Motion-Secondary: CHARLES HUSBAND VS. ASBESTOS DEFENDANTS (B*P) AS REFLECTED ON EXHIBITS

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                                BRAYTON@PURCELL LLP

ATTORNEYS AT LAW
222 RUSH LANDING ROAD

POBOX 6169

NOVATO, CALIFORNIA 94948-6169

(415) 898-1555

oe SN DH BR WN

yon wn w NN Se ee ow moe e
BRRRRBEREBSESEUABDEBH HS

ALAN R. BRAYTON, ESQ., S.B. #73685
DAVID R. DONADIO, ESQ., S.B. #154436

UMU K. TAFISI, ESQ., S.B. #269862 ELECTRONICALLY

BRAYTON®PURCELL LLP

Attorneys at Law FILED
222 Rush Landing Road Superior Court of California,
P.O, Box 6169 County of San Francisco

Novato, California 94948-6169 SEP 29 2011

(415) 898-1555 Clerk of the C
Tentative Ruling Contest Email: contestasbestosTR@braytonlaw.com By: WILLIAM Weooee

Deputy Cle
Attorneys for Plaintiff
SUPERIOR COURT OF CALIFORNIA
COUNTY OF SAN FRANCISCO

CHARLES HUSBAND, ) ASBESTOS

No. CGC-09-275098

Plaintiff,

DECLARATION OF UMU K. TAFISIIN

vs. SUPPORT OF PLAINTIFF'S OPPOSITION
) TO DEFENDANT ALBAY

ASBESTOS DEFENDANTS (B#P) ) CONSTRUCTION COMPANY’S

MOTION FOR SUMMARY JUDGMENT
OR, IN THE ALTERNATIVE, SUMMARY
ADJUDICATION

Date: October 13, 2011

Time: 9:30 a.m.

Dept: 220, Hon. Harold Kahn
Trial Date: November 14, 2011
Action Filed: March 2, 2009

I, Umu K. Tafisi, declare as follows:

1. Iam an attorney at law duly licensed to practice before all courts in the State of
California and am an associate with the law firm of Brayton*Purcell LLP, attomeys of record fo
plaintiff herein and as such am fully familiar with the facts of this case and if called as a witness
regarding the matters set forth below, I would so testify.

2. A true and correct copy of relevant excerpts of the Deposition of Charles Husband

(Newly Served Deposition of Charles Husband, Vol. II, April 19, 2011 (“Husband Depo.”)) are

attached hereto as Exhibit A.
Mi

 Nnjnred\10881 Sighddec-ukt- ALBAY woe. 1 UKT
DECLARATION OF UMU K. TAFISI IN SUPPORT OF PLAINTIFF'S OPPOSITION TO DEFENDANT ALBAY CONSTRUCTION
COMPANY'S MOTION FOR SUMMARY JUDGMENT OR, IN THE ALTERNATIVE, SUMMARY ADJUDICATION18, Ginu Tans, Coy. Pron Grau LEU imursuay, Sepemust zy, 2Ut1 O92 AM Pagel oor
Subject Declaration - Husband v. ALBAY

1 3. A true and correct copy of the Declaration of Charles Husband is attached hereto as
2 || ExhibicB.

3 4, A tue and correct copy of relevant excerpts from the Deposition of Gerald Lamphiear,}
4] in Michael Gray v. Abex, SFSC 897887; Glen Boone v. Abex, SFSC 910118; Harold Dennis v.
S|] Abex, SFSC 902130, SFSC 925508, and Robert and Marvel Germ v Abex, SFSC 922716, are
6/| attached as Exhibit C.

7 3. A tue and correct cupy of the Declaration of Charles Ay is attached as Exhibit D.

& 6. A trie and correct copy of relevant excerpts from ALBAY’s Response to General

9 || Order No. 129 Interrogatories, in re:_ Complex Asbestos Litigation, San Francisco Superior

10 | Court No. 828684, are attached as Exhibit B.

iW 7. A true and correct copy of Plaintiff's Answers to Interrogatories, Set One, is attached
12] as Exhibit F.

i 8. A tme and correct copy of relevant oxcerpts from Plaintiff's Response to ALBAY’s
14 || Special Interrogatories, is attached as Exhibit G.

15 I declare under penalty of perjury under the laws of the State of California that the

16 |} foregoing is true and correct.

17 Exeouted on Spt: 24,201 ,at_Oeadd andl, catiforia,
” 18 uA <4
19 mu ‘afist

a py FAX

es LAY 2 eer
DECLARATION OF UMU K. TAFIS] IN SUPPORT OF PLAINTIFFS OPPOSITION TO DEFENDANT ALBAY. INSTRUCTION
COMPANY'S MOTION FOR SUMMARY JUDGMENT O8, IN THE. RETERNATVE SUMMARY ADIUDICA’

200 HOM 8 NOWI¥ LGLETSEOTS XVA ZZSTT T10¢/6z/80EXHIBIT AIN THE SUPERIOR COURT OF THE STATE OF CALIFORNIA
IN AND FOR THE COUNTY OF SAN FRANCISCO
-+-aGo---
CHARLES HUSBAND,

Plaintif£,
ve. No. 275098

ASBESTOS DEFENDANTS (BP),
Defendants.

NEWLY SERVED DEPOSITION OF CHARLES HUSBAND
VOLUME IT
(Pages 181 through 320, inclusive)

Taken before Kimberly L. Avery
CSR No. 5074

April 19, 2012

Aiken Welch Court Reporters /0 Husband, Charles - Vol. II 4/19/2011

Elsctronleally algnod by Kimborty Avery (401-220-950-0252) ee LENE ar eee AVawnn ae

Page 182

186 3
187 282
255

EXAMINATION BY MS. STERN
EXAMINATION BY MS. SORIANO

EXHIBITS
DEFENDANTS’ PAGE
Exhibit 1 Suppliemental/Amended Responses 188
to interrogatories.

Exhibit2 Photograph of pipe with 199
"CertainTeed" on it
Exhibit3 Social Security ltemized

Statement of Earnings

Exhibit4 Color Photograph of pipe
with “CertainTeed* on it

193

uy

Page 163

NEWLY SERVED DEPOSITION OF CHARLES HUSBAN ?

BEIT REMEMBERED, that to Notice, and on
the 19th day of April 2011, commencing at the hour of
9:08 a.m., in the offices of Aiken Welch, One Kaiser
Plaza, Suite 505, Oakland, California, before me,
Kimberly L. Avery, ¢ Certified Shorthand Reporter,
personally CHARLES

For the Defendant, Albay Construction:
JOCELYN SORIANO
{via phone}
Archer Noris
2033 N. Main Street, Suite 800

s
For the Defendant, Union Carbide Corporation:
6

TINA:

{vis phone)

Brydon, 8 Parker

133 wale Steen 200 Focr
San Francisco, California 94105

‘20 Forthe Defendant, York International:
NICHOLAS BURKE

‘Burhan Brown
1901 Harrison Street, 11th Floor
‘Onkiand, California 94612

For the Defendant, Crane d& Riggic
5 RYAN UACBESON Rage

(ela phone)
£300 Ciay Sweet, Suite 500
‘Oakland, California 4612

For the Defendant, CertainTeed:

MeKenna, Long & Aldridgs
101 Califomia Street, 41st Floor
San Francisco, Califomia 94115

For the Defendant, Chicago Bridge & Iron:
‘CHRISTOPHER DYAS

JOHN KAZANOVICZ
‘Waisworth, Franklin, Bevins & MeCalt,
601 Montgomery Sweet, Ninth Floor
‘San Francisco, Califomia 99111

For the Defendant, Temporary Plant Cleaners, Inc.:

Cooley
20 Speer Street, 18th Floor
‘San Francisco, California 94105

2 (Pages 182 to 185)

Aiken Welch Court Reporters /0 Husband, Charles - Vol. IT 4/19/2011

Blactronieatly atgned by Kimberly Avery (404-230-260-9282} Jafseedd-tot- 5 um only
ce 2 B 43.89 0.69 cD
H4 NSD"
GF NSD . .
AS 3 B 4157 0.93 cD
2 Bi NSD :
D3 NSD :
wT 4 8 6.84 0.56 cD
He NSD - . .
2 5 8B 46.20 0.83 cD
“No Asbestos Structures Detected

D:PROJECTS:0858:RPT0420B . : Page 13i
Report of Results: MVA0805

Close Examination of
- Durabla Gasket

i

Prepared for:
Ness, Motley} Loadholt, Richardson & Poole

202 Jackson Street
‘Barnwell, SC 29812

Prepared by:
MVA, Inc.

5500 Oakbrook Parkway, Suite 200
Norcross, GA 30083

40 March 1994

D:PROJECTS:0805:RPTO310

MYA, Inc.
AV A
Microanalysis

3500 Oakbrook Parkway #200
Norcross, Georgia 30093
404-662-8509Report of Results: MVAQ805
" Close Examination of a Durabla Sheet Gasket

introduction ‘

One (1) sample of Sheet Gasket material with the jabel “Durable” i
by MVA, Inc., from Mr. Craig L. Vondcrgrit of Goldberg, Persky, Jennings & White :
FC in February of 1994. The sample was sent for microscopic examination of its

s

Sample Description : :

MVA#E0258 - Durabla Sheet Gasket
4

Sample Preparation and Analysis

Twe (2) sections of the gasket were cut with razor blades. One was mounted flat
for analysis by scanning electron microscopy. The other was mounted so that the outer
edge of the sample as received could be examined. A piece of the gasket was aiso cut
with a pair of shears and mounted so that the freshly cut édge could be examined. The:
samples were coated with gold as.a conductive coating for the scanning electron
microscope analyses.

The samples were examined in a JEOL Mode! 6400 scanning electron
microscope equipped with a Noran Voyager x-ray analysis system.

Resuits

Ghiysotile asbestos fibers Were seen protruding from the surface of the gasket
material. See figures in Appendix.A. Although most of the asbestos fiber is bound in
the gasket material, asbestos fibers protrude fram the flat surfaces and are available to
be released from the gasket upon'rubbing or abrasion.

Chrysotile asbestos fibers were also seen protruding from the edges of the
gasket as originally received and as cut with a pair of shears. ‘The edge of the gasket
as originally received appeared to ‘have been cut by a knife. The asbestos fibers were
protruding mostly from one side of the edge, The edge produced by the pair of shears
showed most fibers protruding from the certter of the cross-section. -

«

O:PROJECTS:0805;RPTO310APPENDIX A

Scanning Electron Microscopy Images

D:PROJECTS:0805:RPTO310

Page 2:

Figure A1. Flat surface of the Durabla Gasket as seen'in SEM. Magnified 37X

3

Figure A 2, Fiat surfacetof the Durabla Gasket as seen in SEM.

D:PROJECTS:OB05:RPTO310

Magnified B50X

Page 3Figure A3. Edge surface of the Durabla Gasket 2s received as seen in SEM.
«Magnified 40X

Figure Ad. Edge surface of the Durabla Gasket as received as seen in SEM.
Magnified 190 .
4

D:PROJECTS:0805:RPTO310 i Page 4

}:

Figure A 5. Edge surface of the Qurabla Gasket as cut with shears as seen in SEM.
_ Magnified 37X

4

Figure AS. Edge surface of the Durabia Gasket as cut with shears as seen in SEM.
: Magnified 120X

D:PROJECTS:0805:RPT0310 Page 5A080 WwW em ww oe

.IN RE: COMPLEX ASBESTOS

4

i

., 039134
LERRON
DUKA.

RALPH W. ROBINSON, ESQ. (State Bar '51436)
LUCINDA L. STORM’ (State Bar 129542). -

JENNY H. WANG (State Bar 191643)
WILSON, ELSER, MOSKOWITZ, EDELMAN
650 California Street, Suite 1400
San Francisco, California 94108
Telephone: (415)' 433-0990
Facsimile: (415), 434-1370

Attorneys For Defendant {s)
DURABLA MANUFACTURING COMPANY

OTHER
FILE

 5 12 7340 0} CGM
5 ? 6a} 788 cGin § 6 1B B12 CG-3N
© 6 aa 7398 5; 896 ec-te |} 7 316 978 | CaP
8 i 1038 gan jf ou /  cGta of 9 316 12:18 cG-30
10 12:2 1 5/16 13a; CGIAR | S/N yaue {CGR
12 : 1434 13-38 ve | «cGIS | 13 38 1658 =| = CG-3S
14 16 1458 0 | 17:34 cGAT 14 5/8 191/80; CG-3T
16 184 ie 58 0 | 2014 cGiu | 16 5/8 mia; 06-30
18 20 44 yarie | 215B $  CGAV | 1B 11/16 wu2 : cG3Vv
20 2244 20s | 23718 eo-w | 2011/16 234 | CG:W
24 27 244 2814 CG1X 24 34 sou2 | €G-3%
NOMINAL ALLsemes ___—00Psisemes _'_ _ so Psi SERIES __
PIPE GASKET GASKET BING: CATALGG { GASKET RING ; CATALOG
SIZE oD. 1.0. oo. | NUMBER | 1.0. , ©.0. + NUMBER
{aches) {inches} Ainchest Unches) i linches) (inches)
: ua 718 : W2 +34 CG-4A uz 134 CG-6A
2 i 1a . TBIE 28 CG-48 13/18 2178 66-68
1 aa 19/16 1 V4 25/8 cG-4c 14 25/8 66-66
_ 1718 1 uz 278 €G-4D 12 2718 €G-6D
1114 238 1 78 au ©G-4E 1B 34 CG-46E
: 14/2 2314 2 ua 344 CG-4F 28 304 CG-4F
: 2 338 2 4a 438 G46 234 | 438 CG-8G
: 202 : 3718 34 sie cG-4H 3146 | 518 CG-6H
1 3 : 44 4 57/8" CG-45 4 { 5718 cG-6)
: 312 Sue a8 1 698 CGaK aus 638 CG-6K
‘ 4 5718 434 ? coal} 4 8 7978, | ¢G-6L
; ave B12 5 5/16 758 cG-4M 5 5/16 gua | CGEM
: 5 7 513/16 Bus CG-4N 513/16 91/2 CG-6N
6 . B14 8 78 aya CG.4P 678 ° $02 | CG-EP
8 i 1038 38 18 12 cG-40 8 718 125/8 =} © CG-60
10 ‘ 12112 1019/16 1418 |  CG-4—AR 10 13/16 15.314 CG-6R
12 . 1434 12 78 16 142 cG-45 12 7/8 13 1 CG-6S
: 14 i 16 144 19 cG-aT 144; 19: 3/8 CG-6T
; 16 1 1844 , 16 1/4 28 cG-4u 16a i 2218 cG-6u
i 4B 1 20314 ; 18 12 23:48 cG-av 18 1/2 24a CG-6V
20 22H4 1 20 12 252 cG-aw 202 «| «9267/8 cG-6w
24 2 24314 30 4/4 CG-4X ye i 318 CG-8XFLEXITALLIC STYLE CG GASKETS

FOR USE ON ANS! B16.5 RAISED and FLAT FACE FLANGES (Dimensions basad on API Standard 603, Edition 3)

ALL SERIES G0 #83 SES!2 3206 851 SEAL.
GASKET GASKET RING CATALOG GASKET RING CATALOG
0.0. 1.9. 0.0. NUMBER 1.0. 0.0. NUMBER
Unches! Unchas) Unches] Uinchas) (inches!
Tha M4 2u2z CGB 34 202 CG-16B
19/16 1 23a CG-9C 1 2314 CG-15C
178 1a: 318 CG-8D 114 3178 CG15D |
238 1 9/16 | 312 cGgE 19/6 v2; CGIBE |
2314 178 | 378 { CGF 4 1H | 378 1 OG-18F
398 2 a6 | 55/8 ccaG 25/16 ssi@ | CG-15G |
378 234 } 812 coon 234 i 612 + cG-15H
4316 3°44 65/8 CG-8) 35/8 67/8 CG-15) ij
514 ave t Tu CGBK 4uB 73/8 CG-SK
578 aya j Bus cG-eL 45/8 gta CG-15L ij
612 5 S116 ; 93/8 cG-9M SSG 918 cG-15M_ |
7 S116 | 934 CG.9N 558 10 CG-15N
Be 678 | N98 cG.9P 63a Ws cG-SP i
10.378 878 | (4B cG.3a B12 13718 cG-15Q i é
12142 wO1WIs i 17 UB GOR 1905/8 5 17 78 cGISR |
: 14314 2g i 1995/8 66-95 123/4 2012 cG-4SS
16 1414 | 20 coset i 148 ya =; CG-1ST
184 "46 16 225/8 cceu > (16wa 214 =i CG-48U
: 20.374 18 14 ue | CG8V 194 | 2734 CGB
: i 32aa 20 16 27122; CG.SW 20174 29:34 cG-15w
. a 24 vs | 33 CG9x i 2444 | 351/2__|_cG-15x_|
5 NOMINAL 2500 PS! SERIES
PIPE GASKET GASKET i RING CATALOG
SIZE 0.D. 10. ° } 0.0. NUMBER
{nches) {Inehes) finches) (inches)
uz : 14 gat 2318 CG-258
wa . 19/16 1 i 3 CG-25C
1 178 114 33/8 €G-25D
14 j 23/8 yais i ae €G.25E
: 1172 2314 178 i 45/8 CG-25F
2 : 33/8 2516 3 8314 CG-266
: 2ue : 3718 234 65/8 €G-25H
3 : 434 35/8 734 CG-284
4 5718 a5 | 94 CG-25L,
5 7 Sse; ot CG-25N
6 B14 eaa 122 CG-25P
8 103/8 8112 15 114 CG-250
19 122 10578 1834 | CG-25R
: 12 14:3/4 . 1234 | 2158 _ ©6258
NOTES
1. APL. Standard 601 docs not include dimensions for 1/4”, Size nor 900 PSI up to 2 1/2" Nominal Pipe Size. These q
3M", er 41/2" nominal pipe sizo. items are listed for convenience.

2. Gasket 0.0, dimensions shown are “overall”. A?.1.
Standard 601 lists 0.0. dimensions to O.D. of bearing
surface. Hence, dimensions shawn are 1/8” greater than those
shown in A.P.1. 601.

3. 1/4" Nominal Pipe Si 150, 300, 400 and 600 PS!
Sorias ara identical gaskets. Stocks of gaskets need not be
duplicated,

4, There are no 400 PSI flanges up to 3° Nominal Pipe

§. Within screened area above gre gaskets which are installed
with identical bolting, Stocks of gaskets in each area need not
be duplicated because the goskets are identical,

6. For limitations on recommended usage for particular flange
type oF bore, see the following table.

7. Flexitaliic Style CG Gaskets are avai
1.0, dimensions on spucisl order. Advise ri
serias and required 1.D. dimension.

@ with special
size, pressure

APPLICATION INFORMATION FOR STYLE CG GASKETS

—= a
(FLANGE TYPE 150 PS! soo Psi | 400 PSI GOOPS! {| S00PSI 1500 PSI_| 2500 PSI_- itis the users :
; SSW 7 AuSizes 7 AllSizes, ANSizes | Al'Sizes | AllSizes ANSizes | AllSizes ; Tetponsibility to
Nozzles All Sizes i All Sizes { Va" 127 | 2" — 12" aT 12" 2" 12" 1/2" — 12") determing whether gasket
1 WN-10-40S 1 1/2" — 2a" 4 1/2" — 24" | 1/2" — 24") 1/2" — 20" | 1/2" 24" None None is satisfactory for a flange
j Sipon | 4/2" — 24" 572" — 247 | Va" 3" | 2"-3" None None None _}_ of any larger bore.

WN-SW — Welding Neck Flange bored for standerd weight
‘of heavier pine.
Nozzie — Bere equals nominal size.

WN-10-105 — Welding Nack Flange bored for schedule 10S
pipe through 12" and bored for schedule 10 pipe over 12".
Slip-on — Bore is essentially 0.0. of pipe.

—__—whee

i
shea Gaskers P aust Not Failf

31 B05 5.SP-44 FLANGES
78 SiS 300 FLANGE
NOMINAL NO. SIZE GOLTING NOMINAL : 7 NO. BOLTING
PIPE GASKET GASKET RING OF OF CIRCLE PIPE GASKET. RING | OF OF . CIRCLE
SIZE LD. 0.0. 0.0, GOLTS BOLTS DIAMETER SIZE SIZE_— 0.0. 'BOLTS - BOLTS ‘DIAMETER
finches} (inches) (Inches) Unches) (inches) (Inches) _{nches}__{3nchas} {inches} _* “Linchoa)__tinches) *
26S aT BOS we 28 V2 22 22giax-27ua | 24 | 11/2 29/4
og 0-24. 2918 29 7B 40 sig 30 2 24.314 : i
3003014 330/831 7B 44 sig 32 V2 26 27x (3278 | 28 ; 188: 3412 }
3200324 «3318 33-788 5B, 34 1/72 2: :
30 414; 36/835 1B 2 ga | 38 12 28 ax ‘3538 | 2 | 188; 37
360 60/4 37774 3B SNE 40 ya i 39 116 a | : |
, 82 aaa! 4314 fad 5G 4B m4 | 45 16 wo isitaxyaruz | 28 j 134 | sets
bag ae { 49/2 50 V2 46 |B; St ale rasa | ' i
so ogeare! ssg/a se s@ 648, «8 | 87 M2 .* 92 7332") 8988 | 2B 17/8) V2;
so oz! siaia ez 7/8 44 | 1 83 7/8 Pasu2 i : i
750 PS! SERIES mw Se Nae a se | me jie, asia |
i 26 2692; 2712 2916 36 29 5/16 3600, S74 x 44 32 2 j 46
28 28.12, 2912-20 9/1640 31 56 i soa | :
300 3012! 3112 132 GG ak 33 5/16
323202) 332 Sette 48 35 716 | 400 FLANGE
3a 3at/2]| a5ava iseia6, 40} 371g: | 22~a2a/ax|275/8 | 24 | 16/8 | 21/4
38, 3612] 37a [38 7a, at | 39 aa fi j 24314 i
42422) 4378/45 V8 48} ot 4g 8-9 ) 26 zx tozae | 28 | 196 | 3812
4g agt/2| 5051 716 44 | 118 | 52 OIG: lis | |
sa S41/2| 8687 BBG} «11/8: SB 34 23, Bx j= ze | We; 3
so 601/72 64 316 $2; 11/4} 65 7/16 * toa ,
 ALIA SNS 12 pte ta | RLIR lave | Rear RIGR
2 2 ane 13.936 tere avas “$12 7a 16 va 65/8 RIGS 16 NZ) RSG RIGS
14 TF ING 181516 1794 AIT 6 4 18 94 1818 | RST IS | BEAT Rig
16 1S $6 1658.16 201s | ALU BG 1/4 17 We 204 | REGU 21 VE | naau RIBU
6 18 17 4 (19 dae | Rev Se V4 20 1/4 , 2312 | RABY |233/8 | RLAV Rav
2 19 78 (2148 23978) AW Zoo Wa 22 3B 26H4 | RIOW
22 voce potest pntes Poneee FRB U4 24 UB L278 RI-EWA
2 23 12514. 2B A | RIK $24 14 526 5/16 | 30/2

Nate 1. For weld neck type flanges having a pipe bore ‘equal to that of schaduie 48 pipe. Not for slip-on flanges.
Note 2, For wald neck typa flanges having a pipe bare equal to that of schedule 40 pipe and heavier, but not for slip-on flanges.
Nate 3. Suitable for slip-on ang weld nack type flanges.

STYLE CG-Au FOR RING-TYPE JOINTS

NOMINAL
PIPE GASKET GASKET ~oORING GASKET GASKET | GASKET — RING GASKET :
size 40. 0.0. Ob. NO. 1D. OD. OD. , .
linches) _._ttnchest__Unches)__itnches} + _Unches) !_Unches}__(eehesl
et 22 Zoe 3 Sie 62 RISK } 296 ( 3 88 ° 612 , RSH i
&sx 3 3216 6 ae = 658 Rg 3 HE ane = 67/8 | RSASE i
toa S136 6 316 -BT Reg. S416 FS TNE | B14 RSISL i
t 5 5356 8 71G 9514 RION 3 5 116 615NG 10 AJHEN :
6 6516 7 8 1B Rar & 7 9G © 1118 | AU-ISP i
a8 ai4 915G = 16 Rien B78 994 , 1378 9 ALIBQ
210 10 316 12 7B give | 11 778 TB RGAER
22 12:78 14 U4 19.518 darisne | 131906 © 20172 RNS i
ga 131216 15 916-2012 Ri 16 18 38 2S REST :
8 , 1216 17 ONS 2258 g 7 2814 RESU
8 Pays 1916/16 2818 Bi7 ua 19 2 274 | REV i
2 j igi 2niee = 27/2 49 3G, 21 716 «| 299/48 i Rew 1
€ 24 [2 aie : 2616716 38 i 2s we | 3612 | ReISx i
Nota 4. For veld nec type flanges having 2 pipe bore equa! to ‘thet of scheduls BO pipe and heavier, but rot for slipan fanges,

Note &. For woid neck type flanges having 8 pipe bore equal to thet of schedule 80 pipe and heavier, but fot far stip-on flanges.
Note 6. For weid nece type flanges having o pipe bore equal to Mat ‘of scheduie BO pipe or heavier, bur net far slip-on flanges.
Note 7. For weid nec type flanges having s pine bore equal to that of schedule 40 pipe or heavier, but not for stip-an flanges,
0.0. dimensions of gaskets are nominal. Actuat dimensions ars approximately 1/32" tess to insure proper assembly in rings.

a Typical positioning of Style CG-AJ Gasket is show. Dimension A and P.O
; ere convalting factors in the application of Styla CG-RJ Gasket. The
i maximum available gasket seating surface is the area between the flange
: Grifice end the insige dimension of the groove, Use of this full space is nor
| always necessary.
!f j FLEXITALLIC GASKET
!owominal | ALL SERIES IDENTIFICATION NUMBERS
! PIPE GASKET GASKET :

SIZE 12. 0.D. 190 P81 | 300951 | 400 PSI | 600 PSI
| Unches) finches} tlnchas} SEAIES | SERIES | SERIES | SERIES
} M6 v2 Us DAA DAA

Uz M4 11/4 DAB Das
ya 1 19e DAC DAC

1 7 1a THe 010 D4

1s 114/16 2348 DAE D4E

112 2 244 OF DaF

42 9G 338 | DAG b-4G

22 } a ie 318 0-14 DH

3 ' 3 oa 4x4 O10 14d

aus sua DAK Dak
a

Ybutallic,

STYLE DO “SELF-CENTERING” GASKETS

|

For ANS! 816.5 Raised Face and Plain or Flat Face Flanges

Style OD Gaskets, another original Flexitallic design, are
constructed with an integral centering guide to facilitate
assembly. The guide is placad over diametrically apposite
bolts to center the gasket properly. Style D Gaskets prevent
eccentric assembly.

Style D Gaskets are manufactured to nominal original
thickness of .175". Optimum compression is in the range of
125" to .138". Compression in this range provides ample

STYLE D SELF-CENTERING GASKETS

bonding load within stress limits for specified bolting.
Style © Gaskets should be used in the lower prassure/
temperature ranges, For more stringent service conditions,
Style CG or CG1 Gaskets with their greater safety features
are recommended.

Style O Gaskets are recommended for all pipe sizes up to
and including 24” for 150, 300, and 400 psi fittings, and
up to and including 8” for BOO psi fittings.€

STYLE R GASKETS

For ANS! B16.5 Male & Female and Tongue & Groove Flanges

Style R Gaskets are specifically designed for use with
ANSt B16.5 male & feraie and tongue & groove flange
facings. Gasket dimensions are directly related to the
dimensions of standard flanges and provide adequate clear
ances for ease of assembly.
Standard Style R Gaskets embody all the exclusive features
‘of Flexitallic design for keeping compression values in
balance with bolting and sroviding adequate resifiency to
‘compensate for variable stresses encountered in service.
Standard Styie R Gaskets are manufactured to 2 nominal
thickness of .125°. Optimum compression is in the range of
090" to .100” compressed thickness.
‘There are three types of Sty¢ R Gaskets:
a} Style R-1 indicates geskets designed for use with large
mate & female flanges. ~
b} Style R-3 indicates those designed for use with large
tongue & groove flanges.
c}) Style R-4 indicates gaskets designed for use with smail
tongue & groove flanges.

As a generat rule, the use of Flexitaic Spirat-Wound Gaskets
with smait mate & femats flange facings is not recommended.

Stytes R-1 and R-3 Gaskets are identical in afi nominal pipe
sizes through the 1500 psi series. They are listed separately
for convenience. It is not agcessary, however, to duplicate
inventories. Style R-1 Gaskets in the 2600 psi series have
smatier 1.D, dimensions than Style R-3 Gaskets and as a

When Gaskets [f

resuit they are not interchangeable in the 2506 psi series.
Style R-4 Gaskets are constructed to maximum density in the
800 psi series, Dimensional limitations established by the
proportions of the small tongue & groove facings limit the
possibility ef increasing gasket dimensions to improve the
load carrying capacity in the higher pressure series. For this
reason, it is suggested that large tongue & groove facings be
selected for new construction when 900, 1500, and 2500 psi
flanges ate to be used. tt is not necessary to duplicate
inventories of Style R-4 Gaskets beyond the 600 psi range.
Style R-4 in the 600 psi series will be compressed an
additional amount when exposed to the higher bolt loads,
‘but not to the degree that the gasket will be crushed due to
the radial support provided by the confining groove.

Like other standard Flexitaltic Gaskets, Styles 8-1, R-3, and
fd are manufactured in Type 304 stainless steel and
Canadian asbestos. They are available on special order in any
combination of metals and filiers listed on page 7.

Special Style R Gaskets are adaptable to non-standard
fittings and can be designed and manufactured according to
specifications for high and low pressure applications and for
severe corrosive conditions.

When ordering special Style R Gaskets for non-standard
fittings and for special applications, furnish complete data on
Fiexitallic Gasket Engineering Data form.

Must Not Faiit

{aySTYLE R-3 and STYLE 2-3 GASKETS
FOR MALE & FEMALE and LARGE TONGUE & GROOVE FLANGES

NOMINAL 780 PSI THRU ts00 Psi FLEXITALLIC GASKET IDENTIFICATION NUMBERS.
PIPE GASKET GASKET
size 10. O.0. 150 PSt 300 PSI 400 PSI 600 PSI 900 PSI 1800 PS!
Unehes? linchest Unchest
4 12 1 BIRSIA RVAGGA  RBI4A = AI-AIGA
uz + 1 38 RIASIB «oRLASSB | OALAG48 | RLRSE6BR | ORY-AIOB-AY-RI-15B
a + Site Pane oo RVRZIC | RERSSC | AT-AZ6C = AIIZEC RABE RLATISC
1 1 U2 2 RERSID RERSGO  RIRB4D — -AL-RZSD ORERIGD —-AY-R3-15D
Tus + UB 2 U2 RIAHIE | RERGJE | RIASGE = REAGEE  AN-ROSE < RURSISE ,
V2, 2 8 3 ya CRURDIE © RURGOF | RLAZAP «| RERSEP | RIRGOF ° RY-RISP
2 2 18 3 ge | RERGIG | ATRQIG | AERMG — ALASEG RTAGOG « RY-AGISG
202 3 ye 3 ote RERSIH | RLRIGH | RLRGGH | RERGGH | RTRSGH , RI-RIIEH ;
3 4 U6 8 P REAB F RTRIQ | ALABA! RURZSS RERBG! | RE-AZIBD |
32; 4 34 2/2 | RUAGIK | RLAQGK | -RIRZGK — ALRSSK RERIOK | REASISK |
a 1 8 .3ns 6316 ( APABIL © RAIL OO RLAS4L | RERSEL © ATAZEL BERGHE |
az : Suis 6 346 1 ORDADIM ALAS - RALRBAM RERZ6EM :
8 + 6 BNE 7 G6 | RVAQIN | RLASGN | RERGGN | RIRZEN | RIRGON | at-Ro-t5N
6 , Tie 372): RUAGIP © RURGQ? ; RLAQGP | LASER | RERGOP | RIBOSE
8 ! sg 38 10 gf «| RERSIO | ALAS30 ¢ ALAS | REAGEQ  AERIGQ | ATRFISC
7 490 Poa us 1244 | RLAZIA | ALAZSA | REAZSA | RIRSER RY-RZBR | RI-AZ-SR
; 42 P43 u2 . 18 | REARS | RUALIS | RLAZAS | RY-AZES - ATAGES L RVASIss |
i ow bo4aye 0 | 16 4 | ADROIT | RLAZST | REAS4T | ALATEST | RURIOT | RiAgasT |
{38 low 7 3B MZ | AVAHU | RERZQU | REASAU | RERZ6U ! RERZGU | AT-RO1SU
[18 | ua: a Lapagiv | RLAZ3V | ALRI4V © RI-RZEV | RT-RSOV [ RERGISV
20 i 2t 1 3 1 reroiw | AURSaW | RLABAW | RLAZEW) RLRGOW | RI-RO-TW
1 26 {25 4 ova | VAs | RDRIGX | RERZAX | AIRGSX | RLAIOX — RIRTIEX

STYLE R-1 GASKETS FOR 2500 PSI STYLE A-3 GASKETS FOR 2500 7S!

— P NOMINAL
t PIPE ; GASKET GASKET - GASKET GASKET :
i size BD. 0.0. NUMBER Lo. . OD. i NUMBER ~
| taches) finches) Gacher dincher? Gnches! i
: Ww ~~«TRNG 1 ¥8 RY-258 1 aT ae) 288
i wa + 116 VINE RI-5C 15/16 THUG | RB2C
st 1 U6 R160 12 2 3280
114 1 5 2 2 At-25E 1s 2 2 + RG-Z8E
1u2 1 WB 2 We A1-26F 2us8 2 18 . R325F
2 38 3 518 1-266 278 3 8/8 3-256
2uz 3 4 8 R1-25H 33/8 48 R325H
3 ae 5 RV-25s 414 $ R255
312 4a BZ RAK
: 4 4 4 8 38 R1-26L SUIS & Ue AS2SL ij
i 5 5 v4 7 SG REZEN BSE 7 se | RBZEN !
6 & ys Be U2 i AV25P WU i B U2  R3QSP i
, 8 a4. 10 iB AL25Q ga ¢ 10 5/8 | Ra260 |
1 0 i 1096 0, 12 WS j RT2BR Wie 12:46 «| RBSR i
12 133 18 Rizs 1321S. i R328 I

vuhen Gaskets [° Aust Mor #38!Ss

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Susann NOW VOISILNSG! 13xSVD NTT LIXS TS

SaONY Ie FANGED GV SNONGL TITS oS
S$LEUNSWD FY DIALS

weFor Mult-Pass Heat € aaa veosaso | 750244-14
1 a7 veoea75 | 75024418
4g VC-06-4.00 | 75024416
: 45/8 VC06-4.80 | 750244-17
aw 88 veoes.00 | 75024018 |
1 85/8 veoss.50 | 75024419
} se VC066.00 | 75024420

—_——__
eeSTYLE Mand STYLE MC GASKETS

| Sbxitalle,
|

—@@ . For Boiler Manhole Cover Assembiies

Styles M and MC Gaskets are specifically designed for
Mandard manhole cover assemblies. Selection of required
design is made in accordance with service conditions. The
widespread use of Styles M and MC Gaskets as original
equipment and replacement parts is the result of coordinated
Flexitaltic design and research with equipment engineering
and design to meat specific requirements.
Each design of manhole gaskets provides for adequate
compression factors in keeping with the defined limits of
service pressure ratings. Styles M and MC Gaskets inchide
designs to compensate for rough er worn seating surfaces
and to facilitate centering of gaskets during assembly.
Fiexitaltic manhole gasket construction includes modified
compression values to provide for seating joads within the
normal range of manhole cover assemblies and to compensate
for related operating loads within yield limits of the
gasket body.

Style M Oval Gaskets are manufactured with thicknesses of
L175" and .250° and with flange widths shown in table on
the facing page. Style M Round Gaskets are manufactured
with a thickness of 175" anty. Gaskets having a thickness of
250" are recommended for gasket seating surfaces which
have become pitted or warped.

Style MC Gaskets, an exclusive Flexitallic design, are
manufactured with a thickness of .250" and flange width
af 13/18". A preformed spiralwound centering ring, having
a thickness of .175", is snapped into the inner groove of the
gasket proper. The centering guide permits the gasket proper
to assume its correct. position and to compensate for
inequality in plate contours and fillets in caid-pressed plates.
Shouldering and pinching caused by radial misplacement
are also eliminated.
Standard Styles M and MC Gaskets are available in the
following three ranges of operating pressure for practically
all makes of boifers and auxiliary equipment:

a) 0-499 ths.

b} 0-999 Ibs.

8} {G00 ths. and above.
Standard Styles M and MC Gaskets are manufactured with
low carbon plated steel and Canadian asbestos filler and
Type 304 stainless steal and Canadian asbestos filler for all
ranges of operating pressure, Low carbon plated steef is

satisfactory for all operating pressures whare saturated steam
temperatures are not In excess of SOO°F, Although this type
of steel is subject to a normal rate of corrosion, it does not in
any way-affect the sealing qualities of the gasket. The
extremely long service-life and resistance to sorrosion warrant
the slightly higher cost of Type 304 stainless steel for use in
boilers operating at less than SOO°F. Type 304 stainless steel
“Ig recammended for temperatures in excess of 500° F.
Ordering Manhole Gaskets

Standard Styies M and MC Gaskets can be ordered from the
tabie on the facing page. Crder standard gaskets by furnishing
the following information:

a} Name of boiler or equipment manufacturer

‘b} Gasket style

tc} Dimensions of gasket

a) Gasket thickness

e} Flange width of gasket

#) Pressure service rating

g} Type of steel desired
Minor variations in the contour of cover assemblies can be
compensated for by flexing the gasket. For cover assemblies
in a satisfactory condition specify .175" thickness and for
pitted, rough or warped conditions specify .260" thickness.
Styles M and MC Gaskets are also available for non-standard
manhole cover assemblies and can be designed and manu-
factured for high and low temperature service and abnormal
‘corrosive conditions. For special applications several com-
binations of ferrous and non-ferrous alloys and fillers are
available. See page 7 for listing of metats and fillers.
When ordering Styles M and MC Gaskets for special cover
assemblies furnish the following:

a) Rough sketch or blueprint of cover assembly and

mating surfaces with dimensions.

) Pressure service rating.

‘c} Type of steel desired.

a) Name of boiler or equipment manufacturer.

) Width of available saating surtace.
Data for “a” is most important for special gasket design
in order to insure total confinement of the gasket between
flat surfaces. To expedite the pracessing of orders for special
cover assemblies, it is recommanded that a sample gasket or
template accompany the orders.Yeexitalle.

STYLE M and MC GASKETS

FOR MANHOLE COVER ASSEMBLIES

i
G _
1: | NOMINAL i i FLANGE
1.0. ANGI
| STYLE | pimenstons | racxmess |
: MOvel j 10x18 lt 350 }
1 mOvai | 10x 16 ; 250 !
M-Ovai W115 : 250 4
1 MC-Ovai | W915 250 i
: M-Oval i 11x15 AWS ‘
1 M-Ovat 5 qx 15 AIS
1. M-Oval Wx 15 ATS
{| Move! 1 DS AIS :
’ M-Oval 3 WIS .250 t
M-Obraund | WANNER 1678 i 250 ‘
¢ 1; MObround | 117/18 x 151/16 280 i
1 MOval i 12x16 + 280 1
* MCOvet | 12x16 i 250 1
; MOval 1 42816 “175 :
* MOval 1 12x16 t 176 1
_ M.Oval + 12x16 > 7S :
, | M-Oval 1 TERN 178 :
M-Oval 12x16 250
; M-Obround 12x16 250
+ | M-Obround 12x16 250 i
i MC-Oval =| 12: 1/8 x 16:1/8 “250 :
1 M-Opreund 14% 16 175 :
| M-Round 14 4 AIS t
i M-Round 161/16 i 7S
| NOTE: Whan ordering gotkets specify operating pressure and
© {_temparature and type of steol desired.” iYbaitallic.

STYLE T GASKETS

For Boiler Handhole and Tubecap Assemblies

Style T Gaskets for boiler handhole and tubecap assemblies
have been recognized for their superiarity since 4912. The
quality and safety of Fiexitattic Style T Gaskets are the
result of unceasing effort to develop a series of gaskets which
will maintain a perfect seal at a minimum maintenance cost.
Styfe T Gaskets require no compounds and can frequently
be reused if not removed fram cover assembles during
outage. This economy is due to the exclusive feature of
spiralwound construction and resiliency which permit the
gaskets to rebound when they are not under compression.
The consistently high standard of performance in Style T
Gaskets is the direct result of Fiexitallic engineering vision in
anticipating design improvements of modern steam gen-
erating equipment.

Style T Gaskets, in thicknesses of 126" and .175", are
recognized for the following design factors:

a} High safety factor in keeping with specific operating

conditions.
fb} Compression values and bending loads proportioned te
safe stresses of cover assembiles.

¢} Resiliency under concentrated and ftuctuating loads.

a} Exceptionally long and sustained service.

a} Reduction of seat cleaning ime.
Style T Gasket yield values are calculated for specific ranges
‘of operating pressure to compensate for highly concentrated
gasket loads, The compression characteristics are related to
the gasket constructions which vary with the ranges of
operating pressure for practically ail makes of beiters and
auxiliary equipment:

a} 0-499 Ibs.

b} 0-999 tbs.

¢}. 1000 Ibs. and above.
Installation: See. instruction tags attached to each bundie
of gaskets supplied. .
Standard Style T Gaskets are manufactured with plated low
carbon steei and Canadian asbestos filler and Type 304
stainless steel and Canadian asbestos filler for afl ranges af
operating pressure. |

Low carbon plated steal continues to serve well in a majority
of applications where saturated temperatures are not in
excess of 500° F. Although this type ‘of steel is subject to a
normal rate of corrosion it does not in any way affect the
seating qualities of the gasket.

Type 304 stainiess steel possesses ideal corrosion resistant
qualities and is recommanded for superheat temperature. The
extremely jong servica life and resistance to corrosion
warrant the slightly higher cast to Type 304 stainiess steel
for use in boilers operating at less than 500° F. The use of
stainless steel gaskets also reduces the time required for
cleaning gasket seat surfaces.

Style T Gaskets are also manufactured with other types of
stainless stee! and alloys and are recommended when
corrosive acid, alkaline or other conditions warrant their use.
Gasket fillers other than Canadian asbestos can be furnished
in combination with any metal according to specifications
for chemical processes where the we of such materials is
indicated. See page 7 for listing of metals and fillers.
Standard Style T Gaskets are manufactured to nominal
original thicknesses of .175" and .125". Each thickness
possesses design characteristics compatible to the design of
handhole and tubecap assemblies. Special gaskets having
thickness of .250" are recommended for use in assemblies
having relatively broad seating surfaces and where bonding
joads are low. Gaskets having @ thickness of «125° are
designed for use with assemblies having extremely narrow
seating surfaces and where high banding loads are encounter-
ed. Several handhole and tubecap assembly designs permit
the use of either thickness.

Standard Style T Gaskets can be ordered from the tables on
pages 23 and 24. To order standard gaskets give the boiler
manufacturer's name and code umber listed in the
loentification column on pages 23 and 24, pressure service
rating, operating temperature and type of steel desired. When
boiler manufacturer's code number is not listed furnish
the following information on inquiries and purchase orders:t listed in the following tables, oF for special cover

i i rer. Gaskets 10:
3 ner: ee or equipment manufacturer assemblies, furnish the following datat
c} Inside dimensions of gasket. a) Rough sketch, hiveprint oF accurate template of cover
d) Flange width of gasket. assembly with necessary dimensions,
2) Gasket thickness. bo) Width of available seating surface.
£) Pragsure service rating. re) Pressure service rating.
gi Operating temperature. dd) Operating temperature.
fh) Type of steel desired, e) Name of boiler or equipment manufacturer.

Style T Gaskets are also available for non-standard handhole To expedite the processing of inquiries or orders for special
and tubecap assernblies and can be designed and manu- cover assernblies, care should be exercised in furnishing
factured for high and low temperature and pressure services complete and accurate data.

and severe corrosive conditions. When ordering Style T +

OOO

STYLE T FOR BOILER HANDHOLE AND TUBECAP ASSEMBLIES

0-499 Lbs, 0-999 Lbs. 1000 Lis. and Above
When ordering, specify operating temperature, presture, and type of steel

NOMINAL
IDENTIFICATION | SHAPE 1.0, IDENTIFICATION

t dnehe ;
: + ‘
"American Engineering | Obround) 3 BNG x 311/18 ane |e Engineering j

; } Round 35/16 ane ‘24N-L1206 Diamond 3x 318 us
i i | 2ON-L839 Dianond| 3aexaa | 14 |
aabeock and Wileax | ; i 30N-La66 Ginmond | 35/8 x 4:12 Mat
No. a1 | Obraund | 29/64 x 23364 | 5132 33N-L1208 Cumome| galaxasia | U4 |
No. 40 { Diamond | 3.3/8 x 33/4 ui6 SIN-L879 Diamond} 4 iaxste 2 4!
No. 48 + Oval 3136x494 | 1/32 JINAL1291 Obround | 218K22 : 9/92 |
No. 79 | Obround | 4 8/32 x 4 28/32 116 |: 22N Pol | 2vex25/6 792 }
No. 24 ; Ovi | 4 N2KS 2 12 Yh 23N lopround : 226/32%3 13/32! 7/32 |
No. 76 : Oval, § 1/328 guaa ; 14) 25NL1278 1 Obround | 3Vexsve | 316”
2" Bean, | Round 15/8 v4] aN \Dumond) 3378x334 | 316 5
i Noa? 1 Round 2132 [a8 t) 2aNa1277 Gprousd | 38x37 5 SNE |
Na, 32 i Round 3 j va Gt 32N oval, 42x82 | 1732!
. No. 70 i Round 39132 Lo ane IN-L1272 Round + 112 Pate
} No, 89 {Round 3716 5/32 IN-LIN3I Round 134 i ane |
| No. 92 Round 432 ua ON-L1274 Round 25/8 4 -H32 t
i No. 28 i Rect. 413/16 «5 32 AN-L740 Round Bue [va |

. i } Liat Round 3u8 ious
Baden oka) | | Il sn-lgo2 Round 358 2. (U4:
: { {) SiL7aa Round 4s (Mat
aros ' | 1 osiN Rect, | 419/16xS UR +
NaSandke-10 | Round |. 21/4 1 4a S2N41117 | Reet. 6HexG 318 + 232:
| HB-B ond HB-1 Round 308 wah PBg474 Jopround!| 418x478 i MIG
i 4Bs32 Round aua ia fi pBg474 | Round a2 : ate |
! and HB-13. Obround 399x414 4 ne i ind | i t
: HB-Ad | Opround } 4 1an5 4 Connally Obround gx31ste { 3/8 ;
1 i Edge Moor Oval ataxswa + #B )
| BucyrusErie ! Round | 202 4/2 ft
} "az27 1 oneound gxa2 38 Round aug | 18/82
| Gao os 348 TE || erie City Pear 3120458 1 2a |
: Ovreund axau2 | a8 ft
1 Casey-Hedgas ‘Obround 14 8 Oval | 9132 x 4 1/32 BIG}

se ata xo 8 | ovat | 317/32%017/321  Sit6
227/92 «319/32 {Oval 413248132 | 8/18
BO/S2 x 4 17132 Oval M92 x BU
ax6 Round U2STYLE T FOR BOILER HANDHOLE AND TUBECAP ASSEMBLIES

4000 Lbs. and Above

When ordering, specify operating temperature, pressure and type of stee!

. IDENTIFICATION SHAPE

\DENTIFICATION

FLANGE

WIDTH

1D.
: {Inches} . {Inches}

Foster Wheeler Diamond
23/4" + Qpround
* Obround
315/16” Obround
Ovel
Round
Round
i Round
Round
i Round
: ; Round
Rect.
1 Geary i :
i 312" , Obround +
ya" \ Obround
4” (.285" Thick) | Obround
Heine | ‘Obround
Round
| snternational _ Ov
i xesier + Diamond
i Round
i Obround
| Murray Obround
i Obraund
1 . Obround
1 oiFiets > Obround
1 Oval
i Oval
| Oval
1 Orr &Sembower Oval
: 1 ovat
4 Pacific Round
: Round
j Round
| Page :
}  Lprrabes + Oval
Junior vat
Page 1 Ovat
PB i; Oval
Drum + Oval

_ Ritey Stoker

0-499 Lbs. 0-999 Lbs.
7 NOMINAL | FLANGE
WIDTH
4x5 38
225132 x 313/32 1/32
; au4 1 we
4492x3332: 7/32
2 4316x5316 Si16
15/16 9/32
21/32 1 164
21432 1 1564
2B or2 16 3/8
Siugersvis | 4B
43/8 of 4 1/16 318
41sexs 36 ¢ 7/32

:

|

3

j

1 919/16 x4 5/8

| 4yaxs v4

| 414x8 U4
seexsse |

' 35/8 j

i

!

|

'

219/32 x 319/32 |

ausxsus |
ata

3x4 :

{ 3578x4916 |
1 38/8x 49/16 |
4 44/32 x4 29/32 |
22x32 1
axa 1
32x42
41/16 x B16

2.23/32 x 321/32 |
1 313/32 x 4 13/32

Tz
2

i

1

j 202

1

| 2 an32 x 3.29/32
318x418
318x414
35/16 x4 5/15

3.25/32 x § 13/32
i 2416

Superhooter

i] Union
yo 31a

285" Thick)

H-Voge

NOMINAL
SHAPE 1D,
laches)
‘Oval 3.17/32 x 417/32
Obround . 323/32 x 6 29/32
Round . 131/32
Round 39/32
‘Squere axa
Square § 2x5 12
Oval | 317/32x4 17/22
Oval 4116 xB 16
Square * SU2x5 12
Square 738x738
Ovround | 221/32 x 39/32
Ovround | 33/32 x 43/32
! Opround { 311/32 x 323/32
Obround |. 33/Bx37/8
Round ' 18/16
Round j 3132
1
Pear 1 37/16 x4 7/16
Pest 302x412
Pear 4ax5 a
Pear ' 41/4 x5 1/4
‘Oval 32%4 U2
Oval 3x4
‘Oval 3x4
‘Oval BRBx4 US
Oval 312x402
Oval 33/4x5
Oval | an5
Oval j 4x6
Oval | 414x518
Oval | 41/4x5 1/8
Oval | 49/32 x5 9/32
Round | 319/32
Round aus
Square | 47/8 x4 7/8
Pear | 418 x5 118
Pear 44x58
Oval ft 3x4
Ove ij 32x42
Oval jf ax
Ovat | 4x6
Round ! aus
i

ala

Unchas)

56
11/32

132 (new)
5/16 told?
1352C

FACING DIMENSIONS FOR AMERICAN STANDARD FLANGES

150, 300, 400, 600, 900, 1500 and 2500 PSI Series

GUTSIDE DIAMETERS (inches) - OUTSIDE DIAMETERS linchesh {HEIGHT (Inches) ;
. Raised
Raised ; . | , Face 5
Face . 1 P targe | 1
Lopped, 4 i i 4B. yo and =| Ospth |
‘Nominal Large * ‘ j dare | i of = | Raised | Small of
Pipe Maio; Small | Smait | female | Small | Smail | aca "Maleand | Groove!
See anh Mate, 8 / Tongue® | and. iFemale [Grooved ? and =| 150, | Tenguo | or |}
{inches} : — Large t j Large las tf i Smait_| and 400, 600, | Femate 1
Tongues i 1 Groove? | i 1Groove3. 51300 PS} |900, 1800,
i 1 i i : Msrdst | and 2600 | '
i L ‘ i zi ipst St'ds? |
1 i
V2 soya: zeae; 1 aes 1 | ft TAB; 25/32 1 16) tee | 1716" | a8 \
WA: TANG 15/16{ aiie 16/16! 1 34 | 1 134) 1 14 116, 1/4 a6 |
1 P27 ane) t ! 1a) viee: 176 | I) 4 SN6 jf
1444 2uzirw2) 2 4 aye) 2 se] 113916 | 116) 14 ane i
au2 ! 278 '1 44) 2 | riaite| 2 afte| 2 vie | 116) 1/4 3/16
3 58!2 44) 3 ! 12 ste] 3 sei ztaie | 116) 1/8 36
312 | 4 18: 211/16) 3 | 236 | 3136) 3 ate | el 4 36
3 fos 23 Se; 4 3 3a | atte, 4 vie | w18) 14 ane
312 | 5 12: 31996, 5 1/8 | 37/8) 5 316, 416 | Wi; 4 38
4 i 6 ane 4 5/161 S116 : aap }5 945 we: Wi, WS | a6
5 i 7 se ae! 613/16 5 716! 6 7/8 | 6 114 wisi 14 | até
8 ; 82 6 38: B : 6 7h6; a 16,7 716) Wiel 14 | ans |
3 i 19 88 8 3/8: 10 93/8 Ne: 7610 16, 9 S16; Wiel a 1 ane t
10 i 42 3/4 10 U2 | 12 trya [1219/16 10 9/6112 116 11 Be | 16, MSL 3N6
2 { 18 12 V2 {14 V6 1912 {15 116 12 O18 )16 B/G [13 m6) wie, va | wi6
14 | 16 14 13 3/4 515 12 5143/4 11G 5/16 ,13 13/16 1s 9/16 114 11/18 1/16] U4 } wie
16 ; $9 1/2 18 3/4 | 17 G/B | 163/4 [18 afte 15 13/8 }17 11/16 j16 116 | 718 wa 3/16
18 } 2 1F ga | 20 1B 49 3/4 E21 16 17 14/16 20 B18 119 16 we! 4 3/16
- 20 ; 3 19 314 | 22 bay | 2a 116 jt9 13/16 221/16 120 15/16 Wiel V4 ane
24 | 27 a 23 3/4 | 26 V4 13g a: 27 sre 2313/16 |26 5/16 125 aie | 6) 14 ae

4 Regular facing for 150 and 300 PSI steel flanged fittings and companion flange standards is a 1/16” raised face included in tho
minimum flange thickness dimensions. A 1/16" raised feca may be supplied also on ‘the 400, 600, 800, 1500, and 2500 PS! flange
standards, but it must be added to the minimum flange thickness.

"2 Regular facing for 400, 600, 900, 100 and 2600 PSI flange standstds is 9 1/4" raisad face not included in minimum flange
thickness dimensions.

3 Tolerance of plus or minus 0.016 in. {1/647} is allowed on the inside ond outside diomerers of all facings.

3 For small mate and female joints care should be taken in tho use of hese Gimontians to insure that pipa used is thick enough to
permit sufficient bearing surface to provent the crushing of the gasket. Tha dimonsions apply particularly on lines whera the joint is
Pade on the end Of tha pipe, Screwed companion flanges for small male ‘and female joints are furnished with plain face and ara threaded
with American Standard Locknut Thread.

3 Gnakers for male-female and tonguegroove joints shall cover the bottom of the recess with minimum clearances taking into sccaunt
the tolerances prescribed in Note 3.

When Gaskets Must Not Fail!ined 1ON ISN SIARSED URE

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SONY 1d GUVGNVLS HOS WLVG ONL TOSTORALE REQUIRED TO PRODUCE BOLT STRESS

The torque or turmre effort required to produce a
certain stress in bottin: is dependent upon a number
at conditions, some of «.~ich are:

1, Diameter of bolt.

2. Type and number 3° threads on bolt.

3. Material of bolt.

4, Condition of mut czaring surtaces.

5. Lubrication of bo!: threads and nut bearing surfaces.

The tables below reflect the results of many tests to
determine the relation between torque and bolt stress.
Values are based on steel bolting welt lubricated with
a heavy graphite and oil mixture.

It was found that a non-lubricated boit has an effi-
ciency of about 50 percent of a well jubricated bolt
and also that different lubricants produce results varying
between the limits of 50 and 100 percent of the
tabulated stress figures.

Data for Use with Machine Solts and Cold Rolled Steel Stud Boits
Load in pounds an Bolts and Stud Bolts when Torque Loads Are Applied

STRESS

NOMINAL - NUMBER AREA

DIAMETER OF

DIAMETER |

AT ROOT | AT ROOT 7500 PS

15,000 PSI : 30,000 PSt

OF BOLT THREADS OF THREAD OF HREAGQ———————— | Torque Gompres

Torque) Compras Torque Compras: | Yorqua Compras:
inches! (Per Inch) {inches} (Sa. tnch)___ Ft. tbs! sion, bbs. Ft the sion, Lbs, ' Ft.Lbs. sion, bis.
14 20 185 027 7 203 2 405 4 810
518 18 240 045 2 | 338 4) 815 8 1350
ve 16 a4} 068} 3 04 510 6 4 1020 12 2040
W16 14 345 093 j a) 698 wo} (1395 2 2790
U2 13 400 1126 @ : 945 15; 1890 30 3780
one + 32 AS4 1620} 120} 1218 2300 (2430 45 4860
5/8 1 507 02 5 15 i SNS 30 3030 60 6060
34 10 620 302: 25 so | 4530 100 9060
We 9 7 419, Di HAD 80 8285 160 12570
1 a 838 381 62 4133 423 8265 245 18530
118 7 939 693 98 $190 195 10380 390 20760
114 7 1.066 830 427 6675 273 13350 545 26700
13/8 6 1.158 1054 | (183 7905 365 15810 730 31620
112 6 1,283 1,294 21g 9708 437, ~=—«19410 875 38820
158 Buz 3.389 181s | 300 31363 60022725 1200 45450
13/4 8 1.490 174g: 390; 13080 775} 76160 1550 52320
1718 5 1.615 2.049 525 | 15368 1050 30738 2100 61470
2 412 3711 2.300: 563 17250 1125-34800 2260 69000
Alloy Steel Stud Bolts
Load in Pounds on Stud Balts when Tarquo Loads Are Applied
NOMINAL NUMBER DIAMETER AREA STRESS
DIAMETER OF ATROOT ATROOT * 70,000 PSI 75,000 PSI $0,000 PSI

OFSTUD THREADS OF THREAD OF THREAD tru Comprar

Forque Compres) ‘Tarque , Compres- Torque © Compras:

inches} {Per Inch! tinches) (Sq. inch) Ft. Lbs,__ sion, Lbs. Ft. Lbs sion, tbe. _ Ft. Los. sion, Lbs.
14 20 185 027 | a, aio 6; 128 3 1620
SN6 18 240 245 a 1 1350 - 12,5 2028 16 2700
wef 16 294 068 12+ 2080 1B 3060 24 4080
76 14 1345, 093 20 2790 30, 4185 40 5580
V2 13 400 126 30 3780 45 | 5670 60 7560
9g 12 454 -162 ag 4860 68 7730 30 9720
5/8 W 507 202 60 6060 30 goso 120 12120
wa 10 620 302 100 S060 150} 13590 200 18120
UB 9 7H 419°; (160 12570 240 18855 320 25140
1 3 838 S61 ¢ 265 18530 368 24795 430 33060
Me a 963 72 | 385 21840 533 32760 710 43680
114 8 1.088 929 | (800 27870 750: | 41805 1000 $5740
1 13: 8 1.213 1185 680 ‘34650 1020. 51975 1360 89300
m2: 8 1.338 i405 | goo} 42tsO , «= 1200 69225 1600 84300
158! 8 1.463 1.680 | 1100 50400 1650 | 75600 2200 «100800
14a) 8 1.588 1980 ; 1500 59400 2280; «89100 3000 * «118800
te 8 1713 2.304 } 2000 69120 3000 103680 4000 138240
2 a 1.838 2.652. 2200 79860 3300 j= 119340 4400 188120
2a 8 2.088 3423; 3180 | 102690 4770; = 154035 6360 | 205380
212 8 2.338 ; 4292 | 4400 128760 8600 | 193140 8800, 257520
8 2588 4: 5.259 11840, 315540
8 2a3a | 6.324 { 3794a0

2gaa ave 12 22029 <5 12

qO50 Tai8 1660" 1900 2.378 2875 9.500 4000 4500 &583_ 0.625 Be26 10.790 12.760
7 GIO PDGT DAG? 2.088” 2648 4.028 5.047 6085 7.901 10.020 12.000
Wa nas 24D 145154203 NB ISDN 28a 2D 3 IS
ia 168227272365 5.79 7.58 _(9.11_ 10.78 $482 18.87 O35 40.48 09.56
Tay B67 1.278 1800 1.920 2573 2900 3364 3.826 4913 5.700 7.6