cameron ball valves

C A M E R O N B A L L VA LV E S

Features & BenefitsWelded Body Ball Valves 1Bolted Body Ball Valves 3Standard Seat Arrangements 5Alternate Seat Arrangements 6In-line Sphere Launcher 7Accessories 8

Product SpecificationsWelded Body Ball Valves 9API Flanged End Full Opening Ball Valves 24

Terms and Conditions 31Trademark Information 33

T A B L E O F C O N T E N T S

F E A T U R E S A N D B E N E F I T S

C A M E R O NW E L D E D B O D Y B A L L V A L V E S

One of the most trusted valves in the petroleum industry, it combines the strength of forgedcomponents with a lightweightand compact spherical design.

Cameron Welded Body Ball Valves satis-

fy ANSI 150 through 2500 and API 2000

through 10,000 standards. Made of forged

steel to assure uniform fine grain struc-

ture and toughness, they may be specified

in sizes from 2" to 56".

Engineered for heavy duty, mainte-

nance-free performance, the Cameron

Welded Body Ball Valve is commonly

selected for a number of applications,

including:

• Gas transmission

• Products pipeline

• Measurements skids

• Dehydration systems

• Gas separation systems

• Natural gas storage

• Dryer service

• NGL plants

• NGL pipeline

• Compressor stations

• CO2 services

• Offshore

• Subsea

The distinctive design of the

Cameron Welded Body Ball Valve gives

it maximum strength at minimum weight

as well as maximum resistance both to

pipeline pressures and stresses. The

compact, spherical design also eliminates

body flanges, thus reducing overall size

and leak paths.

PTFE lip seal.Stem sealant injection.

Floating seat ring with seat-to-ball seal.Three seat arrangements available (see pages 6 and 7).

PTFE delta seal.

Compact body designgives maximum strengthwith minimum weight.

Forged body and ball provides superiorductility and strength for added safety.

Trunnions encased in PTFE-impregnatedstainless steel bearings for smoothoperation without lubrication.

Sealant port withcheck valve permitssafe injection ofsealant for fast,simple restorationof tight shut-off.

Body bleed fitting allows double block and bleed testing of valve seals in either open or closed position.

SD-7669-96

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p2F E A T U R E S A N D B E N E F I T S

Features/Benefits

Stem seals

Delta and lip seals made of PTFE are

incorporated in the upper stem area.

PTFE is a low friction, non-deteriorating

material that is not subject to rapid

decompression explosion. Most valve

sizes have a provision for the injection

of sealant to establish a secondary seal.

Trunnion supported ball allows

low torque operation

Regardless of size or pressure rating,

every Cameron ball valve is trunnion-

mounted. High strength forged stems are

located in PTFE-impregnated stainless

steel bearings for smooth, accurate opera-

tions. Trunnion mounted stems absorb the

thrust from line pressure, preventing

excess friction between the ball and seats,

so even at full rated working pressure,

operating torque stays low.

Double block and bleed

Whether in the open or closed position,

pressure on each side of the ball is blocked

from the body cavity by the seat ring. The

body cavity can then be blown down or

drained through the body port. When you

block and bleed a Cameron Ball Valve

the following can be accomplished:

Test Valve Integrity:

When Cameron Ball Valve body is

vented this verifies the seat seals

integrity. This test can be preformed

with the valve open or closed prior to

facility maintenance. By verifying

valve integrity unforeseen valve leakage

can be prevented.

Replace Stem Seal:

In the unlikely event of a stem seal

needing replacement, it can be accom-

plished safely with the valve in service.

With the body cavity vented all line

pressure to the stem area is also vented.

(Please contact your Cooper Cameron

Valves Representative to obtain mainte-

nance procedures.)

Safeguard Downstream Work:

With the valve closed and the vent

fitting open, the possibility of the line

media reaching a work area is removed.

Fire tested for safety

Cameron Ball Valves can be supplied

to API 6FA and API 607 standards.

Fire test programs are ongoing. If indus-

try standards change or customer require-

ments vary from above, call your Cooper

Cameron Valves representative.

Secondary seat seal

The sealant injection system provides a

fast, simple way of restoring tight shut-

off if any foreign object should damage

the sealing surfaces. The injection system

can also be used for routine flushing of

the seat ring area in services where this

may be required.

SPECIFICATIONS

Sizes

2"- 56"

Full bore, reduced bore, venturi bore

Pressure Classes

ANSI Class 150 thru 2500

API 2000 thru 10,000

Operating Temperatures

From -50ºF to +375ºF(-46ºC to +190ºC)

End Connections

Flanged, weld, weld-by-flange

Body Styles

All welded

Standard Materials

Forged carbon steel

Optional Materials

A wide variety of seat/seal trims are

available upon request, including:

regular, corrosion-resistant and H2S

(NACE MRO1-75).

A

D

C

B

Valve Open

Valve Closed

See page 9 for technical specifications.

C A M E R O NB O L T E D B O D Y B A L L V A L V E S


The bolted body version of oneof the most trusted valves in thepetroleum industry, it combinesthe strength of forged compo-nents and field serviceability.

The Cameron bolted body style valve is

constructed to allow field service and

maintenance, if necessary. Its three-piece

trunnion mounted design to ANSI Class

150 through 1500 and satisfies API 2000

through 5000 standards. Made of forged

steel to assure uniform fine grain struc-

ture and toughness, it may be specified in

sizes from 2" to 56".

Engineered for heavy duty, mainte-

nance-free performance, The Cameron

bolted body ball valve is commonly

selected for a number of applications,

including:

• Gas transmission

• Natural gas storage

• Dryer service

• NGL plants

• NGL pipeline

• Compressor stations

• CO2 services

• Offshore

• Subsea

• Diverters

Sealant port with check valvepermits safe injection of sealantfor fast, simple restoration oftight shut-off.

Stem sealant injection.

Trunnions enclosed in PTFE-linedbearings for smooth operationwithout lubrication.

Body bleed fitting allowsdouble block and bleedtesting of valve seals ineither open or closedposition.

Floating seat ring withseat-to-ball seal. 3 seatarrangements available(see following pages).

Backseated stem.

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C A M E R O NB O L T E D B O D Y B A L L V A L V E S


Features/Benefits

Stem seals

A backseated stem and three stem seals

are incorporated in the upper stem area.

One is a PTFE gasket and two are

O-rings. Valve sizes 6" and larger can

be provided with a provision for the

injection of sealant to establish a second-

ary seal.

Trunnion supported ball allows

low torque operation

Trunnion mounted stems absorb the

thrust from line pressure, preventing

excess friction between the ball and seats,

so even at full rated working pressure,

operating torque stays low. High strength

forged stems are enclosed in PTFE-lined

bearings for smooth, accurate operations.

Double block and bleed

Whether in the open or closed position,

pressure on each side of the ball is

blocked from the body cavity by the seat

ring. The body cavity can then be blown

down or drained through the body port.

When you block and bleed a Cameron

Ball Valve the following can be

accomplished:

Test Valve Integrity:

When Cameron ball valve body is

vented this verifies the seat seals

integrity. This test can be performed

with the valve open or closed prior to

facility maintenance. By verifying valve

integrity unforeseen valve leakage can

be prevented.

Replace Stem Seal:

In the unlikely event of a stem seal

needing replacement, it can be accom-

plished safely with the valve in service.

With the body cavity vented, all line

pressure to the stem area is also vented.

(Please contact your Cooper Cameron

Valve Representative to obtain mainte-

nance procedures.)

Safeguard Downstream Work:

With the valve closed and the vent

fitting open, the possibility of the line

media reaching a work area is removed.

Fire tested for safety

Cameron ball valves can be supplied to

API 6FA and API 607 standards. Fire test

programs are usually ongoing. If industry

standards change or customer require-

ments are different from above, call your

Cooper Cameron Valves representative.

Secondary seat seal

The secondary seat seal sealant injection

system provides a fast, simple way of

restoring tight shut-off if any foreign

object should damage the sealing sur-

faces. The injection system can also be

used for routine flushing of the seat ring

area in services where this may be

required.

SPECIFICATIONS

Sizes

2"- 56"

Full bore, reduced bore, venturi bore

Pressure Classes

Class 150 thru 1500


From -50ºF to +375ºF(-46ºC to +190ºC)

End Connections

Flanged, weld, weld-by-flange

Body Styles

Bolted for take-apart

Standard Materials

Forged carbon steel

Optional Materials

A wide variety of seat/seal trims are

available upon request, including:

regular, corrosion-resistant and H2S

(NACE MRO1-75).

A

D

B

C

Valve Open

Valve Closed

See page 9 for technical specifications.

C A M E R O NS T A N D A R D S E A T A R R A N G E M E N T S


In service since the early ‘60s, the standard seat arrangementhas proven itself to be of sounddesign. This arrangement is available in all Cameron BallValves and includes all featuresand benefits indicated on the preceding pages.

Features/Benefits

Upstream sealing

At low pressure, seat-to-ball contact ismaintained by Belleville springs. At high-er pressures, seat contact is reinforced byline pressure.

Automatic internal relief of body pressure

Relief of excess body cavity pressure isautomatic, avoiding dangerous pressurebuild up. Any pressure exceeding down-stream line pressure by approximately200 psi pushes the downstream seat awayfrom the ball, allowing the pressure torelieve into the pipeline.

Rotating seat rings

A standard in the Welded Body BallValve sizes 14" and larger, the CameronBall Valve incorporates the exclusiverotating seat feature. Both seats rotate 15degrees each time the valve is closed,exposing a new pinch point, and evenlydistributing seat wear.

Distribute seat wearThe pinch point is the area of the seatinsert that experiences an increased veloc-ity when the valve is seated close andunseated open. This is where the seat sealexperiences the most wear, and in mostvalves where a leak path begins. By rotat-ing the seat ring, the pinch point wear isdistributed throughout the seat seal pro-viding a substantial increase of seat life.

Prevents build upIn some services a valve can experienceharmful sediment build up around the seatring. This can cause the seat to stick andnot seal properly. The Cameron ball valvewith the exclusive rotating seat can han-dle these harsher services. As the seatrotates it will break up or prevent anybuild up.

Trapped LinePressure

EscapingPressure

LinePressure

SD-24087

SD-7808

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C A M E R O NA L T E R N A T E S E A T A R R A N G E M E N T S


SPECIFICATIONSDouble Acting - T32

Sizes

8" - 42"

Pressure Classes

Class 150 thru 900


-50ºF to +250ºF (-46ºC to 121ºC)

SPECIFICATIONSMetal-to-Metal - T33

Sizes

6"- 48"

Pressure Classes

Class 150 thru 600


-40ºF to +250ºF (-40ºC to 121ºC)

Designed to accommodate a variety of applications and prefer-ences, the double acting andmetal-to-metal seat arrangementsare available on both the Weldedbody and Bolted body stylesshown on the preceding pages.

Double Acting

Conventional upstream sealing

With the upstream pressure, the bi-direc-

tional body-to-seat seal is pushed toward

the front sealing face of its retaining

pocket. This creates an unbalanced pres-

sure annulus between the body seal and

the inside diameter of the seat insert, forc-

ing the metal seat against the ball.

Downstream sealing

With the downstream pressure, the bi-

directional body-to-seat seal is pushed

toward the back sealing face of its retain-

ing pocket. This creates an unbalanced

pressure annulus between the outside

diameter of the seat insert and the body

seal diameter, also forcing the seat insert

against the ball.

Metal-to-Metal

Wide metal face seat

The unique primary seal is a wide, metal-

face profile machined into the body of the

seat. Unlike many other metal sealing

valves which have a narrow metal contact

area, the Cameron design ensures full

metal-to-metal bubble-tight sealing in

both directions and does not rely on sec-

ondary soft seal prone to damage.

Elastomer seal

A small elastomer seal held by the seat

ring performs two services. It wipes the

surface of the ball to prevent surface

damage while providing a bubble-tight

seal at low pressures.See page 9 fortechnical spec.

See page 9 fortechnical spec.

C A M E R O NI N - L I N E S P H E R E L A U N C H E R


Doubles as block valve

Because the launcher has all the features

of a standard Cameron ball valve, it can

double as a main block valve in virtually

any system.

Field preferred

The speed and ease of the Cameron

launching system make it the preferred

method among field personnel.

Wide variety of sizes available

The Cameron launcher is available in

sizes to accommodate spherical pigs from

2" to 30" in diameter.

Accommodates multiple spheres

The launcher valve can be built with an

extended barrel, enabling the operator to

stack multiple pigs in the barrel and launch

them simply by operating the valve.

Additional options available

The following options can help tailor

the launcher to a variety of applications:

manual gear operators; pneumatic,

hydraulic, gas-over-oil and electric opera-

tors; addition of pup pipe (transition pipe).

Proven by years of service, theCameron in-line sphere launcheroffers many advantages over traditional launcher systems.

Features/Benefits

Cost effective

The launcher’s unique design greatly

reduces the cost of constructing a launch-

ing system. This design combines three

valves into one. A conventional design

requires a main line block, launching, and

kicker valve. The Cameron In-line

launcher does the job of both the main

line block, and launching valve. The pig

is inserted directly into the main flow line

eliminating the need for a kicker valve.

Eliminating the need for two valves relat-

ed piping and supports produces an over-

all cost savings.

Easy installation

The Cameron design is simple and easy

to install. In an existing gathering system,

the Cameron launching valve is easily

inserted without major fabrication.

1. Valve is closed.2. Valve body is vented.3. Hinged door opens to load

sphere.

4. Extended barrel allows severalspheres to be loaded.

5. Door is closed.6. Valve body is re-energized.7. Valve is opened.

8. Spherical pig in launch position.

LAUNCHING SEQUENCE (TOP VIEW)

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C A M E R O NA C C E S S O R I E S

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Quality Cameron accessories are available to improve theCameron Ball Valve’s adaptabilityto a wide variety of situations.

High head for remote operation

For situations in which the Cameron ball

valve must be underground, the Cameron

High Head makes the controls accessible

above ground. Designed and constructed

to withstand punishing environments, it

has proven itself in uses all over the

world for many years.

Subsea design offers important

benefits

For the same reliable performance off-

shore as on, the Cameron Welded Body

Ball Valve is available with a coating and

actuation designed specifically for the

demands of a subsea environment.

Right angle improves flexibility

Cameron ball valves can be specified for

tight spaces when fitted with a Cameron

Right Angle Extension. The valve control

is turned 90 degrees from its usual posi-

tion, allowing more space at the top of

the valve and better access by operators.



p9P R O D U C T S P E C I F I C A T I O N S

Specify the following when ordering a Cameron Ball Valve:1. Valve figure number (see chart below).

2. End and bore sizes.

3. Pressure classification (ANSI 600 lb, API 3000 psi).

4. Type of end connections (unequal ends can be furnished).

For weld end valves, specify I.D. or O.D., wall thickness and

grade of pipe.

5. Type of operator.

6. Stem extension, if desired. Specify distance from valve

centerline to center of handwheel, or top of power operator

mounting flange.

7. Type of trim or application.

8. Accessories, if desired (lifting eyes, locking devices, etc.).

Handwheels are included with valves, but operating levers

must be ordered separately.

Information on special trims and API configurations is

available upon request.

Specify the following when ordering another manufac-turer’s power operator to fit a Cameron Ball Valve:1. Valve size and pressure class and, if for field conversion,

the present operator.

2. Maximum differential pressure across valve during

operation and any abnormal operating conditions.

3. Speed of opening and closing, probable frequency of

operation.

4. Type operator desired (electric, hydraulic, pneumatic).

5. Information on operating medium. If electric: voltage, fre-

quency, single or three phase, open or explosion-proof motor.

If hydraulic or pneumatic: operating medium, pressure.

6. Accessories and controls: limit switches, instrumentation,

valving, tanks, pumps, etc.

How to Order

Pressure EndClassification

ClassificationOpening

ConnectionOperator Trim

80 06 0 1 – 2 – 1

80 ANSI

81 API

82 AFNOR

83 DIN

84 UNI

0 Full

7 Reduced

4 Venturi

9 All Others

1 RF/RF

2 WE/WE

3 RF/WE

4 RTJ/RTJ

5 RTJ/WE

9 All others

1 Lever

1A Extension Lever

2 Worm Gear

2A Extension Worm Gear

4 Subsea Gear

4A Subsea Gear 300'+

7 Direct Stem

7A Extension Direct Stem

8 Worm Gear/Adapted

8A Extension Worm Gear/Adapted

22 Square

22A Extension Square Nut /Mtg/Flg

23 Worm Gear W/2" Square Operating Nut

23A Worm Gear with Right Angle Pinion Shaft Extension and 2"

Square Operating Nut

1 Standard (150-1500)

2 Standard API (2000-5000)

4 Hi-Temp Teflon (150-600)

8 Lo-Temp Nylon (150-2500)

123 Pressure Regulating(150-1500)

212 NACE/(150-2500)

213 NACE/(2000-5000)

214 Tefzel/NACE (150-1500)

215 Tefzel/NACE (2000-5000)

216 NACE/Lo-Temp (150-2500)

217 NACE/Lo-Temp (2000-5000)

222 NACE/Hi-Temp (150-600)

259 NACE/316 Inlay (150-2500)

01 ANSI 150

03 ANSI 300

04 ANSI 400

06 ANSI 600

09 ANSI 900

15 ANSI 1500

25 ANSI 2500

20 API 2000

30 API 3000

50 API 5000


StandardsCameron ball valves conform to one or more of the following

specifications for pressure, temperature ratings and dimensions:

ANSI, API-6D, API-6A, DIN, AFNOR, British Standards, and

ISO 9000.

Trim Numbers

Trim Pressure Rating Temperature Rating Corrosion ResistantRegular (NACE MR01-75)

Standard Class 150-2500 -20˚ to +250˚F (-29˚ to +121˚C) 1 212API 2000-5000 -20˚ to +250˚F (-29˚ to +121˚C) 2 213

Low Temperature Class 150-2500 -50˚ to +250˚F (-46˚ to +121˚C) 8 216API 2000-5000 -50˚ to +250˚F (-46˚ to +121˚C) –– 217

High Temperature Class 150-600 -20˚ to +375˚F (-29˚ to +190˚C) 4 222

Tefzel Class 150-1500 -20˚ to +300˚F (-29˚ to +149˚C) 140 214(Acidizing) API 2000-5000 -20˚ to +300˚F (-29˚ to +149˚C) 108 215

Tefzel Class 150-1500 -50˚ to +300˚F (-46˚ to +149˚C) 223 ––Low Temperature API 2000-5000 -50˚ to +300˚F (-46˚ to +149˚C) –– ––

Duplex (Internal) Class 150-1500 -20˚ to +250˚F (-29˚ to +121˚C) –– 276Stainless Steel

Full Duplex Class 150-1500 -50˚ to +250˚F (-46˚ to +121˚C) –– 504Stainless Steel

Pressure Range Class 150-2500

Temperature Range –20 to +250 ˚F–29 to +121 ˚C

Body ASTM A350 Gr. LF-2(M)End Connection ASTM A350 Gr. LF-2(M)Ball ASTM A694 Gr. F50(M) Cr. Pl.Seat Ring AISI 1040Seat Load Spring AISI 1040Stem Seals PTFELip Seals PTFESeat Ring Insert Nylon

Dimensional Codes for Cameron Manual OperatorsCode Identification:H Center of bore to top of square nut for lever operated valves,

center of bore to handwheel for gear operated valves

L Center of bore to end of lever

G Handwheel diameter

Dimensional Codes for Flanged and Weld Ends (Full and Reduced Openings)Code Identification:A End-to-end (length dimension)

B Bore diameter

C Centerline-to-bottom

D1 Flange outside diameter

D2 Flange inside dimension

E Sphere dimensionE

B

A

C

D1

D2H

L

G

H

SD-24027 SD-24028 SD-24029▲

▲

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▲

▲

▲

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▲

▲

▲

▲

▲

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▲

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MaterialsMaterials used in ball valve construction are broadly equivalent

at all Cooper Cameron Valves manufacturing plants. However,

the availability of local supplies, the need to conform to national

standards and to offer various trims may necessitate some

variations. In corrosive applications, valve trims can be offered

using various types of alloys and stainless steels. For more

information on material specifications and properties, please

contact your local Cooper Cameron Valves representative.

Torque Information Please contact your Cooper Cameron Valves representative

to obtain a copy of the engineering bulletin which provides

detailed torque information for sizing of power actuators.

Optional Trim Materials

Trim Materials for Standard Valves

Other trims are available upon request.



C A M E R O NF U L L O P E N I N G 1 5 0 L B . C L A S S B A L L V A L V E S

285 psi WOG (20.0 kg/cm2)450 psi TEST (31.6 kg/cm2)

A

L

D1 H

G

H

C

D2

E

B

2 2.06 1 7 7.5 6 2.06 #11 3.94 5 24 — 6.34 39 453 3.13 1 8 8.5 7.5 3.13 #12.5 5.12 6.75 24 — 7.44 62 754 4.06 1.5 9 9.5 9 4.06 14 5.94 8.5 36 — 8.43 115 1006 6 1.5 15.5 16 11 6 18 7.91 11.25 36 — 10.43 200 2258 8 2 18 18.5 13.5 8 #21.5 10 15.5 — 18 12.55 428 45010 10 2 21 21.5 16 10 #23.5 12.12 18.5 — 18 14.54 705 65012 12 3 24 24.5 19 12 #26.5 14.5 22.36 — 18 20.14 1210 110014 13.25 3 27 27.5 21 13.25 *28.5 14.64 24 — 24 21.16 1330 123016 15.25 3 30 30.5 23.5 15.25 *30.5 16.01 26.32 — 24 22.52 1650 155018 17.25 4 34 34.5 25 17.25 *33.5 19.25 29.2 — 24 26.19 2325 220020 19.25 4 36 36.5 27.5 19.25 *35.5 20.81 32.27 — 18 27.75 3310 276022 21.25 4 40 40.5 29.5 21.25 *38.5 22.28 36 — 18 29.22 3875 351024 23.25 4 42 42.5 32 23.25 *42 23.69 38.76 — 18 30.63 4620 426026 25 5 45 — 34.25 25 *44.5 26.49 41.75 — 24 34.34 6400 560028 27 5 49 — 36.5 27 *47 27.88 44.86 — 24 35.72 7200 650030 29 5 51 — 38.75 29 *49 29.51 47.9 — 24 37.37 9500 880034 32.75 5 58 — 43.75 32.75 *54.5 32.16 53.64 — 30 40.01 13500 1200036 34.5 5 60 — 46 34.5 *56.5 33.76 56.83 — 36 41.6 15150 1450040 38.5 7.5 69 — 50.75 38.5 *65 40.14 65 — 30 50.25 — —42 41.25 7.5 72 — 53 41.25 *66.5 41.78 68.6 — 42 51.89 — —48 46.5 7.5 80 — 59.5 46.5 *76 45.9 77 — — — — —

▲ Length (A) of a weld x flanged end valve is one half the sum of lengths (A) of a weld end and of a flange end of the same size and rating.

* Short pattern. # Length exceeds specified dimension in API 6D.✝ Dimensions of 26” through 42” flanges are per MSS-SP-44.

Size Flanged End ▲ Weld End▲

NomDiam.

in.

BallBoreB in.

StemSize in.

RaisedFace

LengthA in.

RingJoint

LengthA in.

Diam.D1 ✝in.

Diam.D2in.

LengthAin.

C.L.To

BottomCin.

BodySphere

Ein.

LeverLength

Lin.

DiameterHandwheel

for GearGin.

C.L. ToHandwheel

C.L.Hin.

Approx. ValveWeight

lb.

Flange Weld

50.8 52.3 25.4 177.8 190.5 152.4 52.3 #279.4 100.1 127.0 609 — 161.0 18 2076.2 79.5 25.4 203.2 215.9 190.5 79.5 #317.5 130.0 171.5 609 — 189.0 28 34101.6 103.1 38.1 228.6 241.3 228.6 103.1 355.6 150.9 215.9 914 — 214.1 52 45152.4 152.4 38.1 393.7 406.4 279.4 152.4 457.2 200.9 285.8 914 — 264.9 91 102203.2 203.2 50.8 457.2 469.9 342.9 203.2 #546.1 254.0 393.7 — 457 318.8 194 204254.0 254.0 50.8 533.4 546.1 406.4 254.0 #596.9 307.8 469.9 — 457 369.3 320 295304.8 304.8 76.2 609.6 622.3 482.6 304.8 #673.1 368.3 567.9 — 457 511.5 549 499355.6 336.6 76.2 685.8 698.5 533.4 336.6 *723.9 371.9 609.6 — 609 537.4 603 558406.4 387.4 76.2 762.0 774.7 596.9 387.4 *774.7 406.7 668.5 — 609 572.0 748 703457.2 438.2 101.6 863.6 876.3 635.0 438.2 850.9 489.0 741.7 — 609 665.2 1055 998508.0 489.0 101.6 914.4 927.1 698.5 469.0 901.7 528.6 819.7 — 457 704.9 1501 1252558.8 539.8 101.6 1016.0 1028.7 749.3 539.8 *977.9 565.9 914.4 — 457 742.2 1758 1592609.6 590.6 101.6 1066.8 1079.5 812.8 590.6 *1066.8 601.7 984.5 — 457 778.0 2096 1932660.4 635.0 127.0 1143.0 — 870.0 635.0 *1130.3 672.8 1060.5 — 609 872.2 2903 2540711.2 685.8 127.0 1244.6 — 927.1 685.8 *1193.8 708.2 1139.4 — 609 907.3 3266 2948762.0 736.6 127.0 1295.4 — 984.3 736.6 *1244.6 749.6 1216.7 — 609 949.2 4309 3992863.6 831.9 127.0 1473.2 — 1111.3 831.9 *1384.3 816.9 1371.6 — 762 1016.3 6124 5443914.4 876.3 127.0 1524.0 — 1168.4 876.3 *1435.1 857.5 1443.5 — 914 1056.6 6872 65771016.0 977.9 190.5 1752.6 — 1289.1 977.9 *1651.0 1019.6 1651.0 — 762 1276.4 — —1066.8 1047.8 190.5 1828.8 — 1346.2 1047.8 *1689.1 1061.2 1742.4 — 1067 1318.0 — —1219.2 1181.1 190.5 2032.0 — 1511.3 1181.1 *1930.4 1166 1956 — — — — —


NomDiam.mm

BallBoreB mm

StemSize mm

RaisedFace

LengthA mm

RingJoint

LengthA m

Diam.D1 ✝mm

Diam.D2mm

LengthA

mm

C.I.To

BottomC

mm

BodySphere

Emm

LeverLength

Lmm

DiameterHandwheel

for GearG

mm Flange Weld

C.L. ToHandwheel

C.L.H

mm

Approx. ValveWeight

kg


C A M E R O NR E D U C E D O P E N I N G 1 5 0 L B . C L A S S B A L L V A L V E S


A

L

D1 H

G

H

C

D2

E

B

3 2.06 1 8 8.5 7.5 3.13 #11 3.94 5 24 — 6.34 55 504 3.13 1 9 9.5 9 4.06 #12.5 5.12 6.75 24 — 7.44 100 876 4.06 1.5 15.5 16 11 6 #14 5.94 08.5 36 — 8.43 170 1508 6 1.5 18 18.5 13.5 8 18 7.91 11.25 36 — 10.43 345 29010 8 2 21 21.5 16 10 #21.5 10 15.5 — 18 12.55 620 52512 10 2 24 24.5 19 12 #23.5 12.12 18.5 — 18 14.54 950 84014 12 3 27 27.5 21 13.25 #26.5 14.5 22.36 — 18 20.14 1280 116016 13.25 3 30 30.5 23.5 15.25 *28.5 14.64 24 — 24 21.16 1450 133018 15.25 3 34 34.5 25 17.25 *30.5 16.01 26.32 — 24 22.52 1510 170020 17.25 4 36 36.5 27.5 19.25 *33.5 19.25 29.2 — 24 26.19 2410 230022 19.25 4 40 40.5 29.5 2125 *35.5 20.81 32.27 — 18 27.75 3450 305024 21.25 4 42 42.5 32 23.25 *38.5 22.28 36 — 18 29.22 4300 365026 23.25 4 45 — 34.25 25 *42 23.69 38.76 — 18 30.63 5400 510028 25 5 49 — 36.5 27 *44.5 26.49 41.75 — 24 34.34 7040 610030 27 5 51 — 38.75 29 *47 27.88 44.86 — 24 35.72 8900 760032 29 5 54 — 41.75 32.75 *49 29.51 47.9 — 24 37.37 9600 850036 32.75 5 60 — 46 34.5 *54.5 32.16 53.64 — 30 40.01 14000 1250042 34.5 5 72 — 53 41.25 *56.5 33.76 56.83 — 36 41.6 — —

Note: Venturi opening or other reduced bore valves are available uponrequest.▲ Length (A) of a weld x flanged end valve is one half the sum of lengths (A)

of a weld end and of a flange end of the same size and rating.



NomDiam.

in.

BallBoreB in.

StemSize in.

RaisedFace

LengthA in.

RingJoint

LengthA in.

Diam.D1 ✝in.

Diam.D2in.

LengthAin.

C.I.To

BottomCin.

BodySphere

Ein.

LeverLength

Lin.

DiameterHandwheel

for GearGin.

76 52.3 25.4 203.2 215.9 190.5 79.5 #279.4 100.1 127.0 609 — 161.0 25 23101.6 79.5 25.4 228.6 241.3 228.6 103.1 #317.5 130.0 171.5 609 — 189.0 45 39152.4 103.1 38.1 393.7 406.4 279.4 152.4 #355.6 150.9 215.9 914 — 214.1 77 68203.0 152.4 38.1 457.2 469.9 342.9 203.2 457.2 200.9 285.8 914 — 264.9 156 132254.0 203.2 50.8 533.4 546.1 406.4 254.0 #546.1 254.0 393.7 — 457 318.8 281 238304.8 254.0 50.8 609.6 622.3 482.6 304.8 #596.9 307.8 469.9 — 457 369.3 431 381355.6 304.8 76.2 685.8 698.5 533.4 336.6 #673.1 368.3 567.9 — 457 511.5 581 526406.4 336.6 76.2 762.0 774.7 596.9 387.4 *723.9 371.9 609.6 — 609 537.4 658 603457.2 387.4 76.2 863.6 876.3 635.0 438.2 *774.4 406.7 668.5 — 609 572.0 685 771508.0 438.2 101.6 914.4 927.1 698.5 489.0 *850.9 489.0 741.4 — 609 665.2 1093 1043558.8 489.0 101.6 1016.0 1028.7 749.3 539.8 *901.7 528.6 819.7 — 457 704.9 1565 1383609.6 539.8 101.6 1066.8 1079.5 812.8 590.6 *977.7 565.9 914.4 — 457 742.2 1950 1656660.4 590.6 101.6 1143.0 — 870.0 635.0 *1066.8 601.7 984.5 — 457 778.0 2449 2313711.2 635.0 127.0 1244.6 — 927.1 685.8 *1130.3 672.8 1060.5 — 609 872.2 3193 2767762.0 685.8 127.0 1295.4 — 984.3 736.6 *1193.8 708.2 1139.4 — 609 907.3 4037 3447812.8 736.6 127.0 1371.6 — 1047.8 831.9 *1244.6 749.6 1216.7 — 609 949.2 4355 3856914.4 831.9 127.0 1524.0 — 1168.4 876.3 *1384.3 816.9 1362.5 — 762 1016.3 6350 56701066.8 876.3 127.0 1828.8 — 1346.2 1047.8 *1435.1 857.5 1443.5 — 914 1056.6 — —


NomDiam.mm

BallBoreB mm

StemSize mm

RaisedFace

LengthA mm

RingJoint

LengthA m

Diam.D1 ✝mm

Diam.D2mm

LengthA

mm

C.I.To

BottomC

mm

BodySphere

Emm

LeverLength

Lmm

DiameterHandwheel

for GearG

mmFlange Weld

C.L. ToHandwheel

C.L.H

mm

Approx. ValveWeight

kg

C.L. ToHandwheel

C.L.Hin.

Approx. ValveWeight

lb.

Flange Weld




A

L

D1 H

G

H

C

D2

E

B

2 2.06 1 8.5 9.125 6.5 2.06 #11 3.94 5 24 — 6.34 50 453 3.13 1 11.125 11.75 8.25 3.13 #12.5 5.12 6.75 24 — 7.44 80 754 4.06 1.5 12 12.625 10 4.06 #14 5.94 8.5 36 — 8.43 125 1006 6 1.5 15.875 16.5 12.5 6 18 7.91 11.25 36 — 10.43 250 2258 8 2 +19.75 20.375 15 8 #21.5 10 15.5 — 18 12.55 455 45010 10 2 22.375 23 17.5 10 #23.5 12.12 18.5 — 24 14.54 750 65012 12 3 25.5 26.125 20.5 12 #26.5 14.5 22.36 — 18 20.14 1275 110014 13.25 3 30 30.625 23 13.25 *28.5 14.64 24 — 24 21.16 1370 123016 15.25 3 33 33.625 25.5 15.25 *30.5 16.01 26.32 — 24 22.52 1725 155018 17.25 4 36 36.625 28 17.25 *33.5 19.25 29.2 — 24 26.19 2700 220020 19.25 4 39 39.75 30.5 19.25 *35.5 20.81 32.27 — 18 27.75 3400 276022 21.25 4 43 43.875 33 21.25 *38.5 22.28 36 — 24 29.22 4050 351024 23.25 4 45 45.875 36 23.25 *42 23.69 38.76 — 24 30.63 5390 426026 25 5 49 50 38.25 25 *44.5 26.49 41.75 — 24 34.34 6625 560028 27 5 53 54 40.75 27 *47 27.88 44.86 — 24 35.72 7725 650030 29 5 55 56 43 29 *49 29.51 47.9 — 30 37.37 10000 880034 32.75 5 64 65.125 47.5 32.75 *54.5 32.16 53.64 — 36 40.01 14700 1200036 34.5 7.5 68 69.125 50 34.5 *56.5 36.8 56.83 — 24 46.92 16300 1550040 38.5 7.5 74 — 48.75 38.5 *65 40.14 65 — 36 50.25 — —42 41.25 7.5 76 — 50.75 41.25 *66.5 41.78 68.6 — 42 51.89 — —48 46.5 7.5 86 — 57.75 46.5 *76 45.9 77 — — — — —


* Short pattern. # Length exceeds specified dimension in API 6D.✝ Dimensions of 26” through 42” flanges are per MSS-SP-44.+ Prior to 1/1/98 — manufactured to 16.5” short pattern length.


NomDiam.

in.

BallBoreB in.

StemSize in.

RaisedFace

LengthA in.

RingJoint

LengthA in.

Diam.D1 ✝in.

Diam.D2in.

LengthAin.

C.I.To

BottomCin.

BodySphere

Ein.

LeverLength

Lin.

DiameterHandwheel

for GearGin.

50.8 52.3 25.4 215.9 231.8 165.1 52.3 #279.4 100.1 127.0 609 — 161.0 23 2076.2 79.5 25.4 282.6 298.5 209.6 79.5 #317.5 130.0 171.5 609 — 189.0 36 34101.6 103.1 38.1 304.8 320.7 254.90 103.1 #355.6 150.9 215.9 914 — 214.1 57 45152.4 152.4 38.1 403.2 419.1 317.5 152.4 457.2 200.9 285.8 914 — 264.9 113 102203.2 203.25 50.8 501.7 517.5 381.0 203.2 #546.1 254.0 393.7 — 457 318.8 206 204254.0 254.0 50.8 568.3 584.2 444.5 254.0 #596.9 307.8 469.9 — 609 369.3 340 295304.8 304.8 76.2 647.7 663.6 520.7 304.8 #673.1 368.3 567.9 — 457 511.5 576 499355.6 336.6 76.2 762.0 777.9 584.2 336.6 *723.9 371.9 609.6 — 609 537.4 621 558406.4 387.4 76.2 838.2 854.1 647.7 387.4 *774.7 406.7 668.5 — 609 572.0 782 703457.2 438.2 101.6 914.4 930.3 711.2 438.2 *850.9 489.0 741.7 — 609 665.2 1225 998508.0 489.0 101.6 990.6 1009.7 774.7 489.0 *901.7 528.96 819.7 — 457 704.9 1542 1252558.8 539.8 101.6 1092.2 1114.4 838.2 539.8 *977.9 565.9 914.4 — 609 742.2 1837 1592609.6 590.6 101.6 1143.0 1165.2 914.4 590.6 *1066.8 601.7 984.5 — 609 778.0 2445 1932660.4 635.0 127.0 1244.6 1270.0 971.6 635.0 *1130.3 672.8 1060.5 — 609 872.2 3005 2540711.2 685.8 127.0 1346.2 1371.6 1035.1 685.8 *1193.8 708.2 1139.4 — 609 907.3 3504 2948762.0 736.6 127.0 1397.0 1422.4 1092.2 736.6 *1244.6 749.6 1216.7 — 762 949.2 4536 3992863.6 831.9 127.0 1625.6 1654.2 1206.5 831.9 *1384.3 816.9 1362.5 — 914 1016.3 6668 5443914.4 876.3 190.5 1727.2 1755.8 1270.0 876.3 *1435.1 934.7 1443.5 — 609 1191.8 7394 70311016.0 977.9 190.5 1879.6 — 1238.3 977.9 *1651.0 1019.6 1651.0 — 914 1276.4 — —1066.8 1047.8 190.5 1930.4 — 1289.1 1047.8 *1689.1 1061.2 1742.4 — 1067 1318.0 — —1219.2 1181.1 190.5 2184.4 — 1466.9 1181.1 *1930.4 1143.0 1955.8 — — — — —


NomDiam.mm

BallBoreB mm

StemSize mm

RaisedFace

LengthA mm

RingJoint

LengthA m

Diam.D1 ✝mm

Diam.D2mm

LengthA

mm

C.I.To

BottomC

mm

BodySphere

Emm

LeverLength

Lmm

DiameterHandwheel

for GearG

mm

C.L. ToHandwheel

C.L.Hin.

Approx. ValveWeight

lb.

Flange Weld

Flange Weld

C.L. ToHandwheel

C.L.H

mm

Approx. ValveWeight

kg




A

L

D1 H

G

H

C

D2

E

B

3 2.06 1 11.125 11.75 8.25 3.13 *11 3.94 5 24 — 6.34 64 504 3.13 1 12 12.625 10 4.06 #12.5 5.12 6.75 24 — 7.44 95 876 4.06 1.5 15.875 16.5 12.5 6 *14 5.94 8.5 36 — 8.43 180 1508 6 1.5 +19.75 20.375 15 8 *18 7.91 11.25 36 — 10.43 365 29010 8 2 22.375 23 17.5 10 *21.5 10 15.5 — 18 12.55 650 52512 10 2 25.5 26.125 20.5 12 *23.5 12.12 18.5 — 24 14.54 1050 84014 12 3 30 30.625 23 13.25 *26.5 14.5 22.36 — 18 20.14 1285 116016 13.25 3 33 33.625 25.5 15.25 *28.5 14.64 24 — 24 21.16 1660 133018 15.25 3 36 36.625 28 17.25 *30.5 16.01 26.32 — 24 22.52 1990 170020 17.25 4 39 39.75 30.5 19.25 *33.5 19.25 29.2 — 24 26.19 3100 230022 19.25 4 43 43.875 33 21.25 *35.5 20.81 32.27 — 18 27.75 3600 305024 21.25 4 45 45.875 36 23.25 *38.5 22.28 36 — 24 29.22 4500 365026 23.25 4 49 50 38.25 25 *42 23.69 38.76 — 24 30.63 5750 510028 25 5 53 54 40.75 27 *44.5 26.49 41.75 — 24 34.34 7260 610030 27 5 55 56 43 29 *47 27.88 44.86 — 24 35.72 9100 760032 29 5 60 61.125 45.25 32.75 *49 29.51 47.9 — 30 37.37 10150 880036 32.75 5 68 69.125 50 34.5 *54.5 32.16 53.64 — 36 40.01 15350 1300042 34.5 7.5 76 — 50.75 41.25 *56.5 36.8 56.83 — 24 46.92 — —





NomDiam.

in.

BallBoreB in.

StemSize in.

RaisedFace

LengthA in.

RingJoint

LengthA in.

Diam.D1 ✝in.

Diam.D2in.

LengthAin.

C.I.To

BottomCin.

BodySphere

Ein.

LeverLength

Lin.

DiameterHandwheel

for GearGin.

76.2 52.3 25.4 282.6 298.5 209.6 79.5 *279.4 100.1 127.0 609 — 161.0 29 23101.6 79.5 25.4 304.8 320.7 254.0 103.1 #317.5 130.0 171.5 609 — 189.0 43 39152.4 103.1 38.1 403.2 419.1 317.5 152.4 *355.6 150.9 215.9 914 — 214.1 82 68203.2 152.4 38.1 501.7 517.5 381.0 203.2 *457.2 200.9 285.8 914 — 264.9 166 132254.0 203.2 50.8 568.3 584.2 444.5 254.0 *546.1 254.0 393.7 — 457 318.8 295 238304.8 254.0 50.8 647.7 663.6 520.7 304.9 *596.9 307.8 469.9 — 609 369.3 476 381355.6 304.8 76.2 762.0 777.9 584.2 336.6 *673.1 368.3 567.9 — 457 511.5 583 526406.4 336.6 76.2 838.2 854.1 647.7 387.4 *723.9 371.9 609.6 — 609 537.4 753 603457.2 387.4 76.2 914.4 930.3 711.2 438.2 *774.7 406.7 668.5 — 609 572.0 903 771508.0 438.2 101.6 990.6 1009.7 774.7 489.0 *850.9 489.0 741.7 — 609 665.2 1406 1043558.8 489.0 101.6 1092.2 1114.4 838.2 539.8 *901.7 528.6 819.7 — 457 704.9 1633 1383609.6 539.8 101.6 1143.0 1165.2 914.4 590.6 *977.9 565.9 914.4 — 609 742.2 2041 1656660.4 590.6 101.6 1244.6 1270.0 971.6 635.0 *1066.8 601.7 984.5 — 609 778.0 2608 2313711.2 635.0 127.0 1346.2 1371.6 1035.1 685.8 *1130.3 672.8 1060.5 — 609 872.2 3293 2767762.0 685.8 127.0 1397.0 1422.4 1092.2 736.6 *1193.8 708.2 1139.4 — 609 907.3 4128 3447812.8 736.3 127.0 1524.0 1552.6 1149.4 831.9 *1244.6 749.6 1216.7 — 762 949.2 4604 3992914.4 831.9 127.0 1727.2 1755.8 1270.0 867.3 *1384.3 816.9 1362.5 — 914 1016.3 6963 58971066.8 876.3 190.5 1930.4 — 1289.1 1047.8 *1435.1 934.7 1443.5 — 609 1191.8 — —


NomDiam.mm

BallBoreB mm

StemSize mm

RaisedFace

LengthA mm

RingJoint

LengthA m

Diam.D1 ✝mm

Diam.D2mm

LengthA

mm

C.I.To

BottomC

mm

BodySphere

Emm

LeverLength

Lmm

DiameterHandwheel

for GearG

mm

C.L. ToHandwheel

C.L.Hin.

Approx. ValveWeight

lb.

Flange Weld

Flange Weld

C.L. ToHandwheel

C.L.H

mm

Approx. ValveWeight

kg




A

L

D1 H

G

H

C

D2

E

B

2 2.06 Use 600 lb. Class Valves3 3.13 Use 600 lb. Class Valves4 4.06 1.5 16 16.125 10 4.06 *14 5.94 8.5 36 — 8.43 150 1006 6 1.5 19.5 19.625 12.5 6 *18 7.91 11.25 36 — 10.43 300 2258 8 2 23.5 23.625 15 8 *21.5 10 15.5 — 18 12.55 550 45010 10 2 26.5 26.625 17.5 10 *23.5 12.12 18.5 — 24 14.54 850 65012 12 3 30 30.125 20.5 12 *26.5 14.5 22.36 — 18 20.14 1400 110014 13.25 3 32.5 32.625 23 13.25 *28.5 14.64 24 — 18 21.16 1650 123016 15.25 4 35.5 35.625 25.5 15.25 *30.5 17.84 26.32 — 18 24.78 2225 177018 17.25 4 38.5 38.625 28 17.25 *33.5 19.25 29.2 — 24 26.19 2850 220020 19.25 5 41.5 41.75 30.5 19.25 *35.5 22.11 32.27 — 24 30 3750 300022 21.25 5 45 45.375 33 21.25 38.5 23.63 36 — 24 31.53 4750 395024 23.25 5 48.5 48.875 36 23.25 *42 25.05 38.76 — 24 32.95 5600 475026 25 5 51.5 52 38.25 25 *44.5 26.49 41.75 — 24 34.34 7100 560028 27 5 55 55.5 40.75 27 *47 27.88 44.86 — 30 35.72 8560 650030 29 5 60 60.5 43 29 *49 29.51 47.9 — 36 37.37 10600 880034 32.75 7.5 70 70.625 47.5 32.75 *54.5 35.19 53.64 — 30 45.31 15400 1230036 34.5 7.5 74 74.625 50 34.5 *56.5 36.8 56.83 — 30 46.92 18000 1550040 38.5 7.5 78 — 50 38.5 *65 40.14 65 — 42 50.25 25500 2225042 41.25 7.5 81 — 52 41.25 *66.5 41.78 68.6 — 42 51.89 28750 2475048 46.5 9 91 — 59.5 46.5 *76 47.98 77 — — — — —




NomDiam.

in.

BallBoreB in.

StemSize in.

RaisedFace

LengthA in.

RingJoint

LengthA in.

Diam.D1 ✝in.

Diam.D2in.

LengthAin.

C.I.To

BottomCin.

BodySphere

Ein.

LeverLength

Lin.

DiameterHandwheel

for GearGin.

50.8 52.3 Use 600 lb. Class Valves76.2 79.5 Use 600 lb. Class Valves101.6 103.1 38.1 406.4 409.6 254.0 103.1 *355.6 150.9 215.9 914 — 214.1 68 45152.4 152.4 38.1 495.3 498.5 317.5 152.4 *457.2 200.9 285.8 914 — 264.9 136 102203.2 203.2 50.8 596.9 600.1 381.0 203.2 *546.1 254.0 393.7 — 457 318.8 249 204254.0 254.0 50.8 673.1 676.3 444.5 254.0 *596.9 307.8 469.9 — 609 369.3 386 295304.8 304.8 76.2 762.0 765.2 520.7 304.8 *673.1 368.3 567.9 — 457 511.5 635 499355.6 336.6 76.2 825.5 828.7 584.2 336.6 *723.9 371.9 609.6 — 457 537.4 748 558406.4 387.4 101.6 901.7 904.9 647.7 387.4 *774.7 453.1 668.5 — 457 629.4 1009 803457.2 438.2 101.6 977.9 981.1 711.2 438.2 *850.9 489.0 741.7 — 609 665.2 1293 998508.0 489.0 127.0 1054.1 1060.5 774.7 489.0 *901.7 561.6 819.7 — 609 762.0 1701 1361558.8 539.8 127.0 1143.0 1152.5 838.2 539.8 *977.9 600.2 914.4 — 609 800.9 2155 1792609.6 590.6 127.0 1231.9 1241.4 914.4 590.6 *1066.8 636.3 984.5 — 609 836.9 2540 2155660.4 635.0 127.0 1308.1 1320.8 971.6 635.0 *1130.3 672.8 1060.5 — 609 872.2 3221 2540711.2 685.8 127.0 1397.0 1409.7 1035.1 685.8 *1193.8 708.2 1139.4 — 762 907.3 3883 2948762.0 736.6 127.0 1524.0 1536.7 1092.2 736.6 *1244.6 749.6 1216.7 — 914 949.2 4808 3992863.6 831.9 190.5 1778.0 1793.9 1206.5 831.9 *1384.3 893.8 1362.5 — 762 1150.9 6985 5579914.4 876.3 190.5 1879.6 1895.5 1270.0 876.3 *1435.1 934.7 1443.5 — 762 1191.8 8165 70311016.0 977.9 190.5 1981.2 — 1270.0 977.9 *1651.0 1019.6 1651.0 — 1067 1276.4 11567 100931066.9 1047.8 190.5 2057.0 — 1320.8 1047.8 *1689.1 1061.2 1742.4 — 1067 1318.0 13041 112271219.2 1181.1 228.6 2311.4 — 1511.3 1181.3 *1930.4 1219 1956 — — — — —


NomDiam.mm

BallBoreB mm

StemSize mm

RaisedFace

LengthA mm

RingJoint

LengthA m

Diam.D1 ✝mm

Diam.D2mm

LengthA

mm

C.I.To

BottomC

mm

BodySphere

Emm

LeverLength

Lmm

DiameterHandwheel

for GearG

mm

C.L. ToHandwheel

C.L.Hin.

Approx. ValveWeight

lb.

Flange Weld

Flange Weld

C.L. ToHandwheel

C.L.H

mm

Approx. ValveWeight

kg




A

L

D1 H

G

H

C

D2

E

B

3 2.06 Use 600 lb. Class Valves4 3.13 1 16 16.125 10 4.06 *12.5 5.12 6.75 24 — 7.44 125 876 4.06 1.5 19.5 19.625 12.5 6 *14 5.94 8.5 36 — 8.43 189 1508 6 1.5 23.5 23.625 15 8 *18 7.91 11.25 — 18 10.43 424 29010 8 2 26.5 26.625 17.5 10 *21.5 10 15.5 — 18 12.55 608 52512 10 2 30 30.125 20.5 12 *23.5 12.12 18.5 — 24 14.54 1020 84014 12 3 32.5 32.625 23 13.25 *26.5 14.5 22.36 — 18 20.14 1490 116016 13.25 3 35.5 35.625 25.25 15.25 *28.5 14.64 24 — 18 21.16 1910 133018 15.25 4 38.5 38.625 28 17.25 *30.5 17.84 36.32 — 18 24.78 2400 192020 17.25 4 41.5 41.75 30.5 19.25 *33.5 19.25 29.2 — 24 26.19 3200 265022 19.25 5 45 45.375 33 21.25 *35.5 22.11 32.27 — 24 30 4250 330024 21.25 5 48.5 48.875 36 23.25 *38.5 23.63 36 — 24 31.53 5050 430026 23.25 5 51.5 52 38.25 25 *42 25.05 38.76 — 24 32.95 6250 510028 25 5 55 55.5 40.75 27 *44.5 26.49 41.75 — 24 34.34 7750 610030 27 5 60 60.5 43 29 *47 27.88 44.86 — 30 35.72 9500 760032 29 5 65 65.625 45.25 32.75 *49 29.51 47.9 — 36 37.37 11500 935036 32.75 7.5 74 74.625 50 34.5 *54.5 35.19 53.64 — 30 45.31 16000 1300042 34.5 7.5 81 — 52 41.25 *56.5 36.8 56.83 — 30 46.92 — —



* Short pattern. ✝ Dimensions of 26” through 42” flanges are per MSS-SP-44.

76.2 52.3 Use 600 lb. Class Valves101.6 79.5 25.4 406.4 409.6 254.0 103.1 *317.5 130.0 171.5 609 — 189.0 57 39152.4 103.1 38.1 495.3 498.5 317.5 152.4 *355.6 150.9 215.9 914 — 214.4 86 68203.2 152.4 38.1 596.9 600.1 381.0 203.2 *457.2 200.9 285.8 — 457 264.9 192 132254.0 203.2 50.8 673.1 676.3 444.5 254.0 *546.1 254.0 393.7 — 457 318.8 276 238304.8 254.0 50.8 762.0 765.2 520.7 304.8 *596.9 307.8 469.9 — 609 369.3 463 381355.6 304.8 76.2 825.5 828.7 584.2 336.6 *673.1 368.3 567.9 — 457 511.5 676 526406.4 336.6 76.2 901.7 904.9 647.7 387.4 *723.9 371.9 609.6 — 457 537.4 866 603457.2 387.4 101.6 977.9 981.1 711.2 438.2 *774.7 453.1 668.5 — 457 629.4 1089 871508.0 438.2 101.6 1054.1 1060.5 774.7 489.0 *850.9 489.0 741.7 — 609 665.2 1452 1202558.8 489.0 127.0 1143.0 1152.5 838.2 539.8 *901.7 561.6 819.7 — 609 762.0 1928 1497609.6 539.8 127.0 1231.9 1241.4 914.4 590.6 *977.9 600.2 914.4 — 609 800.9 2291 1950660.4 590.6 127.0 1308.1 1320.8 971.6 635.0 *1066.8 636.3 984.5 — 609 836.9 2835 2313711.2 635.0 127.0 1397.0 1409.7 1035.1 685.8 *1130.3 672.8 1060.5 — 609 872.2 3515 2767762.0 685.8 127.0 1524.0 1536.7 1092.2 736.6 *1193.8 708.2 1139.4 — 762 907.3 4309 3447812.8 736.6 127.0 1651.0 1666.9 1149.4 831.9 *1244.6 749.6 1216.7 — 914 949.2 5216 4241914.4 831.9 190.5 1879.6 1895.5 1270.0 876.3 *1384.3 893.8 1362.5 — 762 1150.9 7258 58971066.8 876.3 190.5 2057.4 — 1320.8 1047.8 *1435.1 934.7 1443.5 — 762 1191.8 — —


NomDiam.

in.

BallBoreB in.

StemSize in.

RaisedFace

LengthA in.

RingJoint

LengthA in.

Diam.D1 ✝in.

Diam.D2in.

LengthAin.

C.I.To

BottomCin.

BodySphere

Ein.

LeverLength

Lin.

DiameterHandwheel

for GearGin.

C.L. ToHandwheel

C.L.Hin.

Approx. ValveWeight

lb.

Flange Weld


NomDiam.mm

BallBoreB mm

StemSize mm

RaisedFace

LengthA mm

RingJoint

LengthA m

Diam.D1 ✝mm

Diam.D2mm

LengthA

mm

C.I.To

BottomC

mm

BodySphere

Emm

LeverLength

Lmm

DiameterHandwheel

for GearG

mm Flange Weld

C.L. ToHandwheel

C.L.H

mm

Approx. ValveWeight

kg




A

L

D1 H

G

H

C

D2

E

B

2 2.06 1 11.5 11.625 6.5 2.06 *11 3.94 5 24 — 6.34 60 453 3.13 1 14 14.125 8.25 3.13 *12.5 5.12 6.75 24 — 7.44 85 754 4.06 1.5 17 17.125 10.75 4.06 *14 5.94 8.5 36 — 8.43 165 1006 6 1.5 22 22.125 14 6 *18 7.91 11.25 36 — 10.43 360 2258 8 2 26 26.125 16.5 8 *21.5 10 15.5 — 24 12.55 650 45010 10 2 31 31.125 20 10 *23.5 12.12 18.5 — 30 14.54 1000 65012 12 3 33 33.125 22 12 *26.5 14.5 22.36 — 18 20.14 1510 110014 13.25 3 35 35.125 23.75 13.25 *28.5 14.64 24 — 24 21.16 1910 123016 15.25 4 39 39.125 27 15.25 *30.5 17.84 26.32 — 18 24.78 2400 177018 17.25 4 43 43.125 29.25 17.25 *33.5 19.25 29.2 — 24 26.19 2955 220020 19.25 5 47 47.25 32 19.25 *35.5 22.11 32.27 — 24 30 4100 300022 21.25 5 51 51.375 34.25 21.25 *38.5 23.63 36 — 24 31.53 5400 395024 23.25 5 55 55.375 37 23.25 *42 25.05 38.76 — 30 32.95 6550 475026 25 5 57 57.5 40 25 *44.5 26.49 41.75 — 36 34.34 7800 560028 27 7.5 61 61.5 42.25 27 *47 30.87 44.86 — 30 40.99 9500 670030 29 7.5 65 65.5 44.5 29 *49 32.53 47.9 — 30 42.65 12000 912034 32.75 7.5 76 76.625 49 32.75 *54.5 35.19 53.64 — 42 45.31 16025 1230036 34.5 7.5 82 82.625 51.75 34.5 *56.5 36.8 56.83 — 42 46.92 19100 1550040 38.5 9 80 — 52 38.5 *65 42.02 65 — 42 55.425 26770 2300042 41.25 9 83 — 55.25 41.25 *66.5 43.66 68.6 — 42 57.06 30500 2550048 46.5 11 94 — 62.75 46.5 *76 51.18 77.33 — — — — —



50.8 52.3 25.4 292.1 295.3 165.1 52.3 *279.4 100.1 127.0 609 — 161.0 27 2076.2 79.5 25.4 355.6 358.8 209.6 79.5 *317.5 130.0 171.5 609 — 189.0 39 34101.6 103.1 38.1 431.8 435.0 273.1 103.1 *355.6 150.9 215.9 914 — 214.1 75 45152.4 152.4 38.1 558.8 562.0 355.6 152.4 *457.2 200.9 285.8 914 — 264.9 163 102203.2 203.2 50.8 660.4 663.6 419.1 203.2 *546.1 254.0 393.7 — 609 318.8 295 204254.0 254.0 50.8 787.4 790.6 508.0 254.0 *596.9 307.8 469.9 — 762 369.3 454 295304.8 304.8 76.2 838.2 841.4 558.8 304.8 *673.1 368.8 567.9 — 457 511.5 685 499355.6 336.6 76.2 889.0 892.2 603.3 336.6 *723.9 371.9 609.6 — 609 537.4 866 558406.4 387.4 101.6 990.6 993.8 685.8 387.4 *774.7 453.1 668.5 — 457 629.4 1089 803457.2 438.2 101.6 1092.2 1095.4 743.0 438.2 *850.9 489.0 741.7 — 609 665.2 1340 998

` 508.0 489.0 127.0 1193.8 1200.2 812.8 489.0 *901.7 561.6 819.7 — 609 762.0 1860 1361558.8 539.8 127.0 1295.4 1304.9 870.0 539.8 *977.9 600.1 914.4 — 609 800.9 2449 1792609.6 590.6 127.0 1397.0 1406.5 939.8 590.6 *1066.8 636.3 984.5 — 762 836.9 2971 2155660.4 635.0 127.0 1447.8 1460.5 1016.0 635.0 *1130.3 672.8 1060.5 — 914 872.2 3538 2540711.2 685.8 190.5 1549.4 1562.1 1073.2 685.8 *1193.8 784.1 1139.4 — 762 1041.1 4309 3039762.0 736.6 190.5 1651.0 1663.7 1130.3 736.6 *1244.6 826.3 1216.7 — 762 1083.3 5443 4137863.6 831.9 190.5 1930.4 1946.3 1244.6 831.9 *1384.3 893.8 1371.6 — 1067 1150.9 7269 5579914.4 876.3 190.5 2082.8 2098 1314.5 876.3 *1435.1 934.7 1443.5 — 1067 1191.8 8664 70311016.0 977.9 228.6 2032.0 — 1320.8 977.9 *1651.0 1067.3 1651.0 — 1067 1407.8 12143 104331066.8 1047.8 228.6 2108.2 — 1403.4 1047.8 *1689.1 1109.0 1742.4 — 1067 1449.5 13835 115671219.2 1181.1 279.4 2387.6 — 1593.9 1181.1 *1930.4 1300 1964.2 — — — — —


NomDiam.

in.

BallBoreB in.

StemSize in.

RaisedFace

LengthA in.

RingJoint

LengthA in.

Diam.D1 ✝in.

Diam.D2in.

LengthAin.

C.I.To

BottomCin.

BodySphere

Ein.

LeverLength

Lin.

DiameterHandwheel

for GearGin.


NomDiam.mm

BallBoreB mm

StemSize mm

RaisedFace

LengthA mm

RingJoint

LengthA m

Diam.D1 ✝mm

Diam.D2mm

LengthA

mm

C.I.To

BottomC

mm

BodySphere

Emm

LeverLength

Lmm

DiameterHandwheel

for GearG

mm

C.L. ToHandwheel

C.L.Hin.

Approx. ValveWeight

lb.

Flange Weld

Flange Weld

C.L. ToHandwheel

C.L.H

mm

Approx. ValveWeight

kg




A

L

D1 H

G

H

C

D2

E

B

3 2.06 1 14 14.125 8.25 3.13 *11 3.94 5 24 — 6.34 80 504 3.13 1 17 17.125 10.75 4.06 *12.5 5.12 6.75 24 — 7.44 150 876 4.06 1.5 22 22.125 14 6 *14 5.94 8.5 36 — 8.43 250 1508 6 1.5 26 26.125 16.5 8 *18 7.91 11.25 36 — 10.43 470 29010 8 2 31 31.125 20 10 *21.5 10 15.5 — 24 12.55 850 52512 10 2 33 33.125 22 12 *23.5 12.12 18.5 — 30 14.54 1150 84014 12 3 35 35.125 23.75 13.25 *26.5 14.5 22.36 — 18 20.14 1640 116016 13.25 3 39 39.125 27 15.25 *28.5 14.64 24 — 24 21.16 2225 133018 15.25 4 43 43.125 29.25 17.25 *30.5 17.84 26.32 — 18 24.78 2600 192020 17.25 4 47 47.25 32 19.25 *33.5 19.25 29.2 — 24 26.19 3500 265022 19.25 5 51 51.375 34.25 21.25 *35.5 22.11 32.27 — 24 30 4450 330024 21.25 5 55 55.375 37 23.25 *38.5 23.63 36 — 24 31.53 5750 430026 23.25 5 57 57.5 40 25 *42 25.05 38.76 — 30 32.95 7000 510028 25 5 61 61.5 42.25 27 *44.5 26.49 41.75 — 36 34.34 8600 630030 27 7.5 65 65.5 44.5 29 *47 30.87 44.86 — 30 40.99 10100 780032 29 7.5 70 70.625 47 32.75 *49 32.53 47.9 — 30 42.65 12800 935036 32.75 7.5 82 82.625 51.75 34.5 *54.5 35.19 53.64 — 42 45.31 17600 1300042 34.5 7.5 83 — 55.25 41.25 *56.5 36.8 56.83 — 42 46.92 — —




76.2 52.3 25.4 355.6 358.8 209.6 79.5 *279.4 100.1 127.0 609 — 161.0 36 23101.6 79.5 25.4 431.8 435.0 273.1 103.1 *317.5 130.0 171.5 609 — 189.0 68 39152.4 103.2 38.1 558.8 562.0 355.6 152.4 *355.6 150.9 215.9 914 — 214.1 113 68203.2 152.4 38.1 660.4 663.6 419.1 203.2 *457.2 200.9 285.8 914 — 264.9 213 132254.0 203.2 50.8 787.4 790.6 508.0 254.0 *546.1 254.0 393.7 — 609 318.8 386 238304.8 254.0 50.8 838.2 841.4 558.8 304.8 *596.9 307.8 469.9 — 762 369.3 522 381355.6 304.8 76.2 889.0 892.2 603.3 336.6 *673.1 368.3 567.9 — 457 511.5 744 526406.4 336.6 76.2 990.6 993.8 685.8 387.4 *723.9 371.9 609.6 — 609 537.4 1009 603457.2 387.4 101.6 1092.2 1095.4 743.0 438.2 *774.7 453.1 668.5 — 457 629.4 1179 871508.0 438.2 101.6 1193.8 1200.2 812.8 489.0 *850.9 489.0 741.7 — 609 665.2 1588 1202558.8 489.0 127.0 1295.4 1304.9 870.0 539.8 *901.7 561.6 819.7 — 609 762.0 2019 1497609.6 539.8 127.0 1397.0 1406.5 939.8 590.6 *977.7 600.2 914.4 — 609 800.9 2608 1950660.4 590.6 127.0 1447.8 1460.5 1016.0 635.0 *1066.8 636.6 984.5 — 762 836.9 3175 2313711.2 635.0 127.0 1549.4 1562.1 1073.2 685.8 *1130.3 672.8 1060.5 — 914 872.2 3901 2858762.0 685.8 190.5 1651.0 1663.7 1130.3 736.6 *1193.8 784.1 1139.4 — 762 1041.1 4581 3538812.8 736.6 190.5 1778.0 1793.9 1193.8 831.9 *1244.6 826.3 1216.7 — 762 1083.3 5806 4241914.4 831.9 190.5 2082.8 2098.7 1314.5 876.3 *1384.3 893.8 1362.5 — 1067 1150.9 7983 58971066.8 876.3 190.5 2108.2 — 1403.4 1047.8 *1435.1 934.7 1443.5 — 1067 1191.8 — —


NomDiam.

in.

BallBoreB in.

StemSize in.

RaisedFace

LengthA in.

RingJoint

LengthA in.

Diam.D1 ✝in.

Diam.D2in.

LengthAin.

C.I.To

BottomCin.

BodySphere

Ein.

LeverLength

Lin.

DiameterHandwheel

for GearGin.


NomDiam.mm

BallBoreB mm

StemSize mm

RaisedFace

LengthA mm

RingJoint

LengthA m

Diam.D1 ✝mm

Diam.D2mm

LengthA

mm

C.I.To

BottomC

mm

BodySphere

Emm

LeverLength

Lmm

DiameterHandwheel

for GearG

mm

C.L. ToHandwheel

C.L.Hin.

Approx. ValveWeight

lb.

Flange Weld

Flange Weld

C.L. ToHandwheel

C.L.H

mm

Approx. ValveWeight

kg




A

L

D1 H

G

H

C

D2

E

B

2 2.06 Use 1500 lb. Class Valves3 3.13 1.5 15 15.125 9.5 3.13 *13.5 4.88 7 36 — 7.44 140 1204 4.06 2 18 18.125 11.5 4.06 *15 6.77 9.25 — 18 9.76 250 1906 6 2 24 24.125 15 6 *20 8.39 12.5 — 24 10.86 525 4108 8 2 29 29.125 18.5 8 *23.5 10 15.5 — 30 12.55 1210 59010 10 3 33 33.125 21.5 10 *25.5 12.88 18.5 — 18 18.49 1325 101012 12 3 38 38.125 24 12 *29.5 14.5 22.36 — 24 20.14 2250 135014 12.75 5 40.5 40.875 25.25 12.75 *31.5 17.4 24.5 — 24 25.3 3250 215516 14.75 5 44.5 44.875 27.75 14.75 *33.5 19.02 27.25 — 24 26.92 4000 245018 16.75 5 48 48.5 31 16.75 *36.5 20.62 30.07 — 24 28.51 5300 395020 18.625 7.5 52 52.5 33.75 18.625 *38.5 24.22 33.88 — 24 35.23 7100 525024 22.5 7.5 61 61.75 41 22.5 *45 28.07 39.95 — 30 38.18 10500 645030 29 7.5 75 75.875 48.5 29 *52 32.53 49.88 — 42 42.65 17500 1150036 34.5 9 90 91.125 57.5 34.5 *59.5 38.64 58.25 — — 52.03 25600 17500



50.8 52.3 Use 1500 lb. Class Valves76.2 79.5 38.1 381.0 384.2 241.3 79.5 *342.9 124.0 177.8 914 — 189.0 64 54101.6 103.1 50.8 457.2 460.4 292.1 103.1 *381.0 172.0 235.0 — 457 247.9 113 86152.4 152.4 50.8 609.6 612.8 381.0 152.4 *508.0 213.1 317.5 — 609 275.8 238 186203.2 203.2 50.8 736.6 739.8 469.9 203.2 *596.9 254.0 393.7 — 762 318.8 549 268254.0 254.0 76.2 838.2 841.4 546.1 254.0 *647.7 327.2 469.9 — 457 469.6 601 458304.8 304.8 76.2 965.2 968.4 609.6 304.8 *749.3 368.3 567.9 — 609 511.5 1021 612355.6 323.9 127.0 1028.7 1038.2 641.4 323.9 *800.1 442.0 622.3 — 609 642.6 1474 978406.4 374.7 127.0 1130.3 1139.8 704.9 347.7 *850.9 483.1 692.2 — 609 683.8 1814 1111457.2 425.5 127.0 1219.2 1231.9 787.4 425.5 *927.1 523.7 763.8 — 609 724.2 2404 1792508.0 473.1 190.5 1320.8 1333.5 857.3 473.1 *977.9 615.2 860.6 — 609 894.8 3221 2381609.6 571.5 190.5 1549.4 1568.5 1041.4 571.5 *1143.0 713.0 1014.7 — 762 969.8 4762 2926762.0 736.6 190.5 1905.0 1927.2 1231.9 736.6 *1320.8 826.3 1267.0 — 1067 1083.3 7938 5216914.4 876.3 228.6 2286.0 2314.6 1460.5 876.3 *1511.3 981.5 1479.6 — — 1321.4 11612 7938


NomDiam.

in.

BallBoreB in.

StemSize in.

RaisedFace

LengthA in.

RingJoint

LengthA in.

Diam.D1 ✝in.

Diam.D2in.

LengthAin.

C.I.To

BottomCin.

BodySphere

Ein.

LeverLength

Lin.

DiameterHandwheel

for GearGin.


NomDiam.mm

BallBoreB mm

StemSize mm

RaisedFace

LengthA mm

RingJoint

LengthA m

Diam.D1 ✝mm

Diam.D2mm

LengthA

mm

C.I.To

BottomC

mm

BodySphere

Emm

LeverLength

Lmm

DiameterHandwheel

for GearG

mm

C.L. ToHandwheel

C.L.Hin.

Approx. ValveWeight

lb.

Flange Weld

Flange Weld

C.L. ToHandwheel

C.L.H

mm

Approx. ValveWeight

kg




A

L

D1 H

G

H

C

D2

E

B

3 2.06 1 15 15.125 9.5 3.13 *11 3.94 5 24 — 6.34 120 704 3.13 1.5 18 18.125 11.5 4.06 *13.5 4.88 7 36 — 7.44 190 1506 4.06 2 24 24.125 15 6 *15 6.77 9.25 — 18 9.76 400 2608 6 2 29 29.125 18.5 8 *20 8.39 12.5 — 24 10.86 850 65010 8 2 33 33.125 21.5 10 *23.5 10 15.5 — 30 12.55 1290 72512 10 3 38 38.125 24 12 *25.5 12.88 18.5 — 18 18.49 1700 111014 12 3 40.5 40.875 25.25 12.75 *29.5 14.5 22.36 — 24 20.14 2750 168016 12.75 5 44.5 44.875 27.75 14.75 *31.5 17.4 24.5 — 24 25.3 3650 2300


NomDiam.

in.

BallBoreB in.

StemSize in.

RaisedFace

LengthA in.

RingJoint

LengthA in.

Diam.D1 ✝in.

Diam.D2in.

LengthAin.

C.I.To

BottomCin.

BodySphere

Ein.

LeverLength

Lin.

DiameterHandwheel

for GearGin.

76.2 52.3 25.4 381.0 384.2 241.3 79.5 *279.4 100.1 127.0 609 — 161.0 54 32101.6 79.5 38.1 457.2 460.4 292.1 103.1 *342.9 124.0 177.8 914 — 189.0 86 68152.4 103.1 50.8 609.6 612.8 381.0 152.4 *381.0 172.0 235.0 — 457 247.9 181 118203.2 152.4 50.8 736.6 739.8 469.9 203.2 *508.0 213.1 317.5 — 609 275.8 386 295254.0 203.2 50.8 838.2 841.4 546.1 254.0 *596.9 254.0 393.7 — 762 318.8 585 329304.8 254.0 76.2 965.2 968.4 609.6 304.8 *647.7 327.2 469.9 — 457 469.6 771 503355.6 304.8 76.2 1028.7 1038.2 641.4 323.9 *749.3 368.3 567.9 — 609 511.5 1247 762406.4 323.9 127.0 1130.3 1139.8 704.9 374.7 *800.1 442.0 622.3 — 609 642.6 1656 1043


NomDiam.mm

BallBoreB mm

StemSize mm

RaisedFace

LengthA mm

RingJoint

LengthA mm

Diam.D1 ✝mm

Diam.D2mm

LengthA

mm

C.I.To

BottomC

mm

BodySphere

Emm

LeverLength

Lmm

DiameterHandwheel

for GearG

mm




C.L. ToHandwheel

C.L.Hin.

Approx. ValveWeight

lb.

Flange Weld

Flange Weld

C.L. ToHandwheel

C.L.H

mm

Approx. ValveWeight

kg


C A M E R O NF U L L O P E N I N G 1 5 0 0 L B . C L A S S B A L L V A L V E S

3705 psi WOG (260.5 kg/cm2)5575 psi TEST (392 kg/cm2)

A

L

D1 H

G

H

C

D2

E

B

2 2.06 1 14.5 14.625 8.5 2.06 *11 3.94 5 24 — 6.34 100 453 3.13 1.5 18.5 18.625 10.5 3.13 *13.5 4.88 7 36 — 7.44 180 1204 4.06 2 21.5 21.625 12.25 4.06 *15 6.77 9.25 — 18 9.76 300 1906 6 2 27.75 28 15.5 6 *20 8.39 12.5 — 30 10.86 715 4108 8 3 32.75 33.125 19 8 *23.5 10.95 16.38 — 18 16.89 1550 107510 10 4 39 39.375 23 10 *25.5 15.15 19.5 — 18 19.96 2000 157512 12 4 44.5 45.125 26.5 12 *29.5 17.31 23.38 — 24 21.8 3250 182514 12.75 5 49.5 50.25 29.5 12.75 *31.5 17.4 26 — 24 25.3 4200 255016 14.75 5 54.5 55.375 32.5 14.75 *33.5 19.02 29.25 — 30 26.92 5400 295018 16.75 7.5 60.5 61.375 36 16.75 *36.5 22.69 31.57 — 30 33.71 6350 512520 18.625 7.5 65.5 66.375 38.75 18.625 *38.5 24.22 34.72 — 30 35.23 9260 602524 22.5 7.5 76.5 77.625 46 22.5 *45 28.07 42.16 — 48 38.18 16250 9400


* Short pattern.


NomDiam.

in.

BallBoreB in.

StemSize in.

RaisedFace

LengthA in.

RingJoint

LengthA in.

Diam.D1in.

Diam.D2in.

LengthAin.

C.I.To

BottomCin.

BodySphere

Ein.

LeverLength

Lin.

DiameterHandwheel

for GearGin.

50.8 52.3 25.4 368.3 371.5 215.9 52.3 *279.4 100.1 127.0 609 — 161.0 45 2076.2 79.5 38.1 469.9 473.1 266.7 79.5 *342.9 124.0 177.8 914 — 189.0 82 54101.6 103.1 50.8 546.1 549.3 311.2 103.1 *381.0 172.0 235.0 — 457 247.9 136 86152.4 152.4 50.8 704.9 711.2 393.7 152.4 *508.0 213.1 317.5 — 762 275.8 324 186203.2 203.2 76.2 831.9 841.4 482.6 203.2 *596.9 278.1 416.1 — 457 429.0 703 488254.0 254.0 101.6 990.6 1000.1 584.2 254.0 *647.7 384.8 495.3 — 457 507.0 907 714304.8 304.8 101.6 1130.3 1146.2 673.1 304.8 *749.3 439.7 393.9 — 609 553.7 1474 828355.6 323.9 127.0 1257.3 1276.4 749.3 323.9 *800.1 442.0 660.4 — 609 642.6 1905 1157406.4 374.7 127.0 1384.3 1406.5 825.5 374.7 *850.9 483.1 743.0 — 762 683.8 2449 1338457.2 425.5 190.5 1536.7 1558.9 914.4 425.5 *927.1 576.3 801.9 — 762 856.2 2880 2325508.0 473.1 190.5 1663.7 1685.9 984.3 473.1 *977.9 615.2 881.9 — 762 894.8 4200 2733609.6 571.5 190.5 1943.1 1971.7 1168.4 571.5 *1143.0 713.0 1070.9 — 1219 969.8 7371 4264


NomDiam.mm

BallBoreB mm

StemSize mm

RaisedFace

LengthA mm

RingJoint

LengthA mm

Diam.D1mm

Diam.D2mm

LengthA

mm

C.I.To

BottomC

mm

BodySphere

Emm

LeverLength

Lmm

DiameterHandwheel

for GearG

mm

C.L. ToHandwheel

C.L.Hin.

Approx. ValveWeight

lb.

Flange Weld

Flange Weld

C.L. ToHandwheel

C.L.H

mm

Approx. ValveWeight

kg


C A M E R O NR E D U C E D O P E N I N G 1 5 0 0 L B . C L A S S B A L L V A L V E S

3705 psi WOG (260.5 kg/cm2)5575 psi TEST (392 kg/cm2)

A

L

D1 H

G

H

C

D2

E

B

3 2.06 1 18.5 18.625 10.5 3.13 *11 3.94 5 24 — 6.34 150 704 3.13 1.5 21.5 21.625 12.25 4.06 *13.5 4.88 7 36 — 7.44 240 1506 4.06 2 27.75 28 15.5 6 *15 6.77 9.25 — 18 9.76 550 2608 6 2 32.75 33.125 19 8 *20 8.39 12.5 — 30 10.86 1025 65010 8 3 39 39.375 23 10 *23.5 10.95 16.38 — 18 16.89 1725 120012 10 4 44.5 45.125 26.5 12 *25.5 15.15 19.5 — 18 19.96 2810 165014 12 4 49.5 50.25 29.5 12.75 *29.5 17.31 23.38 — 24 21.8 3750 210016 12.75 5 54.5 55.375 32.5 14.75 *31.5 17.4 26 — 24 25.3 5150 2725


NomDiam.

in.

BallBoreB in.

StemSize in.

RaisedFace

LengthA in.

RingJoint

LengthA in.

Diam.D1 ✝in.

Diam.D2in.

LengthAin.

C.I.To

BottomCin.

BodySphere

Ein.

LeverLength

Lin.

DiameterHandwheel

for GearGin.

76.2 52.3 25.4 469.9 473.1 266.7 79.5 *279.4 100.1 127.0 609 — 161.0 68 32101.6 79.5 38.1 546.1 549.3 311.2 103.1 *342.9 124.0 177.8 914 — 189.0 109 68152.4 103.1 50.8 704.9 711.2 393.7 152.4 *381.0 172.0 235.0 — 457 247.9 249 118203.2 152.4 50.8 831.9 841.4 482.6 203.2 *508.0 213.1 317.5 — 762 275.8 465 295254.0 203.2 76.2 990.6 1000.1 584.2 254.0 *596.9 278.1 416.1 — 457 429.0 782 544304.8 254.0 101.6 1130.3 1146.2 673.1 304.8 *647.7 384.8 495.3 — 457 507.0 1275 748355.6 304.8 101.6 1257.3 1276.4 749.3 323.9 *749.3 439.7 593.9 — 609 553.7 1701 953406.4 323.9 127.0 1384.3 1406.5 825.5 374.7 *800.1 442.0 660.4 — 609 642.6 2336 1236


NomDiam.mm

BallBoreB mm

StemSize mm

RaisedFace

LengthA mm

RingJoint

LengthA mm

Diam.D1 ✝mm

Diam.D2mm

LengthA

mm

C.I.To

BottomC

mm

BodySphere

Emm

LeverLength

Lmm

DiameterHandwheel

for GearG

mm



* Short pattern.

C.L. ToHandwheel

C.L.Hin.

Approx. ValveWeight

lb.

Flange Weld

Flange Weld

C.L. ToHandwheel

C.L.H

mm

Approx. ValveWeight

kg


C A M E R O NF U L L A N D R E D U C E D O P E N I N G 2 5 0 0 L B . C L A S S B A L L V A L V E S


A

L

D1 H

G

H

C

D2

E

B

Full Opening2 2.06 1 17.75 17.875 9.25 2.06 *15 4.53 5.43 24 — 7.25 114 943 3.13 1.5 22.75 23 12 3.13 *18 5.67 7.5 36 — 8.94 236 1874 4.06 2 26.5 26.875 14 4.06 *20 7.24 9.75 — 24 11.70 471 3826 6 3 36 36.5 19 6 *24 9.76 13.5 — 24 13.13 943 7378 7.125 4 40.5 40.875 21.75 7.125 *28 12.84 18.11 — 24 17.88 2094 167610 8.875 4 50 50.875 26.5 8.875 *33 14.84 20.87 — 24 20.00 2922 216612 10.5 5 56 56.875 30 10.5 *36 16.65 24.5 — 30 24.75 4506 3258

Reduced Opening3 2.06 1 22.75 23 12 3.13 *15 4.53 5.43 24 — 7.25 156 1294 3.13 1.5 26.5 26.875 14 4.06 *18 5.67 7.5 36 — 8.94 286 247

. 6 4.06 2 36 36.5 19 6 *20 7.24 9.75 — 24 11.7 638 5138 6 3 40.5 40.875 21.75 7.125 *24 9.76 13.5 — 24 13.13 1297 101710 7.13 4 50 50.875 26.5 8.875 *28 12.84 18.11 — 24 17.88 2518 191612 8.875 4 56 56.875 30 10.5 *33 14.875 20.87 — 24 20 3566 2657



* Short pattern.


NomDiam.

in.

BallBoreB in.

StemSize in.

RaisedFace

LengthA in.

RingJoint

LengthA in.

Diam.D1in.

Diam.D2in.

LengthAin.

C.I.To

BottomCin.

BodySphere

Ein.

LeverLength

Lin.

DiameterHandwheel

for GearGin.

Full Opening50.8 52.3 25.4 450.9 454.0 235.0 52.3 *381.0 115 138 609 — 184.2 52 4376.2 79.5 38.1 577.9 584.2 304.9 79.5 *457.2 144 190.5 914 — 227.1 107 85101.6 103.1 50.8 673.1 682.6 355.6 103.1 *508.0 184 247.7 — 609 297.2 214 173152.4 152.4 76.2 914.4 927.1 482.6 152.4 *609.6 248 342.9 — 609 333.5 428 334203.2 181.0 101.6 1028.7 1038.2 552.5 181.0 *711.2 326 460 — 609 454.0 950 760254.0 225.4 101.6 1270.0 1292.2 673.1 225.4 *838.2 377.8 530 — 609 508.0 1325 983304.8 266.7 127.0 1422.4 1444.6 762.0 266.7 *914.4 423 622.3 — 762 628.7 2044 1478Reduced Opening76.2 42.3 25.4 577.9 584.2 304.8 79.5 *381.0 115 138 609 — 184.2 71 59101.6 79.5 38.1 673.1 682.6 355.6 103.1 *457.2 144 190.5 914 — 227.1 130 98152.4 103.1 50.8 914.4 927.1 482.6 152.4 *508.0 184 247.7 — 609 297.2 289 233203.2 152.4 76.2 1028.7 1038.2 552.5 181.0 *609.6 248 342.9 — 609 333.5 588 461254.0 181.0 101.6 1270.0 1292.2 673.1 225.4 *711.2 326 460 — 609 454.0 1142 869304.8 225.4 101.6 1422.4 1444.6 762.0 266.7 *838.2 377 530 — 609 508.0 1618 1205


NomDiam.mm

BallBoreB mm

StemSize mm

RaisedFace

LengthA mm

RingJoint

LengthA mm

Diam.D1mm

Diam.D2mm

LengthA

mm

C.I.To

BottomC

mm

BodySphere

Emm

LeverLength

Lmm

DiameterHandwheel

for GearG

mm

C.L. ToHandwheel

C.L.Hin.

Approx. ValveWeight

lb.

Flange Weld

Flange Weld

C.L. ToHandwheel

C.L.H

mm

Approx. ValveWeight

kg


C A M E R O NA P I F L A N G E D E N D F U L L O P E N I N G B A L L V A L V E S

A

L

D1 H

G

H

C

D2

E

B

2000 psi W.P. 4000 psi TEST2.06 2.06 1 11.625 6.5 2.06 3.94 5 36 — 6.34 443.13 3.13 1 14.124 8.25 3.13 5.12 6.75 36 — 7.44 854.06 4.06 1.5 17.125 10.75 4.06 5.94 8.5 36 — 8.43 1657.06 6 2 22.125 14 6 7.91 11.5 — 24 10.29 445

3000 psi W.P. 6000 psi TEST2.06 2.06 1 14.625 8.5 2.06 3.94 5 36 — 6.34 903.13 3.13 1.5 15.125 9.5 3.13 4.88 7 36 — 7.44 1304.06 4.06 2 18.125 11.5 4.06 6.77 9.25 36 — 9.76 2557.06 6 2 24.125 15 6 8.39 12.5 — 30 10.92 675

5000 psi W.P. 10000 psi TEST2.06 2.06 2 14.625 8.5 2.06 3.94 5 36 — 6.34 953.13 3.13 1.5 18.625 10.5 3.13 4.88 7 36 — 7.44 1894.06 4.06 2 21.625 12.25 4.06 6.77 9.25 — 24 9.30 3617.06 6 3 28 15.5 6 8.39 13.5 — 24 13.13 805

Size Flanged End (RTJ)

NomDiam.

in.

BallBoreB in.

StemSize in.

LengthA in.

Diam.D1in.

Diam.D2in.

C.I.To

BottomCin.

BodySphere

Ein.

LeverLength

Lin.

DiameterHandwheel

for GearGin.

Data for Valve with OperatorNormally Furnished

Hin.

Approx. Wt.lb. Flange

140.6 kg/cm2 W.P. 281.2 kg/cm2 TEST52.3 52.3 25.4 295.3 165.1 52.3 100.1 127.0 914 — 161.0 2079.5 79.5 25.4 358.8 209.6 79.5 130.0 171.5 914 — 189.0 39103.1 103.1 38.1 435.0 273.1 103.1 150.9 215.9 914 — 214.1 75179.3 152.4 50.8 562.0 355.6 152.4 200.9 292.1 — 609 262.4 202

210.9 kg/cm2 W.P. 421.8 kg/cm2 TEST52.3 52.3 25.4 371.5 215.9 52.3 100.1 127.0 914 — 161.0 4179.5 79.5 38.1 384.2 241.3 79.5 124.0 177.8 914 — 189.0 59103.1 103.1 50.8 460.4 292.1 103.1 172.0 235.0 914 — 247.9 116179.3 152.4 50.8 612.8 381.0 152.4 213.1 317.5 — 762 277.4 306

351.5 kg/cm2 W.P. 703.0 kg/cm2 TEST52.3 52.3 25.4 371.5 215.9 52.3 100.1 127.0 914 — 161.0 4379.5 79.5 38.1 473.1 266.7 79.5 124.0 177.8 914 — 189.0 85103.1 103.1 50.8 549.3 311.2 103.1 172.0 235.0 914 — 236.2 164179.3 152.4 76.2 711.2 393.7 152.4 213.1 342.9 — 609 333.5 365


NomDiam.mm

BallBoreB mm

StemSize mm

LengthA mm

Diam.D1mm

Diam.D2mm

C.I.To

BottomC

mm

BodySphere

Emm

LeverLength

Lmm

DiameterHandwheel

for GearG

mm


Hmm

Approx. Wt.kg. Flange


C A M E R O NA P I F L A N G E D E N D R E D U C E D O P E N I N G B A L L V A L V E S

A

L

D1 H

G

H

C

D2

E

B

2000 psi W.P. 4000 psi TEST3.13 2.06 1 14.125 8.25 3.13 3.94 5 36 — 6.34 804.06 3.13 1 17.125 10.75 4.06 5.12 6.75 36 — 7.44 1407.06 4.06 1.5 22.125 14 6 5.94 8.5 36 — 8.43 230

3000 psi W.P. 6000 psi TEST3.13 2.06 1 15.125 9.5 3.13 3.94 5 36 — 6.34 1054.06 3.13 1.5 18.125 11.5 4.06 4.88 7 36 — 7.44 1977.06 4.06 2 24.125 15 6 6.77 9.25 36 — 9.76 345

5000 psi W.P. 10000 psi TEST3.13 2.06 1 18.625 10.5 3.13 3.94 5 36 — 6.34 1304.06 3.13 1.5 21.625 12.25 4.06 4.88 7 36 — 7.44 2307.06 4.06 2 28 15.5 6 6.77 9.25 — 24 9.30 490


NomDiam.

in.

BallBoreB in.

StemSize in.

LengthA in.

Diam.D1in.

Diam.D2in.

C.I.To

BottomCin.

BodySphere

Ein.

LeverLength

Lin.

DiameterHandwheel

for GearGin.


Hin.

Approx. Wt.lb. Flange

140.6 kg/cm2 W.P. 281.2 kg/cm2 TEST79.5 52.3 25.4 358.8 209.6 79.5 100.1 127.0 914 — 161.0 38103.1 79.5 25.4 435.0 273.1 103.1 130.0 171.5 914 — 189.0 64179.3 103.1 38.1 562.0 355.6 152.4 150.9 215.9 914 — 214.1 104

210.9 kg/cm2 W.P. 421.8 kg/cm2 TEST79.5 52.3 25.4 384.2 241.3 79.5 100.1 127.0 914 — 161.0 48103.1 79.5 38.1 460.4 292.1 103.1 124.0 177.8 914 — 189.0 89179.4 103.1 50.8 612.8 381.0 152.4 172.0 235.0 914 — 247.9 156

351.5 kg/cm2 W.P. 703.0 kg/cm2 TEST79.5 52.3 25.4 473.1 266.7 79.5 100.1 127.0 914 — 161.0 59103.1 79.5 38.1 549.3 311.2 103.1 124.0 177.8 914 — 189.0 104179.3 103.1 50.8 711.2 393.7 152.4 172.0 235.0 — 609 236.2 222


NomDiam.mm

BallBoreB mm

StemSize mm

LengthA mm

Diam.D1mm

Diam.D2mm

C.I.To

BottomC

mm

BodySphere

Emm

LeverLength

Lmm

DiameterHandwheel

for GearG

mm


Hmm

Approx. Wt.kg. Flange


C A M E R O NB A L L V A L V E S

The dimensions on this page, combined with the top works

dimensions on the following two pages, provide the information

required for determining the overall dimensions of a Cameron

ball valve when an actuator is installed. For additional dimen-

sional information on Cameron ball valves, contact your Cooper

Cameron Valves representative.

ANSI Pressure Class

Dimension A (in.)BoreSize(in.)

150 300 400 600 900 1500

2 4.06 4.06 4.06 4.06 4.06 4.06

3 5.08 5.08 5.08 5.08 4.76 4.76

4 5.79 5.79 5.79 5.79 6.61 6.61

6 7.64 7.64 7.64 7.64 8.23 8.23

8 9.92 9.92 9.92 9.92 9.92 13.45

10 11.91 11.91 11.91 11.91 15.05 15.96

12 16.70 16.70 16.70 16.70 16.70 17.80

14 17.72 17.72 17.72 17.72 20.55 20.55

16 19.08 19.08 20.78 20.78 22.17 22.17

18 22.19 22.19 22.19 22.19 23.76 27.71

20 23.75 23.75 25.25 25.25 29.23 29.23

22 25.22 25.22 26.78 26.78 — —

24 26.63 26.63 28.20 28.20 32.18 32.18

26 29.59 29.59 29.59 29.59 — —

28 30.97 30.97 30.97 34.99 — —

30 32.62 32.62 32.62 36.65 36.65 —

34 35.26 35.26 39.31 39.31 — —

36 36.85 40.92 40.92 40.92 44.65 —

40 44.25 44.25 44.25 48.05 — —

42 45.89 45.89 45.89 49.69 — —

48 50.04 50.04 54.02 56.50 — —

Centerline to Mounting Flange Dimensions

ANSI Pressure Class

Dimension A (mm)BoreSize(mm)

150 300 400 600 900 1500

50.8 103.12 103.12 103.12 103.12 103.12 103.12

76.2 129.03 129.03 129.03 129.03 120.90 120.90

101.6 147.06 147.06 147.06 147.06 167.89 167.89

152.4 194.06 194.06 194.06 194.06 209.04 209.04

203.2 251.97 251.97 251.97 251.97 251.97 341.63

254.0 302.51 302.51 302.51 302.51 382.27 405.38

304.8 424.18 424.18 424.18 424.18 424.18 452.12

355.6 450.09 450.09 450.09 450.09 521.97 521.97

406.4 484.63 484.63 527.81 527.81 563.12 563.12

457.2 563.63 563.63 563.63 563.63 603.50 703.83

508.0 603.25 603.25 641.36 641.35 742.44 742.44

558.8 640.59 640.59 680.21 680.21 — —

609.6 676.40 676.40 716.28 716.28 817.37 817.37

660.4 751.59 751.59 751.59 751.59 — —

711.2 786.64 786.64 786.64 888.75 — —

762.0 828.55 828.55 828.55 930.91 930.91 —

812.8 895.60 895.60 998.47 998.47 — —

914.4 935.99 1039.37 1039.37 1039.37 1134.11 —

1016.0 1123.95 1123.95 1123.95 1220.47 — —

1066.8 1165.61 1165.61 1165.61 1262.13 — —

1219.2 1271.12 1271.12 1372.11 1435.10 — —

SD-24030

A



Centerline Ball Valve Square Nut and Adapter Flange (BX-1220)

Dash Number -1 -2 -3

Valve Stem Size 1 1.50 2

A - Flange Dia (in.) 6.50 6.50 8.75

B - Boss Dia (in.) 4.747 4.747 6.997

C - Height of Nut (in.) 1.94 2.12 2.62

D - Bolt Size (in.) 0.44 0.54 0.66

F - Width of Nut (in.) 1.5 2.0 2.5

H - Number of Holes 8 8 16

J - Dia Bolt Circle (in.) 5.75 5.75 8.00

Bolt Size 3/8-16 3/8-16 3/8-16NC-2 NC-2 NC-2

Bolt Torque (ft-lb) 30 30 30

Cameron Ball Valve Square Nut and Adapter Flange Mounting Dimentions (BX-1220)

Dash Number -1 -2 -3

Valve Stem Size 25.40 38.10 50.80

A - Flange Dia (mm) 165.10 165.10 222.25

B - Boss Dia (mm) 120.57 120.57 177.72

C - Height of Nut (mm) 49.28 53.85 66.55

D - Bolt Size (mm) 11.18 13.72 16.76

F - Width of Nut (mm) 38.10 50.8 63.50

H - Number of Holes 8 8 16

J - Dia Bolt Circle (mm) 146.05 146.05 203.20

Bolt Size 3/8-16 3/8-16 3/8-16NC-2 NC-2 NC-2

Bolt Torque (NM) 40.68 40.68 40.68

Cameron Ball Valve Keyed Shaft and Adapter Flange (BX-1221)

B

A

D

C

SD-016398 SD-016397

SD-016400 SD-016399

F

F

K

E

RS J

V

N

K

Q

Notes: -1 and -2 bolt holes straddle centerline.-3 bolt holes are on centerline.



Cameron Ball Valve Keyed Shaft and Adapter Flange Mounting Dimentions (BX-1221)

Dash Number -4 -5 -6 -7 -8 -9 -10 -11

Valve Stem Size 3 4 5 7.5 9 11 13 15

A - Number of Holes 16 16 24 24 24 28 28 32

C - Dia Bolt Circle (in.) 10.375 17.25 18.375 24.00 31.00 27.50 27.50 36.00

E - Max Shaft Dia (in.) 2.745 3.245 4.495 5.495 6.245 8.995 8.995 —

F - Boss Dia (in.) 9.122 16.246 17.121 21.746 28.308 25.496 25.496 33.496

H - Shaft to Slot ID (in.) 2.402 2.831 3.786 4.803 5.409 7.887 6.774 —

J - Height of Nut (in.) 4.75 5.310 6.25 8.50 9.13 13.31 13.31 19.25

K - Flange Dia (in.) 11.50 18.25 19.380 25.75 32.75 30.00 30.00 39.00

N - Flange Thickness (in.) 0.63 0.63 0.63 1.00 1.00 1.25 1.25 1.50

Q - Key Width (in.) 0.625 0.75 1.25 1.25 1.50 2.00 2.00 2.25

R - Height of Boss (in.) 3.75 4.310 5.250 7.50 8.13 12.00 12.00 17.50

S - Overall Height (in.) 6.120 7.00 8.120 11.00 11.75 16.12 15.84 21.50

V - Adapter Flange 1.00 1.00 1.00 1.00 1.00 1.25 1.25 1.50Thickness (in.)

Flange Bolt Size 1/2-13 1/2-13 1/2-13 7/8-9 7/8-9 1-1/4-8 1-1/4-8 1-1/4-8NC-2 NC-2 NC-2 NC-2 NC-2 NC-2 NC-2 NC-2

Bolt Torque (ft-lb) 60 60 63 330 330 1000 1000 1600

Notes: -7 through -11 bolt holes straddle centerline.-4 through -6 holes are on centerline.

Dash Number -4 -5 -6 -7 -8 -9 -10 -11

Valve Stem Size 76.20 101.60 127.00 190.50 228.60 279.40 330.20 381.00

A - Number of Holes 16 16 24 24 24 28 28 32

C - Dia Bolt Circle (mm) 263.53 438.15 466.73 609.60 787.40 698.50 698.50 914.40

E - Max Shaft Dia (mm) 69.73 82.43 114.18 139.58 158.63 228.48 228.48 —

F - Boss Dia (mm) 231.69 412.64 434.87 552.34 719.02 647.59 647.59 850.79

H - Shaft to Slot ID (mm) 61.01 71.91 96.16 122.00 137.38 200.32 172.05 —

J - Height of Nut (mm) 120.65 134.88 158.75 215.90 231.91 338.03 338.03 488.95

K - Flange Dia (mm) 292.10 463.55 492.26 654.05 831.85 762.00 763.00 990.60

N - Flange Thickness (mm) 16.00 16.00 16.00 25.40 25.40 31.75 31.75 38.10

Q - Key Width (mm) 15.88 19.05 31.75 31.75 38.10 50.80 50.80 57.15

R - Height of Boss (mm) 95.25 109.48 133.35 190.50 206.51 304.80 304.80 444.50

S - Overall Height (mm) 155.45 177.80 206.25 279.40 298.45 409.45 402.34 546.10

V - Adapter Flange 25.40 25.40 25.40 25.40 25.40 31.75 31.75 38.10Thickness (mm)

Flange Bolt Size 1/2-13 1/2-13 1/2-13 7/8-9 7/8-9 1-1/4-8 1-1/4-8 1-1/4-8NC-2 NC-2 NC-2 NC-2 NC-2 NC-2 NC-2 NC-2

Bolt Torque (NM) 81 81 85 447 447 1356 1356 2169

Notes: -7 through -11 bolt holes straddle centerline.-4 through -6 holes are on centerline.



Manual Gear Dimensions for Cameron Ball Valves

Manual Gear Dimensions for Cameron Ball Valves 3” and Larger

Stem Effective No. of M N P Q WeightSize Model Ratio Turns (in.) (in.) (in.) (in.) (lbs.)(in.) Per 90°

1 MG 11:1 11.5 3.63 4.66 2.50 3.38 33

1.5 MG 11:1 11.5 3.63 4.66 2.50 3.38 33

2 MG 18.3:1 18.0 4.75 5.14 2.63 5.38 68

3 MG 52:1 45.0 6.10 6.76 5.91 5.43 135

Stem Effective No. of M N P Q WeightSize Model Ratio Turns (mm) (mm) (mm) (mm) (kg)(mm) Per 90°

1 MG 11:1 11.5 92.20 118.36 63.5 85.85 15

1.5 MG 11:1 11.5 92.20 118.36 63.5 85.85 15

2 MG 18.3:1 18.0 120.65 130.55 66.80 136.65 31

3 MG 52:1 45.0 154.94 171.70 150.11 137.92 61

*Normally furnished in above ground applications.

Stem Effective No. of M N P Q WeightSize Model Ratio Turns (in.) (in.) (in.) (in.) (lbs.)(in.) Per 90°

3 1/B6 55:1 60 5.75 7.56 4.11 12.64 127

4 1/B6 110:1 112.5 9.13 8.69 4.69 12.64 211

5 1/S12 153:1 190 9.69 10.25 5.50 9.50 364

7.5 1/S12 297:1 297 12.88 12.63 6.63 14.00 581

9 1/S12 432:1 428 16.37 14.77 7.39 19.50 793

Stem Effective No. of M N P Q WeightSize Model Ratio Turns (mm) (mm) (mm) (mm) (kg)(mm) Per 90°

3 1/B6 55:1 60 146.05 192.02 104.39 321.06 58

4 1/B6 110:1 112.5 236.22 220.73 119.30 321.06 96

5 1/S12 153:1 190 246.13 260.36 137.70 241.30 165

7.5 1/S12 297:1 297 327.15 320.80 168.40 355.60 264

9 1/S12 432:1 428 416.05 375.16 187.71 495.30 360

M

N

Q

P

M

N

Q

P

N

M

P

P

N

M Q

SD-24024 SD-24025

MastergearStem Size: 1”, 1.5” & 2”

MastergearStem Size: 3”

Model WG1/B6 Model WG1/S12



Nominal Wall Thickness and Inside Diameter

Nominal Outside Wall Schedule Schedule Schedule Standard Schedule Schedule Extra Schedule Schedule Schedule Schedule Schedule Dbl Ex.Pipe Size Diameter I.D. 10 20 30 Weight 40 60 Strong 80 100 120 140 160 Strong

1/8 .405Wall — — — .068 .068 — .095 .095 — — — — —

I.D. — — — .269 .269 — .215 .215 — — — — —

1/4 .540Wall — — — .068 .088 — .119 .119 — — — — —

I.D. — — — .364 .364 — .302 .302 — — — — —

3/8 .675Wall — — — .091 .091 — .126 .126 — — — — —

I.D. — — — .493 .493 — .423 .423 — — — — —

1/2 .840Wall — — — .109 .109 — .147 .147 — — — .187 .294

I.D. — — — .622 .622 — .546 .546 — — — .466 .252

3/4 1.050Wall — — — .113 .113 — .154 .154 — — — .218 .308

I.D. — — — .824 .824 — .742 .742 — — — .614 .434

1 1.315Wall — — — .113 .113 — .179 .179 — — — .250 .358

I.D. — — — 1.049 1.049 — .957 .957 — — — .815 .599

11/4 1.660Wall — — — .140 .140 — .191 .191 — — — .250 .382

I.D. — — — 1.380 1.380 — 1.278 1.278 — — — 1.160 .896

11/2 1.900Wall — — — .145 .145 — .200 .200 — — — .281 .400

I.D. — — — 1.610 1.610 — 1.500 1.500 — — — 1.338 1.100

2 2.375Wall — — — .154 .154 — .218 .218 — — — .343 .436

I.D. — — — 2.067 2.067 — 1.939 1.939 — — — 1.689 1.503

21/2 2.875Wall — — — .203 .203 — .276 .276 — — — .375 .552

I.D. — — — 2.469 2.469 — 2.393 2.323 — — — 2.125 1.771

3 3.500Wall — — — .216 .216 — .300 .300 — — — .438 .600

I.D. — — — 3.068 3.068 — 2.900 2.900 — — — 2.624 2.300

31/2 4.000Wall — — — .226 .226 — .318 .318 — — — — .636†

I.D. — — — 3.548 3.548 — 3.364 3.364 — — — — 2.728†

4 4.500Wall — — — .237 .237 — .337 .337 — .438 — .531 .674

I.D. — — — 4.026 4.026 — 3.826 3.826 — 3.624 — 3.438 3.152

5 5.563Wall — — — .258 .258 — .375 .375 — .500 — .625 .750

I.D. — — — 5.047 5.047 — 4.813 4.813 — 4.563 — 4.313 4.063

6 6.625Wall — — — .280 .280 — .432 .432 — .562 — .718 .864

I.D. — — — 6.065 6.065 — 5.761 5.761 — 5.501 — 5.189 4.897

8 8.625Wall — .250 .277 .322 .322 .406 .500 .500 .593 .718 .812 .906 .875

I.D. — 8.125 8.071 7.981 7.981 7.813 7.625 7.625 7.439 7.189 7.001 6.813 8.875

10 10.750Wall — .250 .307 .365 .365 .500 .500 .593 .718 .843 1.000 1.125 —

I.D. — 10.250 10.136 10.020 10.020 9.750 9.750 9.564 9.314 9.064 8.750 8.500 —

12 12.750Wall — .250 .330 .375 .406 .562 .500 .687 .843 1.000 1.125 1.312 —

I.D. — 12.250 12.090 12.000 11.938 11.626 11.750 11.376 11.064 10.750 10.500 10.126 —

14 14.000Wall .250 .312 .375 .375 .438 .593 .500 .750 .937 1.093 1.250 1.406 —

I.D. 13.500 13.375 13.250 13.250 13.124 12.814 13.000 12.500 12.126 11.814 11.500 11.188 —

16 16.000Wall .250 .312 .375 .375 .500 .656 .500 .843 1.031 1.218 1.438 1.593 —

I.D. 15.500 15.375 15.250 15.250 15.000 14.688 15.000 14.314 13.938 13.564 13.124 12.814 —

18 18.000Wall .250 .312 .438 .375 .562 .750 .500 .937 1.156 1.375 1.562 1.781 —

I.D. 17.500 17.375 17.124 17.250 16.876 16.500 17.000 16.126 15.688 15.250 14.876 14.438 —

20 20.000Wall .250 .375 .500 .375 .593 .812 .500 1.031 1.281 1.500 1.750 1.968 —

I.D. 19.500 19.250 19.000 19.250 18.184 18.376 19.000 17.938 17.438 17.000 16.500 16.064 —

24 24.000Wall .250 .375 .562 .375 .687 .968 .500 1.218 1.531 1.812 2.062 2.343 —

I.D. 23.500 23.250 22.875 23.250 22.626 22.064 23.000 21.564 20.938 20.376 19.876 19.314 —

30 30.000Wall .312 .500 .625 .375† — — .500† — — — — — —

I.D. 29.376 29.000 28.750 29.250† — — 29.000† — — — — — —

Note: That Schedule 40 in sizes 12” and larger and that Schedule 80 insizes 10” and larger do not agree with Schedules 40s and 80s of ASAB36.19 nor with standard weight and extra strong respectively.

†Not included in B36.10All dimensions given in inches. The wall thicknesses shown representnominal of average wall dimensions which are subject to a -121/2% milltolerance.

T E R M S A N D C O N D I T I O N S

p31T E R M S A N D C O N D I T I O N S

1. CONTRACT ACCEPTANCE:Any written or oral purchase order receivedfrom Buyer by Cooper Cameron Corporation,Cameron Division and Cooper Cameron Valves(“Seller”) shall be construed as a writtenacceptance of Seller’s offer to sell and shall be filled in accordance with the terms andconditions of sale set forth herein. SELLER’SACCEPTANCE OF THIS ORDER IS EXPRESSLYCONDITIONED ON BUYER’S ASSENT TO THETERMS CONTAINED HEREIN. The terms andconditions of Seller’s proposal (if any) andacknowledgement shall prevail over any conflicting or different terms in Buyer’s orderunless Buyer notifies Seller in writing of itsobjections thereto within fifteen (15) daysfrom receipt of Seller’s acknowledgement.Buyer’s standard terms of purchase will not be considered a counteroffer to Seller’s termsand conditions of sale. The failure of Seller toobject to any provision in conflict herewithwhether contained on Buyer’s purchase orderor otherwise shall not be construed as a waiver of the provisions hereof nor as anacceptance thereof.

2. QUOTATIONS AND PRICES:All quotations are made for prompt acceptanceand any terms quoted therein are subject tochange without notice after thirty (30) daysfrom the date quoted unless specifically statedotherwise on the quotation. Any product, service capability or manufacturing capabilitywhich may be available at the time a quotationis made is subject to prior sale. Prices quotedare valid for thirty (30) days unless specificallystated otherwise on the quotation and aresubject to change without notice. The price ineffect at the time of shipment including anyescalation formula will apply, unless a validquotation or written agreement to the contraryexists between Buyer and Seller. All pricesshown are in U.S. dollars and are F.O.B. Seller sshipping point. Any documentation pertainingto traceability requirements for raw materialsor products or documentation required for anyroutine or special processes must be identifiedby the Buyer at the time of quotation (if any)or at the time of order placement.

3. TAXES:Any tax or other charge imposed by law onthe sale or production of goods or the per-formance of services shall be paid by theBuyer, unless the law specifically provides thatsuch payment must be made by Seller, inwhich case Buyer shall reimburse Seller forsuch payment as part of the purchase price.Custom duties, consular fees, insurancecharges and other comparable charges will beborne by Buyer.

4. SHIPPING SCHEDULE AND DELIVERY:

Shipment schedules are given as accurately as conditions permit and every effort will bemade to make shipments as scheduled. Sellerwill not be responsible for deviations in meet-ing shipping schedules nor for any losses ordamages to Buyer (or any third party) occa-sioned by deviations in the shipping schedule,whether due to Acts of God, orders bearing

priority ratings established pursuant to law,differences with workmen, local labor short-ages, fire, flood, shortages or failure of rawmaterials, supplies, fuel, power or transporta-tion, breakdown of equipment or any othercauses beyond Seller’s reasonable control,whether of similar or dissimilar nature thanthose enumerated. Seller shall have additionaltime within which to perform as may be rea-sonably necessary under the circumstances andshall have the right to apportion its produc-tion among its customers in such a manner asit may consider to be equitable. Seller reservesthe right to furnish commercially equivalent orbetter substitutes for materials or to subcon-tract the Buyer’s order or portions thereof asSeller deems necessary. In no event shall Sellerbe liable for any consequential damages forlabor resulting from failure or delay in ship-ment. If Buyer requires drawings, procedures,standards or similar material for approval,shipping schedules will be calculated from the time such approvals are received by Seller,since shipping schedules are based on Sellerhaving all required information and a firmorder from Buyer which is enterable into pro-duction. Any hold points, witness points or theneed for inspection by Buyer’s representativesmust be identified by Buyer at the time ofquotation (if any) and/or order placement inorder that the effect on the prices or shippingschedules (if any) can be taken into account.Additional inspection or testing required byBuyer which affects normal productionsequence will be considered as extending the shipping dates accordingly.

5. MINIMUM BILLING:Seller reserves the right to impose a minimumbilling charge on all sales, change orders ororder supplements.

6. TERMS OF PAYMENT:Terms of payment for all materials and serviceare 30 days from invoice date, at net price,provided satisfactory credit has been estab-lished. All unpaid invoices are subject to themaximum legal interest rate per annum commencing with the due date.

7. CANCELLATIONS AND RETURNS:Purchase orders once placed by Buyer andaccepted by Seller can be canceled only withSeller’s written consent and upon terms whichwill save Seller from loss. No products may be returned for credit or adjustment withoutwritten permission from Seller’s office author-ized to issue such permission.

8. WARRANTIES:All products of Seller’s manufacture are war-ranted against defects of material and work-manship for a period of twelve (12) monthsfrom the date of installation or eighteen (18)months from date of shipment, whichever period first expires, when such products areused in the service and within the pressurerange for which they were manufactured. Inthe case of products or parts not wholly ofSeller’s manufacture, Seller’s liability shall belimited to the extent of its recovery from themanufacturer of such products or parts under

its liability to Seller.Any repair work performed by Seller is war-

ranted for one year from completion of suchrepairs and applies only to work performed.

If, within these specified periods, Sellerreceives notice from Buyer of any allegeddefect in or nonconformance of any product or repair and if in the Seller’s sole judgmentthe product or repair does not conform or is found to be defective in material or work-manship, then, Buyer shall, at Seller’s request,return the part or product F.O.B. to Seller’s designated plant or service location. Seller, at its option and expense, shall repair orreplace the defective part or product, or repay to Buyer the full price paid by Buyer for such defective part, repair or product. Any repayment of purchase price shall be without interest.

Seller’s warranty liability, including defectscaused by Seller’s negligence, shall be limitedto such repair, replacement or refund, and shall not include claims for labor costs, expens-es of Buyer resulting from such defects, recov-ery under general tort law or strict liability orfor damages resulting from delays, loss of use,or other direct, indirect, incidental or conse-quential damages of any kind. Seller will notbe responsible for failures of products whichhave been in any way tampered with oraltered by anyone other than an authorizedrepresentative of Seller, failures due to lack ofcompliance with recommended maintenanceprocedures or products which have beenrepaired or altered in such a way (in Seller’sjudgment) as to affect the products adversely.THIS WARRANTY IS EXPRESSLY IN LIEU OF ALL OTHER WARRANTIES, EXPRESS, STATUTO-RY OR IMPLIED, INCLUDING THE WARRANTYOF MERCHANTABILITY AND FITNESS FOR PARTICULAR PURPOSE WHICH EXCEED THEFOREGOING WARRANTY.

9. NUCLEAR SALES:The products sold hereunder are not designedor manufactured for use in or with any atomicinstallation or activity. If the Buyer or ultimateuser of these products intends to use them insuch an installation or activity, Seller’s NuclearTerms of Sale shall be part of and control thiscontract. Seller will furnish Buyer with a copyof its Nuclear Terms of Sale upon request.

10. PATENT INFRINGEMENT:Seller warrants that the use or sale of materialor apparatus sold or rented by it to Buyer hereunder will not infringe United States’patents of others covering such material orapparatus by itself, and hereby agrees toindemnify Buyer against judgment for dam-ages for such infringement of any such patent,provided that Buyer shall, upon receipt of anyclaim for infringement of any such patent orthreat of suit for such infringement or uponthe filing of any suit for infringement,whichever comes first, promptly notify Seller in writing and afford Seller full opportunity, atits option and its own expense, to answer suchclaim or threat of suit, assume the control ofthe defense of said suit, and settle or compro-mise same in any way Seller sees fit. Other

price.

16. TRANSPORTATION CHARGES,ALLOWANCES, CLAIMS:

All prices are F.O.B. Seller’s plant or other designated shipping point.

No freight is allowed unless stated in Seller’s quotation (if any) or in a written contract which may exist between Seller andBuyer at the time of shipment. If Seller’s quo-tation or a written contract states that all or aportion of freight is allowed, all prices are F.O.B. Seller’s plant or other designated ship-ping point, with most economical surfacetransportation allowed. If the quoted or con-tractual price includes transportation, Sellerreserves the right to designate the commoncarrier and to ship in the manner it deemsmost economical. Added costs due to specialrouting requested by the Buyer are chargeableto the Buyer. Under no circumstances is anyfreight allowance which is absorbed by Sellerto be deducted from the selling price. If thequoted price or contract includes transporta-tion, no deduction will be made in lieu thereofwhether Buyer accepts shipment at plant,warehouse, freight station, or otherwise supplies its own transportation. When salesare made from the Seller’s warehouse, Sellerreserves the right to charge either actual orpro-rated freight from Seller’s principle pointof manufacture to Seller’s warehouse. Buyerassumes risk of loss upon delivery to the carri-er, regardless of who pays shipping costs.

Seller endeavors to pack or prepare all shipments so that they will not break, rust ordeteriorate in transit, but does not guaranteeagainst such damage. Unless requested in writing by the Buyer, no shipments are insuredby Seller against damage or loss in transit.Seller will place insurance as nearly as possiblein accordance with Buyer’s written instructionsbut in such case Seller acts only as agentbetween the insurance company and theBuyer and assumes no liability whatsoever.

Any claims for shipping loss, breakage ordamage (obvious or concealed) are Buyer’sresponsibility and should be made to the carrier. All claims regarding shortages must bemade within thirty (30) days from receipt ofshipment and must be accompanied by thepacking list(s) covering the shipment.

17. CONSULAR INVOICES:Consular fees for legalizing invoices, stampingbills of lading, or other documents required by the laws of any country or destination arenot included in quotations or selling prices. Ifinstructed in writing, Seller will make arrange-ments for consular documents and declarationsas agent of the Buyer, but Seller assumes noliability whatsoever as a result of making sucharrangements. Seller assumes no responsibilityfor any fines or other charges imposed due toerrors or incorrect declarations.

18. INDEMNIFICATION AND LIMITATION OF LIABILITY:

A. INDEMNIFICATION:Seller agrees to indemnify Buyer and holdBuyer harmless against any claims, demands

or causes of action for property damage orpersonal injury (including death) caused by the negligent act or omission of any employ-ee, agent or subcontractor of Seller and not contributed to by the negligence of Buyer, its employees, its agents or any third party.Seller shall not be responsible for the acts andworkmanship of employees, agents, contractorsor subcontractors of Buyer or any third party,nor for failure or malfunction of any tools,materials, equipment, products, supplies, facilities or devices not manufactured and supplied by Seller. Buyer agrees to hold Sellerharmless from any and all losses, claims, ordamages arising from subsurface damage, surface damage caused by subsurface damage,loss of hydrocarbons and from pollution,regardless of whether such damages, losses orclaims were caused by the negligence or solenegligence of Seller, it being the intent of theparties that this indemnity shall apply to prop-erty of Buyer or to that of any third party.

B. LIMITATION OF LIABILITY:UNDER NO CIRCUMSTANCES SHALL SELLER BELIABLE FOR ANY SPECIAL, CONSEQUENTIAL ORINCIDENTAL DAMAGES, INCLUDING, BUT NOTLIMITED TO LOSS OF ANTICIPATED PROFITS,LOSS OF USE OF EQUIPMENT OR OF ANYINSTALLATION, SYSTEM OR FACILITY INTOWHICH SELLER’S EQUIPMENT MAY BE LOCAT-ED OR AT WHICH SELLER, ITS AGENT OR SUB-CONTRACTOR MAY BE PERFORMING WORK.Seller’s total responsibility for any claims, damages, losses or liabilities arising out of orrelated to its performance of this contract orthe products or services covered hereundershall not exceed the purchase price.

19. MODIFICATION, RESCISSION & WAIVER:

The terms herein may not be modified orrescinded nor any of its provisions waivedunless such modification, rescission or waiver is in writing and signed by an authorizedemployee of Seller at its office in Houston,Texas.

Failure of Seller to insist in any one or more instances upon the performance of anyof the terms and conditions of the contract orthe failure of Seller to exercise any of its rightshereunder shall not be construed as a waiveror relinquishment of any such term, condition,or right hereunder and shall not affect Seller’sright to insist upon strict performance andcompliance with regard to any unexecutedportions of this contract or future perform-ance of these terms and conditions.

All orders must be accepted by an authorized employee of Seller. The rights and duties of the parties and construction and effect of all provisions hereof shall be governed by and construed according to theinternal laws of the State of Texas. Any disputeswhich arise under this agreement shall bevenued in the District Court of Harris County,Texas or in the Southern District of Texas.

than court-awarded judgments as aforesaidSeller shall not be liable for any delays, loss ofuse or for other direct, indirect, incidental orconsequential damages incurred by reason ofany such judgment. Seller does not warrantthat such material or apparatus (a) will notinfringe any such patent when not manufac-tured by or for Seller or when specially made in whole or in part to the Buyer’s design speci-fication and such infringement arises from the inclusion of such specified design or (b), if used or sold in combination with other material or apparatus, or if used in the practice of a process, will not, as a result ofsuch combination or use, infringe any patentcovering such combination or process; andSeller shall not be liable for and does notindemnify Buyer for damages or losses of anynature whatsoever resulting from actual oralleged patent infringement arising pursuantto (a) or (b) above.

11. SELLER’S RIGHT TO MANUFACTURE:

Seller in its sole discretion shall have the rightto manufacture the products provided hereun-der as far in advance of its estimated shippingschedule as it deems appropriate. Sellerexpressly reserves the right to change or modi-fy the design and construction of any productin due course of Seller’s manufacturing proce-dure without incurring any obligation or liabil-ity to furnish or install such changes, modifica-tions or improvements to products previouslyor subsequently sold.

12. ENGINEERING AND SERVICE:Upon request, Seller will provide engineeringand/or technical information regarding itsproducts and their uses and, if feasible, willprovide personnel to assist Buyer in effectingfield installations and/or field service. Any suchinformation, service or assistance so provided,whether with or without charge, shall be advisory only. In that regard, neither Seller nor Buyer assumes any liability for the acts oromissions of the other party except as may beprovided in these terms.

13. LABOR STANDARDS:Seller hereby certifies that these products wereproduced in accordance with all applicablerequirements of Section 6, 7 and 12 of the Fair Labor Standards Act as amended and ofregulations and orders of the United StatesDepartment of Labor issued under Section 14thereof.

14. INSPECTION:Unless otherwise agreed in writing, finalinspection and acceptance of products must be made at Seller’s plant or other shipping orreceiving point designated by Seller and shallbe conclusive except as regards latent defects.Buyer’s representatives may inspect at theSeller’s plant or shipping point during workinghours prior to shipment in such manner as willnot interfere with operations.

15. TITLE:Title to the products sold hereunder passes to Buyer upon payment of the full purchase

T E R M S A N D C O N D I T I O N S

p32T E R M S A N D C O N D I T I O N S

T R A D E M A R K I N F O R M A T I O N

p33T R A D E M A R K I N F O R M A T I O N

References in this catalog to registered trademarks or product

designations, which are owned by Cooper Cameron Corporation

are as follows:

Cameron®

Demco®

DynaCentric®

DynaSeal®

Foster®

Pow-R-Seal®

Saf-T-Seal®

Thornhill Craver™

Unibolt™

W-K-M®

References in this catalog to registered trademarks or product

designations, which are not owned by Cooper Cameron

Corporation are as follows:

Celcon Hoechst Celanese Corporation

Delrin E. I. Dupont De Nemours & Company

Fluorel Minnesota Mining and Manufacturing Company

Hastelloy Haynes International, Inc.

Hycar Hydrocarbon Chemical and Rubber Company

Hydrin Zeon Chemicals USA, Inc.

Hypalon E. I. Dupont De Nemours & Company

Inconel INCO Nickel Sales, Inc.

Monel INCO Alloys International, Inc.

Nordel E. I. Dupont De Nemours & Company

Stellite Stoody Deloro Stellite, Inc.

Teflon E. I. Dupont De Nemours & Company

Viton E. I. Dupont De Nemours & Company

USACooper Cameron Valves16500 South Main StreetMissouri City, TX 77489-1300Phone: 281-499-8511Fax: 281-499-6965

UKCooper Cameron ValvesHoustoun roadLivingston, West LothianScotland, EH545BZPhone: 441-506-444-000Fax: 441-506-441-320

CanadaCooper Cameron Corporation715-5th Ave. S.W. #600Calgary, Alberta T2P 2X6CanadaPhone: 403-261-2800Fax: 403-262-5181

MexicoCooper Cameron de Mexico

S.A. de C.V.Avenida Homero 1804,Suite 403Col. Chapultepec Morales,11510 Mexico, D.F. Mexico.Phone: 52-5-580-0296Fax: 52-5-395-8669

ArgentinaCameron Argentina S.A.I.C.Av. Antartida Argentina 2711CC No. 22800 Zarate, Pica Buenos AiresPhone: 54-487-22297Fax: 54-487-23404

SingaporeCooper Cameron (Singapore)

Pte. Ltd.No. 2 Gul CircleJurong Industrial EstateLocked Bag Service No. 3Jurong Town Post OfficeSingapore 2262Republic of SingaporePhone: 65-861-3355Fax: 65-861-6197

FranceCameron France, S.A.Plaine Sainte-PierreCS 62034535 Beziers CedexBeziers, FrancePhone: 33-467-111500Fax: 33-467-111600

Other LocationsAustriaAustraliaBrazilBruneiChileCongoEgyptEnglandGabonGermanyHungaryIndonesiaIrelandJapanMalaysiaNetherlandsNew ZealandNigeriaNorwayOmanPolandQatarRussiaSaudi ArabiaUAEVenezuela

COOPER CAMERONVALVES

16500 South Main StreetMissouri City, TX 77489281 499 8511800 323 9160www.ccvalve.com

©Cooper Cameron Corporation, Cooper Cameron Valves Division Printed in USA 1/01 TC1455

cameron ball valves

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cameron ball valve

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forged body

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d e d b o d y b

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e r o n b