fmc weco wing union catalog

The widest selection of fast, high-pressureconnections in the oilfield

Weco OriginalWing Unions

Standard-service wing unionsSour-gas wing unionsTank unionsAir-o-unionsSuction-hose unions

Catalog WU-11/96

®M

an u f a c t u r i n g

C

e r t i f i c a t i o n

Quality

Systems

ISO-9001

Col

d W

orki

ng

Pres

sure

Rat

ing

(psi

)

Stan

dard

Ser

vice

Ass

embl

yC

olor

Key

Stan

dard

Ser

vice

Figu

reN

umbe

r12 30

04 100

3 80

Sour

Gas

Ser

vice

(see

not

e 12

)

Test

Col

d W

orki

ngTe

st

100

✓✓

10 250

✓8 200

6 150

✓

5 125

21 ⁄2 65 ✓

2 50 ✓

11 ⁄2 4011 ⁄4 32

1 25(i

n)(m

m)

NA

NA

1,50

01,

000

200

✓✓

✓✓

NA

NA

3,00

02,

000

120

6✓

✓✓

✓✓

✓N

AN

A3,

000

2,00

0

120

7✓

✓✓

✓N

AN

A3,

000

2,00

0

211

NA

NA

3,00

02,

000

1,5,

640

03,

750

2,50

03,

750

2,50

0

140

0✓

✓✓

✓6,

000

4,00

06,

000

4,00

0

160

0✓

✓✓

✓N

AN

A9,

000

6,00

0

1,2

602

✓✓

✓✓

9,00

06,

000

9,00

06,

000

1002

✓✓

✓✓

✓11

,250

7,50

015

,000

10,0

00

1003

✓✓

✓11

,250

7,50

015

,000

10,0

00

1502

✓✓

✓✓

15,0

0010

,000

22,5

0015

,000

9,11

2002

✓✓

NA

NA

30,0

0020

,000

1122

02✓

✓✓

22,5

0015

,000

NA

NA

✓✓

✓

✓✓

✓

✓✓

✓✓

✓ ✓

✓✓

✓✓

✓

✓✓

✓✓

✓

✓✓

✓

✓✓✓

✓

✓✓

✓

1 1,3,

10,

141,2,

3,7,

13

NO

TES

Nom

inal

Pip

e Si

ze

1,2,

3,8

Not

es:

• N

A -

Not

Ava

ilabl

e• A

ll en

d co

nnec

tions

are

line

pip

e th

read

s un

less

othe

rwis

e no

ted.

1.B

utt-

wel

d av

aila

ble.

Con

sult

fact

ory

for

wal

l thi

ckne

ss.

2.N

onpr

essu

re s

eal c

onfi

gura

tions

ava

ilabl

e.3.

Pow

er m

ake-

up m

ust b

e us

ed f

or li

ne p

ipe

thre

aded

con

nect

ions

toac

hiev

e ra

ted

cold

wor

king

pre

ssur

e.4.

Lin

e pi

pe th

read

s ar

e no

t off

ered

for

sou

r ga

s se

rvic

e in

this

fig

ure

num

ber.

5.L

ine

pipe

thre

ads

are

not r

ecom

men

ded

for

sour

gas

ser

vice

abo

ve4-

inch

es n

omin

al p

ipe

diam

eter

.6.

Figu

re 4

00 a

vaila

ble

in 5

1/2

- to

7-i

nch

OD

with

cas

ing

thre

ads.

7.Fi

gure

100

2 al

so a

vaila

ble

in 2

1/2

-inc

h E

UE

: 5-

and

6-i

nch

size

sav

aila

ble

with

but

t-w

eld

ends

onl

y.

8.Fi

gure

150

2 in

4-i

nch

size

ava

ilabl

e fo

r 3

1/2-

inch

ID

tubi

ng, b

utt-

wel

d or

non

pres

sure

sea

l con

figu

ratio

n on

ly.

9.Fi

gure

200

2 in

3-i

nch

size

ava

ilabl

e fo

r 3-

inch

ID

tubi

ng.

10.

Figu

re 1

003

in 5

-inc

h si

ze a

vaila

ble

with

but

t-w

eld

ends

onl

y.11

.A

vaila

ble

with

but

t wel

d en

ds o

nly.

12.

All

unio

ns f

or s

our

gas

serv

ice

are

pain

ted

oliv

e gr

een,

sta

mpe

d“S

OU

R G

AS”

or

NA

CE

MR

-01-

75 a

nd h

ave

spec

ially

mod

ifie

dm

ater

ial p

rope

rtie

s.13

.5-

and

6-i

nch

size

s ra

ted

at 7

,500

psi

CW

P an

d 11

,250

psi

test

;5-

and

6-i

nch

unio

ns f

or s

our

gas

serv

ice

rate

d at

5,0

00 p

si C

WP

and

7,50

0 ps

i tes

t.14

.4-

and

5-i

nch

size

s ra

ted

at 7

,500

psi

CW

P an

d 11

,250

psi

test

;4-

and

5-i

nch

unio

ns f

or s

our

gas

serv

ice

rate

d at

5,0

00 p

si C

WP

and

7,50

0 ps

i tes

t.

Sour

gas

ser

vice

FMC

man

ufac

ture

s W

eco

sour

gas

win

g un

ions

in a

ccor

danc

e w

ith th

eN

atio

nal A

ssoc

iatio

n of

Cor

rosi

on E

ngin

eers

(N

AC

E)

Stan

dard

MR

-01-

75an

d th

e A

mer

ican

Pet

role

um I

nstit

ute’

s (A

PI)

Stan

dard

RP-

14E

.

Quick Reference Chart

1

Weco Original Wing Unions

Weco Wing UnionsFigure 100 .................................................................. 2Figure 200 .................................................................. 2Figure 206 .................................................................. 2Figure 207 (Blanking union) ..................................... 3Figure 211 (Insulating union) .................................... 3Figure 400 .................................................................. 3Figure 600 .................................................................. 4Figure 602 .................................................................. 4Figure 1002 ................................................................ 4Figure 1003 (Misaligning union) ............................... 5

Widest selection in the oilfieldFMC offers the most complete line of

standard service and sour gas wing unionswith sizes ranging from 1- to 12-inches indiameter with working pressures up to 20,000psi. Unions are available with line pipe ortubing threads, butt-weld, or nonpressure-thread seal end connections.

Positive sealing designsWeco wing union seals vary according to

pressure and application. All wing unionsprovide positive, pressure-tight sealing.

For low-pressure services (1,000 to 2,000psi), the spherical surface of the male sub andthe conical surface of the female sub form ametal-to-metal seal. This ball-and-cone sealremains leak-proof even when one surface isslightly pitted or misaligned.

Most medium-pressure models (2,000 to4,000 psi) supplement the metal-to-metal sealwith a resilient O-ring in the male sub.

Figure 1502 ................................................................ 5Figure 2002 ................................................................ 5Figure 2202 ................................................................ 6

Sour Gas Service ............................................................... 6Nonpressure-Thread Seal Connection .............................. 6Tank Unions ...................................................................... 7Air-o-Unions ..................................................................... 7Suction-Hose Unions ........................................................ 7Specifications .................................................................... 8Warnings and Safety Instructions ..................................... 12

Weco high-pressure unions (6,000 to20,000 psi) feature a replaceable, lip-typeseal ring in the female sub. This primaryseal protects the secondary metal-to-metalseal from abrasion and corrosion whileminimizing flow turbulence.

The Weco nonpressure-thread sealoption is designed for abrasive, high-pressure applications where weldedconnections are undesirable. (Details onthis design can be found on page 6.)

Fast make-up and break-outThree-lug nuts and rugged self-locking

ACME threads provide fast make-up andbreak-out regardless of position or spacerestrictions. No special tools are required.

Simple identificationWeco standard service wing unions are

color coded for quick identification. Sourgas wing unions are stamped “sour gas”using low-stress dot stamping and paintedwith a green, zinc-chromate primer unique tosour gas equipment.

Why you should standardize withWeco Original Wing Unions

Interchangeable partsAll Weco parts of the same size, pressure

rating, and figure number are interchangeable.This feature makes it easy to match male andfemale subs that are frequently made-up andbroken-out. And, because FMC makes everyWeco wing union to the same rigid standards,you get a quick and positive seal every time.

Rigid quality controlWeco unions are produced using the

finest raw materials, tooling procedures, andheat-treating techniques available. Each unionis carefully inspected to assure long, depend-able service in the most extreme conditions.

Weco wing unions, like all pressurecontaining equipment, require special care anduse. See the inside back cover for completeinformation.

Table of Contents

2


Figure 1001,000 psi (69 bar) cold working pressure

Recommended serviceManifold and line connections

See Specifications Table (page 8) for sizes, dimensions, weights, and materials.


Recommended serviceManifold and line connections, suctionservice, and corrosion service


Recommended serviceGeneral-service manifolds and lines

Features• Pressure-tight make-up with hammer• Economical, low-pressure union

Features• Economical, general-purpose union• 1- to 4-inch sizes• Butt-weld available

Features• O-ring in male sub improves sealing and

protects metal-to-metal seal againstcorrosion

• Replaceable O-ring extends unionservice life

• 1- to 10-inch sizes

3


See Specifications Table (pages 8 and 9) for sizes, dimensions, weights, and materials.

Figure 207

Blanking union2,000 psi (138 bar) cold working pressure

Recommended serviceTo seal manifold connections and protectunion threads

Figure 4004,000 psi (276 bar) cold working pressurethrough 4-inch sizes; 2,500 psi (172 bar)cold working pressure, 5- through12-inch sizes

Recommended serviceManifold and line connections, pumpsuction, and mud service

Figure 211

Insulating union2,000 psi (138 bar) cold working pressure

Recommended serviceFor production systems with electrolyticcorrosion problems

Features• Parts are interchangeable with Figs. 200

and 206• O-ring on blanking cap ensures a

leak-free seal• Raised lugs on cap allow for make-up

with a hammer• Available in butt-weld• Cap can be tapped for pressure gauge if

specified

Features• Laminated insulating rings eliminate all

metal-to-metal contact; insulating ringsprovide 35 million ohms resistanceacross the union

• O-ring in male sub provides a positiveprimary seal

• Seal ring in female sub provides apositive secondary seal

• Insulating rings, O-ring, and seal ringcan be replaced to extend union life

Features• 2 1/2- through 12-inch sizes have O-rings

for primary seal• Butt-weld available• Available for sour gas service: 2,500 psi

(172 bar) cold working pressure,5- through 12-inch sizes; 4,000 psi(276 bar) coldworking pressure,1- through 4-inch sizes

4


See Specifications Table (pages 9 and 10) for sizes, dimensions, weights, and materials.

Figure 100210,000 psi (690 bar) cold working pressurethrough 4-inch sizes; 7,500 psi (517 bar)cold working pressure, 5- and 6-inch sizes

Recommended serviceCementing, fracturing, acidizing, testing,and choke-and-kill lines


Recommended serviceSteam service, boiler connections,manifold, and line connections forproduction, drilling, and well servicing


Recommended serviceManifold and line connections and mudservice

Features• Compact• Replaceable, lip-type seal provides

primary seal, protects secondarymetal-to-metal seal, and minimizesflow turbulence

• Butt-weld available• Available for sour gas service: 6,000 psi

(414 bar) cold working pressure

Features• Replaceable, lip-type seal provides

primary seal, protects secondarymetal-to-metal, and minimizes flowturbulence


(517 bar) cold working pressure• 5- and 6-inch sizes have O-rings for

primary seals

Features• Bronze seat provides primary seal; will

not rust in water services

5





Figure 1003

Misaligning union10,000 psi (690 bar) cold working pressure,2- and 3-inch sizes; 7,500 psi (517 bar) coldworking pressure, 4- and 5-inch sizes

Recommended serviceFor high-pressure connections where linescannot be aligned



Features• Ball seat provides positive seal with up to

71/2˚ misalignment; 2-inch model upto 4˚

• Replacement O-ring on male sub providesprimary seal, and protects metal-to-metalseal against abrasion and corrosion

• Available with threaded or butt-weld ends


primary seal, protects secondarymetal-to-metal seal, and minimizes flowturbulence


(690 bar) cold working pressure; butt-weld or nonpressure-thread sealconfigurations only


primary seal, protects secondarymetal-to-metal seal, and minimizes flowturbulence

• 2- and 3-inch line sizes• Butt-weld configurations only

6




Recommended serviceEspecially designed for sour gas service

Tubing or pipeNonpressure-threadseal connection

The Weco, nonpressure-thread sealoption is especially designed for abrasive,high-pressure services where weldedconnections are undesirable. This designprovides strong, permanent end connec-tions without butt welding. The unionends are shop assembled to pipe or tubing.

Sour gas serviceFMC manufactures Weco sour gas

wing unions in accordance with theNational Association of CorrosionEngineers (NACE) Standard MR-01-75and American Petroleum Institute (API)Standard RP-14E. These outstanding,field proven unions are specially heattreated for controlled hardness. For fast,sure identification, each Weco sour gas

union is stamped “sour gas” using low-stress dot stamping and painted with agreen zinc-chromate primer that is uniqueto sour gas equipment. FMC usesfluoroelastomer seals or O-rings in all sourgas unions, but does not warrant theperformance of any elastomer for sour gasservice. (See Quick Reference Chart formodel numbers, pressures, and sizes.)

Nonpressure-thread seal connection

Female sub

Wing nut

Seal ringMale sub

CAUTION: It is possible to interchangesour gas parts with standard serviceproducts. Users must adopt safe practicesfor identification, installation, use,maintenance, and storage of sour gasequipment. (See “Warnings and SafetyInstructions” on inside back cover.)

Features• Meets National Association of Corrosion

Engineers Standard MR-01-75 andAmerican Petroleum Institute RP-14E

• Heat-treated components are 100%tested for hardness

• Fluoroelastomer seal rings• Butt-weld only• Stamped “sour gas” using low-stress dot

stamping and painted with a greenzinc-chromate primer to assure quickidentification

An epoxy thread-locking compound isused to secure the connection. All threadsare isolated from the line fluid by the sealring, and the smooth bore assures mini-mum turbulence, decreases washouts, andreduces chemical, acid, sand, or cementbuild-up around the pipe ends. Connec-tion threads are API round tubing threadsfor extra strength. Nonpressure-threadseal configurations are available in Figures602, 1002, and 1502 wing unions.

7

Other Weco Unions


Tank unions150 psi (10 bar) maximum line pressure

Recommended serviceMud tanks, mud tank connecting lines,and pump suction flanges

Suction-hose unions

Recommended serviceMud system suction lines

Features• Replaceable O-ring• Choice of end fittings• Secondary metal-to-metal seal• Socket welded, threaded, or hosed

Socket weld

Air-o-unions150 psi (10 bar) maximum line pressure

Recommended serviceMud suction and return lines and low-pressure fluid lines

Socket weld withfemale plug assembly

Hose nipple

Line pipe threads

Features• Molded nitrile seal provides

a compression seal• Makes up with hammer• Elongated cross-section of seal

ring ensures greater sealing surfacewhen in contact with the pipe

• Tank union accepts up to 7˚ pipemisalignment

• Available in 6-, 8-, 10-, and 12-inch sizes• 6-, 8-, and 10-inch unions may be socket

welded to pipe, or butt welded to tubing.12-inch unions require butt welds.

Features• Shot of rig air inflates tube to seal

around pipe• Fast, easy make-up without

close alignment• Allows pipe expansion or

misalignment without breakingthe seal

• No nuts, bolts, or wrenches required• Available in 4-, 6-, 8-, 10-, 12-, 13-,

and 16-inch sizes

Nominal pipesize

A Clearanceradius

B Outsidediameter

C End-to-endthreaded

D Insidediameter

ACME threadsper inch

Weight

Material

(in.)(mm)

(in.)(mm)

(in.)(mm)

(in.)(mm)

(in.)(mm)

(lb)(kg)

(Sub)(Nut)

250

3 3⁄16

81

2 29⁄32

73

3 5⁄892

2 5⁄32

55

3Modified

5 3⁄42.6

DIDI

2 1⁄265

3 15⁄16

100

3 1⁄483

4 9⁄32

109

2 9⁄16

65

3Modified

9 1⁄44.2

DIDI

380

4 1⁄2114

4102

4 7⁄8124

3 3⁄16

81

3Modified

146.4

DIDI

4100

5 5⁄16

135

5 3⁄16

132

5 3⁄4146

4 3⁄16

106

3Modified

21 3⁄410

DIDI

6150

6 15⁄16

176

7 5⁄16

186

6 23⁄32

171

6 9⁄32

160

3Standard

4520

DIDI

8200

8 7⁄32

209

9 15⁄32

241

7 3⁄16

183

8 1⁄4209

3Standard

64 1⁄429

DIDI

DI — Ductile iron casting

Nominal pipesize

A Clearanceradius

B Outsidediameter


D Insidediameter


Weight

Material

(in.)(mm)

(in.)(mm)

(in.)(mm)

(in.)(mm)

(in.)(mm)

(lb)(kg)

(Sub)(Nut)

2*50

376

2 29⁄32

74

3 9⁄16

90

2 5⁄32

55

4Standard

52.3

DIDI

2 1⁄265

3 9⁄16

90

3 5⁄16

84

4 1⁄8105

2 9⁄16

65

4Standard

8 3⁄44.0

SFDI

380

4102

4 3⁄32

104

4 17⁄32

115

3 3⁄16

81

4Standard

13 1⁄26.1

SFSF

4100

4 11⁄16

119

5 1⁄8130

5127

4 3⁄16

106

3Modified

18 1⁄28.4

SFSF

6150

6 1⁄4159

7 1⁄2191

6 21⁄32

169

6 9⁄32

160

3Standard

42 1⁄219

SFSC

8200

7 7⁄16

189

9 9⁄16

243

7 3⁄16

183

8 1⁄4209

3Standard

6529

SFSC

125

1 31⁄32

50

1 19⁄32

40

2 19⁄32

66

1 1⁄828

6Standard

1 3⁄4.8

CSDI

1 1⁄432

2 1⁄457

251

2 25⁄32

71

1 15⁄32

37

6Standard

2 1⁄41.0

CSDI

1 1⁄240

2 1⁄264

2 1⁄457

2 25⁄32

71

1 11⁄32

43

6Standard

2 3⁄41.2

CSDI

10250

9229

11 1⁄2292

9 3⁄32

231

10 5⁄16

262

3Standard

9041

SFSC

CS — Carbon steelSF — Steel forgingSC — Steel castingDI — Ductile iron casting

* The dimensions and materials for figure 200 and figure 206 steel forging hubs are:B. Outside diameter 2 13⁄16 (71), C. End-to-end 3 1⁄4 (83).

Nominal pipesize

A Clearanceradius

B Outsidediameter


D Insidediameter


Weight

Material

(in.)(mm)

(in.)(mm)

(in.)(mm)

(in.)(mm)

(in.)(mm)

(lb)(kg)

(Sub)(Nut)

380

5 3⁄4146

4 3⁄32

104

3 3⁄495

3 3⁄16

81

4Standard

104.5

SFSC

4100

7 3⁄16

135

5 1⁄8130

4 5⁄16

109

4 3⁄16

106

3Modified

16 1⁄47.4

SFSF

6150

9 15⁄16

252

7 1⁄2191

5 13⁄16

148

6 9⁄32

160

3Standard

3817

SFSC

8200

12 3⁄8314

9 9⁄16

243

8 5⁄8219

8 1⁄4209

3Standard

70 1⁄232

SFSC

10250

14 1⁄2368

11 1⁄2292

9 11⁄16

246

10 5⁄16

262

3Standard

9644

SFSC

SF — Steel forgingSC — Steel casting

Figure 100

Figure 200 and 206

Figure 207

Weco Wing Union Specifications

8

A

C

B

D

Nominal pipesize

A Clearanceradius

B Outsidediameter


D Insidediameter


Weight

Material

(in.)(mm)

(in.)(mm)

(in.)(mm)

(in.)(mm)

(in.)(mm)

(lb)(kg)

(Sub)(Nut)

250

3 1⁄879

2 7⁄873

3 15⁄32

88

2 5⁄32

55

4Standard

62.7

SFDI

2 1⁄265

3 11⁄16

94

3 3⁄886

4 3⁄16

106

2 9⁄16

65

4Standard

9 1⁄24.3

CSDI

380

4102

4 3⁄32

104

4 1⁄2114

3 3⁄16

81

4Standard

167.3

SFSF

4100

4 5⁄8117

5 1⁄8130

4 7⁄8124

4 3⁄16

106

3Modified

188.2

SFSF

125

2 1⁄854

1 9⁄16

40

2 3⁄470

1 1⁄828

6Standard

2.9

CSDI

1 1⁄432

2 5⁄867

2 7⁄32

56

3 1⁄32

77

1 15⁄32

37

6Standard

3 1⁄21.6

CSDI

1 1⁄240

2 5⁄867

2 7⁄32

56

3 1⁄32

77

1 11⁄16

43

6Standard

31.4

CSDI

CS — Carbon steelSF — Steel forgingDI — Ductile iron casting

Figure 211

Figure 400

Figure 600

Nominal pipesize

A Clearanceradius

B Outsidediameter


D Insidediameter


Weight

Material

(in.)(mm)

(in.)(mm)

(in.)(mm)

(in.)(mm)

(in.)(mm)

(lb)(kg)

(Sub)(Nut)

250

3 1⁄289

3 1⁄16

78

5 1⁄4133

2 5⁄32

55

3Standard

10 1⁄24.8

SFSF

2 1⁄265

4 1⁄32

103

3 1⁄289

6 1⁄16

154

2 9⁄16

65

3Standard

167.3

SFSF

380

4 3⁄8111

4 5⁄32

106

6 7⁄32

158

3 3⁄16

81

3Stardard

198.6

SFSF

4100

5127

5 7⁄32

133

8 7⁄32

209

4 3⁄16

106

3Standard

29 1⁄413

SFSF

6150

6 3⁄4171

7 3⁄4197

11 1⁄16

281

6 9⁄32

160

3Standard

63 1⁄229

SFSC

8200

7 13⁄16

198

9 19⁄32

244

11 7⁄16

291

8 1⁄4209

3Standard

94 3⁄443

SFSC

10250

9 19⁄32

244

11 3⁄4298

10 5⁄8270

10 5⁄16

262

3Standard

15068

SFSC

SF — Steel forgingSC — Steel casting

5 1⁄2140

5 13⁄16

148

6 1⁄4159

10 15⁄32

266

5 3⁄32

129

3Standard

47 1⁄222

SFSC

7175

6 3⁄4171

7 3⁄4197

11 1⁄16

281

6 7⁄32

158

3Standard

61 1⁄428

SFSC

12300

10 23⁄32

272

14356

10 15⁄16

278

12 11⁄32

313

3Standard

163 3⁄474

SFSC

Nominal pipesize

A Clearanceradius

B Outsidediameter


D Insidediameter


Weight

Material

(in.)(mm)

(in.)(mm)

(in.)(mm)

(in.)(mm)

(in.)(mm)

(lb)(kg)

(Sub)(Nut)

250

3 11⁄16

94

376

6 13⁄32

163

2 5⁄32

55

2Standard

14 1⁄26.6

SFSF

2 1⁄265

4 5⁄32

106

3 1⁄289

7 9⁄16

192

2 9⁄16

65

2Standard

209.1

CSSC

380

4 7⁄16

113

4 3⁄16

106

8 3⁄4222

3 3⁄16

81

2Standard

27 1⁄412

SFSF

4100

5 5⁄16

135

5 1⁄4133

10 1⁄16

256

4 3⁄16

106

2Standard

4018

ASSF

125

2 5⁄16

59

1 3⁄444

3 9⁄16

90

1 1⁄828

6Standard

3 1⁄41.5

CSSF

1 1⁄240

3 3⁄16

81

2 9⁄16

65

4 7⁄8124

1 11⁄16

43

4Standard

9 1⁄44.2

CSSF

CS — Carbon steelSF — Steel forgingSC — Steel castingAS — Alloy steel


9

A

C

B

D

Nominal pipesize

A Clearanceradius

B Outsidediameter


D End-to-endbutt-weld*

D End-to-endbutt-weld**

E Insidediameter


Weight

Material

(in.)(mm)

(in.)(mm)

(in.)(mm)

(in.)(mm)

(in.)(mm)

(in.)(mm)

(in.)(mm)

(lb)(kg)

(Sub)(Nut)

250

3 13⁄16

97

2 31⁄32

75

5 1⁄4133

5 1⁄16

128

5 3⁄16

132

2 1⁄16

52

3Modified

12 3⁄45.8

ASSF

2 1⁄265

3 7⁄899

3 1⁄289

6 1⁄8156

6 1⁄8156

6 1⁄4159

2 9⁄16

65

4Standard

17 1⁄27.9

ASSF

380

4 5⁄16

110

4 5⁄32

106

6 1⁄4159

5 7⁄16

138

5 7⁄16

138

3 3⁄16

81

4Standard

2210

ASSF

4100

4 7⁄8124

5 7⁄32

133

8 1⁄4210

5 11⁄16

144

5 11⁄16

144

4 3⁄16

106

4Standard

3215

ASSF

125

2 7⁄32

56

1 3⁄444

3 17⁄32

90

3 17⁄32

90

3 17⁄32

90

1 1⁄828

6Standard

3 1⁄21.6

ASSF

1 1⁄432

3 1⁄32

77

2 9⁄16

65

4 7⁄8124

——

4 7⁄8124

1 13⁄32

36

4Standard

9 1⁄24.3

ASSF

1 1⁄240

3 1⁄32

77

2 9⁄16

65

4 7⁄8124

4 11⁄16

119

4 7⁄8124

1 11⁄16

43

4Standard

8 3⁄44.0

ASSF

AS — Alloy steelCS — Carbon steelSF — Steel forging

2 1⁄2 (EUE)65

4102

3 11⁄16

94

5 15⁄16

151

——

——

2 13⁄16

71

4Standard

17 1⁄27.9

ASSF

5125

6 5⁄32

156

5 9⁄16

141

——

6152

6 1⁄8156

——

3Standard

55 3⁄425

ASSC

6150

7178

6 5⁄8168

——

6 1⁄4159

6 1⁄2165

——

3Standard

80 1⁄436

ASSC

* Schedule 160** XX heavy

Nominal pipesize

A Clearanceradius

B Outsidediameter



E Insidediameter


Weight

Material

(in.)(mm)

(in.)(mm)

(in.)(mm)

(in.)(mm)

(in.)(mm)

(in.)(mm)

(lb)(kg)

(Sub)(Nut)

250

3 5⁄892

2 31⁄32

75

5 1⁄4133

5 1⁄16

129

2 1⁄16

52

3Modified

125.4

CSSF

2 1⁄265

3 7⁄899

3 1⁄289

6 1⁄8156

5 5⁄8143

2 9⁄16

65

3Modified

167.3

CSSF

380

4 1⁄2114

4 5⁄32

106

6 1⁄4159

5 7⁄16

138

3 3⁄16

81

3Modified

2110

CSSF

4100

5 3⁄16

132

5 7⁄32

133

8 1⁄4210

5 11⁄16

144

4 3⁄16

106

3Modified

3014

CSSF

125

2 3⁄860

1 3⁄444

3 17⁄32

90

3 17⁄32

90

1 1⁄828

6Standard

3 1⁄41.5

CSSF

1 1⁄432

3 1⁄483

2 9⁄16

65

4 7⁄8124

4 7⁄8124

1 13⁄32

36

4Standard

104.5

CSSF

1 1⁄240

3 1⁄483

2 9⁄16

65

4 7⁄8124

4 11⁄16

119

1 11⁄16

43

4Standard

9 1⁄24.2

CSSF

CS — Carbon steelSF — Steel forging

* Schedule 160

Figure 602

Figure 1002


10

A

CD

B

E*

* Line pipe thread configuration.Butt-weld inside diameter dependent on pipe schedule.

Figure 1003

Figure 1502

Figure 2002

Figure 2202

Nominal pipesize

A Clearanceradius

B Outsidediameter




E Insidediameter


Weight

Material

(in.)(mm)

(in.)(mm)

(in.)(mm)

(in.)(mm)

(in.)(mm)

(in.)(mm)

(in.)(mm)

(lb)(kg)

(Sub)(Nut)

250

3 3⁄495

376

4 3⁄4121

4 5⁄8117

4 3⁄4121

250

4Standard

125.4

ASSF

380

4 7⁄8124

4 3⁄8111

9 1⁄8232

8 7⁄8225

9 1⁄8232

3 3⁄16

81

4Standard

4520

ASSC

4100

5 3⁄4146

5 1⁄2140

10 15⁄16

278

10 11⁄16

271

10 15⁄16

278

4100

4Standard

7233

ASSC

AS — Alloy steelCS — Carbon steelSF — Steel forging

5125

5 3⁄4146

5 9⁄16

141

——

10 3⁄4273

10 15⁄16

278

——

4Standard

7433

ASSC

* Schedule 160** XX heavy

Nominal pipesize

A Clearanceradius

B Outsidediameter



E Insidediameter


Weight

Material

(in.)(mm)

(in.)(mm)

(in.)(mm)

(in.)(mm)

(in.)(mm)

(in.)(mm)

(lb)(kg)

(Sub)(Nut)

250

3 29⁄32

99

3 3⁄16

81

7178

6 1⁄4159

2 1⁄16

52

3Standard

19 1⁄48.7

ASSF

2 1⁄265

4 5⁄32

106

3 3⁄495

7 1⁄4184

——

2 9⁄16

65

3Standard

2210

ASSF

380

4 1⁄2114

4 13⁄32

112

7 5⁄8194

5 1⁄8130

3 3⁄16

81

3 1⁄2Standard

28 1⁄213

ASSF

4100

6300

5 3⁄4146

8 1⁄2*216

8 1⁄2216

——

3Standard

7534

ASSF

125

2 7⁄873

2 3⁄16

55

4 11⁄32

110

4 11⁄32

110

1 1⁄828

3 1⁄2Standard

83.6

ASSF

1 1⁄240

3 21⁄32

93

376

5 13⁄32

137

5 13⁄32

137

1 11⁄16

43

3 1⁄2Standard

125.4

ASSF

AS — Alloy steelCS — Carbon steel

* Nonpressure-thread seal** XX heavy

Nominal pipesize

A Clearanceradius

B Outsidediameter

D End-to-endbutt-weld


Weight

Material

(in.)(mm)

(in.)(mm)

(in.)(mm)

(in.)(mm)

(lb)(kg)

250

3 3⁄495

2 9⁄16

65

7 13⁄32

188

4

2210

AS

380

6 1⁄4159

5 1⁄2140

10 1⁄2267

4

9644

AS

AS — Alloy steel

Nominal pipesize

A Clearanceradius

B Outsidediameter

D End-to-endbutt-weld


Weight

Material

(in.)(mm)

(in.)(mm)

(in.)(mm)

(in.)(mm)

(lb)(kg)

250

3 3⁄495

2 9⁄16

65

7 13⁄32

188

5

2612

AS

2 1⁄265

4 1⁄2115

4 1⁄8105

9 9⁄16

243

5

4219

AS

380

6 1⁄4159

5 1⁄2140

10 1⁄2267

5

5525

AS

AS — Alloy steel


11

A

CD

B

E*

* Line pipe thread configuration.Butt-weld inside diameter dependent on pipe schedule.


Tank unions

Air-o-unions

Suction-hose unions

Nominal pipesize

A Clearanceradius

B Outsidediameter

C End-to-face

D Socketweld depth

E Seal insidediameter

Weight

Material

(in.)(mm)

(in.)(mm)

(in.)(mm)

(in.)(mm)

(in.)(mm)

(in.)(mm)

(lb)(kg)

6150

6 1⁄4159

7 7⁄8199

4 3⁄8111

3⁄819

6 5⁄8168

2210

SC

8200

7 1⁄2191

9 7⁄8247

4 3⁄8111

3⁄819

8 5⁄8219

3114

SC

10250

8 1⁄2213

11 7⁄8297

4 1⁄2114

3⁄819

10 3⁄4273

3717

SC

12300

9 3⁄4244

14356

4 1⁄2114

3⁄819

12 3⁄4324

5023

SC

SC — Steel casting

Nominal pipesize

A Tube insidediameter

B Body insidediameter

C Butt-weldInside dia.

D Butt-weldoutside dia.

E

F End-to-face

G

Misalignment,degrees

Weight

(in.)(mm)

(in.)(mm)

(in.)(mm)

(in.)(mm)

(in.)(mm)

(in.)(mm)

(in.)(mm)

(in.)(mm)

(lb)(kg)

10250

10 15⁄16

278

11 1⁄8283

12 1⁄8308

12 3⁄4324

14 1⁄2368

4 1⁄4108

251

14

2612

12300

12 15⁄16

329

13 1⁄8333

13 3⁄8340

14356

16 1⁄2419

4 1⁄4108

251

14

3014

13325

13 5⁄8346

13 3⁄4349

15 3⁄8391

16406

17 3⁄16

437

4 3⁄8111

251

14

34 1⁄416

16400

16 1⁄4413

16 3⁄8416

17 3⁄8441

18457

19 13⁄16

503

4 1⁄4108

251

14

38 1⁄217

4100

4 19⁄32

117

4 19⁄32

117

5 1⁄16

129

5 9⁄16

141

6 5⁄8168

3 1⁄879

1 1⁄238

6

7 1⁄43

6150

6 3⁄4171

6 15⁄16

176

8203

8 5⁄8219

10 1⁄4260

4102

251

14

17 1⁄28

8200

8 3⁄4222

8 15⁄16

227

10 1⁄8257

10 3⁄4273

12 1⁄4311

4102

251

14

21 3⁄410

SC — Steel casting

Size/Type

6-inch hose

5-inch hose

5-inch socket weld

5-inch line pipe thread

4-inch line pipe thread

4-inch hose

Blanking cap

mm

356

356

103

194

150

368

342

DI — Ductile iron casting

in.

14 1⁄4

14 1⁄4

4 1⁄8

7 3⁄4

6

14 1⁄2

13 11⁄16

Length Nut radius Materials Weightmm

130

130

130

130

130

130

130

in.

5 1⁄8

5 1⁄8

5 1⁄8

5 1⁄8

5 1⁄8

5 1⁄8

5 1⁄8

Sub

DI

DI

Steel

DI

DI

DI

DI

Nut

DI

DI

DI

DI

DI

DI

DI

mm

15.4

14

8.2

10

11.3

11.3

4.5

in.

34

30

18

21

25

25

10

12

A

C

B

E

D

A

C

B

E

D

FG

Warnings and Safety Instructions

FMC can not anticipate all of the situations a user may encounter while installing and using FMC products. Therefore, theuser of FMC products MUST know and follow all applicable industry specifications on the safe installation and use of theseproducts. Refer to FMC product catalogs, product brochures and installation, operating and maintenance manuals for additionalproduct safety information or contact FMC at 800/772-8582.

FAILURE TO FOLLOW THESE WARNINGS COULD RESULT IN SERIOUS INJURY OR DEATH!

1. Do not mix or assemble components, parts or end connections with different pressure ratings.

Mismatched parts may fail under pressure.

2. Do not use or substitute non FMC components or parts in FMC products and assemblies.

3. Do not strike, tighten or loosen pressurized components or connections.

4. Do not exceed the rated working pressure of the product.

5. Complete and proper make-up of components and connections is required to attain rated working pressure.

6. Do not use severely worn, eroded or corroded products. Contact FMC for more information on how to

identify the limits of erosion and corrosion.

7. Follow safe practices when using products in overhead applications. Products not properly secured

could fall.

8. Select only appropriate product and materials for the intended service:

• Do not expose standard service products to sour gas fluids. (Refer to NACE MR-0175.)

Do not interchange sour gas components with standard service components.

• Use appropriate safety precautions when working with ferrous products in below freezing temperatures.

Freezing temperatures lower the impact strength of ferrous materials.

9. Follow manufacturers instructions and Material Safety Data Sheet directions when using solvents.

10. Make certain that personnel and facilities are protected from residual hazardous fluids before disassembly

of any product.

11. If any leakage is detected from FMC products, take them from service immediately to prevent potential

damage and personal injury.

SAFETY INSTRUCTIONS

The applications of FMC products are in working environments where general personnel safety procedures and

policies MUST be followed. Always use appropriate protective equipment in high pressure, extreme temperature or

severe service applications.

WARNINGS

Warnings and Safety Instructions

FMC CorporationFluid Control Division

Division Headquarters6677 North Gessner RoadHouston, Texas 77040Phone: 713/510-6800Fax: 713/510-6803http://www.fmc.com/EtegE-mail: [email protected]

(Direct orders to sales officesat the following locations:)

FMC Fluid Control Division2825 West WashingtonP.O. Box 1377Stephenville, Texas 76401Phone: 254-968-2181Fax: 254/968-5709TollFree: 1-800-772-8582

FMC Corporation (U.K.) Ltd.Fluid Control DivisionWellington Road Industrial ParkWellington CircleAberdeen AB12 3JGScotlandPhone: (44) 1224/898-555Fax: (44) 1224/249-460

FMC Southeast Asia Pte. Ltd.Fluid Control Division149 Gul CircleSingapore 629605Phone: (65) 862-3659Fax: (65) 861-8251

FMC International S.A.Fluid Control DivisionAl Moosa Tower, 17th FloorBox 3228Dubai, United Arab EmiratesPhone: (971) 4/310-948Fax: (971) 4/310-950

©Copyright 1996, FMC CorporationPrinted in U.S.A., HP 5.0M 11-96

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