. P"od$t3


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1$. ate"ial3 Ca"#on steel pe" AST A26(AST A515,


12. Ins$lation Thi>ness3 Re!e" to d"a*in%s,

13.inish3 Plain,


15. inish3 Painted,

16. a+i.$. Te.pe"at$"e3

". GalaniBed(Painted inish3 ;50 de%"ees 72 de%"ees C8,


2.5 ETA- RAING

A. P"oide .etal !"a.in% hannel/ !ittin%s and ha"d*a"e o.ponents as indiated o"

"e$i"ed !o" the st"$t$"al s$ppo"t o! pipin% syste.s and e$ip.ent,

1. etal !"a.in% shall #e Anil St"$t as .an$!at$"ed #y Anil Inte"national,

2. Channels shall #e p"od$ed !"o. p"i.e st"$t$"al steel o.plyin% *ith the !ollo*in%

spei!iation3

".P"e4GalaniBed Steel 4 AST A4652,

#. Plain Steel 4 AST A45


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A. a#"iate e$ip.ent s$ppo"ts not p"oided #y e$ip.ent .an$!at$"e" !"o. st"$t$"al

%"ade steel .eetin% "e$i"e.ents o! Setion 0510 St"$t$"al Steel, S$#.it al$lations

*ith shop d"a*in%s,

2.7 EUIPENT ANCHOR 9O-TS AND TEP-ATES

A. P"oide te.plates to ens$"e a$"ate loation o! anho" #olts,

PART 3 EMECUTION

3.1 EMAINATION

A. Do not #e%in installation $ntil s$#st"ates hae #een p"ope"ly p"epa"ed,

B. I! s$#st"ate p"epa"ation is the "esponsi#ility o! anothe" installe"/ noti!y A"hitet o!

$nsatis!ato"y p"epa"ation #e!o"e p"oeedin%,

3.2 PREPARATION

A. Clean s$"!aes tho"o$%hly p"io" to installation,

B. P"epa"e s$"!aes $sin% the .ethods "eo..ended #y the .an$!at$"e" !o" ahiein% the

#est "es$lt !o" the s$#st"ate $nde" the p"oFet onditions,

3.3 HANGER SPACING

A. Pl$.#in% Pipin%3 ost st"in%ent "e$i"e.ents o! Pl$.#in% Code/ o" a$tho"ity hain%

F$"isdition,

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B. i"e P"otetion3 Co.ply *ith applia#le !i"e ode,

C. Gas and $el Oil Pipin%3 Co.ply *ith pipe .an$!at$"e"s "eo..endations and

applia#le odes,

D. Coppe" Pipin%3 Co.ply *ith pipe .an$!at$"e"s "eo..endations and applia#le odes,

E. le+i#le Joint Roll G"ooe Pipe3 Not less than one han%e" at Foints, o" siBe and spain%

o! han%e"s and s$ppo"ts/ "e!e" to .an$!at$"e"s lite"at$"e,

F. @ithin 1 inhes 7205 ..8 o! eah el#o* and di"etly a!te" han%e in di"etion o! pipe,

3.4 HANGER INSTA--ATION

A. Install in ao"dane *ith .an$!at$"e"s inst"$tions,

B. Cla.ps on Rise" Pipin%3

1. S$ppo"t independent o! onneted ho"iBontal pipe*o"> $sin% "ise" la.ps and "ise"

la.p l$%s *elded to "ise",

2. 9olt ti%htenin% to"$es shall #e to ind$st"y standa"ds,

3. Steel Pipes3 Install a#oe !loo" penet"ation o" at st"$t$"e/ o" $nde" shea" l$%s *elded

to pipe, Shea" l$%s a"e "eo..ended !o" i%$"e 61 #$t "e$i"ed on i%$"e ;0,

4. Cast I"on Pipes3 Install #elo* Foint,

C. Cleis Plates3

1. Attah to on"ete *ith ; .ini.$. on"ete inse"ts/ One at eah o"ne",

2. P"oide s$pple.enta"y st"$t$"al steel*o"> *he"e st"$t$"al #ea"in%s do not e+ist o"

*he"e on"ete inse"ts a"e not in o""et loations,

D. Use app"oed onstant s$ppo"t type han%e"s *he"e3

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1. )e"tial .oe.ent o! pipe *o"> is 1( inh 71,< ..8 o" .o"e,

2. T"ans!e" o! load to adFaent han%e"s o" onneted e$ip.ent is not pe".itted,

E.Use a"ia#le s$ppo"t sp"in% han%e"s *he"e3

1. T"ans!e" o! load to adFaent pipin% o" to onneted e$ip.ent is not "itial,

2. )a"iation in s$ppo"tin% e!!et does not e+eed 5Q o! total load,

F. Install han%e" so that "od is e"tial $nde" ope"atin% onditions,

G. AdF$st han%e"s to e$aliBe load,

H. S$ppo"t !"o. St"$t$"al e.#e"s3 @he"e st"$t$"al #ea"in% does not e+ist o" inse"ts a"e

not in s$ita#le loations/ p"oide s$pple.enta"y st"$t$"al steel .e.#e"s,

I. ield *eldin% o! s$ppo"ts sho$ld #e done #y $ali!ied *elde"s $sin% $ali!ied *eldin%

p"oed$"es,

J. P"ope" a"e and entilation sho$ld #e %ien *hen *eldin% %alaniBed o.ponents,

3.5 HORI?ONTA- O)EENT

A. An%$la"ity o! "od han%e" "es$ltin% !"o. ho"iBontal .oe.ent o! pipe*o"> !"o. old to hot

position not to e+eed ; de%"ees !"o. e"tial,

B. @he"e ho"iBontal pipe .oe.ent is %"eate" than 1( inh 71,< ..8/ o!!set pipe han%e"

and s$ppo"t so that "od han%e" is e"tial in hot position,

3.6 INA- ADJUSTENT

A. AdF$st Han%e"s and S$ppo"ts3

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1. Ens$"e that "od is e"tial $nde" ope"atin% onditions,

2. E$aliBe loads,

B.AdF$sta#le Cleis3

1. Ti%hten han%e" load n$t se$"ely to ens$"e p"ope" han%e" pe"!o".ane,

2. Ti%hten $ppe" n$t a!te" adF$st.ent,

C. C4Cla.ps3

1. ollo* .an$!at$"e"s "eo..ended *"itten inst"$tions and to"$e al$es *hen

ti%htenin% C4la.ps to #otto. !lan%e o! #ea.,

D. 9ea. Cla.ps3

1. Ti%hten all set s"e*s and lo> n$ts,

2. Ha..e" Fa* !i".ly a%ainst $nde"side o! #ea. !o" i%$"e 1< only,

3.7 PROTECTION

A. P"otet installed p"od$ts $ntil o.pletion o! p"oFet,

B. To$h4$p/ "epai" o" "eplae da.a%ed p"od$ts #e!o"e S$#stantial Co.pletion,

END O SECTION

anvil support

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