Catalog

1999-2000 Product Sourcebook1999-2000 Product Sourcebookclick on screen to continue

Cooper Cameron

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

Introduction

Features & Benefits

Cameron Ball Valves

Cameron Welded Body

Cameron Bolted Body

Cameron Standard & Alternative Seats

Cameron Sphere Launcher & Accessories

W-K-M Ball Valves

DynaSeal 370CT

DynaSeal 370D4 2"-6"x4"

DynaSeal 370D4 6"-14"x12"

DynaSeal 370E4

DynaSeal 310C 2-Piece


DynaSeal 310D

DynaSeal 210A/210L

DynaSeal 210F

Chokes & Couplings

Thornhill Craver Adjustable Chokes

Thornhill Craver Positive Chokes

UNIBOLT Couplings

Gate Valves

Foster D-Seal

W-K-M Pow-R-Seal

Saf-T-Gard Actuators for Foster D-Seal

Demco Series DM API/ANSI

Demco Series DM 7500

Demco Series DT/DB

Butterfly Valves

W-K-M DynaCentric High Performance

Demco Series NE-C

Demco Valve Styles and Accessories

Applications

Gas and Liquids Pipelines

Oil and Gas Production

Industrial

Aftermarket Services

Product Specifications Content

Cameron Ball Valves

Cameron All Welded Body Ball Valves

API Flanged End

W-K-M Ball Valves

DynaSeal 370CT

DynaSeal 370 Series

DynaSeal 370D4

DynaSeal 370E4



DynaSeal 310 Series

DynaSeal 210A

Ductile 210D

DynaSeal 210L

DynaSeal 210F

Chokes & Couplings

Ordering Information

Material Usage Guide

Choke Accessories


Force Balanced Chokes

Long Nose Heater Chokes

UNIBOLT Steam Chokes


Positive Choke Flow Beans

X Beans and Seat/Bean Wrenches

Choke Yoke Assemblies

Pneumatic Adapter Assemblies

UNIBOLT Couplings

Gate Valves

Foster D-Seal

W-K-M Pow-R-Seal



Demco Series DT

Demco Series DB

Butterfly Valves


Demco Series NE-C, NE-I, NE-D, NEI-T 2"-12"

Demco Series NF-C 14"-24"


Weatherproof Gear Operators 2"-48"

DR Series Piston Actuators

Electric Actuators

Diaphragm Actuators

Stem Extensions, Tees and Adapters

General Technical Information

Phone Directory of Sales Offices and Plants

Terms and Conditions

Trademarks

http://www.ccvalve.com

I N T R O D U C T I O N

(p4) I N T R O D U C T I O N

(1962), patented Demco butterfly valve

stem seals (1967) and fire-tested, metallic

seat assemblies for W-K-M high perfor-

mance butterfly valves, we’ve developed

and pioneered product features

that make our valves easier to

use and maintain, as well as

perform better for each

intended application.

Double warranted

performance

The quality of our

products is sec-

ond to none.

And for com-

plete assur-

ance, we

offer our

Double C

valve

warranty.

Every

new valve

we sell can

be backed for a full

two years—twice the

standard guarantee of

other valve brands.

Double C Service goes the extra mile

Service makes the difference. And

with our Double C commitment to being

the most responsive, customer-focused

supplier in the business, it’s a difference

you’ll notice right away when you do busi-

ness with Cooper Cameron Valves. Our

Double C Service team of sales, engineer-

ing and support personnel work closely

with you to evaluate your project, deter-

mine the appropriate equipment needed

and make recommendations.

This is our first attempt to gather all our

valve products into one catalog. Our goal

is to present all the information you need

clearly and concisely so it’s easy to find

what you’re looking for. We hope this

new sourcebook will help make

your job easier and that you won’t

hesitate to let us know what you

think about ways to improve it in

the future.

Built for a broad range of

demanding applications

Cooper Cameron Valves

serves the needs of

the petroleum and

process industries

with a full

range of

ANSI and

API 6D

class valves,

chokes, actua-

tors and acces-

sories. Cameron,

W-K-M, Demco

and Foster valves, and

Thornhill Craver chokes are

available in a variety of sizes and pres-

sure ratings.

A history of accomplishment

Many of our industry’s most important

product features have been designed by

Cooper Cameron engineers. From the

famous W-K-M through-conduit expand-

ing gate valve (1933) to Cameron all-

welded, forged body ball valves (1960),

W-K-M deep-pocketed seat ball valves

Whether it’s a single valve for a

corrosive environment or a complete fail-

safe system with remote actuation, we

have the products and expertise to ensure

reliable performance.

We’ll make sure your orders are

shipped and delivered on time, as well as

provide on-site installation, service and

repair anywhere in the world. And we

can even minimize your on-site inventory

expenses with just-in-time delivery of

equipment or parts.

Aftermarket: an important dimension

As the leader in aftermarket services, we

can give you more options than perhaps

any other valve supplier. Remanufactured

valves are available from our growing

number of aftermarket facilities where

valves from every manufacturer are fully

restored to specs. Your Cooper Cameron

Valves representative can advise you on

current availability of specific types and

sizes, but with our commitment to after-

market services, it is our goal to provide

you with a wider selection of viable

alternatives every time you call.

World class capabilities

The parent company of Cooper Cameron

Valves, Cooper Cameron Corporation, is

truly an international company, with cur-

rent assets of more than $1 billion and

major manufacturing or service facilities

in more than a dozen countries. Since

1833, Cooper Cameron products and

services have satisfied the diverse needs

of a worldwide customer base, under

virtually all operating conditions for a

wide variety of oilfield, pipeline and

industrial applications.

Welcome to the Cooper CameronValves Product Sourcebook


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 5000 standards. Made of forged

steel to assure uniform fine grain structure

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

(p5)



(p6)F 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 5000

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 68 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

F E A

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".


nance-free performance, The Cameron

bolted body ball valve is commonly


including:


• Natural gas storage

• Dryer service

• NGL plants

• NGL pipeline


• CO2 services

• Offshore

• Subsea

• Diverters

Floating seat ring withseat-to-ball seal. 3 seat

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

T U R E S A

Stem sealant injection.

N D B E N

Sealant port with check valvpermits safe injection of seafor fast, simple restoration otight shut-off.

Backseated stem.

E F I T S

elantf

Trunnions enclosed in PTFE-linedbearings for smooth operationwithout lubrication.

arrangements available(see following pages).

(p7)


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 sec-

ondary 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.


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


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



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 Bellville springs. At higherpressures, 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

(p9)


C A M E R O NA L T E R N A T I V 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 1500


-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 68 fortechnical spec.

See page 68 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)

(p11)


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


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.


W-K-MD Y N A S E A L ® 3 7 0 C T T R U N N I O N B A L L V A L V E S


The general purpose trunnionball valve for the petroleum andchemical process industries, itsstrong suit is low torque blockand bleed service.

W-K-M DynaSeal® 370CT ball valves

satisfy a wide range of ANSI and API 6D

applications. Available in carbon steel

and stainless steel with various trims,

they may be specified in sizes from 4" to

14" and pressure classes of 150 and 300.


nance-free performance, The DynaSeal

370CT is commonly selected for a num-

ber of demanding applications.

Features/Benefits

Deep pocketed seats

A seat pocket encapsulates the three-piece

seat assembly which consists of an outer

metal seat ring with a TFE insert. An O-

ring energizes the seat face against the ball

to ensure ball/seat contact at all pressures.

Positively retained stem

The stem is held positively in place by

means of a steel retention pin which can-

not be removed without disassembling

the valve.

Trunnion supported ball allows low torque operation

Trunnion ball valves allow easy on-off

operation, even at high pressures, since the

Stem is positively retained,cannot be removed withvalve in service.

Ball is trunnion-mounted forlow-torque operation. Pressure-actuated seats provide

positive seal under all conditions.

Seat is set into deepgroove in its steelretainer, protectedfrom erosion andforeign materials.

Adjustable stem packing

(p14)


W-K-MD Y N A S E A L ® 3 7 0 C T T R U N N I O N B A L L V A L V E S


SPECIFICATIONS

Sizes

4" - 12" full bore

6" - 14" regular port

Pressure Classes

150 and 300


From -50ºF to +350ºF (-46ºC to +176ºC)

End Connections

Flanged

(weld, weld-by-flange - Class 300)

Body Styles

Two-piece

Standard Materials

Carbon steel, stainless steel,

NACE MR-01-75

Optional Materials

Special trim available upon request

ball turns on carefully aligned bearings.

The ball is fixed in position, but free to

turn. Torque is so low that wrench opera-

tion of valves through 6" bore size is

practical. When power actuation is desired,

much smaller actuators are needed.

Easy to maintain

The valve can be completely disassem-

bled in the field for replacement of seats

or for a complete overhaul. Seats can be

replaced quickly without special tools.

Actuation-friendly

A variety of actuator types can be easily

installed including pneumatic, hydraulic,

diaphragm, vane, electro-mechanical and

electro-hydraulic. Cooper Cameron Valves

can provide a total package of valves and

actuators to meet your needs.

Positive double block and bleed

operation

The pressure-actuated seats and bleed

fittings allow double block and bleed

operation. When used for block and

bleed, this feature permits the valve to

take the place of two valves. It also

allows the operator to check up and

downstream sealing by installing

pressure-releasing tool to bleed body

pressure.


All DynaSeal 370CT valves are qualified

under API standard 6FA. The pocketed

seat contributes to its unusually good fire

test characteristics. Should the soft seats

be destroyed by fire, the metal shoulder

acts as a secondary metal-to-metal seal

until maintenance can be performed.

A

B

C

D


Actuator mountingbracket for 4"- 8"x 6"valves (Optional)

Actuator mountingbracket for 8"-14"x12" valves (Standard)

E


W-K-MD Y N A S E A L® 3 7 0 D 4 2 " - 6 " X 4 " T R U N N I O N B A L L V A L V E S


The end-entry ball valve for gas,oil and product pipelines, it’s thechoice for gas distribution andother specialized applications.

DynaSeal 370D4 ball valve offers all the

required features and options demanded

by the gas distribution, gas transmission

and oilfield production industries,

including seat sealant injection fittings,

stem sealant injection and low

pressure sealability, and complies with

the requirements of ANSI B16.34, API

6D and API 6FA.

The ends may be specified in flanged,

weld or weld-by-flange connections.

Features/Benefits

Pressure-actuated seats

This valve uses pressure-actuated seats

with locked-in non-metallic face seals.

To assure tight sealing at low pressures,

special wave springs force the seats

against the ball. At higher pressures, the

upstream seat is forced against the ball by

the pressure working across the differen-

tial between the area of the seat insert and

the seat O-ring. The higher the pressure,

the tighter the seal.

Secondary seat sealant injection

In the event of damage to the valve seat,

Seat face seals are availablein Nylon or Viton

2" square operatingnut is optional.

Body bleed fitting for doubleblock and bleed applications.

Locking device standardon manual valves.

Integral actuatormounting flange

Field repairable2 piece body

(p16)


W-K-MD Y N A S E A L® 3 7 0 D 4 2 " - 6 " X 4 " T R U N N I O N B A L L V A L V E S


sealant can be injected to temporarily seal

the valve until repair can be performed.

(Optional in 2"- 4" class 150/300, stan-

dard in all others.)

Field repairable

The split body design permits complete

repairs to be made in the field without

special tools.


To ensure safety, all DynaSeal 370D4 ball

valves feature a positively retained stem.

Indicator handle

When the handle is aligned with the pipe,

the valve is open. When the handle is per-

pendicular to the pipe, the valve is closed.

Design standards

ANSI B16.34 - Design Standard. ANSI

B16.5 - Steel Pipe Flanges and Flange

Fittings. API 6D - Specification for

Pipeline Valves. API 6FA - Fire Test

Specification. These DynaSeal 370D4 Ball

Valves meet the following: MSS-SP-6

standard finishes for pipe flanges, MSS-

SP-25 standard marking system for valves,

MSS-SP-55 quality standards for steel

castings.


operation

The pressure-actuated seats and bleed fit-

tings allow double block and bleed opera-

tion. When used for block and bleed, this

feature permits the valve to take the place

of two valves. It also allows the operator

to check up and downstream sealing by

bleeding off the body pressure.

Automatic body pressure relief

Seats will internally relieve excess

body pressure.


All DynaSeal 370D4 valves are qualified

under API standard 6FA. Fire tested

requirements specify “YAF” or “AAF”

for nylon 6 or Viton face seals with

Viton O-rings.

SPECIFICATIONS

Sizes

2"- 4" Full bore

3"- 6" Regular port

Pressure classes

150, 300, 600 and 900


From -50ºF to +350ºF (-46º C to +176ºC)

End Connections

Flanged

Weld end (Class 600)

Body Styles

Two-piece

Standard Materials

Carbon steel

Carbon steel NACE MR-01-75

Optional Materials

Stainless steel body

Low temperature Carbon steel

Special trims available upon request

Other Options

2" square operating nut.

Seat sealant injection (Class 150/300).

Stem injection (4" and smaller).

Stem extensions with lube, packing

and drain extension.

Stem sealant injection isoptional on 2"- 4".

2" square operatingnut is optional.

Integral actuatormounting flange.

Secondary seat sealant injection fittings are standard on Class 600 and higher pressure classes and optional on lower pressure classes.

Field repairable2 piece body



W-K-MD Y N A S E A L® 3 7 0 D 4 6 " - 1 4 " T R U N N I O N B A L L V A L V E S


The end-entry ball valve for oil,gas and product pipelines; it’s apopular choice for specializedpipeline applications.

W-K-M DynaSeal 370D4 ball valves sat-

isfy a wide range of ANSI and API 6D

applications. They may be specified in

sizes from 6" to 14"x12" and pressure

classes of 600 and 900.


nance-free performance and manufactured

in a variety of body and seal materials,

the DynaSeal 370D4 is commonly select-

ed for many specialized applications.

Features/Benefits

Bi-directional flow


with locked-in non-metallic face seals. To

assure tight sealing at low pressures, spe-

cial wave springs force the seats against

the ball. At higher pressures, the upstream

seat is forced against the ball by the pres-

sure working across the differential

between the area of the seat insert and the

seat O-ring. The higher the pressure, the

tighter the seal.

Secondary seat seal injection

In the event of damage to the valve seat,

sealant can be injected to temporarily seal

the valve until service can be performed.

Positively retained stem/stem sealant

injection

To ensure safety, all DynaSeal 370D4 ball

valves feature a positively retained stem,

and provisions for injection of stem

sealant.


Seats will internally relieve excess

body pressure.

Ball is held fast by trunnion,but free to turn easily at anypressure.

Pressure-actuated seatprovides positive sealunder all conditions.

Seat is set into deep groove inits steel retainer, protected fromerosion and foreign materials.


Standard adapter flangefor ease of automation.

Secondary seat sealantinjection fittings.

Provisions for stem sealantinjection.

SD-11348

(p18)


W-K-MD Y N A S E A L® 3 7 0 D 4 6 " - 1 4 " T R U N N I O N B A L L V A L V E S


SPECIFICATIONS

Sizes

6" - 12" full bore


Pressure classes

ANSI 600 and 900



End Connections


Body Styles

Two-piece

Standard Materials


NACE MR-01-75

Optional Materials

Special trims available upon request.

A

B

D

C

Excess bodypressure

Seatinjectionfitting

Bi-directional flow


operation







bleeding off the body pressure.

Design standards





Specification. The DynaSeal 370D4

meets the following: MSS-SP-6 standard

finishes for pipe flanges, MSS-SP-25

standard marking system for valves,

MSS-SP-55 quality standards for steel

castings.


All DynaSeal 370D4 valves are qualified

under API standard 6FA.

Actuation-friendly


installed. Cooper Cameron Valves can

provide a total package of valves, actua-

tors or mounting plates to accommodate

actuation.

See pages 97 and 99 for technical specifications.


W-K-MD Y N A S E A L ® 3 7 0 E 4 T R U N N I O N B A L L V A L V E S


The top-entry ball valve for manifolds or other applicationswhere removing valves is difficultor prohibitively expensive.

W-K-M DynaSeal® 370E4 is a top entry

design ball valve made to API 6D stan-

dards. This design permits rebuilding

while the valve is installed in the line.

It is ideal for manifolds or other applica-

tions where removing valves is difficult

or prohibitively expensive. The DynaSeal

370E4 is made in API 6D classes 600, 900,

1500, 2500 and sizes from 2" through

8" x 6". Also, available as API 6A, 5000

in sizes 2 1/16" through 7 1/16" x 6".

Features/Benefits

Top entry construction

It is possible to replace seats, or all inter-

nals, if ever necessary without removing

the valve from the line. With this valve, it

is practical to fabricate all-welded mani-

folds without concern for possible valve

repair or maintenance.

One-piece body resists line stresses

The DynaSeal 370E4 provides maximum

resistance to distortion when compared to

other designs. It meets or exceeds all

strength requirements and yet is not as

heavy as other similar valves.

Pressure-actuated seats


with locked-in non-metallic face seals. To

assure tight sealing at low pressures, spe-

cial C springs force the seats against the

ball. At higher pressures, the upstream


Ball is held fast by trunnion,but free to turn easily atany pressure.

Pressure-actuated seatprovides positive sealunder all conditions.

Seat is set into deepgroove in its steel retainer,protected from erosionand foreign materials.

One piece bodyresists line stresses.

Top entry designin line repairable.

(p20)


W-K-MD Y N A S E A L ® 3 7 0 E 4 T R U N N I O N B A L L V A L V E S


seat is forced against the ball by the pres-

sure working across the differential

between the area of the seat insert and the

seat O-ring. The higher the pressure, the

tighter the seal.

Convenient three-way operating head

The three-way head is especially useful

when it is necessary to mount the valve in

tight quarters. A wrench lug is provided

when valve is operated by a conventional

wrench rather than a lever.

Precise open-closed positioning

The valve uses an external stop press fit-

ted into the cover plate that mates with a

stop plate on the stem. Both the stop and

stop plate may be removed when

installing actuators.


Seats will internally relieve excess body

pressure.


operation







installing pressure-releasing tool to bleed

body pressure.

Emergency seat renewal

In the event of damage to the face seal,

sealant can be injected into the valve to

provide a temporary seal. In small valves

it is injected through the drain fitting. In

valves, larger than 4" bores, injection fit-

tings are provided at each seat location.


DynaSeal 370E4 ball valves are qualified

under API standard 6FA.

Design standards





Specification.

A

C

D

C springs forlow pressuresealing

Pressureactivatedseat

Stopplate

Stoppin

B

Ball removal allowseasy access to seat.

SPECIFICATIONS

Sizes/Classes

API 6D Class 600, 900, 1500 -

2" - 6" Full bore

3" - 8" Regular port

Class 2500 -

2" - 4" full bore

6" regular port

API 6A - 5000 psi in sizes 2-1/16"

thru 7-1/16"x 6"


From -50ºF to +350ºF

(-46ºC to +176ºC)

End Connections


Body Styles

One-piece

Standard Materials


NACE MR-01-75

Optional Materials

Special trims available upon request.



W-K-MD Y N A S E A L® 3 1 0 C 2 - P I E C E F L O A T I N G B A L L V A L V E S


A premium quality floating ballvalve that has proven itself in awide variety of oilfield, chemical-petrochemical and hydrocarbonprocessing applications.

W-K-M DynaSeal® 310C 2-piece floating

ball valves satisfy a wide range of appli-

cations. Available in a variety of standard

and optional materials, they may be spec-

ified in sizes from 4" to 14" and pressure

ratings of 150 and 300.


nance -free performance, the DynaSeal

310C 2-piece is commonly selected for a

variety of applications in virtually any

industry.

Chemical and petrochemical plants

The list of chemical and petrochemical

applications for DynaSeal ball valves is

limitless. They are serving in many plas-

tic plants handling such slurries as 40%

vinyl chloride, in high pressure catalyst

lines and in processes handling dry

ladings such as polyethylene and poly-

styrene powders. There are hundreds

of applications in such plants where

DynaSeals are providing efficient

services.

Refining

DynaSeal is the workhorse of the refining

industry. The many metal seats, seals, and

available trims offer the versatility need-

ed to handle the wide variety of products

used in the refining process.

High temperature service

Special high temperature trims are avail-

able for DynaSeal 310 ball valves which

provide for service to 600˚F (316˚C).

This trim is excellent for steam service,

hot oil, heat transfer fluids, boiler feed-

water and similar applications.

Low temperature service

Standard trims accommodate temperatures

to -20˚F (-29˚C). For temperatures to

-50˚F (-46˚C); please consult the factory.

Handle can be installed in correct position only, inalignment with ball port. Handle aligned with pipeshows valve is open. Handle perpendicular showsvalve is closed. (4" and 6" bore only)


Packing can beadjusted or replacedwithout removingvalve from line.

Deep pocket design protects seat fromthe flow to extend service life.

Stop plate provides ball alignment and visual indication of open or closedposition. (4" and 6" bore only)

Ground spring for protectionin volatile fluid applications

(p22)




the ball or the flow medium. The result is

an extremely long service life.

Adjustable, replaceable packing

The in-line valve stem packing consists

of PTFE-impregnated graphite with an

impervious metal barrier, and a secondary

tapered metal back-up. The packing is

field adjustable and never requires lubri-

cation. The packing and the stainless steel

cap can be replaced without removing the

valve from line.

Fugitive emissions

DynaSeal 310 ball valves can be supplied

and certified to meet the requirements of

fugitive emissions as regulated by The

1990 Amendment to the Clean Air Act.


The stem is positively retained with a

retainer pin. It cannot be removed with

the valve in service.

Indicator handle

The design of the handle permits installa-

tion on the stem in the correct position

only — in alignment with the ball port.




Floating ball design delivers

tight seal

The ground and polished ball is free to

float, and mates perfectly with the conical

seats for a positive, leakproof seal. Self-

cleaning and self-adjusting, the ball is

also pressure-activated — the higher the

line pressure, the tighter the seal.

SPECIFICATIONS

Sizes

4" - 12" full bore; 6" - 14" regular port

Working Pressures

150 and 300 pressure classes


From -50ºF to +600ºF (-46ºC to +316ºC).

End Connections

Class 150, 300 flanged and 300 butt weld

Standard Materials

Body: Stainless steel and carbon steel

Ball/Stem: Stainless steel, carbon steel

and monel

Seat/seal trims: TFE, filled TFE, HPT-2,

316 stainless steel with chromium oxide,

316 stainless steel with F6 hard face

A

B

Maintenance-free performance

Under most conditions, the DynaSeal 310

floating ball valve will provide years of

trouble-free service with no maintenance

required. In some severe applications,

such as handling extremely abrasive slur-

ries at high temperatures, it may be nec-

essary to replace the seats occasionally.

Seat and seal kits are available and

replacement can be done easily with

ordinary tools.

Fire-tested for safety

All DynaSeal 310C valves are qualified

under API standard 607. The pocketed

seat and locked-in stem design con-

tributes to its excellent fire tested

characteristics. Should the soft seats be

destroyed by fire, the ball floats down-

stream, providing a tight metal-to-metal

seal against the lip of the seat pocket. If

the tailpiece seals are destroyed, the

metal-to-metal tailpiece body connection

retards external leakage.

Actuation-friendly


installed, including pneumatic, hydraulic,


electro-hydraulic. Cooper Cameron

Valves can provide a total package of

valves, actuators, and support services

to meet your needs.

Features/Benefits

Deep recessed seats

The seat is recessed into a deep machined

pocket, which serves to surround and pro-

tect the seat on all sides. This design

eliminates cold flow into the valve conduit

where it can be damaged by the action of

Deep recessed seats

Actuator mountingbracket for 4"- 8"x 6"valves (Optional)

Actuator mountingbracket for 8"-14"x12" valves (Optional)

W-K-M DynaSeal 310C Ball Valvewith Pneumatic Actuator


C




A premium quality floating ballvalve that has proven itself in awide variety of oilfield, chemical-petrochemical and hydrocarbonprocessing applications.

W-K-M DynaSeal® 310C 3-piece floating

ball valves satisfy a wide range of appli-

cations. Available in a variety of standard

and optional materials, they may be spec-

ified in sizes from 1/4" to 4" and working

pressures up to 5,000 psi.


nance-free performance, The DynaSeal

310C is preferred for use in critical

applications.

Slurries and Abrasive Ladings

Seat trim 92H has been developed to han-

dle highly abrasive slurries such as lime

mud, catalysts and coal slurries. Using

316 stainless steel as a base, the ball and

seats are coated with an abrasion-resistant

skin of chromium oxide and then are

lapped together to form a matched metal-

to-metal sealing set. The coating has a

hardness of Vickers 1200-1400, which is

approximately equivalent to Rockwell C

72-74. Valves trimmed for this service

can be rated up to 600˚ F.

Sour Oil and Gas Service

DynaSeal ball valves have served for

years in gathering lines, manifolds, and

field processing units in sour oil and gas

fields. They can be trimmed to conform

with NACE MR-01-75.

Features/Benefits

Deep seats


pocket, which serves to surround and

protect the seat on all sides. This design

eliminates cold flow into the valve

conduit where it can be damaged by the

action of the ball or the flow medium. The

result is an extremely long service life.

Handle can be installed incorrect position only, inalignment with ball port.

Flanged, threaded orsocket weld ends.

Stem is positivelyretained, cannotbe removed withvalve in service.

Packing adjustmentscrews and bonnet capretain compression ringand packing.

Seat is in deep protectivepocket which preventscold-flow of seat into line.

Floating ball is self-adjusting, self-cleaning.

Packing can bereplaced withoutremoving valvefrom line.

Open or closed positionlocking plate allows use ofpopular padlock designs.

DynaSeal 310C 3-piece Threaded

(p24)




Adjustable, replaceable packing

The in-line valve stem packing consists

of PTFE-impregnated graphite with an

impervious metal barrier, and a secondary

tapered metal back-up. The packing is

field adjustable and never requires lubri-

cation. The packing and the stainless steel

cap can be replaced without removing the

valve from the line.


The stem is back-seated and positively

retained with a shoulder. It cannot be

removed with the valve in service.

Teflon® seals

A Teflon body joint gasket protects the

tailpiece threads from corrosion by the

flow medium.

Floating ball design delivers tight seal








Under most conditions, the DynaSeal



required. However, seat and seal kits are

available for replacement if necessary.

Fire-tested for safety

All DynaSeal 310C valves are qualified



tributes to its unusually good fire tested




seal against the lip of the seat pocket. If

the tailpiece seals are destroyed, the



Indicator handle




Actuation-friendly



diaphragm, vane, electro-mechanical

and electro-hydraulic. Cooper Cameron


valves, actuators and support services to

meet your needs.

SPECIFICATIONS

Sizes

1/4" - 3" full bore; 1/2" - 4" regular port

Working Pressures

To 5,000 psi in small sizes, 740 psi in large

sizes; trim 23 extends pressure range to

5,000 psi in 1/2" R and 3,000 psi in 1/2" F

to 2" R


From -50ºF to +600ºF (-46ºC to +316ºC).

End Connections

Class 150, 300, 600 lb. flanged, threaded

and socket weld, Class 300 butt weld end

Body Styles

3 Piece

Standard Materials

Body: Stainless steel and carbon steel

Ball/Stem: Stainless steel, carbon steel

and monel

Seat/seal trims: TFE, filled TFE,

Delrin/Hydrin, HPT-2, Celcon, 316

stainless steel with chromium oxide,

and fluoroelastomer

Optional Materials

Wide range of trim materials.

Trim 23 extends pressure range

to 5000 psi in 1/2" R and 3000 psi in

1/2" F to 2" R

B

D

A

C

E


DynaSeal 310C 3-piece Flanged

Metal to metal seals

Seals tight here

Pressure here


W-K-MD Y N A S E A L ® 3 1 0 D F L O A T I N G B A L L V A L V E S


Designed for critical applicationswhere fugitive emissions cannotbe tolerated.

The W-K-M 310D ball valve is designed

to meet tougher industry requirements

while maintaining the key features of the

proven W-K-M floating ball valve design.

It is offered in sizes from 1/2" to 4"x 3",

class 150 and 300. The 1-1/2", 2" and 3"

full port valves are a 2 piece design. All

other sizes are the unibody design.

Engineered for heavy duty, trouble free

performance, the 310D ball valve is com-

monly selected for a number of applica-

tions in the following industries:

• Pulp and Paper

• Chemical and Petrochemical

• Refining

• Oil and Gas Production

• Terminals, Fuel Depots, and Storage

Facilities

Features/Benefits

Adjustable replacement packing

Stem packing can be adjusted while the

valve is in service.

Static grounding/body bleed port

The 310D ball valve can be supplied with

a static grounding device. A body bleed

port option is also available.

Locking capability is standard

To ensure safety, the valve can be locked

in the open or closed position.



retained to prevent stem blowout while

the valve is in service.

310D fugitive emissions

The single piece unibody, stem design

and extended stuffing box make the 310D

ball valve excellent for services where

emissions are a concern. The deep pack-

ing area is packed with a multiple chevron

or jam packing to further minimize the

possibility of emissions. A Teflon® gasket

Positively retained stem.

Deep pocketprotected seat.

Lockable handle.

External adjustable packing.

Unibody construction.

Deep stuffing box.

Removableseat retainer.

SD-11347-96

(p26)



p27)F E A T U R E S A N D B E N E F I T S

310D 2-PieceBall Valve

D

B

ensures a tight seal between the body

and tailpiece in the two piece valve

design (1-1/2", 2" and 3" full port

valves). These valves can be certified

to meet the requirements of fugitive

emissions as regulated by The 1990

Amendment to the Clean Air Act.

Teflon seals

In the unibody design, a Teflon body joint

gasket protects the body insert threads

from corrosion by the flow medium. In

the two piece valve design, a Teflon gas-

ket ensures a tight seal between the body

and tailpiece. There are no O-rings used

in the WKM 310D design.

Deep pocketed seats


pocket, which serves to surround and






Floating ball design delivers

tight seal







Fire-tested metal-to-metal seal

All DynaSeal 310D valves are qualified



tributes to its unusually good fire-tested




seal against the lip of the seat pocket.

If the tailpiece seals are destroyed, the



Indicator handle

The design of the handle permits installa-

tion on the stem in the correct position

only—in alignment with the ball port.





Under most conditions, the DynaSeal

310D floating ball valve will provide

years of trouble-free service with no

maintenance required. In some severe

applications, such as handling extremely

abrasive slurries at high temperatures,

it may be necessary to replace the seats

occasionally. Seat and seal kits are

available and replacement can be done

easily with ordinary tools.

Actuation-friendly




electro-hydraulic. Cooper Cameron Valves

can provide a total package of valves,

actuators, and support services to meet

your needs.

SPECIFICATIONS

Sizes

1/2" to 4"x 3"

Pressure Class

Class 150 and 300

Standard End Connection

Flanged, Raised Face

Standard Materials

Body: Carbon Steel, CF8M SS

Stem/ball: Carbon Steel, 316 SS

Seat: Reinforced TFE

Optional Materials

Bodies, stems, and balls can be offered

in different alloys - consult factory.

Seat materials: High Temp TFE, Viton,

Stellite, Chromium Oxide Coated

Industry Standards Compliance

ANSI B16.5, B16.104; MSS-SP-6, 25, 55,

72; API 607 and others.

A

E

Conical Seat

MetalShoulder

TEFLONgasket

(1-1/2", 2" and 3" Full Port)

See pages 124 and 130 for technical specifications.

Pressure here

C



W-K-MD Y N A S E A L ® 2 1 0 A F L O A T I N G B A L L V A L V E S


The W-K-M floating ball valvedesign expands further into the oilfield market with theDynaSeal 210A ball valve. Thisrugged, but economical ductileiron ball valve is the valve ofchoice for threaded end oilfieldapplications where carbon steel body material is not arequirement.

The W-K-M 210A ball valve is a two

piece design with ductile iron body and

tailpiece. Even though this valve is eco-

nomical, it includes many of the premium

design features found in the W-K-M car-

bon steel 310C and 310D ball valves. It

is available in 1" to 4"x3" sizes. Working

pressures offered are 1,000, 1,500 and

2,000 psi. Maximum pressure ratings are

2000 psi, 1" to 3"x2" valves, and 1500

psi for the 3"x3" and 4"x3" valves. This

valve is primarily used in the Oilfield

market, typically chosen for the following

applications:

• Production wing valves on low pres-

sure gas wells

• Production flow lines

• Production gathering systems for water,

oil, and gas

• Gas blow down service

• Tank batteries for storage or production

• Frac water tanks

Features/Benefits

Locking capability is standard

To ensure safety, the valve can be locked

in the open or closed position.



retained. It is designed to prevent stem

blowout while the valve is in service.

Back seated positively retainedstem cannot be removed withvalve in service.

Recessed “deeppocket” seat isprotected fromflow.

Open or closed position lockinghandle accommodates popularpadlock designs.

Double O-ring stem seal.

Stem gasket reduces torque andprovides a secondary stem seal.

Handle provides positive indicationof open/closed position.

(p28)



(25)F E A T U R E S A N D B E N E F I T S

Color coded working pressures

for safety

The lock plates are color coded so

pressure ratings are quickly identified

(1,000 psi - green, 1,500 psi - blue &

2,000 psi -red) .

Superior stem journal design

prevents stem seizure

The stem is designed with two internal

O-ring grooves located on either side of

a shallow grease groove. The top O-ring

is a weather seal while the bottom one

seals the stem bore against the line media

from the stem bore. The stem gasket pro-

vides a backup seal.

The shallow groove between the

O-rings provides three benefits:

• prevents stem seizure

• reduces torque

• provides a space for permanent lubricat-

ing grease applied at the factory during

assembly.

This stem design provides long,

trouble free service without the need for

additional grease, but for those customers

wanting additional assurance, a grease

fitting is offered as an option.

Deep pocketed seats


pocket which serves to surround and





extremely long service life.

Teflon body seal

A Teflon body seal is positioned between

the line bore and tail piece threads isolating

the threads from the line media.

Seal pin device provided as standard

on 1000 psi, 2", 3" and 4" reduced

port valves (210L).

A secondary seal pin device for applying

tamper detection seals is provided on

these three 1,000 psi valves. These valves

(referred to as 210L) are a popular choice

for production tank batteries where tamper

detection seals are often required.

Fire tested seat design

The W-K-M DynaSeal 210A ball valves

are qualified under API Standard 607.

The pocketed seat, locked-in stem, and

body/tailpiece designs give this valve

unusually good fire-safe characteristics.

SPECIFICATIONS

Sizes

1" to 4"x 3"

Pressures

1000, 1,500 and 2,000 psi

Standard End Connection

API line pipe threads

Standard Materials

Body: Ductile Iron

Stem & ball: Carbon Steel

Seat/seals: Delrin/Buna-N

Optional Materials

Stem & ball: Stainless Steel

Seat/seals: Teflon / Viton

(Note: 210A valves trimmed with SS

stem and ball, with Teflon seat and

Viton seals meet NACE MR-01-75

requirements for H2S service)


ANSI B16.5 & B16.34; MSS-SP-6, 25, 55,

72 & 61; API 607.

D

E

A

210L with Seal Pin.

B

C




W-K-MD Y N A S E A L ® 2 1 0 F F L O A T I N G B A L L V A L V E S


The economical floating ballvalve with the deep-pocketedseats and “O” ring stem seals hasproven its toughness in multipleapplications.

W-K-M DynaSeal® 210F floating ball

valves satisfy a wide range of applications.

They are available in carbon steel, and

may be specified in sizes from 1" to 4" in

class 150, 300 and 600 flanged ends. They

are also available in 2" regular and full

bore sizes with threaded ends and work-

ing pressures of 2,500 or 3,000 psi.


nance-free performance, the DynaSeal

210F is commonly selected for a number

of applications in the oil and gas gather-

ing and field processing applications

including NACE MR-01-75.

Oil and gas production

Many oil and gas processing units are in

remote locations where reliability is the

first consideration. That’s why DynaSeal

valves are the first choice of production

engineers in many oil companies. In addi-

tion, DynaSeals meet the extra heavy-

duty standards of the petroleum industry.

Sour oil and gas service

DynaSeal ball valves have served for

years in gathering lines, manifolds, and

field processing units in sour oil and gas

fields. They can be trimmed to conform

with NACE MR-01-75.

Features/Benefits

Deep seats


pocket, which serves to surround and pro-

tect the seat on all sides. This design





Teflon® seals

A Teflon body joint gasket protects the

tailpiece threads from corrosion by the

flow media.

Back seated positively retainedstem cannot be removed withvalve in service.

Recessed “deeppocket” seat isprotected fromflow.

Open or closed position locking handle accommodatespopular padlock designs.

O-ring stem seal.

Stem gasket reduces torque andprovides a secondary stem seal.

2" and 3" Bore Size

(p30)




Floating ball design delivers tight seal



seats for a positive, leak proof seal. Self-


also pressure- activated — the higher the


Low torque operation

Stem “O” rings and gasket optimize stem

sealing and reduce torque values to the

minimum.

Fire tested

All DynaSeal 210F valves are qualified


seat design contributes to its unusually

good fire tested characteristics. Should

the soft seats be destroyed by fire, the

ball floats downstream, providing a tight

metal-to-metal seal against the lip of the

seat pocket. If the tailpiece seals are

destroyed, the metal-to-metal tailpiece

body connection retards external leakage.



retained with a shoulder. It cannot be

removed with the valve in service.

Indicator handle





Under most conditions, the DynaSeal 210f



required. However, seat and seal kits are

available for replacement if necessary.

Actuation-friendly




electro-hydraulic. Cooper Cameron


valves and actuators to meet your needs.

SPECIFICATIONS

Sizes

1" - 3" full bore


Working Pressures

150, 300, 600


From -20º F to +350ºF (-29ºC to +177ºC)

End Connections

Flanged

Threaded - 2" regular and full bore

Body Styles

3-piece

Standard Materials

Carbon steel

Optional Materials

Available with NACE and stainless

steel trims.

C

A

B

2" x 11/2" size

O-ring stem seal.

Stem gasket reducestorque and provides asecondary stem seal.



T H O R N H I L L C R AV E RA D J U S T A B L E C H O K E S


A long-time standard for safetyand reliability in the oilfield,Thornhill Craver UNIBOLT Stemand Seat Adjustable Chokes aredesigned for high performance incritical applications such as gaswells with high pressure drops,abrasive flow and corrosive conditions.

The Thornhill Craver UNIBOLT Choke

design is field proven in a wide range of

applications. Available with alloy steel

or 12% chrome stainless steel body, it is

provided with a ring-groove or taper-type

seal depending on size and pressure.

Adjustable choke styles are Standard,

Long Nose Heater, Force Balanced and

Steam.


nance-free performance, The Thornhill

Craver UNIBOLT Choke is commonly


including:

• Production manifolds

• Wellheads

• Heaters

• Critical Services

• Well testing

• Well clean-up

The UNIBOLT coupling between the

body and yoke is a unique design feature

that ensures superior reliability and safety

over other methods. The connection is

made by means of the UNIBOLT inter-

locking shelf design rather than by

conventional threads or flanges.

Features/Benefits

Coupling vs. threads for safety


body and yoke provides a higher degree

of safety than conventional threads or

flanges due to the greater amount of metal

in shear. There are no threaded or flanged

connections between component parts,

and the adjustable choke may be disman-

tled quickly for change of stem seats.

Stem packing seals in line fluid,isolates stem threads from lading.

”No go“ stem ring for safety.

UNIBOLT coupling for safetyand easier field maintenance.

PLUGLOK allows pressurerelease, ensures safety.

Reliable metal seal.(Mechanical, ringgroove type shown)

Variety of end connections available.(Flanged inlet by UNIBOLT outlet shown)




compounded with Teflon requires no lubri-

cation. The stem seat and gasket can easily

be removed for inspection and replacement

if necessary.

For added safety, the stem can only be

removed through the bottom of the yoke

hub assembly.

Stem ring for safety

A “no-go” ring is an integral part of the

tip end to prevent separation of the stem

and the bonnet assembly in the event that

thread deterioration causes the stem to

release in an upward motion.

Variety of end connections available

Threaded; UNIBOLT Line Pipe or butt

weld; flanged API or ANSI connections

are available. Chokes may be ordered with

combined end connections, and other

manufacturers’ end connections are also

available. Typically, other than threaded,

the most economical is a choke body with

UNIBOLT connections.

Two seal designs utilized

The ring-groove seal is a mechanical-type

seal requiring tightening of the unit to

effect a seal. The taper-type seal is self-

energizing under pressure in both directions

and secures between the yoke and body.

On both seal types, the yoke member pilot

fits snugly into the body, centers the stem

in the seal and minimizes vibration.

PLUGLOK Bleeder plug for safety

and pressure release

Every UNIBOLT Choke comes with the

PLUGLOK safety system. The bleeder

plug functions to indicate unexpected pres-

sure as well as a means to relieve trapped

Simple conversion to positive choke

A blanking plug may be substituted for

the yoke bonnet assembly to effect simple

field conversion to a positive choke.

Easily automated

The UNIBOLT Adjustable Choke is

easily automated with pneumatic actua-

tion. Yoke adapter assemblies for Fisher

actuators are a standard design.

Easy maintenance

Only common tools are required. ACME

Power Threads on the reduced diameter

of the stem facilitate insertion through the

packing assembly. Chevron-type packing,

body pressure. The bleeder plug insures

safety because it must be removed before

the nut member can be unlocked to open

the choke for maintenance.

Styles

Standard Adjustable Choke

Stem and Seat Adjustable Chokes are

designed for high performance in critical

applications such as gas wells with high

pressure drops, abrasive flow and corro-

sive conditions.

Long Nose Heater Adjustable

Choke

When installed on an indirect heater,

with the outlet end of the elongated

choke body fastened directly to the tube

bundle, the choke seat area is completely

surrounded by the hot water which is

primarily used to heat the tubes. The heat

generated in this manner has a beneficial

effect in minimizing the severe refrigerat-

ing action resulting from metering high

pressure natural gas.

Force Balanced Adjustable Choke

Designed to handle high-pressure, high-

volume applications, it employs an innov-

ative force-balanced arrangement which

allows for very low operating torque.

Adjustable Steam Choke

Designed for use in steam injection and

other high-temperature applications up

to 800ºF.

Material Options

Body: alloy steel or 12% chrome

stainless steel

Seats & stems: alloy steel, 12% chrome

stainless steel and tungsten carbide

A

B

C

D

SPECIFICATIONS

Sizes

2" chokes: seat ID 1/2" to 1"

3" chokes: seat ID 1" to 2"

Pressure Ratings

2,000 psi to 20,000 psi

End Connections

Threaded, UNIBOLT Line Pipe, UNIBOLT

butt weld, flanged API or ANSI



T H O R N H I L L C R AV E RP O S I T I V E C H O K E S


A long-time standard for safetyand reliability in the oilfield,Thornhill Craver UNIBOLT Positive Chokes are designed for maximum performance under critical conditions.

Thornhill Craver UNIBOLT Positive

Chokes are available for pressures up to

20,000 psi with either alloy steel or 12%

chrome stainless steel body. They are

provided with a ring-groove or taper type

seal depending on size and pressure. Bean

sizes can be specified from 1/64" to 2".


nance-free performance, the Thornhill

Craver UNIBOLT Choke is commonly


including:

• Wellheads

• Well testing

• Manifolds

• Process facilities

The UNIBOLT coupling between

the blanking plug and the body is a

unique design feature that ensures

superior reliability and safety over other

methods. The connection is made by

means of the UNIBOLT interlocking

shelf design rather than by conventional

threads or flanges.

Features/Benefits

Coupling vs. threads for safety


body and blanking plug provides a higher

degree of safety than conventional

threads or flanges due to the greater

amount of metal in shear. There are no

threaded or flanged connections between

component parts, and the choke may be

dismantled quickly for change of beans.

Simple conversion to adjustable choke

The blanking plug may be replaced with

a yoke bonnet assembly to effect simple

field conversion to an adjustable choke.

Easy maintenance

Only common tools are required and there

are no multiple bolts to loosen and remove.

Parts are interchangeable and the seal ring

is reusable. Installation, parts replacement,

and other field work are simple.

Variety of end connections available

Threaded; UNIBOLT line pipe and butt

Flexible flow bean offering:optional materials available,optional UNIBOLT “X” beanoffered between 1/64" and1/4" orifice size.

Bleeder plug allowspressure release,ensures safety.

UNIBOLT coupling for safetyand quick dismantling; easyfield maintenance.

Reliable metal seal.(taper type seal shown)




A

SPECIFICATIONSSee page 142 for technical specifications.

Sizes

2" chokes: bean ID 1/64" to 1"

3" chokes: bean ID 1/64" to 2"

Pressure Ratings

2,000 psi to 20,000 psi

End Connections

Threaded, UNIBOLT line pipe, UNIBOLT

butt weld, flanged API or ANSI

Material Options

Body: alloy steel or 12% chrome

stainless steel

Flow beans: alloy steel, 12% chrome

stainless steel. Tungsten carbide and

ceramic inserts available

weld; flanged API or ANSI connections

are available. Chokes may be ordered

with combined end connections, and

other manufacturers’ end connections

are also available. Typically, other than

threaded, the most economical method is

a choke body with UNIBOLT connections.

Flexible flow bean offering

Beans are available in alloy steel or

12% chrome stainless steel. Beans with

ceramic or tungsten carbide inserts are

also available. UNIBOLT “X” beans are

offered in orifice sizes less than 14/64"

for more precise flow control in 10%

increments (5% increments available

between orifice sizes 6/64" and 14/64").

Bleeder plug for safety and

pressure release

Every UNIBOLT Choke comes with the

PLUGLOK safety system. The bleeder

the bolt force approximately 6-1/2times as it is transmitted to the sealring. This force is further multiplied3.2 times by the 18º included angle in the ring and groove seals. Since the helical angle is self-locking, thebolt is under no stress after the initial tightening.

Seal ring squeezes tightly betweenplain hub and lug hub for a strongseal. Plain hub fits over pipe end to facilitate joining with another.

U N I B O LT S T E E L C O U P L I N G S

SPECIFICATIONSSee page 142 for technical spec.

Sizes

1" to 6"

Pressure Ratings

Up to 15,000 lbs CWP

End Connections

Threaded or butt weld -

3,000, 5,000 lbs. CWP

Butt weld only -

10,000, 15,000 lbs. CWP

Standard Materials

All steel

Optional Materials

Corrosion-resistant

materials available.

Maximizing leverage for strongconnections, Thornhill CraverUNIBOLT Couplings are the high-pressure, compact andlightweight alternative to APIor ANSI flanges for piping systems.

The UNIBOLT coupling ensures

superior reliability and safety over

other methods. The connection is

made by means of the UNIBOLT

interlocking shelf design rather

than by conventional threads or

flanges and provides a higher degree

of safety than conventional threads

or flanges due to the greater amount of

metal in shear.

Supporting angle between nut mem-ber and plain hub equalizes pressurearound the seal ring.

Nut member slips over lug hub,shelves engage when rotated.

Helical shelves in nut member wedgeagainst external shelves on the lughub, exerting tremendous pressureon the seal ring.

Tee head bolt - when tightened, thehelix angle of the shelves multiplies

plug functions to indicate unexpected

pressure as well as a means to relieve

trapped body pressure. The bleeder plug

insures safety because it must be removed

before the nut member can be unlocked

to open the choke for maintenance.

NutMember

PlainHub

SealRing

LugHub Bolt

SD-10894

1

3

4

2

5

1

3

4

2

5


F O S T E RD - S E A L G A T E V A L V E S


The critical situation gate valvewith the dual seal, it’s durable,simple, accessible and absolutelybubble-tight.

Foster D-Seal valves satisfy a wide range

of ANSI and API 6D applications. Available

in carbon or stainless steel, they may be

specified in sizes from 2" to 40" and

pressure classes up to 1500.


nance-free performance, The Foster

D-Seal is commonly selected for a num-

ber of applications, in the following

industries:

• Pipelines

• Meters

• Geothermal

• Industrial

The Foster D-Seal valve’s smooth,

continuous bore minimizes turbulence.

In full bore valves, pressure drop is no

more than through an equal length of the

same size pipe. Seat faces are outside

the flow stream and thus protected from

contact with the lading, whether the valve

is open or closed.

Primary seat.

Stem sealant injection fitting.(Emergency use only)

Block and bleedtest fitting.

Motor/BGOmounting flange

Rising stem.

D-Seal seat assembly is availablewith optional metal-to-metalprimary seat.

Body drain fitting.

Slab gate.

Full-bore through-conduitdesign eliminates turbulence.

Directional self-energizedstem seals.

Stem backseat.(In fully open position)

Secondary seat.

One-piece cast body resistspipeline bending moments.

C1326

(p38)




Features/Benefits

Redundant seals

Multiple backup seals are used in every

critical area: two independent seats on

each side of gate, three seals in the stem

sealing area, which includes back seat

capability in the fully open position.

Through-conduit design

The full round bore makes it possible

to run pigs, scrapers or hot tap cutters

without damaging the valve, lodging the

scraper, or jamming it with metal cuttings.

Two functional valves in one

D-seal (dual seat) more than doubles the

usable life expectancy compared to a

conventional valve.

Totally bidirectional

Seals in either direction, which in some

cases can eliminate valves used in tan-

dem.

Easy in-line repairs

Replacement of gates, seats, secondary

seats, and stem packing can be easily

accomplished in-line without the need for

special seating tools. The simple, accessi-

ble design allows repair work to be han-

dled through your in-house maintenance

program.

Simple operation and low torque

Allows use of a smaller, more economical

actuator.

SPECIFICATIONS

Sizes

2" - 40"

Pressure Classes

150, 300, 400, 600, 900 , 1500


Standard service: -20ºF to +250ºF

(-29ºC to + 121ºC)

MTBE service: -20ºF to +400ºF

(-29ºC to + 204ºC)

Anhydrous ammonia service:

-20ºF to +250ºF (-29ºC to + 121ºC)

Geothermal service:

-20ºF to +550ºF (-29ºC to + 232ºC)

End Connections

Flanged, weld end, and flange x weld

Body Styles

Unibody

Optional Materials

Trims available for sour gas, low

temperatures to -50ºF, waterflood

and other special applications.

Gate

Primary Seat

Secondary Seat

Gate Bore

Valve Body

Belleville Spring

Valve Body Cavity

Direction of Flow

Valve Conduit

C1009

Gate

Gate Bore

Valve Body

Valve Body Cavity

Valve Conduit

Gate Bore

Valve Body

Lower Valve Conduit Pressure

HigherValve Body Cavity Pressure C1011

One-Piece Stem

Directional Self-Energized

SealsLantern Ring

Injection Port

Backseat Valve Body Cavity

Gate

Stem

C1012

A

B

C

Dual seal operation

The primary seat seals on both the

upstream and downstream sides via an

imbalance of pressure which pushes the

seat toward the gate to create a bubble

tight seal.

The secondary seat activates if the

face of the primary seat becomes damaged.

As pressure leaks across the damaged

primary seat face, the secondary seat is

energized by line pressure acting on the

back of the secondary seat. The seat is

moved toward the gate via an imbalance

of pressure creating a bubble tight seal.

Internally self-venting

When the differential pressure between

the body cavity and the line exceeds the

preset strength of the belleville spring,

pressure is automatically relieved to the

upstream conduit without venting conta-

minants to the atmosphere.

Stem backseat and seals resist leaks

The packing set is comprised of two

self-energized seals which face the body

cavity pressure. When exposed to pres-

sure, these seals are further energized. A

lantern ring separates the two seals and

allows for injection of sealant if a leak

occurs. When fully open, the entire stem

packing area is isolated from body cavity

pressure by a metal to metal backseat,

further maximizing the life of the seals.



W-K-MP O W - R - S E A L ® G A T E V A L V E S


One of the most trusted of allpremium gate valves, its famousexpanding gate forms a supertight seal.

W-K-M Pow-R-Seal valves satisfy a wide

range of ANSI and API 6D applications.

Available in carbon or stainless steel, they

may be specified in sizes from 6" to 36"

and pressure classes up to 2500.


nance-free performance, The W-K-M

Pow-R-Seal is commonly selected for a

number of applications, including:

• Product and raw material storage

• Manifolds

• Processing and steam

• Steam injection wellheads

The Pow-R-Seal valve’s smooth,

continuous bore minimizes turbulence.

In full bore valves, pressure drop is no

more than through an equal length of the

same size pipe. Seat faces are outside the

flow stream and thus protected from con-

tact with the lading, whether the valve is

open or closed.

Leverlock® gate centralizercontracts gate-segmentassembly for travel andexpands it for seating.

Full-bore through-conduitdesign eliminates turbulence.

Stem seal is now self-energizedand does not require injectablepacking in new models.

One-piece cast body resistspipeline bending moments

Gate

Segment

Rising stem

SD24012

(p40)




Features/Benefits

Expanding gates for powerful seal

During travel, the gate and segment

assembly is collapsed and travels freely.

In the closed position, the segment is

forced by a stop to wedge against the

gate, pushing both out against the seats.

In the open position, the gate and

segments again are forced to wedge

against each other, expanding to form a

seal against the seats and isolate flow and

any contaminants from the valve body.

Mechanical seating

Seating force is mechanical, normally

unaffected by line pressure fluctuations or

vibration, for an absolute mechanical

seal, both upstream and downstream.

Through-conduit design

The full round bore makes it possible to

run pigs, scrapers or hot tap cutters with-

out damaging the valve, lodging the

scraper, or jamming it with metal cuttings

Double-sealing replaceable seats

In addition to a metal-to-metal seal, a

TFE-to-metal seal—both upstream and

downstream—is provided by TFE inserts

in valves for operating temperatures of

-20ºF to +250ºF (-29ºC to +121ºC). The

seats can be removed and replaced while

the valve is in the line.

Block and bleed capability

In closed position, the valve forms a

tight mechanical seal against both seats

simultaneously, which allows the body

cavity to be bled.


Pow-R-Seal Valves can be supplied to

API 6FA. Fire test programs are usually

ongoing. If industry standards change or

customer requirements are different from

above, call your Cooper Cameron Valves

representative.

Emergency sealant injection

In the event of damage to sealing parts,

sealant can be injected to effect a seal

until the valve can be repaired.

In-line overhaul

Gates, seats and other internal parts can

be removed and replaced by a trained

serviceman without excessive shutdown

time.

SPECIFICATIONS

Sizes

6" - 36"

Pressure Classes

300, 600, 900 , 1500, 2500



for standard


with external packing gland


with internal packing gland

A

B

C

End Connections

Flanged, weld end, and flanged x weld

Body Styles

Unibody

Optional Materials

Specific trims for corrosion resistance

and low and high temperatures

available.



(p42)

C A M E R O NS A F - T - G A R D ® A C T U A T O R S


SPECIFICATIONS (MA12 Series)

Sizing for

1-13/16" through 12"

API Classification

6A, 14D, 6D

Trim

Standard - AA

PSL* (API requires that only

retained fluid actuators must

have a PSL rating)

1,2,3

Class

Standard - 1,2

Maximum Operating Pressure

170 psi

Relief device setting

170 psi (12 Bars) at 130ºF (54ºC)

Test Pressure

255 psi (18 Bars)

Spring preload at full closed

position

850 lbs force

Weight

75 lbs (34kg)


(T) = 0ºF to +180ºF (-18ºC to + 66ºC)

Volume Displacement

397 in3 (6506 cm3)

The ideal actuators for Foster D-Seal gate valves, Saf-T-GardPneumatic Diaphragm, PneumaticPiston and Hydraulic actuatorscombine field-proven featureswith innovative technology.

The Saf-T-Gard Pneumatic Diaphragm

MA 12 Series actuator is designed for

trouble-free operation, avoiding most of

the problems such as galling, misalign-

ment, distortion and O-ring failures

commonly associated with piston-type

actuators.


nance-free performance, it features:

• Stronger actuator mounting

arrangement

• Corrosion-resistant materials

• Superior diaphragm design

• Flexible actuator orientation

• Heavy duty compression spring

MA12

Model MA12


C A M E R O NS A F - T - G A R D ® A C T U A T O R S


The Saf-T-Gard Hydraulic MH 60

Series actuator is a dual piston design

which combines the greatest force value

with minimal supply pressure while

requiring a very small swept volume.



• Superior piston design

• Wear bearings eliminate galling

• Visual indicator easily viewed

SPECIFICATIONS (MH60 Series)

Sizing for

1-13/16" through 12"

API Classification

6A, 14D

Trim

Standard - AA

Trim for retained fluid components

FF

PSL*

1,2,3

Class

Standard - 1,2


5800 psi (400 Bars)


5800 psi (400 Bars) at 130ºF (54ºC)

Test Pressure

8750 psi (603 Bars)

Weight by model

6002, 6003 - 175 lbs (78kg); 6004, 6005,

6006 - 275 lbs (125kg)

Operating Temperatures - (P/U)

-20ºF to +250ºF (-29ºC to + 121ºC). For spe-

cial temperature applications, contact

engineering.

SPECIFICATIONS (MP14 Series)

Sizing for

1-13/16" through 12"

API Classification

6A, 14D, 6D

Trim

Standard - AA

Trim for retained fluid components

FF

PSL*

1,2,3

Class

Standard - 1,2


170 psi


170 psi (12 Bars) at 130ºF (54ºC)

Test Pressure

255 psi (18 Bars)

Spring preload at full closed

position

1000 lbs force

Weight

190 lbs (86kg)


T= 0ºF to +180ºF (-18ºC to + 66ºC)

Volume displacement

1200 in3 (19,656 cm3)

The Saf-T-Gard Pneumatic Piston

MP14 Series actuator’s remarkable sim-

ple design and operating principle make it

suitable for all types of applications. The

Cameron piston actuators are inter-

changeable and versatile because they

accept a wide variety of supply gas, com-

pressed air, nitrogen or well gas.



• Superior piston design

• Simplified seal replacement

• Actuator interchangeability

C0762

CLOSE

OPEN

MH60

C0922

MP14

Model MP14 Model MH60


D E M C OS E R I E S D M A P I / A N S I G A T E V A L V E S


Sight lens for open/close indication(4" 5000 psi and larger).

Bonnet is easily removedfor in-line service.

Heavy duty, risingstem design withthrust bearings.

Stem seal assembly preventsleakage into the stem areafor protection and long life.

The premier design in the oil and gas drilling market, DemcoSeries DM Gate Valves are specifically engineered for therigorous requirements of oilfieldapplications.

Designed for dependable, heavy duty per-

formance in abrasive service conditions,

Demco DM gate valves are commonly

selected for a number of oilfield applica-

tions, including:

• Pump manifold block valves

• High pressure mud mixing lines

• Standpipe manifolds

• High pressure drilling system

block valves

• Wellheads

• Well treating and frac service

• Production manifolds

• Production gathering systems

• Production flow lines

The Demco series DM gate valve is

offered in two basic pressure classes:

The ANSI series valves conform

to the standard flange dimension and

pressure requirements for ANSI classes

400, 600, 900 and 1500. Except for the

4" class 1500, these valves are designed

with economical, double acting threaded

stem & gate. The 4" 1500 use the same

rising stem design used in the 4" 3000

API series valve.

The API series valves conform to the

standard flange and pressure requirements

for API classes 2000, 3000 and 5000.

Except for the 4" and larger API 5000,

these valves are designed with heavy

duty, double acting rising stems.

Both series are offered with threaded,

weld and flanged end connections. End

connection availability varies by size and

pressure based on market requirements.

Some sizes in the ANSI series are offered

with grooved end connections.

Unique seat designprovides drop tightshut-off, easymaintenance.

4" and larger API 5000 Series DM Gate Valve(12 bolt bonnet design shown - 10,000 psi test)

(p44)


D E M C OS E R I E S D M A P I / A N S I G A T E V A L V E S


Features/Benefits

In-line field repairability

The bonnet is easily removed for internal

parts inspection and/or replacement with-

out removing the valve from the line.

This design simplicity permits fast and

easy service without the need for special

tools.

Flexible trim offerings

Optional materials for stems, gates, seat

inserts and seat elastomers make it easier

to trim valves for a wide range of service

conditions. Three internal plastic coatings

for the body and bonnet are offered to

improve resistance to wear and corrosion.

Double acting thread design for

fast operation

The ANSI series double acting

thread design uses a threaded stem into

the gate working with threads in the bon-

net and handle assembly. Stems are pol-

ished and include a dependable o-ring

and anti-extrusion seal. This unique

design is economical and effective.

(note: 4” 1500 valve is a double acting,

rising stem design, similar to the 4” 3000

valve.

The API series double acting threads

work together in a specially designed

stem screw, screw housing and stem

arrangement (except 4" and larger 5000 is

a single thread, heavy duty rising stem

design with bearings).

The rising stem design protects the

stem threads from the lading. Further

thread protection is provided by a special

stem seal assembly.

The 4" and larger 5000 psi DM gate

valve includes a sight lens to view the

stem for determining gate position.

Exclusive seat design for drop

tight sealing

The Demco Series DM gate valve seat

uses a unique design to provide a drop tight

shut off in abrasive and erosive service.

The seat consists of two identical

metal wear rings encapsulated in elas-

tomer to form a cylindrical shape with a

gate slot and two round ports. The closed

gate bears on the downstream wear ring

while the elastomer provides a drop-tight,

pressure responsive seal around the port.

The cylindrical seat assembly fits

into the matching body cavity and is

expanded outward toward the valve ports

by the bonnet and spread ring in the

bottom of the seat. The expansion occurs

when the bonnet is tightened onto the

body while engaging the seat pin

extensions from both wear rings.

This design ensures a tight seat seal

against the body and around each valve

port and has proven to be effective even

if the gate and seat ring become scored

or abraded during service.

When it comes time for maintenance,

the seat's single piece design makes it easy

to pull out of the body for replacement.

SPECIFICATIONS

Sizes

ANSI Series: 1-1/2" - 8"x 6"

API Series: 2" - 6"x 4"

Pressure Class

ANSI Series: 400, 600, 900 & 1500

API Series: 2000, 3000, 5000

Standard End Connections

Threaded,Weld and Flanged

Standard Materials

Body & Bonnet: Steel

Stem, gate and seat inserts:

Steel and Stainless Steel

Seats: Buna N, Viton

Optional Materials

Gate: Monel, Aluminum Bronze

Seat: Hypalon


Ability to comply with NACE, ABS,

DNV, Lloyds and other stringent

industry standards.

B

E

B

A

C

D

C

4" API 3000

3" ANSI 900/1500

4"API 5000 (4 bolt design shown)


F

E


D E M C OS E R I E S D M 7 5 0 0 G A T E V A L V E S


Meeting the tough, 7,500 psiworking pressure demands ofdeep well drilling is the DemcoDM 7500 gate valve. The DM7500 comes to this market withproven technology from theindustry leader.

When the market demanded a 7,500 psi

drilling mud valve, the Demco DM 7500

gate valve was introduced to meet the

challenge. This is fitting since Demco

DM API gate valves (2,000 to 5,000 psi)

continue to be the premium drilling mud

valves of choice, as they have been for

more than 30 years.

The Demco DM 7500 is available

in sizes 2" to 6" with butt weld end or

flanged end connections.

Engineered specifically for the high

pressure requirements of deep well

drilling, the Demco DM 7500 gate

valve is chosen for the following drilling

applications:

• Standpipe manifolds

• Pump manifold block valves

• High pressure drilling system block

valves

• High pressure frac service

Features/Benefits

Floating slab gate design

A slab gate with “T” slot stem connection

allows the gate to float to the seat provid-

ing a tighter pressure responsive seal.

Sight lens allows operatorto determine gate position.

Rising stem design — threadsprotected from line medium.

Flow cleansed design.

Replaceable stem packingwithout removing bonnet.

(p46)


D E M C OS E R I E S D M 7 5 0 0 G A T E V A L V E S





out removing the valve from the line.

This design simplicity permits fast and

easy service without the need for special

tools.

Heavy duty roller bearings

Large, heavy duty stem roller bearings

reduces torque.

Unique, abrasion-resistant, one

piece seat design.

The seat assembly consists of two stain-

less steel insert/support rings to which a

resilient elastomer is permanently bonded.

The elastomer provides tight shut off

after long use in abrasive service. The

stainless steel rings are corrosion and ero-

sion resistant. The rings are specially

designed to ensure maximum bonding

strength for the elastomer. The one piece

design makes field replacement easier.

Locking seat alignment

The seat assembly is engineered with a

metal “lock shell” that anchors the seat in

the bottom of the valve. This design

ensures accurate seat alignment with min-

imum resistance to flow.

Body wear rings

Surface hardened alloy body wear rings

back up both sides of the seat. These

rings extend the service life of the valve

by absorbing erosive wear that can dam-

age the body around the seat bore area.

Rising stem design

The Demco DM 7500 uses a rising stem

design which isolates and protects the

threads from the line medium. The rising

stem also indicates gate position.

Visual position indicator lens

A clear position indicator lens allows the

operator to easily determine whether the

valve is open or closed. The indicator

lens also helps to protect the stem threads

from the weather.

Replaceable stem packing

The stem packing can be replaced with-

out removing the bonnet from the valve

(3" - 6") saving time when this mainte-

nance may be required.

Flow-cleansed design

The body cavity area is designed to

allow continuous “flushing” by the

fluid flow. This action prevents the valve

from “sanding up”, even in standpipe

installations.

SPECIFICATIONS

Sizes

2" to 6"x 5"

Pressure

7,500 psi WP, 11,250 Test

Standard End Connections

Butt Weld and Flanged

Standard Materials

Body and Bonnet: Alloy Steel

Gate: Alloy Steel & Stainless Steel

Stems: 410SS & 17-4SS

Seat/seals: Buna-N & Viton

Body wear rings & seat rings: Carbon

Steel & 410SS

Optional Materials

Stems & Gates: Duplex SS


Ability to comply with NACE, ABS, DNV,

and other stringent industry standards.

A

B

E

F

D

G

C



D E M C OS E R I E S D T / D B G A T E V A L V E S


Known throughout the industryfor their quality design andrugged dependability, Demco corrosion-resistant gate valvesand accessories are made especially for waterflood and CO2 applications.

Demco Aluminum Bronze and Stainless

Steel Products are designed especially for

the demanding requirements of corrosive

CO2 injection and waterflood applications

in the enhanced oil recovery market.

Demco Series DT gate valves are

available in sizes 1" to 4". Demco Series

DB gate valves are available for 6" and

8" size applications.

Features/Benefits




out removing the valve from the line.This

design simplicity permits fast and easy

service without the need for special tools.

Corrosion resistant materials

are standard.

Body and bonnet materials as well as all

internal wetted parts comply with NACE

RP-0475.

Stem back-seat capability

Demco’s DT design allows the stem to

back-seat providing a backup stem seal

capability when the valve is in the open

position.

Rising stem design

A rising stem moves the handle up and

down providing a visible aid for deter-

mining whether the valve is in the open

or closed position.

Pressure responsive drop-tight

sealing.

Standard seats consist of 316SS seat rings

encapsulated with 90 Durometer, perox-

ide cured Buna N elastomer to provide

reliable, drop tight sealing for extended

service life.

Full throughconduit design.

Stem threads isolatedfrom line media.

Four ring packing set.

Flanged DT Gate Valve

(p48)


D E M C OS E R I E S D T / D B G A T E V A L V E S


Superior Abrasion Resistance

Buna N elastomer encapsulated seats also

provide an excellent deterrent to abrasion,

further enhancing extended service life.

Four ring stem packing set.

The DEMCO DT stem seal design uses

four packing rings preventing leakage

into the stem journal and outside the valve.

Through conduit gate design

Full through conduit design assures non-

turbulent flow and gate alignment for

improved valve performance and longer

service life.

Non-wetted stem thread design

DEMCO’s stem design isolates corrosive

lading from contacting stem threads pre-

venting stem seizure and assuring long

trouble free valve performance.

Accessories

Ball check valves, flow tees, strainers and

chokes are available to complete require-

ments for an entire injection assembly.

Aluminum Bronze Ball Valves are also

offered for additional requirements found

in this market.

Ball Check Valves

Flow Tees

Strainers

Bronze Ball Valves

Series DB Gate Valve

The DEMCO Series DB gate valve is

available for the larger 6" and 8" pipe

sizes in the enhanced oil recovery market.

These valves also feature aluminum

bronze body and bonnet as standard.

Internal parts are 316SS.

The exclusive seat design of the

DEMCO DB gate valve is the same

proven design found in the DEMCO

DM series gate valves. The seat consists

of two identical metal wear rings encap-

sulated in elastomer to form a cylindrical

shape with a gate slot and two round

ports. The closed gate bears on the

downstream wear ring while the elas-

tomer provides a drop-tight, pressure

responsive seal around the port. This

design provides an effective seal even if

the gate and seat ring become scored or

abraded during service.

The Demco Series DB is also field

repairable while the valve is in line.

SPECIFICATIONS

Sizes

Series DT 1" - 4"

Series DB 6"x 4", 6" & 8"x 6"

Pressure Class

1" - 4" DT: Class 600, 900 & 1500:

6" DB: Class 600, 900 & 1500

8" DB: Class 600 & 900

End Connection

Threaded and Flanged, see product

specification section for sizes.

Standard Materials

Body & Bonnet: Aluminum Bronze

Stem, gate and seat inserts: Stainless

Steel

Optional Materials

DT: Stainless Steel Body and Bonnet

Viton or P-10 seats

DB: Viton seat elastomer

SD016080

A

B

E

C

D

Ball Check Valves

Series DT Gate Valve

Flow Tees

Strainers

F

G

H

Series A Bronze Ball Valve I


SD-016080


(p51)

W-K-MD Y N A C E N T R I C H I G H P E R F O R M A N C E B U T T E R F L Y V A L V E S


The high performance butterflyvalve that brings low cost andlight weight to high pressurewater, oil, steam, gas and slurryapplications.

W-K-M DynaCentric butterfly valves sat-

isfy a wide range of industrial applications.

Available in carbon steel or stainless steel

as well as lug and wafer body styles, they

may be specified in sizes from 3" to 24"

and pressure classes up to 600, 3" to 12",

and up to class 300, 14" to 24".


nance-free performance in a variety of

uses, the W-K-M DynaCentric High

Performance butterfly valve is most

commonly selected for the following

applications:

• Chemical and petrochemical processing

• Utilities

• Pulp and paper

• Oil and gas production

• Fuel handling systems

• Air conditioning and refrigeration

• Marine

The DynaCentric butterfly valve

offers the high performance of ball and

gate valves with the low-cost, light-weight

benefits of a butterfly valve design. It is

ideal for handling water, oil, steam, gas

and slurries.

Features/Benefits

Two body styles

Flangeless wafer and threaded lug styles

are available.

Heavy duty eccentric disc

Its wide sealing area is designed to

reduce seat wear.

Thrust bearing/disc spacer

A corrosion resistant, single component

thrust bearing/disc spacer reduces body

wear and assures positive centering of

disc in the valve bore.

Internal stop

Prevents disc overtravel and seat damage.

Heavy duty eccentric discwith wide sealing area isdesigned to reduce seatwear.

Combination thrustbearing/disc spacerreduces body wear,and positively centersdisc in valve bore.

Capscrews are outboard of ladingto prevent corrosion, and arepositioned compatible with allflange gaskets including API 601spiral wound types.

Internal stop preventsovertravel and seatdamage.

Positively retained stemruggedly constructedfrom 17-4 PH conditionH1150 Double aged.

Lug body seat retainersare designed to minimizedeflection, providing full-pressure, end- of-linecapabilities.

Close tolerance flange alignmentholes in body help center valve inpiping and prevent wrong valvefrom being installed.

Combination of three seat typesoffers drop-tight sealing to 1480psi, handling of ladings up to1000ºF and fire-safe protectionin either direction of flow.

Body gasket providestight seal between seatretainer and body.

Low friction, high load journalbearings provide low torqueoperation. They require noadditional lubrication and arehighly resistant to solvents,industrial chemicals, sludgeand dirt contamination.

Stem disc springs allow thermalexpansion and provide constantgrounding of disc/stem to body.

Wafer style shown SD-11681-96


(p52)



Three seat designs

The standard polymer seat (SO2) is

bi-directional with an extended pressure

responsive sealing lip. The patented

fire-tested, bi-directional metallic seats

(FO2) provide a metal-to-metal pressure

responsive seal. Properly fitted with

metallic seats and high temperature seals,

DynaCentric valves have demonstrated

they are capable of providing fire-test

performance in accordance with API 607.

This unique design provides fire-test

capabilities regardless of flow direction.

Valves constructed of 316 stainless

steel and assembled with the proper trims

and Ni-Cr Alloy (UNS No. 6625) seats

(M03) are capable of handling tempera-

tures to 1000ºF. MO1 seats are suitable

for temperatures to 750ºF.

Drop tight sealing to 1480 psi.

SO2 and FO2 seat designs provide drop

tight sealing: SO2 to 720 psi, FO2 to

1480 psi.

Disc design reduces seat wear

Precision machined from carbon steel

or alloy steels, the rugged valve disc is

designed for gradual engagement into

seat to prevent pinching or cutting.

Eccentric positioning of stem allows disc

to swing free of seat in open position,

reducing operating torque and wear.

Special surface coatings such as stellite

overlay are available for critical or severe

service conditions.

SPECIFICATIONS

Sizes

3" - 24"

Working pressures

Up to 1480 psi

(3" - 12" ANSI Class 150, 300, 600)

(14" - 24" ANSI Class 150, 300)


Up to 1000ºF (538ºC)

Body Styles

Flangeless wafer, threaded lug.

Standard Materials

Body - carbon steel, stainless steel

Stem - 17-4 stainless steel

Disc - stainless steel

Seat - SO2 - RTFE

FO2 - fire-safe

MO1/ MO3 - metal seat

Optional Materials

Seat/seal trims available for several

hundred ladings.

A

B

E

C

Positively retained stem prevents

blowouts

The tamper-proof design not only meets

but exceeds the requirements of ANSI

B16.34. The disc, disc pins and stem

design meet ASME requirements for

maximum torsional and bending stress.

Additional blowout prevention is provid-

ed, should stem or disc pin failure occur.

Seat retainer has many advantages

Lug body seat retainers are designed to

minimize deflection and provide full-

pressure, end-of-line sealing capability.

Seat retainer capscrews for both wafer

and lug body designs are outboard of the

lading to prevent corrosion and positioned

so they do not interfere with flange gasket

seals, including API 601 standard spiral

wound gaskets. An additional body joint

gasket on metal seated valves between

seat retainer and body assures zero leak-

age. Absolute containment of the lading

is assured under the most adverse condi-

tions of shock, vibration or line stress.

Deep stuffing box for extended life

Deep stuffing box design includes

stainless steel fasteners as standard and

is available with TFE chevron or high-

temperature compression packing for

long life and positive stem seal. Live

loaded packing assemblies and double

stuffing box with purge/monitor port

available upon special request for

critical applications.

FO2

MO1/MO3

SO2

Offset fromcenter of valve

Offset from center of seat



(p53)

D E M C OS E R I E S N E - C B U T T E R F L Y V A L V E S


Acclaimed as the most durable ofall resilient-seated butterfly valvesin the industry, this valve excelsin a wide variety of applications.

Cast in both wafer and tapped-lug patterns

in a wide variety of material choices,

Demco butterfly valves feature a one-piece

body for minimum weight and maximum

strength. The unique stem hole design in

the disc ensures a dry stem journal, and

the hard-backed seat (2" - 36") allows

ease of installation, reliable operation,

and is field-replaceable without special

tools. Demco butterfly valves are avail-

able in sizes 2" thru 48".

Engineered for long-term, mainte-

nance-free performance, Demco butterfly

valves are commonly selected for a vari-

ety of applications spanning a wide range

of industries:

• Chemical and petrochemical

• Agriculture

• Oil and gas drilling and production

• Food and beverage

• Water and waste water

• Cooling towers (HVAC)

• Power

• Mining and materials

• Dry bulk handling

• Marine and government

Features/Benefits

Bi-directional sealing

This valve provides bi-directional sealing

at full-rated pressure with identical flow-

way from either face.

Integral flange seal

Molded into the edge of the seat is an

integral flange seal which accommodates

ANSI weld neck, slip-on, threaded and

socket flanges as well as “stub end”

type C flanges.

ANSI class 150 rating

Body rating is ANSI class 150 (285 psi

non-shock). Wafer body diameters are

Blowout proof stems

Flatted “double D”upper stem

Bronze bearings

Triple stem seal

High flow disc

Hard backedcartridge seat(2" - 36")

MSS SP-25 marking is standard.

Positively oriented disc

One piece body

Large flange top for ease ofpower automation. (Full line ofactuation and accessories offered.)

Wafer style shown


(p54)

D E M C OS E R I E S N E - C B U T T E R F L Y V A L V E S


designed to self-center in ANSI 150

flange patterns.

Multiple pressure ratings

Three drop tight pressure ratings are

offered for 2" to 12" sizes. Normally, 200

psi shutoff is used in butterfly applications.

However, 285 psi shutoff is optionally

available for higher pressure applications.

For smaller actuator sizing, 50 psi valves

offer reduced torque. 50 psi and 150 psi

drop tight pressure ratings are offered on

14" to 48" sizes. For minimum torque

where drop tight closure is not required,

throttling valves are available.

A

B

C

D

SPECIFICATIONS

Sizes

2" - 48"

Body type and style designations

Long neck NE-C and NF-C: 2" - 48",

wafer and lug 2" - 36", 42" - 48" flanged.

Short neck NE-I, NE-I Sanitary and NE-IT:

2" - 12", wafer and lug.

Notched NE-D: 2" - 12", wafer

Pressure rating

2" - 12" 0 (Throttling), 50, 200 and 285 psi

14" - 48" 0, 50 and 150 psi


-30ºF to +300ºF (-34ºC to +204ºC)

depending on seat material selection

and application

Standard Material Options

Bodies and discs: Iron, steel, stainless

steel and bronze

Seats: Buna, EPT, Viton, Neoprene

Stems: 416 SS, 316SS, Monel

replacement because it is slip fitted into

the body, with no need for special tools.

Positively oriented disc

Proper orientation of the stem/disc

connection is assured by the rectangular

drive. In 2" - 24" size valves, the disc is

permitted to float on the stem to perfectly

center in the valve seat. This design

enhances drop tight sealing and prolongs

service life.

End-of-line service

Lug body valves may be used in end-of-

line service, with downstream piping

removed. (Only weld neck or socket

flanges can be used for this service.)

Since upstream pressure is excluded

between the flange and the seat face by

the exclusive Demco flange seal, there is

no effective force to slide the seat down-

stream. Demco 2" - 12" Lug Butterfly

Valves are suitable for liquid service up

to 200 psi with downstream piping

removed (150 psi 14" - 36").

Lug body valves are recommended

for isolation of pumps, control devices

or other system components which may

need to be removed for repair or replace-

ment. Lug valves are also suitable for

installation at points from which piping

expansion may proceed. Such valves

are normally blanked with blind flanges,

to protect the exposed seats, until new

piping is attached.

Dry stem journal eliminates

potential for leakage

The Demco disc is uniquely designed

with a continuous annular raised land

around the stem hole and disc edge which

presses into the seat flat at every angular

position. The resilient seat presses back

with a higher specific force than the line

pressure, preventing leakage to the stem.

In addition, two O-ring ribs are provided

in the seat stem bore creating a triple

stem seal.

In competitive stem seal designs

with boot seats, a seal is accomplished

by an interference “squeezing” on the

stem or an O-ring in the stem journal.

The potential for leakage behind the

seat is high. As the disc wipes the seat,

elongation of the stem seal area allows

leakage to collect behind the seat. This

condition is eliminated by Demco’s dry

stem journal and hard-backed seat.

Hard-backed cartridge seat (2"- 36")

The Demco cartridge seat is constructed

by permanently bonding a resilient elas-

tomer to a rigid backing ring. In addition

to superior sealing integrity, this design:

1) makes valve installation easier because

no special precautions are required for

disc position. This is especially advanta-

geous when installing valves with fail

closed actuators; 2) eliminates high

torque and premature failure caused by

elastomer distortion as found in other

non-rigid seat designs; 3) simplifies seat

Hard-backed seat



(p55)

D E M C OS T Y L E S A N D A C C E S S O R I E S


This versatile valve comes in avariety of styles to suit an evenwider range of applications. Inaddition, a variety of qualityaccessories are available to further enhance its suitability to the application.

Series NE-C Valve

Sizes 2" to 12", this series is a general

purpose valve with neck length designed

to provide full clearance of the valve top

over two inches of insulation on ANSI

150 pipe flanges; available in both wafer

and lug styles.

Series NE-I Valve

Sizes 2" to 12", it is suited for a wide

range of applications in many industries,

including food and beverage utilities and

process flow lines. This short neck design

is offered in a wide variety of body mate-

rials. The valves are designed for installa-

tion between ANSI 125/150 flanges.

Series NE-D Valve

Sizes 2" to 12", it is a short neck valve

with body notches to fit popular light-

weight flange patterns, making it ideal for

bulk material handling and the transporta-

tion industry. Valves will also center in

ANSI 125/150 flanges.

Series NF-C Valve (14" - 48")

Sizes 14" to 36" are available in both

wafer and lug styles. The wafer body has

two drilled locator lugs at top and bottom

for ANSI 150 flanges. Bronze bearings

are installed on both stems for minimum

operating torque. 42" and 48" sizes are

available with flanged bodies.

Series NE-I Sanitary Valves

Sizes 2" - 12", it is similar to our Series

NE-I valve, but is exclusively designed to

meet the rigorous requirements of sani-

tary service in the food and beverage

industry. The body is available in bronze,

stainless steel, aluminum or electroless

nickel-coated ductile iron. FDA -

approved materials are used for all wetted

parts. Handle parts are bronze and stain-

less steel, permitting caustic washdown.

Other benefits include:

• Demco dry journal stem seal

system gives absolute assurance of sani-

tary butterfly valve construction.

• Drilled passageways, a design orig-

inated by Demco, vent the entire interior

of the disc to atmosphere. No closed

chamber is provided for the culture of

undesirable organisms.

• Discs are produced from investment

castings, smooth and non-porous. Stem

bosses are minimized for increased flow.

• The projecting inner surface of the

resilient seat contacts and is compressed

by the mating flange to form a smooth

and uninterrupted flow way. This positive

seal between the innermost contact of the

seat and flange ensure aseptic conditions

after a piping flush.

Series NEI-T Teflon Valves

Because of the inert, aseptic non-stick

character of Teflon, Demco’s NEI-T

Teflon-lined butterfly valve is ideal for

“clean” lines in food and beverage plants.

The Teflon seat consists of a virgin Teflon

liner overlaying and bonded to an elas-

tomer cushion (either Buna-N or EPT are

available) which provides resilience for

sealing. The Teflon liner extends over the

seat faces, completely covering and seal-

ing the resilient material from contact

with line fluids.

Exclusive design features of this

valve confine wetted parts to the disc and

seat. The stems and body are permanently

sealed from line fluids. The flow way

formed with adjacent piping is free of

traps to assure aseptic conditions when

the lines are flushed. The series NEI-T

also features the same “vented” disc and

stem design as the NE-I Sanitary valve.

A

B

C

D

D

Sanitary Features

Series NF-C 16"

Series NF-C 30"


(p56)

D E M C OS T Y L E S A N D A C C E S S O R I E S


Actuators

Demco Series DR pneumatic actuators

(A1) are available in double-acting or

fail-safe, spring return models. Series DR

actuators are compact, high-torque, piston

actuators. Series R diaphragm actuators

(A2) incorporate a heavy-duty, enclosed

rack-and-pinion linkage. Diaphragm actu-

ators are suitable for low-pressure, pneu-

matic service. Electric actuators (A3) are

used when compressed air is not available

for pneumatic operations.

Handles and stem extensions

Three basic handle designs interchange

on any 2" to 12" valves: ten position

locking, two position locking and memo-

ry stop. Memory-stop handles provide

throttling which is infinitely adjustable

and can be set by a lock nut with memo-

ry-stop setting (adjustable open stop).

Handles are available in basic trim, corro-

sion-resistant trim and sanitary trim. Stem

extension are fabricated from carbon steel

parts and contained in a tubular housing.

Gaskets or O-rings seal the stem exten-

sion at top and bottom. These extensions

are fabricated to specified lengths.

Gear operators

Demco weatherproof gear operators are

offered with a choice of handwheel,

chain-wheel, or square nut. The worm

gearing has self-locking set screws to

control open and closed positioning or

an optional adjustable memory stop for

“balance return” to a preset open

position after closing.

B

C

Series R diaphragm actuator

Stem extensionwith handle on Series NE-Ibutterfly valve

Electric actuatorGear operator

Demco NE-C wafer withSeries DR actuator.

A3

A2

A1


G A S A N D L I Q U I D S P I P E L I N E S

(p58)A P P L I C A T I O N S

Cameron Welded Body Ball Valve

One of the most relied on for pipeline applications, Cameron Welded Body Ball Valves combine the strength of forged steel componentswith compact, spherical design.

From the famous Cameron Welded Ball

Valve and Foster D-Seal gate valve to

the wide array of W-K-M ball and gate

valves, the performance standard for valves

in gas and liquids pipeline service is most

often set by Cooper Cameron Valves. For

more than six decades, our pipeline valves

have been proven under any and all oper-

ating conditions. Constant improvement

of valve design and materials means that

you get more than long service life from

our products. You get peace of mind, too.

Choose Cooper Cameron Valves for

reliable, cost-effective service in the

following pipeline applications:

• Loops

• Meter/ recovery stations

• Mainlines

• Crude oil

• Refined products


• Storage manifolds


• Sphere launching


G A S A N D L I Q U I D S P I P E L I N E S


W-K-M DynaSeal 370D4 2"-6" Class 150 Ball Valve

W-K-M DynaSeal 310 Threaded EndFloating Ball Valve

W-K-M DynaSeal 370CT Trunnion Ball Valve

Demco NE-C Butterfly Valve

W-K-M DynaSeal 370D4 2"- 6" Class 600 Ball Valve

W-K-M DynaSeal 310/210 Flanged EndFloating Ball Valve

W-K-M DynaSeal 370E4 Trunnion Ball Valve

W-K-M Pow-R-Seal Gate Valve

W-K-M DynaSeal 370D4 8"- 12" Class 600 Ball Valve

Cameron Bolted Body Ball Valve

W-K-M DynaCentric High PerformanceButterfly Valve

Foster D-Seal Gate Valve


O I L A N D G A S P R O D U C T I O N


The ball valve designed for a variety of demanding applications, WKM DynaSeal Trunnion Ball Valves are widely used in oilfieldapplications around the world.

DynaSeal 370E4 Ball Valve

With more than 75 years’ experience in

oil and gas production, the valve, choke

and coupling brands manufactured by

Cooper Cameron Valves represent some

of the world's most highly respected and

widely chosen flow control products,

onshore and offshore. From small, low-

pressure lines to the largest bore oil and

gas well outputs, Cooper Cameron valve

products have met the challenge. These

products have dependably handled every-

thing from scorching deserts to frozen

arctic environments—whatever the indus-

try can dish out within this range of pun-

ishing applications.

• EOR / Waterflood

• Flow lines

• Tank farms

• Manifolds / headers

• Offshore manifolds / headers

• Drilling mud valves

• Mud tanks / systems

• Compressor skids

• Generator skids

• Separator skids

• Field gas and crude oil plants

• Fire water cisterns



W-K-M 210A/210L Ductile Iron Ball Valve

O I L A N D G A S P R O D U C T I O N


W-K-M DynaSeal 370D4 2"-6" Class 150/300 Ball Valve

W-K-M DynaSeal 310Threaded End Floating

Ball Valve


W-K-M DynaSeal 370D4 2"- 6" Class 600/900 Ball Valve

W-K-M DynaSeal 210/310Flanged End Floating

Ball Valve

Cameron Welded BodyBall Valve


W-K-M DynaSeal 370D4 8"- 12" Class 600/900 Ball Valve


Butterfly Valve

Foster D-Seal Gate ValveThornhill Craver Adjustable Choke

Demco DT Gate Valve

Demco NE-C Butterfly Valve


I N D U S T R I A L


With their wide variety of body styles and trim packages, the Demco family of butterfly valves are among the most commonly chosen byan impressive array of industries.

Demco Butterfly Valve, lug body

Our large and diverse family of valve

products is ideally suited for a wide range

of industrial and processing applications.

Recognized worldwide as the quality and

performance leaders, Cooper Cameron

Valves handle even the toughest jobs. In

our broad line you'll find a valve with the

material and design specifications you

need. Top entry or end entry, threaded or

bolt-together, standard or exotic trim

packages—it’s all here. We serve the fol-

lowing industrial applications and more:

• Chemical & petrochemical

• Polyethylene

• Steam

• Olefins

• Mining

• Acid leaching lines

• Mill water

• De-watering

• Pharmaceuticals

• Bulk handling

• Inert gases

• Fuel systems


W-K-M DynaSeal 310C Floating Ball Valve

with pneumatic actuator

W-K-M DynaSeal 370D4 8"- 12" Class 600

Trunnion Ball Valve

W-K-M DynaSeal 310DFlanged End Floating Ball

Valve, 2-piece design

W-K-M DynaSeal 370CTTrunnion Ball Valve

W-K-M- DynaSeal 310C Flanged End Floating Ball


I N D U S T R I A L


W-K-M DynaSeal 310CThreaded End Floating Ball


W-K-M DynaSeal 310DFlanged End Floating Ball

Valve, Unibody design

W-K-M DynaSeal 370E4Trunnion Ball Valve

W-K-M DynaSeal 370D4 Trunnion Ball Valve

W-K-M DynaSeal 370D4 2"- 6" Class 600

Trunnion Ball Valve


W-K-M DynaSeal 310CFloating Ball Valve,

2-piece design

Demco Butterfly Valve,wafer body

W-K-M DynaCentric HighPerformance Butterfly

Valve, lug body

W-K-M DynaCentric HighPerformance Butterfly

Valve, wafer body


Foster D-Seal Gate Valve

Demco NE-C Wafer with Series DR actuator

W-K-M DynaCentric HighPerformance Butterfly Valve





A F T E R M A R K E T S E R V I C E S


The same level of commitmentthat has made Cooper CameronValves the market leader in valveproducts the world over is nowpresent in the AftermarketServices sector of the business.

Full remanufacturing

The high level technical expertise in

valve design and sealing technology

developed for the Cameron, W-K-M,

Foster, and Demco valves, is now avail-

able in re-manufactured products from a

growing number of Cooper Cameron

Valves aftermarket facilities strategically

located throughout the world.

Multiple services

Customer property management, valve

repair, valve exchange, responsive field

service and the sale of remanufactured

valves are all part of the new Cooper

Cameron Valves aftermarket program.

Customer property management is

available on its own or as part of

Cameron’s Total Vendor Management

program, in which our experience is sec-

ond to none. Designed to reduce the total

cost of ownership, it is based on a con-

tract covering all your equipment.

Our exchange program gives us a

whole new level of flexibility in pricing

and deliverability. It allows us to take

your valve in trade for a merchandise

credit against future purchases, or to sim-

ply buy your surplus inventory and struc-

ture a mutually beneficial working rela-

tionship. Installation, routine mainte-

nance, and emergency repairs are offered

to fit customer needs through our field

service. We also offer a comprehensive

parts inventory which provides quality

spare parts whenever and wherever they

are needed.

Complete record keeping

Cooper Cameron Valves’ quality assur-

ance and quality control programs are

second to none. As in new product manu-

facturing, our quality management dic-

tates we keep complete records for you

when we repair a valve or provide you

with a remanufactured valve. Our test

programs are consistent with the applica-

ble standard(s) in effect at the time of

shipment, and all testing is documented

and available to be shipped with the

product. Our goal is to provide you

with a wider array of solutions each

time you call.

• Cooper Cameron Valves aftermarket

facilities also provide warehouse,

inventory, customer property manage-

ment and maintenance services.

• This enables customers to reduce idle

inventory, and to lower their own

warehousing and documentation

expenses

• CCV’s aftermarket facilities offer

comprehensive remanufacturing and

repair services.

• These facilities maintain the same

exacting specifications and quality

control as our world class manufac-

turing facilities.


A F T E R M A R K E T S E R V I C E S


• CCV’s aftermarket service also

includes a valve exchange program,

which offers maximum flexibility to

work within constrained budgets.

• CCV will take valves in trade, offer

merchandise credit against future pur-

chases, or buy surplus inventory to

structure a mutually beneficial working

relationship with customers.

• CCV offers a wide range of field ser-

vices to fit customer needs, including:

– Installation

– Routine Maintenance

– Emergency Repairs

• CCV’s aftermarket service also includes

a comprehensive parts inventory which

provides quality spare parts whenever

and wherever they are needed.


S A L E S O F F I C E S A N D P L A N T S

(p66)S A L E S O F F I C E S A N D P L A N T S

SALES LOCATIONS

ALABAMA Tel: (334) 887-5552Fax: (334) 821-3702

CALIFORNIA Tel: (805) 631-1550Fax: (805) 631-1510

COLORADO Tel: (303) 841-1693Fax: (303) 841-5486

LOUISIANA

HoumaTel: (504) 868-6343Fax: (504) 851-1868

Tel: (504) 872-4062Fax: (504) 851-1868

MarreroTel: (504) 328-1060Fax: (504) 328-1060

New OrleansTel: (504) 529-7634Fax: (504) 522-8837

New IberiaTel: (318) 367-3478Fax: (318) 367-5751

MAINETel: (207) 647-5906Fax: (207) 647-8929

MISSOURITel: (314) 447-5645Fax: (314) 447-7672

NEVADATel: (702) 787-0297Fax: (702)787-0797

NEW MEXICOTel: (505) 326-4369Fax: (505) 564-8191

OHIOTel: (614) 799-8897Fax: (614) 799-8949

OKLAHOMATel: (918) 622-9641Fax: (918) 438-8367

TEXAS

CanyonTel: (806) 655-5999Fax: (806) 655-1780

Corpus ChristiTel: (512) 289-0535Fax: (512) 289-2842

De SotoTel: (972) 218-9700Fax: (972) 218-9701

HoustonTel: (713) 983-0314Fax: (713) 983-9612

OdessaTel: (915) 362-1161Fax: (915) 362-1173

UTAHTel: (435) 781-0434Fax: (435) 789-5656

WYOMINGTel: (307) 473-8502Fax: (307) 577-3015

WISCONSINTel: (414) 679-9880Fax: (414) 679-9881

ARGENTINATel: 54-1-811-4000Fax: 54-1-811-0909

BRAZILTel: 55-11-3066-3600Fax: 55-11-3064-6228

CANADATel: (403) 261-2800Fax: (403) 262-5181

CHILETel: 56-61-213-931Fax: 56-61-214-379

FRANCETel: 33-4-67-111-502Fax: 33-4-67-111-504

MEXICOTel: 52-5-580-0296Fax: 52-5-395-8669

PLANTS

LOUISIANATel: (318) 363-7500Fax: (318) 363-7516Tel: 1-800-637-5002

OKLAHOMATel: (405) 631-1321Fax: (405) 629-0420

TEXAS

LivingstonTel: (409) 327-4858Fax: (409) 327-3218

Missouri CityTel: (281) 499-8511Fax: (281) 499-5211Tel: 1-800-323-9160

CANADATel: (403) 435-0777Fax: (403) 435-0700

FRANCETel: 33-4-67-111-500Fax: 33-4-67-116-00

MEXICOTel: 52-29-811-008Fax: 52-29-811-009

SINGAPORETel: 65-861-3355Fax: 65-861-6197

SCOTLANDTel: 44-1506-444-000Fax: 44-1506-441-320

VENEZUELATel: 58-61-312-960Fax: 58-61-310-638

FOR GLOBAL E-MAIL CONTACT DAN DUSEK [email protected]


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

(p67)P R O D U C T S P E C I F I C A T I O N S C O N T E N T S

Ball Valves

Cameron Welded Ball Valves

Full and Reduced Opening

150 Lb. Class

300 Lb. Class

400 Lb. Class

600 Lb. Class

900 Lb. Class

1,500 Lb. Class

2,500 Lb. Class

API Flanged End

Dimensional Data

W-K-M Ball Valves

DynaSeal 370CT

370 Series

DynaSeal 370D4

Dimensional Data

Stem Torques, Weights and Flow Characteristics

DynaSeal 370E4

Dimensional Data



Dimensional Data


Dimensional Data


DynaSeal 310 Series

Trim Guidelines

Pressure/Temperature

DynaSeal 310C Parts Detail

DynaSeal 310D Parts Detail

Standard Materials

Dimensional Data

DynaSeal 210A

Ductile 210D

DynaSeal 210L

DynaSeal 210F

Stem Torques, Weights, Pressure/Temperature

Dimensional Data

Chokes & CouplingsOrdering Information


Choke Accessories

Dimensional Data


Thornhill Craver Force Balanced Chokes








UNIBOLT Couplings

Gate ValvesFoster D-Seal

Actuation Data

W-K-M Pow-R-Seal

Dimensional Data

Actuation Data


Classes

400,600

900,1500

1500 4"

2,000 3,000 5,000 WP

4", 5", 6" — 5000 WP



Dimensional Data

Demco Series DT

Demco Series DB

Butterfly ValvesW-K-M DynaCentric High Performance

Standard Materials

Seat-Seal Material Codes and Ratings

Valve Body Pressure Ratings

Valve Sizing Formulas

Flow Characteristics

Torque Values

Dimensional Data

Demco Series NE-C, NE-I, NE-D, NEI-T 2"-12"



Dimensional Data

Butterfly Valve Handles

Weatherproof Gear Operators

DR Series Piston Actuators

Electric Actuators

Diaphragm Actuators

Stem Extensions, Tees and Adapters


Standard Material Data



(p68)P 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▲

▲

▲

▲

▲

▲

▲

▲

▲

▲

▲

▲

▲

▲

▲

▲

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 32

3 3.13 1 8 8.5 7.5 3.13 #12.5 5.12 6.75 24 – 7.44 64 58

4 4.06 1.5 9 9.5 9 4.06 14 5.94 8.5 36 – 8.43 88 79

6 6 1.5 15.5 16 11 6 18 7.91 11.25 36 – 10.43 263 237

8 8 2 18 18.5 13.5 8 #21.5 10 15.5 – 18 12.55 380 341

10 10 2 21 21.5 16 10 #23.5 12.12 18.5 – 18 14.54 633 567

12 12 3 24 24.5 19 12 #26.5 14.5 22.36 – 18 20.14 980 870

14 13.25 3 27 27.5 21 13.25 *28.5 14.64 24 – 24 21.16 1215 1075

16 15.25 3 30 30.5 23.5 15.25 *30.5 16.01 26.32 – 24 22.52 1510 1330

18 17.25 4 34 34.5 25 17.25 *33.5 19.25 29.2 – 24 26.19 1904 1684

20 19.25 4 36 36.5 27.5 19.25 *35.5 20.81 32.27 – 18 27.75 2468 2008

22 21.25 4 40 40.5 29.5 21.25 *38.5 22.28 36 – 18 29.22 3734 3327

24 23.25 4 42 42.5 32 23.25 * 42 23.69 38.76 – 18 30.63 4184 3610

26 25 5 45 – 34.25 25 *44.5 26.49 41.75 – 24 34.34 5066 4385

28 27 5 49 – 36.5 27 * 47 27.88 44.86 – 24 35.72 6261 5468

30 29 5 51 – 38.75 29 * 49 29.51 47.9 – 24 37.37 7427 6607

34 32.75 5 58 – 43.75 32.75 *54.5 32.16 53.64 – 30 40.01 10123 9140

36 34.5 5 60 – 46 34.5 *56.5 33.76 56.83 – 36 41.6 12012 11003

40 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 * 84 45.9 77 – – – – –

Flanged End ▲SizeData for Valve with Operator

Normally Furnished

Approx. Wt. lb.

NomDiam.

in.

BallBoreB in.

StemSizein.

RaisedFace

LengthA in.

RingJoint

LengthA in.

Diam.D1 †in.

Diam.D2in.

LengthAin.

C.L.To

BottomCin.

BodySphere

Ein.

LeverLength

Lin.

DiameterHandwheel

for GearGin. H

in. Flange Weld

Weld End▲

▲ 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.

50.8 52.3 25.4 177.8 190.5 152.4 52.3 #279.4 100.1 127.0 609 – 161.0 18 15

76.2 79.5 25.4 203.2 215.9 190.5 79.5 #317.5 130.0 171.5 609 – 189.0 29 26

101.6 103.1 38.1 228.6 241.3 228.6 103.1 355.6 150.9 215.9 914 – 214.1 40 36

152.4 152.4 38.1 393.7 406.4 279.4 152.4 457.2 200.9 285.8 914 – 264.9 119 108

203.2 203.2 50.8 457.2 469.9 342.9 203.2 #546.1 254.0 393.7 – 457 318.8 171 153

254.0 254.0 50.8 533.4 546.1 406.4 254.0 #596.9 307.8 469.9 – 457 369.3 285 255

304.8 304.8 76.2 609.6 622.3 482.6 304.8 #673.1 368.3 567.9 – 457 511.5 445 395

355.6 336.6 76.2 685.8 698.5 533.4 336.6 *723.9 371.9 609.6 – 609 537.4 551 488

406.4 387.4 76.2 762.0 774.7 596.9 387.4 *774.7 406.7 668.5 – 609 572.0 685 603

457.2 438.2 101.6 863.6 876.3 635.0 438.2 850.9 489.0 741.7 – 609 665.2 864 764

508.0 489.0 101.6 914.4 927.1 698.5 489.0 901.7 528.6 819.7 – 457 704.9 1120 911

558.8 539.8 101.6 1016.0 1028.7 749.3 539.8 *977.9 565.9 914.4 – 457 742.2 1694 1509

609.6 590.6 101.6 1066.8 1079.5 812.8 590.6 *1066.8 601.7 984.5 – 457 778.0 1898 1638

660.4 635.0 127.0 1143.0 – 870.0 635.0 *1130.3 672.8 1060.5 – 609 872.2 2298 1989

711.2 685.8 127.0 1244.6 – 927.1 685.8 *1193.8 708.2 1139.4 – 609 907.3 2840 2480

762.0 736.6 127.0 1295.4 – 984.3 736.6 *1244.6 749.6 1216.7 – 609 949.2 3369 2997

863.6 831.9 127.0 1473.2 – 1111.3 831.9 *1384.3 816.9 1371.6 – 762 1016.3 4592 4146

914.4 876.3 127.0 1524.0 – 1168.4 876.3 *1435.1 857.5 1443.5 – 914 1056.6 5449 4991

1016.0 977.9 190.5 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 *2133 1166 1956 – – – – –


Normally Furnished

Approx. Wt. kg.

NomDiam.mm

BallBoreB mm

StemSizemm

RaisedFace

LengthA mm

RingJoint

LengthA mm

Diam.D1 †mm

Diam.D2mm

LengthA

mm

C.L.To

BottomC

mm

BodySphere

Emm

LeverLength

Lmm H

mm Flange Weld

Weld End▲Diameter

Handwheelfor Gear

Gmm


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


76.2 52.3 25.4 203.2 215.9 190.5 79.5 #279.4 100.1 127.0 609 – 161.0 18 16101.6 79.5 25.4 228.6 241.3 228.6 103.1 #317.5 130.0 171.5 609 – 189.0 32 29

152.4 103.1 38.1 393.7 406.4 279.4 152.4 #355.6 150.9 215.9 914 – 214.1 52 47

203. 152.4 38.1 457.2 469.9 342.9 203.2 457.2 200.9 285.8 914 – 264.9 131 118

254.0 203.2 50.8 533.4 546.1 406.4 254.0 #546.1 254.0 393.7 – 457 318.8 191 171

304.8 254.0 50.8 609.6 622.3 482.6 304.8 #596.9 307.8 469.9 – 457 369.3 351 315

355.6 304.8 76.2 685.8 698.5 533.4 336.6 #673.1 368.3 567.9 – 457 511.5 524 461

406.4 336.6 76.2 762.0 774.7 596.9 387.4 *723.9 371.9 609.6 – 609 537.4 624 542

457.2 387.4 76.2 863.6 876.3 635.0 438.2 *774.4 406.7 668.5 – 609 572.0 803 703

508.0 438.2 101.6 914.4 927.1 698.5 489.0 *850.9 489.0 741.4 – 609 665.2 950 818

558.8 489.0 101.6 1016.0 1028.7 749.3 539.8 *901.7 528.6 819.7 – 457 704.9 1247 1004

609.6 539.8 101.6 1066.8 1079.5 812.8 590.6 *977.7 565.9 914.4 – 457 742.2 1795 1564

660.4 590.6 101.6 1143.0 – 870.0 635.0 *1066.8 601.7 984.5 – 457 778.0 2102 1789

711.2 635.0 127.0 1244.6 – 927.1 685.8 *1130.3 672.8 1060.5 – 609 872.2 2582 2185

762.0 685.8 127.0 1295.4 – 984.3 736.6 *1193.8 708.2 1139.4 – 609 907.3 3119 2689

812.8 736.6 127.0 1371.6 – 1047.8 831.9 *1244.6 749.6 1216.7 – 609 949.2 3753 3348

914.4 831.9 127.0 1524. – 1168.4 876.3 *1384.3 816.9 1362.5 – 762 1016.3 4880 4475

1066.8 876.3 127.0 1828.8 – 1346.2 1047.8 *1435.1 857.5 1443.5 – 914 1056.6 – –

3 2.06 1 8 8.5 7.5 3.13 #11 3.94 5 24 – 6.34 40 364 3.13 1 9 9.5 9 4.06 #12.5 5.12 6.75 24 – 7.44 70 63

6 4.06 1.5 10.5 11 11 6 #14 5.94 8.5 36 – 8.43 115 103

8 6 1.5 18 18.5 13.5 8 18 7.91 11.25 36 – 10.43 290 261

10 8 2 21 21.5 16 10 #21.5 10 15.5 – 18 12.55 424 381

12 10 2 24 24.5 19 12 #23.5 12.12 18.5 – 18 14.54 780 700

14 12 3 27 27.5 21 13.25 #26.5 14.5 22.36 – 18 20.14 1115 1015

16 13.25 3 30 30.5 23.5 15.25 *28.5 14.64 24 – 24 21.16 1375 1195

18 15.25 3 34 34.5 25 17.25 *30.5 16.01 26.32 – 24 22.52 1770 1550

20 17.25 4 36 36.5 27.5 19.25 *33.5 19.25 29.2 – 24 26.19 2094 1804

22 19.25 4 40 40.5 29.5 21.25 *35.5 20.81 32.27 – 18 27.75 2758 2214

24 21.25 4 42 42.5 32 23.25 *38.5 22.28 36 – 18 29.22 3957 3451

26 23.25 4 45 – 34.25 25 *42 23.69 38.76 – 18 30.63 4634 3943

28 25 5 49 – 36.5 27 *44.5 26.49 41.75 – 24 34.34 5692 4818

30 27 5 51 – 38.75 29 *47 27.88 44.86 – 24 35.72 6875 5928

32 29 5 54 – 41.75 32.75 *49 29.51 47.9 – 24 37.37 8273 7381

36 32.75 5 60 – 46 34.5 *54.5 32.16 53.64 – 30 40.01 10759 9865

42 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 upon request.▲ 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.


Flanged End ▲Size

NomDiam.

in.

BallBoreB in.

StemSizein.

RaisedFace

LengthA in.

RingJoint

LengthA in.

Diam.D1 †in.

Diam.D2in.

LengthAin.

C.L.To

BottomCin.

BodySphere

Ein.

LeverLength

Lin.


Normally Furnished

Approx. Wt. kg.

NomDiam.mm

BallBoreB mm

StemSizemm

RaisedFace

LengthA mm

RingJoint

LengthA mm

Diam.D1 †mm

Diam.D2mm

LengthA

mm

C.L.To

BottomC

mm

BodySphere

Emm

LeverLength

Lmm

DiameterHandwheel

for GearG

mm Hmm

A

L

D1 H

G

H

C

D2

E

B

Data for Valve with OperatorNormally Furnished

Approx. Wt. lb.Hin. Flange Weld

Flange Weld

Weld End▲

Weld End▲

DiameterHandwheel

for GearGin.




2 2.06 1 8.5 9.125 6.5 2.06 #11 3.94 5 24 – 6.34 41 343 3.13 1 11.125 11.75 8.25 3.13 #12.5 5.12 6.75 24 – 7.44 80 72

4 4.06 1.5 12 12.625 10 4.06 #14 5.94 8.5 36 – 8.43 120 108

6 6 1.5 15.875 16.5 12.5 6 18 7.91 11.25 36 – 10.43 275 247

8 8 2 +19.75 20.375 15 8 #21.5 10 15.5 – 18 12.55 455 406

10 10 2 22.375 23 17.5 10 #23.5 12.12 18.5 – 24 14.54 726 648

12 12 3 25.5 26.125 20.5 12 #26.5 14.5 22.36 – 18 20.14 1100 990

14 13.25 3 30 30.625 23 13.25 *28.5 14.64 24 – 24 21.16 1460 1314

16 15.25 3 33 33.625 25.5 15.25 *30.5 16.01 26.32 – 24 22.52 1812 1631

18 17.25 4 36 36.625 28 17.25 *33.5 19.25 29.2 – 24 26.19 2299 2067

20 19.25 4 39 39.75 30.5 19.25 *35.5 20.81 32.27 – 18 27.75 2808 2508

22 21.25 4 43 43.875 33 21.25 *38.5 22.28 36 – 24 29.22 4257 3327

24 23.25 4 45 45.875 36 23.25 *42 23.69 38.76 – 24 30.63 4770 3610

26 25 5 49 50 38.25 25 *44.5 26.49 41.75 – 24 34.34 5775 4335

28 27 5 53 54 40.75 27 *47 27.88 44.86 – 24 35.72 7138 5518

30 29 5 55 56 43 29 *49 29.51 47.9 – 30 37.37 8467 6607

34 32.75 5 64 65.125 47.5 32.75 *54.5 32.16 53.64 – 36 40.01 11540 9140

36 34.5 7.5 68 69.125 50 34.5 *56.5 36.8 56.83 – 24 46.92 13693 11093

40 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 *84 45.9 77 – – – – –



Normally Furnished

Approx. Wt. lb.

NomDiam.

in.

BallBoreB in.

StemSizein.

RaisedFace

LengthA in.

RingJoint

LengthA in.

Diam.D1 †in.

Diam.D2in.

LengthAin.

C.L.To

BottomCin.

BodySphere

Ein.

LeverLength

Lin.

DiameterHandwheel

for GearGin. H

in. Flange Weld

Weld End▲

50.8 52.3 25.4 215.9 231.8 165.1 52.3 #279.4 100.1 127.0 609 – 161.0 19 1576.2 79.5 25.4 282.6 298.5 209.6 79.5 #317.5 130.0 171.5 609 – 189.0 36 33

101.6 103.1 38.1 304.8 320.7 254.90 103.1 #355.6 150.9 215.9 914 – 214.1 54 49

152.4 152.4 38.1 403.2 419.1 317.5 152.4 457.2 200.9 285.8 914 – 264.9 125 112

203.2 203.2 50.8 501.7 517.5 381.0 203.2 #546.1 254.0 393.7 – 457 318.8 205 183

254.0 254.0 50.8 568.3 584.2 444.5 254.0 #596.9 307.8 469.9 – 609 369.3 327 292

304.8 304.8 76.2 647.7 663.6 520.7 304.8 #673.1 368.3 567.9 – 457 511.5 499 449

355.6 336.6 76.2 762.0 777.9 584.2 336.6 *723.9 371.9 609.6 – 609 537.4 662 596

406.4 387.4 76.2 838.2 854.1 647.7 387.4 *774.7 406.7 668.5 – 609 572.0 822 740

457.2 438.2 101.6 914.4 930.3 711.2 438.2 *850.9 489.0 741.7 – 609 665.2 1043 938

508.0 489.0 101.6 990.6 1009.7 774.7 489.0 *901.7 528.6 819.7 – 457 704.9 1274 1138

558.8 539.8 101.6 1092.2 1114.4 838.2 539.8 *977.9 565.9 914.4 – 609 742.2 1931 1509

609.6 590.6 101.6 1143.0 1165.2 914.4 590.6 *1066.8 601.7 984.5 – 609 778.0 2164 1637

660.4 635.0 127.0 1244.6 1270.0 971.6 635.0 *1130.3 672.8 1060.5 – 609 872.2 2620 1966

711.2 685.8 127.0 1346.2 1371.6 1035.1 685.8 *1193.8 708.2 1139.4 – 609 907.3 3238 2503

762.0 736.6 127.0 1397.0 1422.4 1092.2 736.6 *1244.6 749.6 1216.7 – 762 949.2 3840 2997

863.6 831.9 127.0 1625.6 1654.2 1206.5 831.9 *1384.3 816.9 1362.5 – 914 1016.3 5234 4146

914.4 876.3 190.5 1727.2 1755.8 1270.0 876.3 *1435.1 934.7 1443.5 – 609 1191.8 6211 5032

1016.0 977.9 190.5 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 – – – – –


* 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.


Normally Furnished

Approx. Wt. kg.

NomDiam.mm

BallBoreB mm

StemSizemm

RaisedFace

LengthA mm

RingJoint

LengthA mm

Diam.D1 †mm

Diam.D2mm

LengthA

mm

C.L.To

BottomC

mm

BodySphere

Emm

LeverLength

Lmm

DiameterHandwheel

for GearG

mm Hmm Flange Weld

Weld End▲

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 65 59

4 3.13 1 12 12.625 10 4.06 #12.5 5.12 6.75 24 – 7.44 95 85

6 4.06 1.5 15.875 16.5 12.5 6 *14 5.94 8.5 36 – 8.43 175 157

8 6 1.5 +19.75 20.375 15 8 *18 7.91 11.25 36 – 10.43 335 301

10 8 2 18 18.625 17.5 10 *21.5 10 15.5 – 18 12.55 522 467

12 10 2 19.75 20.375 20.5 12 *23.5 12.12 18.5 – 24 14.54 848 758

14 12 3 30 30.625 23 13.25 *26.5 14.5 22.36 – 18 20.14 1285 1165

16 13.25 3 33 33.625 25.5 15.25 *28.5 14.64 24 – 24 21.16 1642 1486

18 15.25 3 36 36.625 28 17.25 *30.5 16.01 26.32 – 24 22.52 2114 1903

20 17.25 4 39 39.75 30.5 19.25 *33.5 19.25 29.2 – 24 26.19 2511 2258

22 19.25 4 43 43.875 33 21.25 *35.5 20.81 32.27 – 18 27.75 3144 2714

24 21.25 4 45 45.875 36 23.25 *38.5 22.28 36 – 24 29.22 4611 3451

26 23.25 4 49 50 38.25 25 *42 23.69 38.76 – 24 30.63 5283 3943

28 25 5 53 54 40.75 27 *44.5 26.49 41.75 – 24 34.34 6488 4868

30 27 5 55 56 43 29 *47 27.88 44.86 – 24 35.72 7838 5978

32 29 5 60 61.125 45.25 32.75 *49 29.51 47.9 – 30 37.37 9431 7381

36 32.75 5 68 69.125 50 34.5 *54.5 32.16 53.64 – 36 40.01 12265 9865

42 34.5 7.5 76 – 50.75 41.25 *56.5 36.8 56.83 – 24 46.92 – –


Normally Furnished

Approx. Wt. lb.

NomDiam.

in.

BallBoreB in.

StemSizein.

RaisedFace

LengthA in.

RingJoint

LengthA in.

Diam.D1 †in.

Diam.D2in.

LengthAin.

C.L.To

BottomCin.

BodySphere

Ein.

LeverLength

Lin.

DiameterHandwheel

for GearGin. H

in. Flange Weld

Weld End▲


76.2 52.3 25.4 282.6 298.5 209.6 79.5 *279.4 100.1 127.0 609 – 161.0 29 27

101.6 79.5 25.4 304.8 320.7 254.0 103.1 #317.5 130.0 171.5 609 – 189.0 43 39

152.4 103.1 38.1 403.2 419.1 317.5 152.4 *355.6 150.9 215.9 914 – 214.1 79 71

203.2 152.4 38.1 501.7 517.5 381.0 203.2 *457.2 200.9 285.8 914 – 264.9 152 136

254.0 203.2 50.8 568.3 584.2 444.5 254.0 *546,1 254.0 393.7 – 457 318.8 235 210

304.8 254.0 50.8 647.7 663.6 520.7 304.9 *596.9 307.8 469.9 – 609 369.3 382 341

355.6 304.8 76.2 762.0 777.9 584.2 336.6 *673.1 368.3 567.9 – 457 511.5 587 528

406.4 336.6 76.2 838.2 854.1 647.7 387.4 *723.9 371.9 609.6 – 609 537.4 745 678

457.2 387.4 76.2 914.4 930.3 711.2 438.2 *774.7 406.7 668.5 – 609 572.0 959 862

508.0 438.2 101.6 990.6 1009.7 774.7 489.0 *850.9 489.0 741.7 – 609 665.2 1138 1024

558.8 489.0 101.6 1092.2 1114.4 838.2 539.8 *901.7 528.6 819.7 – 457 704.9 1426 1231

609.6 539.8 101.6 1143.0 1165.2 914.4 590.6 *977.9 565.9 914.4 – 609 742.2 2091 1565

660.4 590.6 101.6 1244.6 1270.0 971.6 635.0 *1066.8 601.7 984.5 – 609 778.0 2396 1789

711.2 635.0 127.0 1346.2 1371.6 1035.1 685.8 *1130.3 672.8 1060.5 – 609 872.2 2943 2208

762.0 685.8 127.0 1397.0 1422.4 1092.2 736.6 *1193.8 708.2 1139.4 – 609 907.3 3555 2612

812.8 736.6 127.0 1524.0 1552.6 1149.4 831.9 *1244.6 749.6 1216.7 – 762 949.2 4278 3348

914.4 831.9 127.0 1727.2 1755.8 1270.0 867.3 *1384.3 816.9 1362.5 – 914 1016.3 5563 4475

1066.8 876.3 190.5 1930.4 – 1289.1 1047.8 *1435.1 934.7 1443.5 – 609 1191.8 – –


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.+ Prior to 1/1/98 – manufactured to 16.5" short pattern length.


Normally Furnished

Approx. Wt. kg.

NomDiam.mm

BallBoreB mm

StemSizemm

RaisedFace

LengthA mm

RingJoint

LengthA mm

Diam.D1 †mm

Diam.D2mm

LengthA

mm

C.L.To

BottomC

mm

BodySphere

Emm

LeverLength

Lmm

DiameterHandwheel

for GearG

mm Hmm Flange Weld

Weld End▲

A

L

D1 H

G

H

C

D2

E

B




2 2.063 3.13

4 4.06 1.5 16 16.125 10 4.06 *14 5.94 8.5 36 – 8.43 140 126

6 6 1.5 19.5 19.625 12.5 6 *18 7.91 11.25 36 – 10.43 305 274

8 8 2 23.5 23.625 15 8 *21.5 10 15.5 – 18 12.55 530 473

10 10 2 26.5 26.625 17.5 10 *23.5 12.12 18.5 – 24 14.54 910 819

12 12 3 30 30.125 20.5 12 *26.5 14.5 22.36 – 18 20.14 1390 1240

14 13.25 3 32.5 32.625 23 13.25 *28.5 14.64 24 – 18 21.16 1774 1576

16 15.25 4 35.5 35.625 25.5 15.25 *30.5 17.84 26.32 – 18 24.78 2282 2040

18 17.25 4 38.5 38.625 28 17.25 *33.5 19.25 29.2 – 24 26.19 2918 2626

20 19.25 5 41.5 41.75 30.5 19.25 *35.5 22.11 32.27 – 24 30 3370 3028

22 21.25 5 45 45.375 33 21.25 38.5 23.63 36 – 24 31.53 5108 4332

24 23.25 5 48.5 48.875 36 23.25 *42 25.05 38.76 – 24 32.95 5963 5278

26 25 5 51.5 52 38.25 25 *44.5 26.49 41.75 – 24 34.34 7219 5872

28 27 5 55 55.5 40.75 27 *47 27.88 44.86 – 30 35.72 8923 7464

30 29 5 60 60.5 43 29 *49 29.51 47.9 – 36 37.37 10584 8657

34 32.75 7.5 70 70.625 47.5 32.75 *54.5 35.19 53.64 – 30 45.31 14425 12712

36 34.5 7.5 74 74.625 50 34.5 *56.5 36.8 56.83 – 30 46.92 18116 16700

40 38.5 7.5 78 – 50 38.5 *65 40.14 65 – 42 50.25 25100 23800

42 41.25 7.5 81 – 52 41.25 *66.5 41.78 68.6 – 42 51.89 27900 26200

48 46.5 9 91 – 59.5 46.5 *84 47.98 77 – – – – –

Use 600 lb. Class Valves




Normally Furnished

Approx. Wt. lb.

NomDiam.

in.

BallBoreB in.

StemSizein.

RaisedFace

LengthA in.

RingJoint

LengthA in.

Diam.D1 †in.

Diam.D2in.

LengthAin.

C.L.To

BottomCin.

BodySphere

Ein.

LeverLength

Lin.

DiameterHandwheel

for GearGin. H

in. Flange Weld

Weld End▲

A

L

D1 H

G

H

C

D2

E

B

50.8 52.3

76.2 79.5

101.6 103.1 38.1 406.4 409.6 254.0 103.1 *355.6 150.9 215.9 914 – 214.1 64 57

152.4 152.4 38.1 495.3 498.5 317.5 152.4 *457.2 200.9 285.8 914 – 264.9 138 124

203.2 203.2 50.8 596.9 600.1 381.0 203.2 *546.1 254.0 393.7 – 457 318.8 240 215

254.0 254.0 50.8 673.1 676.3 444.5 254.0 *596.9 307.8 469.9 – 609 369.3 413 371

304.8 304.8 76.2 762.0 765.2 520.7 304.8 *673.1 368.3 567.9 – 457 511.5 631 562

355.6 336.6 76.2 825.5 828.7 584.2 336.6 *723.9 371.9 609.6 – 457 537.4 804 714

406.4 387.4 101.6 901.7 904.9 647.7 387.4 *774.7 453.1 668.5 – 457 629.4 1035 925

457.2 438.2 101.6 977.9 981.1 711.2 438.2 *850.9 489.0 741.7 – 609 665.2 1324 1191

508.0 489.0 127.0 1054.1 1060.5 774.7 489.0 *901.7 561.6 819.7 – 609 762.0 1529 1374

558.8 539.8 127.0 1143.0 1152.5 838.2 539.8 *977.9 600.2 914.4 – 609 800.9 2317 1955

609.6 590.6 127.0 1231.9 1241.4 914.4 590.6 *1066.8 636.3 984.5 – 609 836.9 2605 2394

660.4 635.0 127.0 1308.1 1320.8 971.6 635.0 *1130.3 672.8 1060.5 – 609 872.2 3275 2664

711.2 685.8 127.0 1397.0 1409.7 1035.1 685.8 *1193.8 708.2 1139.4 – 762 907.3 4047 3386

762.0 736.6 127.0 1524.0 1536.7 1092.2 736.6 *1244.6 749.6 1216.7 – 914 949.2 4801 3927

863.6 831.9 190.5 1778.0 1793.9 1206.5 831.9 *1384.3 893.8 1362.5 – 762 1150.9 6543 5766

914.4 876.3 190.5 1879.6 1895.5 1270.0 876.3 *1435.1 934.7 1443.5 – 762 1191.8 8218 7575

1016.0 977.9 190.5 1981.2 – 1270.0 977.9 *1651.0 1019.6 1651.0 – 1067 1276.4 11385 10796

1066.9 1047.8 190.5 2057. – 1320.8 1047.8 *1689.1 1061.2 1742.4 – 1067 1318.0 12655 11884

1219.2 1181.1 228.6 2311.4 – 1511.3 1181.3 *2133 1219 1956 – – – – –




Normally Furnished

Approx. Wt. kg.

NomDiam.mm

BallBoreB mm

StemSizemm

RaisedFace

LengthA mm

RingJoint

LengthA mm

Diam.D1 †mm

Diam.D2mm

LengthA

mm

C.L.To

BottomC

mm

BodySphere

Emm

LeverLength

Lmm

DiameterHandwheel

for GearG

mm Hmm Flange Weld

Weld End▲


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





3 2.064 3.13 1 16 16.125 10 4.06 *12.5 5.12 6.75 24 – 7.44 110 99

6 4.06 1.5 19.5 19.625 12.5 6 *14 5.94 8.5 36 – 8.43 195 175

8 6 1.5 23.5 23.625 15 8 *18 7.91 11.25 – 18 10.43 430 387

10 8 2 26.5 26.625 17.5 10 *21.5 10 15.5 – 18 12.55 635 567

12 10 2 30 30.125 20.5 12 *23.5 12.12 18.5 – 24 14.54 1110 999

14 12 3 32.5 32.625 23 13.25 *26.5 14.5 22.36 – 18 20.14 1620 1458

16 13.25 3 35.5 35.625 25.25 15.25 *28.5 14.64 24 – 18 21.16 2034 1828

18 15.25 4 38.5 38.625 28 17.25 *30.5 17.84 26.32 – 18 24.78 2592 2351

20 17.25 4 41.5 41.75 30.5 19.25 *33.5 19.25 29.2 – 24 26.19 3348 3013

22 19.25 5 45 45.375 33 21.25 *35.5 22.11 32.27 – 24 30 3772 3322

24 21.25 5 48.5 48.875 36 23.25 *38.5 23.63 36 – 24 31.53 5413 4457

26 23.25 5 51.5 52 38.25 25 *42 25.05 38.76 – 24 32.95 6604 5413

28 25 5 55 55.5 40.75 27 *44.5 26.49 41.75 – 24 34.34 8110 6561

30 27 5 60 60.5 43 29 *47 27.88 44.86 – 30 35.72 9798 8184

32 29 5 65 65.625 45.25 32.75 *49 29.51 47.9 – 36 37.37 11789 9694

36 32.75 7.5 74 74.625 50 34.5 *54.5 35.19 53.64 – 30 45.31 15331 13517

42 34.5 7.5 81 – 52 41.25 *56.5 36.8 56.83 – 30 46.92 –


Normally Furnished

Approx. Wt. lb.

NomDiam.

in.

BallBoreB in.

StemSizein.

RaisedFace

LengthA in.

RingJoint

LengthA in.

Diam.D1 †in.

Diam.D2in.

LengthAin.

C.L.To

BottomCin.

BodySphere

Ein.

LeverLength

Lin.

DiameterHandwheel

for GearGin. H

in. Flange Weld

Weld End▲

A

L

D1 H

G

H

C

D2

E

B


76.2 52.3101.6 25.4 406.7 409.6 254.0 103.1 *317.5 130.0 171.5 609 – 189.0 50 45152.4 103.1 38.1 495.3 498.5 317.5 152.4 *355.6 150.9 215.9 914 – 214.4 88 79

203.2 152.4 38.1 596.9 600.1 381.0 203.2 *457.2 200.9 285.8 – 457 264.9 195 176

254.0 203.2 50.8 673.1 676.3 444.5 254.0 *546.1 254.0 393.7 – 457 318.8 288 257

304.8 254.0 50.8 762.0 765.2 520.7 304.8 *596.9 307.8 469.9 – 609 369.3 503 453

355.6 304.8 76.2 825.5 828.7 584.2 336.6 *673.1 368.3 567.9 – 457 511.5 735

406.4 336.6 76.2 901.7 904.9 647.7 387.4 *723.9 371.9 609.6 – 457 537.4 923 829

457.2 387.4 101.6 977.9 981.1 711.2 438.2 *774.7 453.1 668.5 – 457 629.4 1175 1066

508.0 438.2 101.6 1054.1 1060.5 774.7 489.0 *850.9 489.0 741.7 – 609 665.2 1519 1367

558.8 489.0 127.0 1143.0 1152.5 838.2 539.8 *901.7 561.6 819.7 – 609 762.0 1711 1507

609.6 539.8 127.0 1231.9 1241.4 914.4 590.6 *977.9 600.2 914.4 – 609 800.9 2455 2022

660.4 590.6 127.0 1308.1 1320.8 971.6 635.0 *1066.8 636.3 984.5 – 609 836.9 2942 2455

711.2 635.0 127.0 1397.0 1409.7 1035.1 685.8 *1130.3 672.8 1060.5 – 609 872.2 3679 2976

762.0 685.8 127.0 1524.0 1536.7 1092.2 736.6 *1193.8 708.2 1139.4 – 762 907.3 4444 3712

812.8 736.6 127.0 1651.0 1666.9 1149.4 831.9 *1244.6 749.6 1216.7 – 914 949.2 5348 4397

914.4 831.9 190.5 1879.6 1895.5 1270.0 876.3 *1384.3 893.8 1362.5 – 762 1150.9 6954 6131

1066.8 876.3 190.5 2057.4 – 1320.8 1047.8 *1435.1 934.7 1443.5 – 762 1191.8 – –


Flanged End ▲Data for Valve with Operator

Normally Furnished

Approx. Wt. kg.

NomDiam.mm

BallBoreB mm

StemSizemm

RaisedFace

LengthA mm

RingJoint

LengthA mm

Diam.D1 †mm

Diam.D2mm

LengthA

mm

C.L.To

BottomC

mm

BodySphere

Emm

LeverLength

Lmm

DiameterHandwheel

for GearG

mm Hmm

Use 600 lb. Class ValvesFlange Weld

Weld End▲



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

79.5

Size




2 2.06 1 11.5 11.625 6.5 2.06 *11 3.94 5 24 – 6.34 44 40

3 3.13 1 14 14.125 8.25 3.13 *12.5 5.12 6.75 24 – 7.44 85 78

4 4.06 1.5 17 17.125 10.75 4.06 *14 5.94 8.5 36 – 8.43 165 148

6 6 1.5 22 22.125 14 6 *18 7.91 11.25 36 – 10.43 445 397

8 8 2 26 26.125 16.5 8 *21.5 10 15.5 – 24 12.55 670 603

10 10 2 31 31.125 20 10 *23.5 12.12 18.5 – 30 14.54 1050 945

12 12 3 33 33.125 22 12 *26.5 14.5 22.36 – 18 20.14 1510 1359

14 13.25 3 35 35.125 23.75 13.25 *28.5 14.64 24 – 24 21.16 2030 1825

16 15.25 4 39 39.125 27 15.25 *30.5 17.84 26.32 – 18 24.78 2483 2232

18 17.25 4 43 43.125 29.25 17.25 *33.5 19.25 29.2 – 24 26.19 2985 2685

20 19.25 5 47 47.25 32 19.25 *35.5 22.11 32.27 – 24 30 4208 3628

22 21.25 5 51 51.375 34.25 21.25 *38.5 23.63 36 – 24 31.53 5772 4332

24 23.25 5 55 55.375 37 23.25 *42 25.05 38.76 – 30 32.95 6938 5278

26 25 5 57 57.5 40 25 *44.5 26.49 41.75 – 36 34.34 8013 5963

28 27 7.5 61 61.5 42.25 27 *47 30.87 44.86 – 30 40.99 9905 7555

30 29 7.5 65 65.5 44.5 29 *49 32.53 47.9 – 30 42.65 11748 8748

34 32.75 7.5 76 76.625 49 32.75 *54.5 35.19 53.64 – 42 45.31 16012 12712

36 34.5 7.5 82 82.625 51.75 34.5 *56.5 36.8 56.83 – 42 46.92 19998 16700

40 38.5 9 80 – 52 38.5 *65 42.02 65 – 42 55.425 26900 23800

42 41.25 9 83 – 55.25 41.25 *66.5 43.66 68.6 – 42 57.06 29920 26200

48 46.5 11 94 – 62.75 46.5 *84 51.18 77.33 – -- – – –



Normally Furnished

Approx. Wt. lb.

NomDiam.

in.

BallBoreB in.

StemSizein.

RaisedFace

LengthA in.

RingJoint

LengthA in.

Diam.D1 †in.

Diam.D2in.

LengthAin.

C.L.To

BottomCin.

BodySphere

Ein.

LeverLength

Lin.

DiameterHandwheel

for GearGin. H

in. Flange Weld

Weld End▲

50.8 52.3 25.4 292.1 295.3 165.1 52.3 *279.4 100.1 127.0 609 – 161.0 20 18

76.2 79.5 25.4 355.6 358.8 209.6 79.5 *317.5 130.0 171.5 609 – 189.0 39 35

101.6 103.1 38.1 431.8 435.0 273.1 103.1 *355.6 150.9 215.9 914 – 214.1 75 67

152.4 152.4 38.1 558.8 562.0 355.6 152.4 *457.2 200.9 285.8 914 – 264.9 202 180

203.2 203.2 50.8 660.4 663.6 419.1 203.2 *546.1 254.0 393.7 – 609 318.8 304 274

254.0 254.0 50.8 787.4 790.6 508.0 254.0 *596.9 307.8 469.9 – 762 369.3 476 429

304.8 304.8 76.2 838.2 841.4 558.8 304.8 *673.1 368.3 567.9 – 457 511.5 685 616

355.6 336.6 76.2 889.0 892.2 603.3 336.6 *723.9 371.9 609.6 – 609 537.4 921 827

406.4 387.4 101.6 990.6 993.8 685.8 387.4 *774.7 453.1 668.5 – 457 629.4 1126 1012

457.2 438.2 101.6 1092.2 1095.4 743.0 438.2 *850.9 489.0 741.7 – 609 665.2 1354 1218

508.0 489.0 127.0 1193.8 1200.2 812.8 489.0 *901.7 561.6 819.7 – 609 762.0 1909 1646

558.8 539.8 127.0 1295.4 1304.9 870.0 539.8 *977.9 600.2 914.4 – 609 800.9 2618 1965

609.6 590.6 127.0 1397.0 1406.5 939.8 590.6 *1066.8 636.3 984.5 – 762 836.9 3147 2394

660.4 635.0 127.0 1447.8 1460.5 1016.0 635.0 *1130.3 672.8 1060.5 – 914 872.2 3635 2705

711.2 685.8 190.5 1549.4 1562.1 1073.2 685.8 *1193.8 784.1 1139.4 – 762 1041.1 4493 3427

762.0 736.6 190.5 1651.0 1663.7 1130.3 736.6 *1244.6 826.3 1216.7 – 762 1083.3 5329 3968

863.6 831.9 190.5 1930.4 1946.3 1244.6 831.9 *1384.3 893.8 1371.6 – 1067 1150.9 7263 5766

914.4 876.3 190.5 2082.8 2098 1314.5 876.3 *1435.1 934.7 1443.5 – 1067 1191.8 9063 7575

1016.0 977.9 228.6 2032.0 – 1320.8 977.9 *1651.0 1067.3 1651.0 – 1067 1407.8 12202 10796

1066.8 1047.8 228.6 2108.2 – 1403.4 1047.8 *1689.1 1109.0 1742.4 – 1067 1449.5 13572 11884

1219.2 1181.1 279.4 2387.6 – 1593.9 1181.1 *2133 1300 1964.2 – – – – –


Normally Furnished

Approx. Wt. kg.

NomDiam.mm

BallBoreB mm

StemSizemm

RaisedFace

LengthA mm

RingJoint

LengthA mm

Diam.D1 †mm

Diam.D2mm

LengthA

mm

C.L.To

BottomC

mm

BodySphere

Emm

LeverLength

Lmm

DiameterHandwheel

for GearG

mm Hmm Flange Weld

Weld End▲

A

L

D1 H

G

H

C

D2

E

B


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




3 2.06 1 14 14.125 8.25 3.13 *11 3.94 5 24 – 6.34 80 72

4 3.13 1 17 17.125 10.75 4.06 *12.5 5.12 6.75 24 – 7.44 140 126

6 4.06 1.5 22 22.125 14 6 *14 5.94 8.5 36 – 8.43 230 207

8 6 1.5 26 26.125 16.5 8 *18 7.91 11.25 36 – 10.43 570 541

10 8 2 31 31.125 20 10 *21.5 10 15.5 – 24 12.55 775 697

12 10 2 33 33.125 22 12 *23.5 12.12 18.5 – 30 14.54 1353 1217

14 12 3 35 35.125 23.75 13.25 *26.5 14.5 22.36 – 18 20.14 1873 1684

16 13.25 3 39 39.125 27 15.25 *28.5 14.64 24 – 24 21.16 2300 2068

18 15.25 4 43 43.125 29.25 17.25 *30.5 17.84 26.32 – 18 24.78 2634 2378

20 17.25 4 47 47.25 32 19.25 *33.5 19.25 29.2 – 24 26.19 4110 3675

22 19.25 5 51 51.375 34.25 21.25 *35.5 22.11 32.27 – 24 30 4462 4122

24 21.25 5 55 55.375 37 23.25 *38.5 23.63 36 – 24 31.53 6117 4457

26 23.25 5 57 57.5 40 25 *42 25.05 38.76 – 30 32.95 7463 5413

28 25 5 61 61.5 42.25 27 *44.5 26.49 41.75 – 36 34.34 9002 6652

30 27 7.5 65 65.5 44.5 29 *47 30.87 44.86 – 30 40.99 10875 8275

32 29 7.5 70 70.625 47 32.75 *49 32.53 47.9 – 30 42.65 13085 9785

36 32.75 7.5 82 82.625 51.75 34.5 *54.5 35.19 53.64 – 42 45.31 17017 13517

42 34.5 7.5 83 – 55.25 41.25 *56.5 36.8 56.83 – 42 46.92 – –



Normally Furnished

Approx. Wt. lb.

NomDiam.

in.

BallBoreB in.

StemSizein.

RaisedFace

LengthA in.

RingJoint

LengthA in.

Diam.D1 †in.

Diam.D2in.

LengthAin.

C.L.To

BottomCin.

BodySphere

Ein.

LeverLength

Lin.

DiameterHandwheel

for GearGin. H

in. Flange Weld

Weld End▲

76.2 52.3 25.4 355.6 358.8 209.6 79.5 *279.4 100.1 127.0 609 – 161.0 36 33

101.6 79.5 25.4 431.8 435.0 273.1 103.1 *317.5 130.0 171.5 609 – 189.0 64 57

152.4 103.2 38.1 558.8 562.0 355.6 152.4 *355.6 150.9 215.9 914 – 214.1 104 94

203.2 152.4 38.1 660.4 663.6 419.1 203.2 *457.2 200.9 285.8 914 – 264.9 259 245

254.0 203.2 50.8 787.4 790.6 508.0 254.0 *546.1 254.0 393.7 – 609 318.8 352 316

304.8 254.0 50.8 838.2 841.4 558.8 304.8 *596.9 307.8 469.9 – 762 369.3 614 552

355.6 304.8 76.2 889.0 892.2 603.3 336.6 *673.1 368.3 567.9 – 457 511.5 850 764

406.4 336.6 76.2 990.6 993.8 685.8 387.4 *723.9 371.9 609.6 – 609 537.4 1043 938

457.2 387.4 101.6 1092.2 1095.4 743.0 438.2 *774.7 453.1 668.5 – 457 629.4 1195 1079

508.0 438.2 101.6 1193.8 1200.2 812.8 489.0 *850.9 489.0 741.7 – 609 665.2 1864 1667

558.8 489.0 127.0 1295.4 1304.9 870.0 539.8 *901.7 561.6 819.7 – 609 762.0 2024 1870

609.6 539.8 127.0 1397.0 1406.5 939.8 590.6 *977.7 600.2 914.4 – 609 800.9 2775 2021

660.4 590.6 127.0 1447.8 1460.5 1016.0 635.0 *1066.8 636.3 984.5 – 762 836.9 3385 2455

711.2 635.0 127.0 1549.4 1562.1 1073.2 685.8 *1130.3 672.8 1060.5 – 914 872.2 4083 3017

762.0 685.8 190.5 1651.0 1663.7 1130.3 736.6 *1193.8 784.1 1139.4 – 762 1041.1 4933 3754

812.8 736.6 190.5 1778.0 1793.9 1193.8 831.9 *1244.6 826.3 1216.7 – 762 1083.3 5935 4438

914.4 831.9 190.5 2082.8 2098.7 1314.5 876.3 *1384.3 893.8 1362.5 – 1067 1150.9 7719 6131

1066.8 876.3 190.5 2108.2 – 1403.4 1047.8 *1435.1 934.7 1443.5 – 1067 1191.8 – –


Normally Furnished

Approx. Wt. kg.

NomDiam.mm

BallBoreB mm

StemSizemm

RaisedFace

LengthA mm

RingJoint

LengthA mm

Diam.D1 †mm

Diam.D2mm

LengthA

mm

C.L.To

BottomC

mm

BodySphere

Emm

LeverLength

Lmm

DiameterHandwheel

for GearG

mm Hmm Flange Weld

Weld End▲

A

L

D1 H

G

H

C

D2

E

B



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




2.062

3 1.5 15 15.125 9.5 3.13 *13.5 4.88 7 36 — 7.44 130 117

4 4.06 2 18 18.125 11.5 4.06 *15 6.77 9.25 — 18 9.76 255 225

6 6 2 24 24.125 15 6 *20 8.39 12.5 — 24 10.86 675 607

8 8 2 29 29.125 18.5 8 *23.5 10 15.5 — 30 12.55 1340 1206

10 10 3 33 33.125 21.5 10 *25.5 12.88 18.5 — 18 18.49 2077 1867

12 12 3 38 38.125 24 12 *29.5 14.5 22.36 — 24 20.14 3002 2699

14 12.75 5 40.5 40.875 25.25 12.75 *31.5 17.4 24.5 — 24 25.3 4106 3695

16 14.75 5 44.5 44.875 27.75 14.75 *33.5 19.02 27.25 — 24 26.92 5112 4592

18 16.75 5 48 48.5 31 16.75 *36.5 20.62 30.07 — 24 28.51 6600 5940

20 18.625 7.5 52 52.5 33.75 18.625 *38.5 24.22 33.88 — 24 35.23 8620 7750

24 22.5 7.5 61 61.75 41 22.5 *45 28.07 39.95 — 30 38.18 12400 11200

30 29 7.5 75 75.875 48.5 29 *52 32.53 49.88 — 42 42.65 22000 19800

36 34.5 9 90 91.125 57.5 34.5 *59.5 38.64 58.25 — — 52.03 35000 31400



Normally Furnished

Approx. Wt. lb.

NomDiam.

in.

BallBoreB in.

StemSizein.

RaisedFace

LengthA in.

RingJoint

LengthA in.

Diam.D1 †in.

Diam.D2in.

LengthAin.

C.L.To

BottomC

in.

BodySphere

Ein.

LeverLength

Lin.

DiameterHandwheel

for GearGin. H

in.


Flange Weld

Weld End▲

50.8 52.3

76.2 79.5 38.1 381.0 384.2 241.3 79.5 *342.9 124.0 177.8 914 — 189.0 59 53

101.6 103.1 50.8 457.2 460.4 292.1 103.1 *381.0 172.0 235.0 — 457 247.9 116 102

152.4 152.4 50.8 609.6 612.8 381.0 152.4 *508.0 213.1 317.5 — 609 275.8 306 275

203.2 203.2 50.8 736.6 739.8 469.9 203.2 *596.9 254.0 393.7 — 762 318.8 608 547

254.0 254.0 76.2 838.2 841.4 546.1 254.0 *647.7 327.2 469.9 — 457 469.6 942 847

304.8 304.8 76.2 965.2 968.4 609.6 304.8 *749.3 368.3 567.9 — 609 511.5 1362 1224

355.6 323.9 127.0 1028.7 1038.2 641.4 323.9 *800.1 442.0 622.3 — 609 642.6 1863 1676

406.4 374.7 127.0 1130.3 1139.8 704.9 347.7 *850.9 483.1 692.2 — 609 683.8 2319 2083

457.2 425.5 127.0 1219.2 1231.9 787.4 425.5 *927.1 523.7 763.8 — 609 724.2 2994 2694

609.6 571.5 190.5 1549.4 1568.5 1041.4 571.5 *1143.0 713.0 1014.7 — 762 969.8 5625 5080

508.0 473.1 190.5 1320.8 1333.5 857.3 473.1 *977.9 615.2 860.6 — 609 894.8 3910 3515

762.0 736.6 190.5 1905.0 1927.2 1231.9 736.6 *1320.8 826.3 1267.0 — 1067 1083.3 9979 8981

914.4 876.3 228.6 2286.0 2314.6 1460.5 876.3 *1511.3 981.5 1479.6 — — 1321.4 15876 14243



Normally Furnished

Approx. Wt. kg.

NomDiam.mm

BallBoreB mm

StemSizemm

RaisedFace

LengthA mm

RingJoint

LengthA mm

Diam.D1 †mm

Diam.D2mm

LengthA

mm

C.L.To

BottomC

mm

BodySphere

Emm

LeverLength

Lmm

DiameterHandwheel

for GearG

mm Hmm

Flange Weld

Weld End▲

A

L

D1 H

G

H

C

D2

E

B


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

3.13




3 2.06 1 15 15.125 9.5 3.13 *11 3.94 5 24 – 6.34 105 94

4 3.13 1.5 18 18.125 11.5 4.06 *13.5 4.88 7 36 – 7.44 197 177

6 4.06 2 24 24.125 15 6 *15 6.77 9.25 – 18 9.76 345 297

8 6 2 29 29.125 18.5 8 *20 8.39 12.5 – 24 10.86 825 742

10 8 2 33 33.125 21.5 10 *23.5 10 15.5 – 30 12.55 1590 1431

12 10 3 38 38.125 24 12 *25.5 12.88 18.5 – 18 18.49 2307 2074

14 12 3 40.5 40.875 25.25 12.75 *29.5 14.5 22.36 – 24 20.14 2893 2801

16 12.75 5 44.5 44.875 27.75 14.75 *31.5 17.4 24.5 – 24 25.3 4396 3956

76.2 52.3 25.4 381.0 384.2 241.3 79.5 *279.4 100.1 127.0 609 – 161.0 48 43

101.6 79.5 38.1 457.2 460.4 292.1 103.1 *342.9 124.0 177.8 914 – 189.0 89 80

152.4 103.1 50.8 609.6 612.8 381.0 152.4 *381.0 172.0 235.0 – 457 247.9 156 135

203.2 152.4 50.8 736.6 739.8 469.9 203.2 *508.0 213.1 317.5 – 609 275.8 374 337

254.0 203.2 50.8 838.2 841.4 546.1 254.0 *596.9 254.0 393.7 – 762 318.8 721 649

304.8 254.0 76.2 965.2 968.4 609.6 304.8 *647.7 327.2 469.9 – 457 469.6 1046 940

355.6 304.8 76.2 1028.7 1038.2 641.4 323.9 *749.3 368.3 567.9 – 609 511.5 1312 1270

406.4 323.9 127.0 1130.3 1139.8 704.9 374.7 *800.1 442.0 622.3 – 609 642.6 1994 1794

Reduced Opening

Reduced Opening



Normally Furnished

Approx. Wt. lb.

NomDiam.

in.

BallBoreB in.

StemSizein.

RaisedFace

LengthA in.

RingJoint

LengthA in.

Diam.D1 †in.

Diam.D2in.

LengthAin.

C.L.To

BottomCin.

BodySphere

Ein.

LeverLength

Lin.

DiameterHandwheel

for GearGin. H

in.


Normally Furnished

Approx. Wt. kg.

NomDiam.mm

BallBoreB mm

StemSizemm

RaisedFace

LengthA mm

RingJoint

LengthA mm

Diam.D1 †mm

Diam.D2mm

LengthA

mm

C.L.To

BottomC

mm

BodySphere

Emm

LeverLength

Lmm

DiameterHandwheel

for GearG

mm Hmm

Flange Weld

Flange Weld

Weld End▲

Weld End▲

A

L

D1 H

G

H

C

D2

E

B


of a weld end and of a flange end of the same size and rating.* Short pattern.† Dimensions of 26" through 42" flanges are per MSS-SP-44.


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


* Short pattern.

2 2.06 1 14.5 14.625 8.5 2.06 *11 3.94 5 24 – 6.34 95 853 3.13 1.5 18.5 18.625 10.5 3.13 *13.5 4.88 7 36 – 7.44 189 169

4 4.06 2 21.5 21.625 12.25 4.06 *15 6.77 9.25 – 18 9.76 311 276

6 6 2 27.75 28 15.5 6 *20 8.39 12.5 – 30 10.86 805 724

8 8 3 32.75 33.125 19 8 *23.5 10.95 16.38 – 18 16.89 1637 1473

10 10 4 39 39.375 23 10 *25.5 15.15 19.5 – 18 19.96 2435 2063

12 12 4 44.5 45.125 26.5 12 *29.5 17.31 23.38 – 24 21.8 3753 3103

14 12.75 5 49.5 50.25 29.5 12.75 *31.5 17.4 26 – 24 25.3 5208 4102

16 14.75 5 54.5 55.375 32.5 14.75 *33.5 19.02 29.25 – 30 26.92 6750 5273

18 16.75 7.5 60.5 61.375 36 16.75 *36.5 22.69 31.57 – 30 33.71 9050 7100

20 18.625 7.5 65.5 66.375 38.75 18.625 *38.5 24.22 34.72 – 30 35.23 12620 9900

24 22.5 7.5 76.5 77.625 46 22.5 *45 28.07 42.16 – 48 38.18 18100 14200

50.8 52.3 25.4 368.3 371.5 215.9 52.3 *279.4 100.1 127.0 609 – 161.0 43 3976.2 79.5 38.1 469.9 473.1 266.7 79.5 *342.9 124.0 177.8 914 – 189.0 66 77

101.6 103.1 50.8 546.1 549.3 311.2 103.1 *381.0 172.0 235.0 – 457 247.9 141 125

152.4 152.4 50.8 704.9 711.2 393.7 152.4 *508.0 213.1 317.5 – 762 275.8 365 328

203.2 203.2 76.2 831.9 841.4 482.6 203.2 *596.9 278.1 416.1 – 457 429.0 743 668

254.0 254.0 101.6 990.6 1000.1 584.2 254.0 *647.7 384.8 495.3 – 457 507.0 1105 936

304.8 304.8 101.6 1130.3 1146.2 673.1 304.8 *749.3 439.7 593.9 – 609 553.7 1702 1408

355.6 323.9 127.0 1257.3 1276.4 749.3 323.9 *800.1 442.0 660.4 – 609 642.6 2362 1861

406.4 374.7 127.0 1384.3 1406.5 825.5 374.7 *850.9 483.1 743.0 – 762 683.8 3062 2392

457.2 425.5 190.5 1536.7 1558.9 914.4 425.5 *927.1 576.3 801.9 – 762 856.2 4105 3220

508.0 473.1 190.5 1663.7 1685.9 984.3 473.1 *977.9 615.2 881.9 – 762 894.8 5724 4491

609.6 571.5 190.5 1943.1 1971.7 1168.4 571.5 *1143.0 713.0 1070.9 – 1219 969.8 8210 6441

Flanged End ▲Size Data for Valve with Operator

Normally Furnished

Approx. Wt. lb.

Nom

Diam.

in.

Ball

Bore

B in.

StemSizein.

RaisedFace

LengthA in.

RingJoint

LengthA in.

Diam.D1in.

Diam.D2in.

LengthAin.

C.L.To

BottomCin.

BodySphere

Ein.

LeverLength

Lin.

DiameterHandwheel

for GearGin. H

in.


Normally Furnished

Approx. Wt. kg.

Nom

Diam.

mm

Ball

Bore

B mm

StemSizemm

RaisedFace

LengthA mm

RingJoint

LengthA mm

Diam.D1mm

Diam.D2mm

LengthA

mm

C.L.To

BottomC

mm

BodySphere

Emm

LeverLength

Lmm

DiameterHandwheel

for GearG

mm Hmm

Flange Weld

Flange Weld

Weld End▲

Weld End▲


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


3 2.06 1 18.5 18.625 10.5 3.13 *11 3.94 5 24 – 6.34 130 117

4 3.13 1.5 21.5 21.625 12.25 4.06 *13.5 4.88 7 36 – 7.44 230 207

6 4.06 2 27.75 28 15.5 6 *15 6.77 9.25 – 18 9.76 450 401

8 6 2 32.75 33.125 19 8 *20 8.39 12.5 – 30 10.86 1100 990

10 8 3 39 39.375 23 10 *23.5 10.95 16.38 – 18 16.89 1990 1701

12 10 4 44.5 45.125 26.5 12 *25.5 15.15 19.5 – 18 19.96 2972 2530

14 12 4 49.5 50.25 29.5 12.75 *29.5 17.31 23.38 – 24 21.8 3996 3347

16 12.75 5 54.5 55.375 32.5 14.75 *31.5 17.4 26 – 24 25.3 5875 4382

76.2 52.3 25.4 469.9 473.1 266.7 79.5 *279.4 100.1 127.0 609 – 161.0 59 53101.6 79.5 38.1 546.1 549.3 311.2 103.1 *342.9 124.0 177.8 914 – 189.0 104 94

152.4 103.1 50.8 704.9 711.2 393.7 152.4 *381.0 172.0 235.0 – 457 247.9 204 182

203.2 152.4 50.8 831.9 841.4 482.6 203.2 *508.0 213.1 317.5 – 762 275.8 499 448

254.0 203.2 76.2 990.6 1000.1 584.2 254.0 *596.9 278.1 416.1 – 457 429.0 903 772

304.8 254.0 101.6 1130.3 1146.2 673.1 304.8 *647.7 384.8 495.3 – 457 507.0 1348 1148

355.6 304.8 101.6 1257.3 1276.4 749.3 323.9 *749.3 439.7 593.9 – 609 553.7 1813 1518

406.4 323.9 127.0 1384.3 1406.5 825.5 374.7 *800.1 442.0 660.4 – 609 642.6 2665 1988

Reduced Opening

Reduced Opening

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


Normally Furnished

Approx. Wt. lb.

Nom

Diam.

in.

Ball

Bore

B in.

StemSizein.

RaisedFace

LengthA in.

RingJoint

LengthA in.

Diam.D1in.

Diam.D2in.

LengthAin.

C.L.To

BottomCin.

BodySphere

Ein.

LeverLength

Lin.

DiameterHandwheel

for GearGin. H

in.


Normally Furnished

Approx. Wt. kg.

Nom

Diam.

mm

Ball

Bore

B mm

StemSizemm

RaisedFace

LengthA mm

RingJoint

LengthA mm

Diam.D1mm

Diam.D2mm

LengthA

mm

C.L.To

BottomC

mm

BodySphere

Emm

LeverLength

Lmm

DiameterHandwheel

for GearG

mm Hmm

Flange Weld

Flange Weld

Weld End▲

Weld End▲

A

L

D1 H

G

H

C

D2

E

B


of a weld end and of a flange end of the same size and rating.* Short pattern.


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 50 0 L B . C L A S S B A L L VA LV E S


2 2.06 1 17.75 17.875 9.25 2.06 *15 4.53 5.43 24 – 7.25 114 94

3 3.13 1.5 22.75 23 12 3.13 *18 5.67 7.5 36 – 8.94 236 187

4 4.06 2 26.5 26.875 14 4.06 *20 7.24 9.75 – 24 11.70 471 382

6 6 3 36 36.5 19 6 *24 7.76 13.5 – 24 13.13 943 737

8 6 3 40.5 40.875 21.75 7.125 *24 7.76 13.5 – 24 13.13 1297 1017

10 8.875 4 50 50.875 26.5 8.875 *33 14.84 20.87 – 24 20.00 2922 2166

12 10.5 5 56 56.875 30 10.5 *36 16.615 24.5 – 30 24.75 4506 3258

8 7.125 4 40.5 40.875 21.75 7.125 *28 12.84 18.11 – 24 17.88 2094 1676

3 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 11.7 638 513

10 7.13 4 50 50.875 26.5 8.875 *28 12.84 18.11 – 24 17.88 2518 1916

12 8.875 4 56 56.875 30 10.5 *33 14.875 20.87 – 24 20 3566 2657

Reduced Opening

50.8 52.3 25.4 450.9 454.0 235.0 52.3 *381.0 115 138 609 – 184.2 52 43

76.2 79.5 38.1 577.9 584.2 304.9 79.5 *457.2 144 190.5 914 – 227.1 107 85

101.6 103.1 50.8 673.1 682.6 355.6 103.1 *508.0 184 247.7 – 609 297.2 214 173

152.4 152.4 76.2 914.4 927.1 482.6 152.4 *609.6 248 342.9 – 609 333.5 428 334

203.2 181.0 101.6 1028.7 1038.2 552.5 181.0 *711.2 326 460 – 609 454.0 950 760

254.0 225.4 101.6 1270.0 1292.2 673.1 225.4 *838.2 377.8 530 – 609 508.0 1325 983

304.8 266.7 127.0 1422.4 1444.6 762.0 266.7 *914.4 423 622.3 – 762 628.7 2044 1478

76.2 52.3 25.4 577.9 584.2 304.8 79.5 *381.0 115 138 609 – 184.2 71 59

101.6 79.5 38.1 673.1 682.6 355.6 103.1 *457.2 144 190.5 914 – 227.1 130 98

152.4 103.1 50.8 914.4 927.1 482.6 152.4 *508.0 184 247.7 – 609 297.2 289 233

203.2 152.4 76.2 1028.7 1038.2 552.5 181.0 *609.6 248 342.9 – 609 333.5 588 461

254.0 181.0 101.6 1270.0 1292.2 673.1 225.4 *711.2 326 460 – 609 454.0 1142 869

304.8 225.4 101.6 1422.4 1444.6 762.0 266.7 *838.2 377 530 – 609 508.0 1618 1205

Full Opening

Reduced Opening



Normally Furnished

Approx. Wt. lb.

Nom

Diam.

in.

Ball

Bore

B in.

StemSizein.

RaisedFace

LengthA in.

RingJoint

LengthA in.

Diam.D1in.

Diam.D2in.

LengthAin.

C.L.To

BottomC

in.

BodySphere

Ein.

LeverLength

Lin.

DiameterHandwheel

for GearGin. H

in.


Normally Furnished

Approx. Wt. kg.

Nom

Diam.

mm

Ball

Bore

B mm

StemSizemm

RaisedFace

LengthA mm

RingJoint

LengthA mm

Diam.D1mm

Diam.D2mm

LengthA

mm

C.L.To

BottomC

mm

BodySphere

Emm

LeverLength

Lmm

DiameterHandwheel

for GearG

mm Hmm

Flange Weld

Weld End▲

Flange Weld

Weld End▲

A

L

D1 H

G

H

C

D2

E

B


of a weld end and of a flange end of the same size and rating.* Short pattern. # Length exceeds specified dimension in API 6D.

Full Opening


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


2.06 2.06 1 11.625 6.5 2.06 3.94 5 36 – 6.34 44

3.13 3.13 1 14.124 8.25 3.13 5.12 6.75 36 – 7.44 85

4.06 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

2.06 2.06 1 14.625 8.5 2.06 3.94 5 36 – 6.34 90

3.13 3.13 1.5 15.125 9.5 3.13 4.88 7 36 – 7.44 130

4.06 4.06 2 18.125 11.5 4.06 6.77 9.25 36 – 9.76 255

7.06 6 2 24.125 15 6 8.39 12.5 – 30 10.92 675

2.06 2.06 2 14.625 8.5 2.06 3.94 5 36 – 6.34 95

3.13 3.13 1.5 18.625 10.5 3.13 4.88 7 36 – 7.44 189

4.06 4.06 2 21.625 12.25 4.06 6.77 9.25 – 24 9.30 361

7.06 6 3 28 15.5 6 8.39 13.5 – 24 13.13 805

52.3 52.3 25.4 295.3 165.1 52.3 100.1 127.0 914 – 161.0 20

79.5 79.5 25.4 358.8 209.6 79.5 130.0 171.5 914 – 189.0 39

103.1 103.1 38.1 435.0 273.1 103.1 150.9 215.9 914 – 214.1 75

179.3 152.4 50.8 562.0 355.6 152.4 200.9 292.1 – 609 262.4 202

52.3 52.3 25.4 371.5 215.9 52.3 100.1 127.0 914 – 161.0 41

79.5 79.5 38.1 384.2 241.3 79.5 124.0 177.8 914 – 189.0 59

103.1 103.1 50.8 460.4 292.1 103.1 172.0 235.0 914 – 247.9 116

179.3 152.4 50.8 612.8 381.0 152.4 213.1 317.5 – 762 277.4 306

52.3 52.3 25.4 371.5 215.9 52.3 100.1 127.0 914 – 161.0 43

79.5 79.5 38.1 473.1 266.7 79.5 124.0 177.8 914 – 189.0 86

103.1 103.1 50.8 549.3 311.2 103.1 172.0 235.0 914 – 236.2 164

179.3 152.4 76.2 711.2 393.7 152.4 213.1 342.9 – 609 333.5 365

Flange

Flanged End (RTJ)Size Data for Valve with

Operator Normally

Approx.

Nom

Diam.

in.

Ball

Bore

B in.

StemSizein.

RaisedFace

LengthA in.

Diam.D1 in.

Diam.D2in.

C.L.To

BottomC

in.

BodySphere

Ein.

LeverLength

Lin.

DiameterHandwheel

for GearGin. H

in.

Flange

Flanged End (RTJ)Size Data for Valve with

Operator Normally

Approx.

Nom

Diam.

mm

Ball

Bore

B mm

StemSizemm

LengthA mm

Diam.D1 mm

Diam.D2mm

C.L.To

BottomC

mm

BodySphere

Emm

LeverLength

Lmm

DiameterHandwheel

for GearG

mm Hmm

2000 psi W.P. 4000 psi TEST



140.6 kg/cm2 W.P. 281.2 kg/cm2 TEST



A

L

D1 H

G

H

C

D2

E

B


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


3.13 2.06 1 14.125 8.25 3.13 3.94 5 36 – 6.34 80

4.06 3.13 1 17.125 10.75 4.06 5.12 6.75 36 – 7.44 140

7.06 4.06 1.5 22.125 14 6 5.94 8.5 36 – 8.43 230

3.13 2.06 1 15.125 9.5 3.13 3.94 5 36 – 6.34 105

4.06 3.13 1.5 18.125 11.5 4.06 4.88 7 36 – 7.44 197

7.06 4.06 2 24.125 15 6 6.77 9.25 36 – 9.76 345

3.13 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 – 7.44 230

7.06 4.06 2 28 15.5 6 6.77 9.25 – 24 9.30 490

79.5 52.3 25.4 358.8 209.6 100.1 127.0 914 – 161.0 38103.1 79.5 25.4 435.0 273.1 130.0 171.5 914 – 189.0 64179.3 103.1 38.1 562.0 355.6 150.9 215.9 914 – 214.1 104

79.5 52.3 25.4 384.2 241.3 100.1 127.0 914 – 161.0 48103.1 79.5 38.1 460.4 292.1 124.0 177.8 914 – 189.0 89179.4 103.1 50.8 612.8 381.0 172.0 235.0 914 – 247.9 156

79.5 52.3 25.4 473.1 266.7 100.1 127.0 914 – 161.0 59103.1 79.5 38.1 549.3 311.2 124.0 177.8 914 – 189.0 104179.3 103.1 50.8 711.2 393.7 172.0 235.0 – 609 236.2 222

Flanged End (RTJ)Size Data for Valve withOperator Normally

Furnished

Approx. Wt.lb.

Flange

Nom

Diam.

in.

Ball

Bore

B in.

StemSizein.

LengthA in.

Diam.D1 in.

Diam.D2in.

C.L.To

BottomCin.

BodySphere

Ein.

LeverLength

Lin.

DiameterHandwheel

for GearGin. H

in.

Size Data for Valve withOperator Normally

Furnished

Approx.Wt. kg.Flange

Nom

Diam.

mm

Ball

Bore

B mm

StemSizemm

C.L.

BodySphere

Emm

LeverLength

Lmm

DiameterHandwheel

for GearG

mm Hmm




79.5103.1

152.4

79.5

103.1

152.4

79.5

103.1

152.4

LengthA mm

Diam.D1 mm

Diam.D2mm

Flanged End (RTJ)




C.L.To

BottomC

mm

A

L

D1 H

G

H

C

D2

E

B


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


Centerline to Mounting Flange Dimensions

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.

Bore Dimension A (in.)Size ANSI Pressure Class(in.) 150 300 400 600 900 15002 4.06 4.06 4.06 4.06 4.06 4.063 5.08 5.08 5.08 5.08 4.76 4.764 5.79 5.79 5.79 5.79 6.61 6.616 7.64 7.64 7.64 7.64 8.23 8.238 9.92 9.92 9.92 9.92 9.92 13.4510 11.91 11.91 11.91 11.91 15.05 15.9612 16.70 16.70 16.70 16.70 16.70 17.8014 17.72 17.72 17.72 17.72 20.55 20.5516 19.08 19.08 20.78 20.78 22.17 22.1718 22.19 22.19 22.19 22.19 23.76 27.7120 23.75 23.75 25.25 25.25 29.23 29.2322 25.22 25.22 26.78 26.78 –– ––

24 26.63 26.63 28.20 28.20 32.18 32.1826 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 –– ––

A

Bore Dimension A (mm)Size ANSI Pressure Class(mm) 150 300 400 600 900 150050.8 103.12 103.12 103.12 103.12 103.12 103.1276.2 129.03 129.03 129.03 129.03 120.90 120.90101.6 147.06 147.06 147.06 147.06 167.89 167.89152.4 194.06 194.06 194.06 194.06 209.04 209.04203.2 251.97 251.97 251.97 251.97 251.97 341.63254.0 302.51 302.51 302.51 302.51 382.27 405.38304.8 424.18 424.18 424.18 424.18 424.18 452.12355.6 450.09 450.09 450.09 450.09 521.97 521.97406.4 484.63 484.63 527.81 527.81 563.12 563.12457.2 563.63 563.63 563.63 563.63 603.50 703.83508.0 603.25 603.25 641.35 641.35 742.44 742.44558.8 640.59 640.59 680.21 680.21 –– ––

609.6 676.40 676.40 716.28 716.28 817.37 817.37660.4 751.59 751.59 751.59 751.59 –– ––

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

▲

▲




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

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

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

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

F

B

A

C

D

R

K

V

J

Q

▲

▼

H

▲

▼

S

N

▲

▼

▼

▼▼▼

E

F

Dash Number - 1 - 2 - 3Valve Stem Size 1 1.50 2A - Flange Dia (in.) 6.50 6.50 8.75B - Boss Dia (in.) 4.747 4.747 6.997C - Height of Nut (in.) 1.94 2.12 2.62D - Bolt Size (in.) 0.44 0.54 0.66F - Width of Nut (in.) 1.5 2.0 2.5H - Number of Holes 8 8 16J - Dia Bolt Circle (in.) 5.75 5.75 8.00

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

Bolt Torque (ft-lb) 30 30 30

Dash Number - 1 - 2 - 3Valve Stem Size 25.40 38.10 50.80A - Flange Dia (mm) 165.10 165.10 222.25B - Boss Dia (mm) 120.57 120.57 177.72C - Height of Nut (mm) 49.28 53.85 66.55D - Bolt Size (mm) 11.18 13.72 16.76F - Width of Nut (mm) 38.10 30.80 63.50H - Number of Holes 8 8 16J - Dia Bolt Circle (mm) 146.05 146.05 203.20

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

Bolt Torque (NM) 40.68 40.68 40.68

SD-016398 SD-016397

SD-016400 SD-016399

▲

▲

▲

▲

▲

▲

▲

▲

▲

▲

▲

▲

▲

▲

▲

▲

▲

▲

▲




Dash Number - 4 - 5 - 6 - 7 - 8 - 9 - 10 - 11Valve Stem Size 3 4 5 7.5 9 11 13 15A - Number of Holes 16 16 24 24 24 28 28 32C - Dia Bolt Circle (in.) 10.375 17.25 18.375 24.00 31.00 27.50 27.50 36.00E - 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 33.496H - 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 19.25K - Flange Dia (in.) 11.50 18.25 19.380 25.75 32.75 30.00 30.00 39.00N - Flange Thickness (in.) 0.63 0.63 0.63 1.00 1.00 1.25 1.25 1.50Q - Key Width (in.) 0.625 0.75 1.25 1.25 1.50 2.00 2.00 2.25R - Height of Boss (in.) 3.75 4.310 5.250 7.50 8.13 12.00 12.00 17.50S - Overall Height (in.) 6.120 7.00 8.120 11.00 11.75 16.12 15.84 21.50V - Adapter Flange 1.00 1.00 1.00 1.00 1.00 1.25 1.25 1.50V - Thickness (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

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

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

Dash Number - 4 - 5 - 6 - 7 - 8 - 9 - 10 - 11Valve Stem Size 76.20 101.60 127.00 190.50 228.60 279.40 330.20 381.00A - Number of Holes 16 16 24 24 24 28 28 32C - Dia Bolt Circle (mm) 263.53 438.15 466.73 609.60 787.40 698.50 698.50 914.40E - Max Shaft Dia (mm) 69.73 82.43 114.18 139.58 158.63 228.48 228.48 ––

F - Boss Dia (mm) 231.69 412.64 434.87 552.34 719.02 647.59 647.59 850.79H - Shaft to Slot ID (mm) 61.01 71.91 96.16 122.00 137.38 200.32 172.05 ––

J - Height of Nut (mm) 120.65 134.88 158.75 215.90 231.91 338.03 338.03 488.95K - Flange Dia (mm) 292.10 463.55 492.26 654.05 831.85 762.00 763.00 990.60N - Flange Thickness (mm) 16.00 16.00 16.00 25.40 25.40 31.75 31.75 38.10Q - Key Width (mm) 15.88 19.05 31.75 31.75 38.10 50.80 50.80 57.15R - Height of Boss (mm) 95.25 109.48 133.35 190.50 206.51 304.80 304.80 444.50S - Overall Height (mm) 155.45 177.80 206.25 279.40 298.45 409.45 402.34 546.10V - Adapter Flange 25.40 25.40 25.40 25.40 25.40 31.75 31.75 38.10V - Thickness (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 bolt holes are on centerline.




Q

M

P

N

P

N

M

Q

M

N

Q

P

M

N

Q

P

P

N

M Q

N

M

P

Q

Manual Gear Dimensions for Cameron Ball Valves Manufactured in U.S.

Manual Gear Dimensions for Cameron Ball Valves Manufactured in France

Manual Gear Dimensions for Cameron Ball Valves 3" and Larger

Model WG1/B6 Model WG1/S12

Model RC431Model RC250

Mastergear Dynatorque

SD-24023SD-24022

SD-24024 SD-24025

*Normally furnished in above ground applications.

Stem Effective No. OfSize Model Ratio Turns M N P Q R(in.) Per 90˚ (mm) (mm) (mm) (mm) (mm)

1 MG 11.1 11.5 92.20 118.36 63.5 85.85 —

1.5 MG 11:1 11.5 92.20 118.36 63.5 85.85 ––2 MG 18.3:1 18.0 120.65 130.55 66.80 136.65 ––

3 MG 52:1 45.0 154.94 171.70 150.11 137.92 ––

Stem Effective No. OfSize Model Ratio Turns M N P Q(in.) Per 90˚ (in.) (in.) (in.) (in.)

1 250 11:1 11.5 3.27 5.12 2.17 3.76

1.5 250 11:1 11.5 3.27 5.12 2.17 3.76

2 431 22:1 18 4.39 5.67 4.21 5.43

Stem Effective No. OfSize Model Ratio Turns M N P Q(in.) Per 90˚ (mm) (mm) (mm) (mm)

1 250 11:1 11.5 83.06 130.05 55.12 92.27

1.5 250 11:1 11.5 83.06 130.05 55.12 92.27

2 431 22:1 18 111.51 144.02 144.02 137.92


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

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

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

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

9 1/S12 432:1 428 16.38 14.77 7.39 19.50

Stem Effective No. OfSize Model Ratio Turns M N P Q(in.) Per 90˚ (mm) (mm) (mm) (mm)

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

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

5 1/S12 153:1 190 246.13 260.35 137.70 241.30

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

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


1 MG 11.1 11.5 3.63 4.66 2.50 3.38

1.5 MG 11:1 11.5 3.63 4.66 2.50 3.38

2 MG 18.3:1 18.0 4.75 5.14 2.63 5.38

3 MG 52:1 45.0 6.10 6.76 5.91 5.43




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 — –– –– .088 .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 6.875

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.


W-K-MD Y N A S E A L® 3 7 0 C T T R U N N I O N B A L L V A L V E S


Standards and SpecificationsDynaSeal 370CT ball valves conform to the following design

and testing standards: API 6D; ANSI B16.5 (Steel Pipe Flanges

and Flange Fittings); MSS-SP-6 (Standard Finishes for Pipe

Flanges); MSS-SP-25 (Standard Marking System for Valves);

MSS-SP-55 (Quality Standards for Steel Castings); API 6FA

(Fire-Test Specification).

In addition, the DynaSeal 370CT can be supplied to comply

with these standards: ANSI B31.1 (Power Piping); API 598

(Valve Inspection and Testing); ANSI B31.3 (Chemical Plant

and Petroleum Refinery Piping); MSS-SP-61 (Pressure Testing

of Steel Valves) and ANSI B16.104 (Valve Seat Leakage).

DynaSeal 370CT ball valves trimmed for sour gas service

in accordance with NACE MR-01-75 (latest issue) are available.

Ball Valve Parts Detail1/4” – 11/2” Full Bore 1/2” – 2” Regular Port

API 6DSize (in)

150 300

4 • •

6 x 4 • •

6 • •

8 x 6 • •

8 • •

10 x 8 • •

10 • •

12 x 10 • •

12 • •

14 x 12 • •

Pressure Class

Key

Stop Plate

Cap Screw

Bonnet Cap

Compression Ring

Packing Cup

Body

Ground Spring

Body Drain Fitting

Stem Retainer Pin

Pipe Plug

Trunnion Block

Bearing

Stem

Stem Gasket

Trunnion Block

Bearing

BallSeat Insert

Seat Ring"O" Ring

Tailpiece GasketTailpiece

SD-11557-96




Body Group Trim Number

Carbon Steel CS NACECarbon Steel

Stainless Steel NACEPart21 24

Low Temp. NACE2337

Body A216 GrWCC A352 GrLCC A351 GrCF8M

Tailpiece A216 GrWCC A352 GrLCC A351 GrCF8M

TailpieceCast A216 GrWCC A352 GrLCC A351 GrCF8M

Forged (4" & 6" x 4") CS 316 SS 316 SS

Trunnion Blocks Carbon Steel 316 SS

Studs A193 GrB7 A320 GrL7 A193 GrB7 Zinc Plate

Nuts A194 Gr2H A320 Gr7L A194 Gr2H Zinc Plate

Body Drain Fittings CS SS

Bonnet Cap A216 GrWCC A351 GrCF8M

4" to 8" x 6"Alloy Steel 303 SS Alloy Steel

Cap Screw

Packing 8" to 14" x 12" A193 GrB7 A320 GrL7

A193 GrB7 Adjust Stud Nut Zinc Plate

8" to 14" x 12" A194 Gr2H A194 Gr7L

A194 Gr2H Stud Zinc Plate

Ground Spring SS

Note: Trims 21, 23 and 24 are suitable for temperatures from -20°F to350°F; trim 37 is suitable for temperatures from -50°F to 350°F.

NACE indicates compliance with NACE MR-01-75.

Seal Group Trim Code

Part TH TATAF

Fire-Tested

Temperature Limits -50°F to 250°F -20°F to 350°F -20°F to 350°F

Seat Inserts Filled TFE Filled TFE Filled TFE

Seat O-Ring Hydrin Viton Viton

Stem Gaskets Filled TFE Filled TFE Filled TFE

Stem Packing (Graphite) TFE (Graphite) TFE (Graphite) TFE

Tailpiece Gasket TFE TFE TFE

Internal Group Trim Number

Carbon Steel CS NACECS NACE


Low Temp2337

Ball A105/WCC CS CrPlt 316 SS/CF8M CrPlt

Stem CS Zn Plt 4130 - 4140 AS Zn Plt 316 SS

Stem Retainer CS 316 SS

Seat Ring CS 316 SS

Pipe Plug CS SS

Compression Ring CS ENP SS

Trunnion Bearings CS/TFE SS/TFE




Note: Flange holes are tapped 3/4-10 NC on 6" Fig. 150 Short Pattern (Both Ends), Full Bore Valves.3/4-10 NC 6" Fig. 150 Long Pattern (Body End only), Full Bore Valve.3/4 NC-10NC 8" Fig. 150 Short Pattern ( Tail Piece End only), Regular Port Valves.1"-8 NC 10" 300 Short Pattern Both Ends

M = Stem DiameterR = Key

Worm Gear Operated Valves

Worm Gear Actuator

Wrench Operated Valves Optional Actuator Mounting BracketsDimensions

Reduced Port Dimensions

*Centerline-to-face dimension is half of Dimension A.

A* Class

B C D E F G H M N P Q R S T V W X Z

97/8 36 79/16 11/4 20 29/16 113/8 1/4 105/8 85/8 31/2 31/2 9/16 27/16

125/8 48 97/16 11/2 20 31/8 113/8 3/8 1215/16 11 31/2 31/2 9/16 27/16

— — 121/2 23/8 20 45/8 133/8 5/8 189/16 1511/16 73/4 53/4 11/16 3

— — 151/8 215/16 20 45/8 133/8 3/4 207/8 183/8 73/4 53/4 11/16 3

— — 163/8 215/16 20 45/8 133/8 3/4 225/16 1913/16 73/4 53/4 11/16 3

— — 163/8 215/16 20 915/16 137/8 3/4 249/16 211/16 73/4 53/4 11/16 3

150 150 300 300

Long Short Long Short BW

RF RJ RF RJ RF RJ RF RJ

6x4 NA NA 101/2 11 157/8 161/2 NA NA 157/8 4 6 45/8 85/8

8x6 18 181/2 111/2 12 NA NA 161/2 171/8 161/2 6 8 63/8 113/8

10x8 21 211/2 NA NA 223/8 23 NA NA 22 8 10 81/8 163/8

12x10 24 241/2 NA NA 251/2 261/8 NA NA 25 10 12 913/16 181/2

14x12 27 271/2 NA NA — — — — — 12 14 12 201/8

14x12 — — — — 30 305/8 NA NA 30 12 14 12 201/8

Size

(in)

300

Full Port Dimensions

*Centerline-to-face dimension is half of Dimension A except:4" Fig. 150 Full Bore–Stem is offset 1/2" toward body end.6"Fig. 150 Full Bore Long Pattern–Stem is offset 21/2" toward body end.

DynaSeal 370CT ball valves available in flanged (raised face and ringjoint) and butt weld.

A* Class

B C D E F G H M N P Q R S T V W X Z

97/8 36 79/16 11/4 20 29/16 113/8 1/4 105/8 813/16 31/2 31/2 9/16 27/16

125/8 48 97/16 11/2 20 31/8 113/8 3/8 1215/16 11 31/2 31/2 9/16 27/16

— — 121/2 23/8 20 45/8 133/8 5/8 189/16 1511/16 73/4 53/4 11/16 3

— — 151/8 215/16 20 45/8 133/8 3/4 207/8 183/8 73/4 53/4 11/16 3

— — 163/8 215/16 20 45/8 133/8 3/4 225/16 1913/16 73/4 53/4 11/16 3

— — 163/8 215/16 20 915/16 133/8 3/4 249/16 211/16 73/4 53/4 11/16 3

150 150 300 300

Long Short Long Short BW

RF RJ RF RJ RF RJ RF RJ

4 9 91/2 NA NA 12 125/8 NA NA 12 4 4 45/8 85/8

6 151/2 16 101/2 11 157/8 161/2 NA NA 157/8 6 6 63/8 113/8

8 18 181/2 NA NA 193/4 203/8 161/2 171/8 161/2 8 8 81/8 163/8

10 21 211/2 NA NA 223/8 23 18 185/8 22 10 10 913/16 181/2

12 24 241/2 NA NA — — — — — 12 12 12 201/8

12 — — — — 251/2 261/8 NA NA 25 12 12 12 201/8

Size

(in)

300

Actuator mounting bracket for 8" valvesand larger. Order “less gearing.”

Actuator mounting bracket for 4" and 6"full bore valves.

See Note

F

G

D

B C

A

P

ST

D

CB

A

EH

V

W

X

V

W

X

Z

ZQ

N

See Note

SD-11558




Weights, Stem Torques and Flow Characteristics

Note: The torque values listed are based on valves controlling the flow of clean ladings at ambient temperatures. These are the maximumbreakaway torques. Running torques will generally average 1/3 of thesevalues. Reseating torques will average 3/4 of these values. For operatingtemperatures between -20°F to -50°F, multiply these values by 1.20.Consult factory when valves are to be used in high flow conditions.

SizeClass 150 Class 300

(in)

4 35

6 x 4 35

6 40

8 x 6 40

8 95

10 x 8 95

10 95

12 x 10 95

12 95 260

14 x 12 95 260

Worm Gear Actuator Weights (lbs)

Working Pressure (psi)Valve BoreSize (in) 0-150 275 720

4 1248 1440 2520

6 2748 3240 5760

8 5248 6500 10992

10 8124 10250 18000

12 14748 17752 27600

Stem Torques (in-lbs)

ValveCV*

Size (in)

4 2450

6 x 4 855

6 5265

8 x 6 2275

8 10485

10 x 8 4290

10 17330

12 x 10 6635

12 26030

14 x 12 11160

Flow Characteristics (CV)*

Note: Weights shown are for “bare stem” valves.BW = Butt WeldFL = Flanged End

Includes worm gear actuator, handwheel and mounting hardware. *Flow of water in U.S. gal/min/1psi pressure drop.

SizeEnd Connection Class 150 Class 300

(in)

4BW 79 79

FL 98 122

6 × 4BW 139 139

FL 118 175

6BW 189 189

FL 162 221

8 × 6BW 237 237

FL 217 293

8BW 273 273

FL 423 472

10 × 8BW 365 365

FL 446 582

10BW 686 686

FL 771 934

12 × 10BW 816 816

FL 867 1047

12BW 873 873

FL 1136 1310

14 × 12BW 1070 1070

FL 1178 1398

Weights (lbs) – Valve Only


W-K-MD Y N A S E A L ® 3 7 0 S E R I E S


How to Order

Size Valve Pressure End Body Seat Seal InternalInches Model Class Connections Group Group Group Group

Actuation

2 E4 600 RF x RF 21 N H 21 W R

Trim Application Information

Standard materials charts have been shown in each valve section

in order to assist the user to custom fit W-K-M valves to his

application. The chart on this page identifies in general terms

each of the standard W-K-M trims and where the trims may

be used. This information is based on our experience and is

believed to be reliable. It is intended to be used by persons

having technical skill and at their own discretion and risk.

Also listed are common optional trims available in most models.

*Ethylene Propylene Rubber

Note: Please refer to trim charts in each section (Model 370E4, 370CT,370D4) of the catalog for specific application details including theavailability of fire-tested materials. Please contact the factory for theavailability of trims other than those listed or for proper application ofthe trims listed. Available end connections: RF, RTJ. (Weld ends – consult factory)

Carbon Steel 21

Stainless Steel NACE 23

Carbon NACE 24

2 MILS ENC NACE 27

Carbon Low Temp. NACE 37

Viton A

Buna B

Nylon 12 N

PTFE T

Nylon 6 Y

Tefzel Z

370CT

370E4

370D4

Viton A

Buna B

EPR* E

Hydrin H

Hi-Fluorine Viton F

Bare Stem BS

Wrench WR

Worm Gear WGA

2" Square Nut SQ

Less Gear L/G(with mounting plate)

Carbon Steel 21

Stainless Steel NACE 23

Carbon NACE 24

3 MILS ENC NACE 27

Carbon Low Temp. NACE 37

Actuation: Valves are priced “bare stem”. Available options are: 2" through 4", 370E4 - Multi-position wrench head or long wrench.Valves are available with worm gear operator, less gear with bracket foractuator adaptation, or complete with power actuator. 6" and smallerD4 ball valves are available with 2" square operating nuts.



W-K-MD Y N A S E A L® 3 7 0 D 4 T R U N N I O N B A L L V A L V E S

Standards and Specifications

DynaSeal 370D4 ball valves conform to the following design and

testing standards: API 6D; ANSI B16.34 (Valves, Flanged End);

ANSI B16.5 (Steel Pipe Flanges and Flange Fitting): MSS-SP-6

(Standard Finishes for Pipe Flanges); MSS-SP-25 (Standard

Marking System for Valves); MSS-SP-55 (Quality Standards for

Steel Castings); and API 6FA (Fire-Test Specification).

In addition the DynaSeal 370D4 can be supplied to comply



and Petroleum Refining Piping); MSS-SP-61 (Pressure Testing


DynaSeal 370D4 ball valves trimmed for sour gas service

in accordance with NACE MR-01-75 (latest issue) are available

in both carbon steel and alloy materials.

Ball Valve Parts Detail

150 300 600 900

API 6D Pressure ClassSize (in.)

2 • • • •

3 × 2 • • • •

3 • • • •

4 × 3 • • • •

4 • • • •

6 × 4 • • • •

Grease Fitting

Check Valve

Body TailpieceO-Ring

Tailpiece

Seat Spring

Seat Assembly

Ball

Stem Bearing

Stem

Stem Seal

Stem O-Rings

Stop PlateStem Stop

Body

Optional Stem SealantInjection Fitting

Grease Fitting

Studs

Nuts

Seat O-Rings

Trunnion Bearing

Trunnion

Grounding Spring

Trunnion O-Ring

Lower Cover Plate

Screw/Bolts - Trunnion

Bleed and Drain Fitting




Standard Materials, End Entry Ball Valves, 2" – 6" × 4" Class 150 through 900

PartCarbon Steel CS NACE Stainless Steel NACE

21 24 23

Body A216 Gr WCC A352 Gr LCC A351 Gr CF8M

Tailpiece A216 Gr WCC A352 Gr LCC A351 Gr CF8M

Studs A193 Gr B7 A193 Gr B7M A320 Gr L7M A193 Gr B7M (Zinc Plt)

Nuts A194 Gr 2H A194 Gr 2HM A194 Gr 7ML A194 Gr 2HM (Zinc Plt)

Screw/Bolts —A574/A193 Gr B7 A193 Gr B7M A320 Gr L7M

A193 Gr B7M Trunnion (Zinc Plt)

Stem Stop — CS (Zinc Plt)

Stem Bearing CS/TFE SS/TFE

Trunnion Bearing CS/TFE SS/TFE

Fittings CS SS

Stop Plate CS

Wrench Ductile Iron

Lower Cover Plate CS 4130 316 SS

Body Group Trim NumberCarbon Steel

Low Temp. NACE37


21 24 23

Ball A105 CS ENP A182 Gr 316 SS ENP

Stem 4130/4140 AS ENP A564 (17-4 PH) SS ENP

Trunnion 4130/4140 AS ENP A564 (17-4 PH) SS ENP

Seat Outer Ring 1018/1029 CS ENP A564 (17-4 PH) SS

Seat Retainer 1018/1029 CS ENP A182 Gr 316 SS

Seat Spring CS B637 X750

Grounding Spring SS

Internal Group Trim NumberCarbon Steel

Low Temp. NACE37

Part YHYAF

Fire Tested

Temperature Limits -50°F to +250°F -20°F to +250°F

Seat Face Seals Nylon Nylon

Stem Seal Filled TFE

Stem “O” Rings Hydrin Viton

Body Tailpiece“O” Ring

Hydrin Viton

Seat “O” Rings Hydrin Viton

Trunnion “O” Ring Hydrin Viton


Note: Trims 21, 23 and 24 are suitable for ambient temperatures from -20°F to 350°F, trim 37 is suitable for ambient temperatures from -50°Fto 350°F.

NACE signifies compliance to NACE MR-01-75.




Standard Materials, End Entry Ball Valves, 6" – 8" × 6" Class 150 through 300


21 24 23





Bolt—Trunnion A193 Gr B7 A193 Gr B7M A320 Gr L7M A193 Gr B7M (Zinc Plt)


Trunnion Bearing CS/TFE SS/TFE

Fittings CS SS

Stop Plate CS

Wrench Ductile Iron

Adapter Plate CS



Low Temp. NACE37


21 24 23

Ball A105 CS ENP A182 Gr 316 SS ENP

Stem 4130/4140 AS ENP A564 (17-4 PH) SS

Trunnion 4130/4140 AS ENP A564 (17-4 PH) SS

Seat Outer Ring 1018/1029 CS ENP A564 (17-4 PH) SS

Seat Retainer 1018/1029 CS ENP A182 Gr 316 SS

Seat Spring CS B637 X750

Grounding Spring SS

Stem Retainers AS64 T630 (17-4 PH)


Low Temp. NACE37

Part YHYAF

Fire Tested

Temperature Limits -50°F to +250°F -20°F to +250°F

Seat Face Seals Nylon

Seat Backup Ring Nylon

Stem Backup Ring Nylon

Stem Thrust Washer Nylon

Stem “O” Rings Hydrin Viton

Body TailpieceHydrin Viton

“O” Ring

Seat “O” Rings Hydrin Viton

Trunnion “O” Ring Hydrin Viton



NACE signified compliance to NACE MR-01-75.




Standard Materials 6" – 14" × 12" Class 600 and 900


21 24 23






Cap Screws Alloy Steel A193 Gr B7M A320 Gr L7M A193 Gr B7M (Zinc Plt)

Fittings CS SS

Pipe Plugs CS SS

Adapter Plate CS


Low Temp. NACE37


NACE signifies compliance to NACE MR-01-75.

Part YHYAF

Fire-Tested

Temperature Limits -50°F to 250°F -20°F to 250°F

Seat Face Seals Nylon

Stem Seal O-Ring Hydrin Viton

Body Tailpiece O-Ring Hydrin Viton

Seat O-Ring Hydrin Viton

Lower Cvr Plate O-Ring Hydrin Viton



Seal Group Trim Number


21 24 23

Ball A216 Gr WCC/A105 CS ENCA351 GR CF8M/

A182 Gr 316/ENC

Dowel Pins A564 T630 (17-4PH)

Stem /Trun 4130-4140 AS ENC A564 T630 (17-4PH) ENC

Seat Rings A216 Gr WCC /A105A182 Gr 316/A351 GrCF8M

Seat Springs CS B637 X750

Sleeve Bearings SS/ TFE

Thrust Washers SS

Ground Springs SS

Stem Retainers A564 T630 (17-4PH)


Low Temp. NACE37




Standards and Specifications

DynaSeal 370D4 ball valves conform to the following design and

testing standards: API 6D; ANSI B16.34 (Valves, Flanged End);

ANSI B16.5 (Steel Pipe Flanges and Flange Fitting): MSS-SP-6

(Standard Finishes for Pipe Flanges); MSS-SP-25 (Standard

Marking System for Valves); MSS-SP-55 (Quality Standards for

Steel Castings); and API 6FA (Fire-Test Specification).

In addition the DynaSeal 370D4 can be supplied to comply



and Petroleum Refining Piping); MSS-SP-61 (Pressure Testing


DynaSeal 370D4 ball valves trimmed for sour gas service

in accordance with NACE MR-01-75 (latest issue) are available

in both carbon steel and alloy materials.

Ball Valve Parts Detail

600 900

6 • •

8 × 6 • •

8 • •

10 × 8 • •

10 • •

12 × 10 • •

12 • •

14 × 12 • •

API 6D Pressure ClassSize (in.)

Body Stud Nut

InjectionFitting Tailpiece

TailpieceO-Ring

SeatSpring

Seat

Trunnion

Trunnion Bearing

Lower Cover Plate

Cap Screws

O-Ring

Ground Spring

Seat O-RingBody Stud Body Drain

Fitting

Name Plate

Pipe Plug

Stem Retainer

Check Fitting

Injection Fitting

Packing/InjectionFitting

Body

Backup RingStem DowelPin

Backup Ring

Stem

Thrust Washer

Key

Operator Adapter

Cap Screws

O-Ring

SD-11445




Dimensions – 6" – 14"x12" Class 600 and 900

API 6D Class 600 Dimensions*

ValveB BB H J K L M N P R S

Size (in)

A

RF RJ

API 6D Class 900 Dimensions

ValveB BB H J K L M N P R S

Size (in)

A

RF RJ

6 22 22.12 6 6 7.12 9.43 11.25 1.503 7.50 9.06 .382 .56-(8) .875

8 × 6 26 26.12 6 8 7.12 9.43 11.25 1.503 7.50 9.06 .382 .56-(8) .875

8 26 26.12 8 8 9.25 11.75 14.81 1.685 8.00 9.25 .382 .69-(8) 1.06

10 × 8 31 31.12 8 10 9.25 11.75 14.81 1.685 8.00 9.25 .382 .69-(8) 1.06

10 31 31.12 10 10 11.38 13.81 16.93 2.003 7.50 9.50 .506 .56-(8) 1.12

12×10 33 33.12 10 12 11.38 13.81 16.93 2.003 7.50 9.50 .506 .56-(8) 1.12

12 33 33.12 12 12 13.93 16.13 19.50 2.560 10.25 12.50 .631 .69-(8) 1.25

14×12 35 35.12 12 14 13.93 16.13 19.50 2.560 10.25 12.50 .631 .69-(8) 1.25

6 24 24.12 6 6 8.06 10.06 13.12 1.685 8.00 9.25 .382 .56-(8) 1.06

8 × 6 29 29.12 6 8 8.06 10.06 13.12 1.685 8.00 9.25 .382 .56-(8) 1.06

8 29 29.12 8 8 10.31 12.38 15.31 2.003 7.50 9.50 .506 .56-(8) 1.12

10 × 8 33 33.12 8 10 10.31 12.38 15.31 2.003 7.50 9.50 .506 .56-(8) 1.12

10 33 33.12 10 10 12.25 14.50 18.93 2.560 10.25 12.50 .631 .69-(8) 1.25

12×10 38 38.12 12 12 12.25 14.50 18.93 2.560 10.25 12.50 .631 .69-(8) 1.25

12 38 38.12 12 12 14.87 17.75 21.56 2.745 10.25 12.50 .631 .69-(8) 1.62

14×12 40.5 40.87 12 14 14.87 17.75 21.56 2.745 10.25 12.50 .631 .69-(8) 1.62

A

H

J

NM

S

BBORE

P=KEYWAYL STEM DIA

R=HOLE SIZE NO. OF HOLES

BBDIA

K

*Butt weld dimensions same as Raised Face Flanged End (RF)




Stem, Lever and Handle 2" – 6"x4" Class 150 and 300

Class 150 Dimensions (inches)


2 3 × 2 3 4 × 3 4 6 × 4

RF RJ RF RJ RF RJ RF RJ RF RJ RF RJSize

2 3 × 2 3 4 × 3 4 6 × 4


A 8.50 9.12 11.12 11.75 11.12 11.75 12.00 12.63 12.00 12.63 15.88 16.50

B 2.00 — 3.00 3.00 4.00 4.00

BB 2.00 — 3.00 4.00 4.00 6.00

H 4.69 5.54 6.72

J 3.29 4.81 7.03

K 4.80 6.38 8.55

L 1.112 1.112 1.489

P .688 .688 .989

A 7.00 7.50 8.00 8.50 8.00 8.50 9.00 9.50 9.00 9.50 15.50 16.00

B 2.00 — 3.00 3.00 4.00 4.00

BB 2.00 — 3.00 4.00 4.00 6.00

H 4.69 5.54 6.72

J 3.29 4.81 7.03

K 4.80 6.38 8.55

L 1.112 1.112 1.489

P .688 .688 .989

J

H

K

A

BBDIA

BBORE

L STEM DIAP=STEM FLAT




Stem, Lever and Handle 2" – 6"x 4" Class 600 and 900

Class 600 Dimensions (inches)*

2 3 × 2 3 4 × 3 4 6 × 4


2 3 × 2 3 4 × 3 4 6 × 4



A 11.50 11.62 14.00 14.12 14.00 14.12 17.00 17.12 17.00 17.12 22.00 22.12

B 2.00 3.00 4.00

BB 2.00 3.00 4.00 6.00

H 4.69 5.54 5.29 6.72

J 3.29 4.81 7.03

K 4.80 6.38 8.55

L 1.112 1.489

P .688 .989

A 14.50 14.62 15.00 15.12 15.00 15.12 18.00 18.12 18.00 18.12 24.00 24.12

B 2.00 3.00 4.00

BB 2.00 3.00 4.00 6.00

H 4.69 5.54 5.68 6.85

J 3.73 4.81 7.03

K 5.25 6.38 8.55

L 1.112 1.489

P .688 .989

J

H

K

A

BBDIA

BBORE

L STEM DIAP=STEM FLAT

*Butt weld dimensions same as Raised Face Flanged End (RF)





Valve Bore Size (in) Weight

2 30

3 35

4 40

6 40

8 40

10 95

12 260

Worm Gear Actuator Weights (lbs)Working Pressure (psi)Valve Bore

Size (in.) 0-275 750 1000 1500 2250

2 284 426 554 811 1200

3 381 1040 1356 1988 2950

4 637 1738 2265 3317 5100

6 3914 4403 5870 8806 13,152

8 6531 8595 11,640 17,190 26,054

10 8158 13,954 18,606 27,909 42,383

12 10,183 21,284 28,378 42,568 62,445


Note: The torques listed above are based on valves controlling theflow of clean ladings. These are maximum breakaway torques.Running torques will generally average 1/3 of these values.Reseating torques will average 3/4 of these values. For operatingtemperatures between -20°F and -50°F, multiply these values by1.20. Multiply torque values by 1.3 for elastomer face seals.

Valve Pressure ClassValve BoreSize (in.) 150 300 600 900

2 33 45 65 —

3 × 2 — — 82 —

3 60 78 128 —

4 × 3 — — 175 —

4 105 145 200 —

6 × 4 155 200 275 —

6 234 285 500 650

8 × 6 — — 575 748

8 — — 800 1010

10 × 8 — — 920 1162

10 — — 1270 1580

12 × 10 — — 1460 1817

12 — — 1880 2450

14 × 12 — — 2160 2818

Weights (lbs) – Valve OnlyValve Pressure ClassValve Bore

Size (in.) 150 300 600 900

2 511 567 406 —

3 × 2 — — 179 —

3 1380 1167 1043 —

4 × 3 — — 528 —

4 2580 2235 1890 —

6 × 4 799 762 745 —

6 5450 5400 4525 4525

8 × 6 2150 2100 2085 2085

8 — — — 8900

10 × 8 — — — 3545

10 — — — 14,495

12 × 10 — — — 6063

12 — — — 22,500

14 × 12 — — — 9320

Flow Characteristics (CV)*

Includes Worm Gear Actuator, Handwheel and Mounting Hardware.

Valve Size 4 ft. 6 ft. 8 ft. 10 ft.

3"& 4" 6 & 9 C 150 185 220 250

6" 6 & 9 C 220 300 370 450

8" 6 & 9 C 250 330 410 490

10" 6 & 9 C 255 340 430 520

12" 6 & 9 C 375 470 560 655

Extension Weights (lbs)

*Flow of water in U.S. gal/min/1 psi pressure drop.


W-K-MD Y N A S E A L® 3 7 0 E 4 T R U N N I O N B A L L V A L V E S


Standards and SpecificationsDynaSeal 370E4 ball valves conform to the following design

and testing standards: API 6D; ANSI B16.34 (Valves, Flanged

End); ANSI B16.5 (Steel Pipe Flanges and Flange Fittings);

MSS-SP-6 (Standard Finishes for Pipe Flanges); MSS-SP-25

(Standard Marking System for Valves); MSS-SP-55 (Quality

Standards for Steel Castings); MSS-SP-72 (Ball Valves for

General Service); and 6FA (Fire-Test Specification).

In addition the DynaSeal 370E4 can be supplied to comply



and Petroleum Refinery Piping); MSS-SP-61 (Pressure Testing


DynaSeal 370E4 ball valves trimmed for sour gas service

in accordance with NACE MR-01-75 (latest issue) are available.

Ball Valve Parts Detail1/4” – 11/2” Full Bore 1/2” – 2” Regular Port

API 6D API 6ASize (in)

600 900 1500 2500 5000

2 • • • • •

3 × 2 • • • •

3 • • • • •

4 × 3 • • • •

4 • • • • •

6 × 4 • • • • •

6 • • • •

8 × 6 • • •

Pressure Class

Ball & LowerTrunnion

SeatC Spring

Fire-testedSeal

O-Ring

Backup Ring

TrunnionBearing

Ground Spring

Body

Drain Fitting

Stud

Stem

Stem ThrustWasher

Backup Ring

O-Ring

Backup Ring

Stem Bearing

O-Ring

WeatherSeal

Nut

Wrench HeadRetainer Ring

Three-wayWrench Head

Stop Retainer Ring

Stop Plate

Stop Pin

Cover Plate

O-Ring

SD-11282







Low Temp2337


Cover Plate A105 CS A352 GrLCC/4130-4140 AS A182 GrF316 SS

Stop Plate CS


Lower Trunnion Bearing CS/TFE SS/TFE

Stop Pin CS

Cover Plate Stud A193 GrB7 A320 GrL7 A193 GrB7 Zinc Plate

Cover Plate Nut A194 Gr2H A194 Gr7L A194 Gr2H Zinc Plate

Fittings CS SS

Wrench Ductile Iron



Standard Materials 2" – 8" x 6" Classes 600 and 900




Low Temp2337

Ball A105 CS ENC A182 GrF316 SS ENC

Lower Trunnion 4130 - 4140 AS ENC A564 T630 (17-4PH) ENC

Stem 4130 - 4140 AS ENC A564 T630 (17-4PH) ENC

Seat Outer Ring 1018 - 1029 CS 17-4 H-1150 DBL/A269 Gr316 SS

Seat Retainer 1018 - 1029 CS 316 SS

Seat Insert See Seal Group

C Spring B637 X750

Ground Spring SS


Part NH NA AANHF/NAF/AAF

Fire-Tested

Temperature Limits -50°F to 250°F -20°F to 250°F -20°F to 350°F

Cover Plate O-Ring Hydrin Viton

Stem O-Ring Hydrin Viton


Seat Insert N12 Viton



Weather Seal Neoprene


Seat Seal (Fire-Test) NA Graphite Filled Rope

These materials are the same as shown

under Standard Trims.







Low Temp. NACE2337


Cover Plate A105 CS A352 GrLCC/4130-4140 AS A182 GrF316 SS

Stop Plate CS



Stop Pin CS



Fittings CS SS

Wrench Ductile Iron



Standard Materials 2" – 8" x 6" Class 1500




Low Temp. NACE2337

Ball 4130 - 4140 AS ENC A564 T630 (17-4PH) ENC



Seat Outer Ring 4130 - 4140 AS 17-4PH H1150 DBL



C Spring B637 X750

Ground Spring SS


Part NH NANHF/NAF

Fire-Tested





Seat Insert N12






These materials are the same as shown under

Standard Trims.







Low Temp. NACE2337


Cover Plate 4130-4140 AS/A216 GrWCC A352 GrLCC/4130-4140 AS A217 CA15/AISI 410 SS

Stop Plate CS



Stop Pin CS



Fittings CS SS

Wrench Ductile Iron



Standard Materials 2" – 6" x 4" Class 2500




Low Temp. NACE2337







C Spring B637 X750

Ground Spring SS


Part NH NANHF/NAF

Fire-Tested





Seat Insert N12







Standard Trims.






Part Low Temp. NACE21 24 37

Body A487 Gr4

Cover Plate 4130-4140 AS/A487 Gr4

Stop Plate CS

Stem Bearing CS/TFE

Lower Trunnion Bearing CS/TFE

Stop Pin CS

Cover Plate Stud A193 GrB7 A320 GrL7

Cover Plate Nut A194 Gr2H A194 Gr7L

Fittings CS SS

Wrench Ductile Iron



Standard Materials 2" – 6" API 5000




Low Temp. NACE2337







C Spring B637 X750

Ground Spring SS


Part NH NANHF/NAF

Fire-Tested

Temperature Limits -50°F to 250°F -20°F to 250°F †

Cover Plate O-Ring Hydrin Viton †

Stem O-Ring Hydrin Viton †

Seat O-Ring Hydrin Viton †

Seat Insert N12







Standard Trims.




B C D E G N P Q R S T U

2 111/2 115/8 141/2 145/8 2 31/8 55/16 25/8 12 43/8 63/16 —

3 × 2 14 141/8 15 151/8 2 3 31/8 55/16 25/8 12 43/8 63/16 —

3 14 141/8 15 151/8 3 41/4 639/64 25/8 12 43/8 63/16 —

4 × 3 17 171/8 18 181/8 3 4 41/4 639/64 25/8 12 43/8 63/16 —

4 17 171/8 18 181/8 4 51/16 715/32* 25/8 12 43/8 63/16 —

6 × 4 22 221/8 24 241/8 4 6 51/16 715/32* 25/8 12 43/8 63/16 —

6 22 221/8 24 241/8 6 63/4 14.0 45/8 20 45/8 10 5/8 1711/16 149/16 101/2

8 × 6 26 261/8 29 291/8 6 8 63/4 14.0 45/8 20 45/8 10 5/8 1711/16 149/16 101/2

Dimension AValveSize(in)

600 900

RF RJ RF RJ

600 and 900 API 6D Pressure Classes

Worm Gear Operator (6" & 8" x 6")

Dimensions

1500 API 6D Pressure Class; API 6A 5000 psi WP

*These dimensions are for the 4" class 600 valves only.Dimensions for 4" and 6" x 4" class 900 valves are: E=81/8.

Note: Butt weld dimensions same as raised face flange end (RF).

B C D E G N P Q R S T U

2 21/16 141/2 145/8 21/16 39/16 57/8 25/8 12 43/8 63/16 —

3 × 2 31/8 x 21/16 181/2 185/8 21/16 31/8 39/16 57/8 25/8 12 43/8 63/16 —

3 31/8 181/2 185/8 31/8 49/16 71/4 25/8 12 43/8 63/16 —

4 × 3 41/16 x 31/8 211/2 215/8 31/8 41/16 49/16 71/4 25/8 12 43/8 63/16 —

4 41/16 211/2 215/8 41/16 61/8 111/4 25/8 12 43/8 63/16 —

6 × 4 71/16 x 41/16 273/4 28 41/16 6 61/8 111/4 25/8 12 43/8 63/16 —

6 71/16 x 6 273/4 28 6 91/4 155/8 45/8 20 61/2 10 5/8 17 15 121/2

8 × 6 — 323/4 331/8 — 6 8 91/4 155/8 45/8 20 61/2 10 5/8 17 15 121/2

Dimension AValve Size (in)

1500 5000 1500 5000

API 6D API 6A RF RJ RJ

Dimension AB C D E G N P QValve Size (in) 2500

RF RJ

2 173/4 175/8 13/4 4 89/32 25/8 12 43/8 63/16

3 × 2 223/4 23 13/4 21/2 4 89/32 25/8 12 43/8 63/16

3 223/4 23 21/2 53/8 111/16 43/8 18 65/8 1211/16

4 × 3 261/2 267/8 21/2 31/2 53/8 111/16 43/8 18 65/8 1211/16

4 261/2 267/8 31/2 69/16 129/16 43/8 18 65/8 1211/16

6 × 4 36 361/2 31/2 57/32 69/16 129/16 43/8 18 65/8 1211/16

2500 API 6D Pressure Class

TM

A

CB

D

U

EStemTop

S

G

-Bore Thru Ball

M=Stem DialR=Keyway

P

Q

N




Actuator Mounting Bracket and Other Dimensions - 600 and 900 API 6D Pressure Classes

ValveBB V W

H Pipe SizeM Keyway SF Y*Size Handle

(in) Dia.† x Length

2 3.0 8 3.536 SQ 1 1/2 SCH 80 × 18" 1.110 — .617 × 1.5 4-1/2"

3 × 2 3.0 8 3.536 SQ 1 1/2 SCH 80 × 18" 1.110 — .617 × 1.5 4-1/2"

3 4.0 10 3.536 SQ 11/8 3/4 SCH 80 × 36" 1.50 — .994 × 1.75 4-1/2"

4 × 3 4.0 10 3.536 SQ 11/8 3/4 SCH 80 × 36" 1.50 — .994 × 1.75 4-1/2"

4 6.0 12 3.536 SQ 11/8 3/4 SCH 80 × 36" 1.50 — .994 × 1.75 4-1/2"

6 × 4 6.0 12 3.536 SQ 11/8 3/4 SCH 80 × 36" 1.50 — .994 × 1.75 4-1/2"

6 — 9 DIA 71/2 DIA 19/16 — 2.375 5/8 × 4 — 4-1/2"

8 × 6 — 9 DIA 71/2 DIA 19/16 — 2.375 5/8 × 4 — 4-1/2"

†Valves 2" - 6" x 4" need pipe or round bar for handle.*Y = Number and size of bolts for actuator mounting.

Actuator Mounting Bracket and Other Dimensions - 1500 and 2500 API 6D Pressure Classes, API 6A 5000 psi WP

ValveClass BB V W

H Pipe SizeM Keyway SF Y*Size Handle

(in) Dia.† x Length

2 & 3 x 2 (1500) 3.0 8 3.536 SQ 1 1/2 SCH 40 × 18" 1.110 — .617 × 1.66 4-1/2"

2 (2500) 3.0 8 3.536 SQ 1 1/2 SCH 80 × 18" .995 1/4 x 31/4 — 4-1/2"

3 & 4 x 3 (1500) 4.0 10 3.536 SQ 11/8 3/4 SCH 160 × 36" 1.50 — .994 × 1.94 4-1/2"

3 (2500) 4.0 10 5.313 SQ 13/4 11/4 SCH 160 × 36" 1.50 3/8 x 41/2 — 4-5/8"

4 & 6 x 4 (1500) 6.0 12 5.313 SQ 13/4 11/4 SCH 160 × 36" 1.50 3/8 x 41/2 — 4-5/8"

4 & 6 x 4 (2500) 6.0 12 5.313 SQ — — 1.75 3/8 x 5 — 4-5/8"

6 (1500) — 9 DIA 71/2 DIA — — 2.375 5/8 x 4 — 8-1/2"

†Valves 2" - 6" x 4" need pipe or round bar for handle.*Y = Number and size of bolts for actuator mounting.

1500 and 5000 have same dimensions.

M – Stem DiameterSF – Stem Flat

Optional ActuatorMounting Bracket forValve Sizes 2" - 6" x 4"

(6" & 8" x 6")

3-Way Wrench Head

Dimensions

W (SQ)

H

VBB

W VW

U

SD-11548-96




Weights, Stem Torques and Flow Characteristics

600 900 1500 2500 5000Size(in)

2 30 30 30 30 30

3 x 2 30 30 30 30 30

3 35 35 35 45 45

4 x 3 35 35 35 45 45

4 45 45 45 45 45

6 x 4 45 45 45 45 45

6 95 95 95 — 95

8 x 6 95 95 95 — 95

Worm Gear Actuator Weights (in-lbs)

Includes worm gear actuator, handwheel and mounting hardware.

Working Pressure (psi)Valve BoreSize (in) 0-275 750 1000 1500 2250 3000 3750 5000 6250

2 284 426 554 811 1195 1622 2035 2700 3534

3 381 1040 1356 1988 2935 3883 5145 6830 8996

4 637 1738 2265 3317 4896 6474 8513 11298 15575

6 1887 5146 6751 9961 14776 19591 25115 32850 —


Note: Multiply torque values by 1.2 for temperatures -20°F to -50°F.Multiply torque values by 1.3 for elastomer seals. The torque valueslisted are based on valves controlling the flow of clean ladings atambient temperatures. These are the maximum breakaway torques.

Running torques will generally average 1/3 of these values. Reseatingtorques will generally average 3/4 of these values. Consult factorywhen used in high flow conditions.

600 900 1500 2500 5000Size(in) BW FL BW FL FL FL FL

2 50 64 55 100 118 162 120

3 x 2 70 84 85 126 198 247 198

3 82 128 90 163 256 290 256

4 x 3 90 174 100 283 342 414 342

4 171 255 150 314 450 545 464

6 x 4 173 333 170 456 563 657 563

6 390 550 190 707 800 — 800

8 x 6 415 645 225 836 1050 — —

Weights (lbs) – Valve Only

Note: Weights shown are for “bare stem” valves. BW = Butt WeldFL = Flanged

CV*

2 395

3 x 2 225

3 1045

4 x 3 610

4 1875

6 x 4 895

6 4525

8 x 6 2085

Flow Characteristics (CV)

Valve Size (in)

*Flow of water in U.S. gal/min/1 psi pressure drop.


W-K-M


D Y N A S E A L® 3 1 0 C 2 - P I E C E F L O A T I N G B A L L V A L V E S

Worm Gear Actuator

Mounting Plate 10” Bore& Larger

Mounting Bracket4” & 6” Bore Valves

Mounting Bracket8” Bore & Larger

Stem Gasket

Pipe Plug

Seat Ring Ball

TailpieceGasket

Tailpiece

Stem RetainerPin

Packing

Body

GroundSpring

BleedFitting

CompressionRing

Bonnet CapCap Screws

Stop Plate

Stem

Key Lever(4” & 6” only)

Seat Ring

Ball Valve Parts Detail4" – 12" Full Bore

6" – 14" Regular Port

SD-24100


W-K-M


Part CS CS2* S1 S8


Body-Tailpiece Material Codes

Standard Materials (4" Full Bore – 8" Regular Port)

Body A216 Gr WCC A351 Gr CF8M

Studs A193 Gr B7 A193 Gr B7 Plated A193 Gr B8

Nuts A194 Gr 2H A194 Gr 2H Plated A193 B8

Body Drain Fitting Carbon Steel Stainless Steel

Tailpiece A216 Gr WCC or ASTM A105 A351 Gr CF8M

Packing Adjust Screw Alloy Steel Alloy Steel Plated SS

Bonnet Cap A216 Gr WCC Plated A351 Gr CF8M

*CS2 and S8—to be used for H2S service. Used with S1 internal trim only. Meets NACE MR-01-75.

Ball-Stem Material CodesPart CS S1 ML

Ball ASTM A105 Hard Chrome Plate 316 SS B164 Class B Ni-Cu Alloy

Ground Spring 304 SS

Stem Carbon Steel Plated 316 SS B164 Class B Ni-Cu Alloy

Compression Ring Carbon Steel Plated 303 SS

Stem Retainer Pin Carbon Steel 316 SS

Stem Retainer Pipe Plug Carbon Steel 316 SS

Seat-Seal Material CodesPart 01 01F 02 02F 14 14F 18 28 28F 60 60A 92H

Special 316 S 316 SSSeat TFE Filled TFE Filled Filled TFE with Stellite Chromium Oxide

TFE hard facing Coat

Seat Shim — TFE — TFE — TFE — TFE —

Seat Seal —Braided

Filled TFEGraphite

Tailpiece Gasket TFE Filled TFE

Stem Gasket TFE Filled TFE

Packing Graphite / TFE with SS cap

Part (Body)Wrench— For All

Body Material Codes

Wrench Head Ductile Iron

Wrench Handle Carbon Steel

Wrench Handle Pin Carbon Steel

Cap Screw Alloy Steel

Stop Plate Carbon Steel

Actuator Codes (Wrenches) Part (Body)Worm Gear — For All Body Material Codes

Mounting Bracket Carbon Steel

Bolting Carbon Steel

Set Screw Carbon Steel

Stem Adapter Carbon Steel

Actuator As Selected

Handwheel Carbon Steel

Actuator Codes


W-K-M




Ball ASTM A105 Hard Chrome Plate 316 SS B164 Class B Ni-Cu Alloy

Ground Spring 304 SS

Stem Carbon Steel Plated 316 SS B164 Class B Ni-Cu Alloy

Compression Ring Carbon Steel ENP 303 SS

Stem Retainer Pin Carbon Steel 316 SS

Stem Retainer Pipe Plug Carbon Steel 316 SS

Seat-Seal Material CodesPart 01 01F 02 02F 14 14F 18 28 28F 60 60A 92H

Special 316 SS 316 SSSeat TFE Filled TFE Filled Filled TFE with Stellite Chromium Oxide

TFE hard facing Coat

Seat Shim — TFE — TFE — TFE — TFE —

Seat Seal —Braided

Filled TFEGraphite


Stem Gasket TFE Filled TFE

Packing Graphite / TFE with SS cap

Part (Body) For All Body-Tailpiece Trim Codes

Mounting Bracket Ductile Iron

Adapter Plate Carbon Steel

Stem Adapter Carbon Steel

Bolting Alloy Steel

Key Carbon Steel

Set Screw Carbon Steel

Actuator As Selected

Handwheel Carbon Steel

Actuator Codes

Part CS CS2* S1 S8



Body A216 Gr WCC A351 Gr CF8M

Studs A193 Gr B7 A193 Gr B7 Plated A194 Gr B8

Nuts A194 Gr 2H A194 Gr 2H Plated A194 Gr B8

Body Drain Fitting Carbon Steel Stainless Steel

Tailpiece A216 Gr WCC A351 Gr CF8M

Packing Adjust Studs A193 Gr B7 A193 Gr B7 Plated A193 Gr B8

Packing Adjust Nuts A194 Gr 2H A194 Gr 2H Plated A194 Gr B8

Bonnet Cap A216 Gr WCC Plated A351 Gr CF8M

*CS2 and S8—to be used for H2S service. Used with S1 internal trim only. Meets NACE MR-01-75.


W-K-M


B

EH

S

P

T

D

A

N

Q

E

B

EF

G

D

A

M= Stem DiameterR= Key

Front View

Worm Gear Actuator

Front View


B110-Long Pattern — 150 Raised Face FlangesB113-Short Pattern — 150 Raised Face FlangesB128-Long Pattern — 300 Raised Face Flanges

Full Bore— Lever Actuated

B134-Short Pattern — 300 Raised Face FlangesB150 – 300 Butt Weld

Full Bore— Worm Gear Actuated

Dimensional Data (4"- 12" Full Bore)

Dimensional Data (in)

*Centerline-to-face dimension is half of Dimension A except:4" Flg. 150 Full Bore – Stem is offset 1/2" toward body end.6" Flg. 150 Full Bore Long Pattern – Stem is offset 21/2" toward body end.

†Butt Weld.

*Centerline-to-face dimension is half of Dimension A except:4" Flg. 150 Full Bore – Stem is offset 1/2" toward body end.6" Flg. 150 Full Bore Long Pattern – Stem is offset 21/2" toward body end.

†Butt Weld.

Note: Flange holes are tapped:6" 150 Short pattern, both ends, 3/4"–10 NC6" 150 Long pattern, body end only, 3/4"–10 NC

10" 300 Short pattern, both ends, 1"–8 NC

Dimension A*Approximate dimensions in inches

B D E F G H M N P Q R S T W V X Y Y′ Z

1.25 20 4 13 .25 12 10 3.5 .56 4.62 1.88 2.44

1.5 20 4 13 .38 14 12 3.5 .56 4.62 1.88 2.44

2.38 20 6 15 .62 20 17 7.75 5.75 .69 8.25 3.5 3

2.94 20 6 15 .75 23 20 7.75 5.75 .69 8.25 3.5 3

2.94 20 6 15 .75 24 21 7.75 5.75 .69 8.25 3.5 3

2.94 20 11 19 .75 26 24 7.75 5.75 .69 8.25 3.5 3

150 RF 300 RF

Long Short Long Short

B110 B113 B128 B134 B150

4 9.00 — 12.00 — 12.00 4.00 4.62 8.62 9.9 36 7.56

6 15.50 10.50 15.88 — 15.88 6.00 6.38 11.38 12.62 48 9.44

8 18.00 — 19.75 16.50 16.50 8.00 8.12 16.38 — 12.25

10 21.00 — 22.38 18.00 22.00 10.00 9.81 18.5 — 15.12

1224.00 — 12.00 20.12 — 16.38

— 25.50 — 25.00 12.00 20.12 — 16.38

Size BW†

Dimensional Data (mm)Dimension A*

Approximate dimensions in millimeters

B D E F G H M N P Q R S T W V X Y Y′ Z

32 508 65 289 6 270 224 89 14 119 48 62

38 508 79 289 10 329 279 89 14 119 48 62

60 508 117 340 16 471 381 197 146 17 209 89 76

75 508 117 340 19 530 448 197 146 17 209 89 76

75 508 117 340 19 567 479 197 146 17 209 89 76

75 508 252 352 19 648 557 197 146 17 209 89 76

150RF 300RF


B110 B113 B128 B134 B150

100 229 — 305 — 305 102 117 219 251 915 192

150 394 267 403 — 403 152 162 289 321 915 240

200 457 — 502 419 419 203 206 416 — 318

250 533 — 568 457 559 254 249 470 — 384

300610 — 305 356 511 — 416

— 648 — 635 305 356 511 — 416

Size BW†

Z

W

Y'

VY

Z

Y'

V Y

W

Mounting Brackets


W-K-M



N

Q

B

EH

S

P

T

D

A

B

EF

G

D

A

Z

W

Y'

VY

Z

Y'

V Y

W

M= Stem DiameterR= Key

Mounting Brackets

Worm Gear Actuator

Front View

Front View

B100–Long Pattern — 150 Raised Face FlangesB102–Short Pattern — 150 Raised Face Flanges

Regular Port — Lever Actuated

B122–Short Pattern— 300 Raised Face FlangesB120–Long Pattern — 300 Raised Face FlangesB142–300 Butt Weld

Regular Port — Worm Gear Actuated

Dimensional Data (6"- 14" Regular Port)


*Centerline-to-face dimension is half of Dimension A. †Butt Weld.

*Centerline-to-face dimension is half of Dimension A. †Butt Weld.

Note: Flange holes are tapped:3/4"–10 NC on:8" 150 Short pattern, tailpieceend only

Dimension A*Approximate dimensions in inches

B C D E F G H M N P Q R S T W V X Y Y′ Z

1.25 20 4 13 .25 12 10 3.5 .56 4.62 1.88 2.44

1.5 20 4 13 .38 14 12 3.5 .56 4.62 1.88 2.44

2.38 20 6 15 .62 20 17 7.75 5.75 .69 8.25 3.5 3

2.94 20 6 15 .75 23 20 7.75 5.75 .69 8.25 3.5 3

2.94 20 6 15 .75 24 21 7.75 5.75 .69 8.25 3.5 3

2.94 20 11 19 .75 26 24 7.75 5.75 .69 8.25 3.5 3

150 RF 300 RF


B100 B102 B120 B122 B142

6 — 10.50 15.88 — 15.88 4.00 6.00 4.62 8.62 9.9 36 7.56

8 18.00 11.50 — 16.50 16.50 6.00 8.00 6.38 11.38 12.62 48 9.44

10 21.00 — 22.38 — 22.00 8.00 10.00 8.12 16.38 — 12.5

12 24.00 — 25.50 — 25.00 10.00 12.00 9.81 18.5 — 15.12

1427.00 — 12.00 14.00 12 20.12 — 16.38

— 30.00 — 30.00 12.00 14.00 12 20.12 — 16.38

Size BW†

Dimension A*Approximate dimensions in millimeters

B C D E F G H M N P Q R S T W V X Y Y′ Z

32 508 65 289 6 270 224 89 14 119 48 62

38 508 79 289 10 329 279 89 14 119 48 62

60 508 117 340 16 471 381 197 146 17 209 89 76

75 508 117 340 19 530 448 197 146 17 209 89 76

75 508 117 340 19 567 479 197 146 17 209 89 76

75 508 252 352 19 648 557 197 146 17 209 89 76

150 RF 300 RF


B100 B102 B120 B122 B142

150 — 267 403 — 403 102 152 117 219 915 192 32

200 457 292 — 419 152 203 162 289 321 915 240

250 533 — 568 — 559 203 254 206 416 — 318

300 610 — 648 — 635 254 305 249 470 — 384

350686 — 305 356 305 511 — 416

— 762 — 762 305 356 305 511 — 416

Size BW†

Dimensional Data (mm)

X

X


W-K-M



For All 2-Piece

Valve Size Full Bore Weight Regular Port Weight

(in) (mm) (lbs) (kg) (lbs) (kg)

4 100150 (L) Flg 113 51

WGA WGA300 (L) Flg 144 65

BW 94 43

150 (L) Flg 162 73 — —

6 150150 (S) Flg 144 65 125 57300 (L) Flg 273 124 193 88

BW 189 86 139 63

150 (L) Flg 176 80 — —6 150 150 (S) Flg 158 72 133 60

WGA WGA 300 (L) Flg 239 108 190 86BW 203 92 154 70

150 (L) Flg 388 176 217 98

8 200150 (S) Flg — — 197 89300 (S) Flg 437 198 293 133

BW 328 149 237 108

150 (L) Flg 428 194 231 1058 200 150 (S) Flg — — 211 96

WGA WGA 300 (L) Flg 477 216 307 139BW 368 167 251 114

10 250150 (L) Flg 695 315 451 205

WGA WGA300 (L) Flg 858 389 587 266

BW 610 277 365 166

12 300150 (L) Flg 943 428 791 359

WGA WGA300 (L) Flg 1262 572 971 440

BW 815 370 740 336

14 350150 (L) Flg 985 447

WGA WGA300 (L) Flg — 1350 612

BW 1022 464

Weights (lbs-kg)

End Connection

—

BWE 150 FL 300 FLValve Size andPort Size (in)

4 × 4 2100 2500 21006 × 4 790 820 800

6 × 6 53006500 (S)

53005400 (L)

8 × 6 21002200 (S)

21002200 (L)

8 × 8 1100011000 (S)10000 (L)

10 × 8 4200

10 × 10 1700019000 (S)17000 (L)

12 × 10 7400 6600 6600 (S)12 × 12 25000 26000 2500014 × 12 11000

Flow Characteristics (Cv)*

*Cv values equal the flow of water in U.S. Gallons per minute per 1 PSIpressure drop across a fully open valve.(S) Short Pattern.(L) Long Pattern.

Differential PressureValve BoreSize (in) 275 500 740

4 2090 3300 4200

6 4400 8200 11200

8 9000 14000 20300

10 15000 22000 30500

12 29300 37400 46400

Stem Torques (in-lbs)Seat Seal Codes 01, 01F, 14, 14F


4 2400 3300 4200

6 5400 8200 11200

8 10000 15000 20300

10 16000 23000 30500

12 32000 39000 46500

Stem Torques (in-lbs)*Seat Seal Codes 02, 02F, 18, 28, 28F

* Stem Torques (in-lbs)Seat Seal Codes 60, 60A, 92H

Multiply trim 02 torque × 2.

Note: The torques listed are based on valves controlling the flow ofclean liquid at ambient temperature. For torques at pressure less than275 psi use the value for 275 psi. For any pressure above 275 but lessthan the maximum pressure listed, interpolation may be used. Thesetorques are average breakaway torques for valves that have been in

the closed position for 24 to 48 hours and under the listed differentialpressures. The breakaway torque is an instantaneous value. As soon asthe ball has any movement, the torque will drop on the average totwo-thirds of this value.


W-K-M




Standard Materials (1/4" Full Bore – 2" Regular Port)

Part CS CS2* CS3* S1 S8

Body ASTM A105 ASTM A350 LF2 316 SS/A351 CF8M

Body Plug** CS SS

TE AISI 4130 316 SS

FE ASTM A350 LF2 316 SS/A351 CF8M

Bonnet Cap Carbon Steel Zinc Plated SS

Packing Alloy Steel Plated 18-8 SS

Alloy Steel18-8 SS

Adjusting Screws Plated

Tailpiece

*CS2/CS3/S8—to be used for H2S service with S2 internal trim only. Meets NACE MR-01-75.

**When body drain is specified.

Ball-Stem Material CodesPart CS S1 S2 ML

BallAISI 1213 CS

316 SS 316 SSB 164 Class B

Chrome Plate Ni-Cu Alloy

Spring for— 304 SS†

Grounding Device

StemAISI 1213 CS

316 SS 17-4PHB164 Class B

Zinc Plated Ni-Cu Alloy

Compression RingCarbon Steel

18-8 SSZinc Plated

Note: 1/2"– 2"R CS2/S8 — Used with S2 internal trim only. For H2S service per NACE MR-01-75.

†When specified.

Seat-Seal Material CodesPart 01 02 03 07 18 23 28† 60A* 92H*

Filled Acetal Special Filled316 SS

Seat TFETFE Plastic

VitonFilled TFE

CelconTFE

Stellite Chromium OxideCoated

Rear Seal —Hydrin

—Braided

Filled TFEO-Ring Graphite

Tailpiece Gasket TFE Filled TFE TFE Filled TFE

Stem Seal TFE Filled TFE

Packing Graphite/TFE with 316 SS Cap

*1"F and larger.†Weld end valves only.

Part (Body) CS, CS2, CS3, S1 S8

Lock Nut Alloy Steel, Plated 18-8 SS

HandleCarbon Steel

316 SSZinc Plated

Handle Grip Vinyl Vinyl

Actuator Codes

AISI 1018


W-K-M





Part CS CS2* CS3* S1 S8

Body ASTM A105ASTM A350 LF2

316 SS/A351 CF8MGrade LF2

Body Plug** CS SS

Tailpiece ASTM A105 4130 316 SS/A351 CF8M

Nameplate SS

Bonnet Cap Carbon Steel Plated Stainless Steel

Packing Alloy Steel Plated 18-8 SS

Adjusting Screws

*CS2/CS3/S8—to be used for H2S service. Meets NACE MR-01-75.

**When body drain is specified.


Ball CS Chrome Plate 316 SSB164 Class BNi-Cu Alloy

Grounding— 304 SS†

Device Spring

Stem 1213 Zinc Plate 316 SSB164 Class BNi-Cu Alloy

Compression4140 CS 303 SS

Ring

Note: 2"F – 4"R CS2/S8 — Used with S1 internal trim only. For H2S service per NACE MR-01-75.

†When specified.

Part (Body) CS, CS2, CS3, S1, S8

Wrench Handle Ductile Iron

Wrench Head Bolt and Nut Alloy Steel

Stop Plate Retainer Ring Carbon Steel

Stop Plate Carbon Steel Zinc Plated

Actuator Codes

Seat-Seal Material CodesPart 01 02 03 07 18 23 28† 60A 92H

Filled Acetal Special Filled316 SS

Seat TFETFE Plastic

VitonFilled TFE

CelconTFE


Rear Seal —Hydrin

—Braided

Filled TFEO-Ring Graphite

Tailpiece Gasket TFE Filled TFE TFE Filled TFE


Packing Graphite/TFE with 316 SS Cap

†Weld end valves only.


W-K-M



Dimension A Approximate dimensions in inches

B D E F G Q** R S T J W H**B138 B110 B128 B182 B172 B103 B150

THD 150RF 300RF 600RF 600RJ SW BW

1/4 3.00 — — — — 7.00 — .38 .62 1.4 2.8 4.3 5/16-24 — .184 .31 .88 .55 8-32

3/8 3.00 — — — — — — .38 .62 1.4 2.8 4.3 5/16-24 — .184 .31 .88 .55 8-32

1/2 4.00 — — — — — — .50 .75 1.8 3.5 5.4 7/16-20 — .246 .44 1 .72 10-24

3/4 4.25 — — — — 8.25 — .75 1 1.9 3.6 5.4 7/16-20 — .246 .44 1 .75 10-24

1 4.50 5.00 6.50 8.50 8.50 — — 1 1.25 2.8 4.1 7.0 5/8-18 — .356 .69 1.25 1.14 1/4-20

11/2 5.25 6.50 7.50 9.50 9.50 9.25 — 1.5 1.75 3.6 5.0 9.5 3/4-16 — .430 .78 1.5 1.34 5/16-18

2 6.25 7.00 8.50 11.50 11.62 — 8.50 2 2.5 5.0 5.4 15.0 — 1.12 .692 .81 2.62 1.88 3/8-16

3 10.00 8.00 11.12 — — — 11.12 3 3.5 6.4 6.6 15.0 — 1.12 .692 1.25 3 2.32 1/2-13

Size


Dimension A Approximate dimensions in millimeters

B D E F G Q** R S T J W H**B138 B110 B128 B182RF B172RJ B103 B150


6 76 — — — — 178 — 10 16 35 70 108 5/16-24 — 5 8 22 14 8-32

10 76 — — — — — — 10 16 35 70 108 5/16-24 — 5 8 22 14 8-32

15 102 — — — — — — 13 19 44 89 146 7/16-20 — 6 10 25 18 10-24

20 108 — — — — 210 — 19 25 49 92 146 7/16-20 — 6 10 25 19 10-24

25 114 127 165 216 216 — — 25 32 71 103 178 5/8-18 — 9 18 32 29 1/4-20

40 133 165 190 241 241 235 — 38 44 90 127 241 3/4-16 — 11 21 38 34 5/16-18

50 159 178 216 292 295 — 216 51 64 127 137 381 — 28 18 21 67 48 3/8-16

80 254 203 283 — — — 282 76 89 164 167 381 — 28 18 32 76 59 1/2-13

Size


**American National Thread in inches.

B138 – ThreadedB110 – 150 Raised Face FlangesB128 – 300 Raised Face Flanges

Threaded

B182 – 600 Raised Face FlangesB172 – 600 Ring Joint FlangesB150 – 300 Butt WeldB103 – Socket Weld

Flanged

Top View

Stem Dimensions

Stem Dimensions

Top View

Front ViewFront View

Dimensional Data (1/4"-3" Full Bore)


W-K-M



B136 – ThreadedB100 – 150 Raised Face FlangesB120 – 300 Raised Face Flanges

Threaded

B114 – 600 Raised Face FlangesB170 – 600 Ring Joint FlangesB142 – 300 Butt WeldB106 – Socket Weld

FlangedTop View Top View

Front ViewFront View

Dimensional Data (1/2"- 4" Regular Port)


B C D E F G Q** R S T J W H**B136 B100 B120 B114 RF B170 RJ B106 B142


1/2 3.88 — — — — 7.88 —

3/4 4.38 — — — — — —

1 4.25 5.00 6.50 8.50 8.50 8.25 —

11/2 — 6.50 7.50 9.50 9.50 — —

2 6.25 7.00 8.50 11.50 11.62 10.25 —

21/2 8.50 7.50 9.50 — — — —

3×2 — 8.00 11.12 14.00 14.12 — —

4 12.00 9.00 12.00 17.00 17.12 — 12.00

Size




.38 .5 .62 1.4 2.8 4.3 5/16-24 — .184 .31 .88 .55 8-32

.5 .75 .75 1.8 3.5 5.8 7/16-20 — .246 .44 1 .72 10-24

.75 1 1 1.9 3.6 5.8 7/16-20 — .246 .44 1 .75 10-24

1 1.5 1.5 3.0 4.3 7.0 5/8-18 — .356 .69 1.25 1.16 1/4-20

1.5 2 1.75 3.6 5.0 7.5 3/4-16 — .430 .78 1.5 1.34 5/16-18

2 2.5 2.5 5.0 5.4 15.0 — 1.12 .692 .81 2.62 1.88 3/8-16

2 3 2.5 5.0 5.4 15.0 — 1.12 .692 .81 2.62 1.88 3/8-16

3 4 3.5 6.4 6.6 15.0 — 1.12 .692 1.25 3 2.31 1/2-13


B C D E F G Q** R S T J W H**B136 B100 B120 B114 RF B170 RJ B106 B142


15 98 — — — — 200 —

20 111 — — — — — —

25 108 127 165 216 216 210 —

40 133 165 190 241 241 — —

50 159 178 216 292 295 260 —

65 216 190 241 — — — —

80×50 — 203 282 356 359 — —

100 305 229 305 432 435 — 305

Size

9 13 16 35 70 108 5/16-24 — 4 8 22 14 8-32

13 19 19 44 89 146 7/16-20 — 6 11 25 18 10-24

19 25 25 49 92 146 7/16-20 — 6 11 25 19 10-24

32 38 38 76 108 178 5/8-18 — 9 18 32 29 1/4-20

38 51 44 90 127 190 3/4-16 — 10 20 38 34 5/16-18

51 64 64 127 137 381 — 28 17 21 67 48 3/8-16

51 76 64 127 137 381 — 28 17 21 67 48 3/8-16

76 102 89 164 167 381 — 28 17 32 76 59 1/2-13

Stem Dimensions

Stem Dimensions


W-K-M



Weight

Valve Size(in)

Full Bore Regular PortEnd Connection

1/4 THD 1.5 —

3/8 THD 1.5 —

1/2 THD 1.5 1.5

3/4 THD 3.25 2

THD 5 3

1150 Flg 8.5 6.5300 Flg 12 10

SW 16 14

THD 12 8

11/2150 Flg 17 15300 Flg 24 20600 Flg 32 26

THD 23 12.5150 Flg 33 23

2 300 Flg 38 25600 Flg 47 33

BW 30 —

THD — 29

21/2150 Flg — 41300 Flg — 48

BW — 36

THD 56 —150 Flg 64 51

3 300 Flg 81 76600 Flg 87 81

BW 67 61

THD — 67150 Flg — 80

4 300 Flg — 127600 Flg — 130

BW — 85

1/4"– 4" Weight (lbs)

Weight

Valve Size(mm)

Full Bore Regular PortEnd Connection

6 THD .68 —

10 THD .68 —

15 THD .68 .68

20 THD 1.47 .91

THD 2.27 1.36

2520PN Flg 3.86 2.9550PN Flg 5.44 4.54

100PN Flg 7.26 6.35

THD 5.44 3.63

4020PN Flg 7.71 6.8050PN Flg 10.9 9.07

100PN Flg 14.5 11.8

THD 10.4 5.67150PN Flg 15.0 10.4

50 300PN Flg 17.2 11.3600PN Flg 21.3 15.0

BW 13.6 —

THD — 13.2

6520PN Flg — 18.650PN Flg — 21.8

BW — 16.3

THD 25.4 —20PN Flg 29.0 23.1

75 50PN Flg 36.7 35.0100PN Flg 39.5 36.7

BW 30.4 27.7

THD — 30.420PN Flg — 36.3

100 50PN Flg — 57.6100PN Flg — 59.0

BW — 38.6

6mm – 100mm Weight (kg)

End ConnectionValve Size andPort Size (in) Threaded BWE 150FL 300FL 600FL

1/4 × 1/4 9.1 — — — —3/8 × 3/8 9.1 — — — —1/2 × 3/8 5.6 — — — —1/2 × 1/2 16.6 — 11 — —3/4 × 1/2 10.3 — 16 23.8 —3/4 × 3/4 46.1 — 28 78.8 —

1 × 3/4 28.0 — 25.1 52.6 22.5

1 × 1 94.7 — 89.8 89.8 68.9

11/2 × 1 53.4 — 55.5 94.3 —

11/2 × 11/2 251 — 226 210 187

2 × 11/2 122 — 132 127 119

2 × 2 486 417 459 417 358

21/2 × 2 249 244 252 242 —

3 × 2 — — — — 189

3 × 3 1101 1231 1044 1044 1045

4 × 3 — 518 542 550 610


*Flow of water in U.S. gal /min /1psi Pressure Prop.



W-K-MD Y N A S E A L® 3 1 0 C & 3 1 0 D 3 - P I E C E F L O A T I N G B A L L V A L V E S


1/4 36 36 363/8 36 36 361/2 60 60 603/4 90 90 90

1 120 150 180

11/2 240 330 420

2 500 640 810

3 1010 1800 2400

Stem Torques (in-lbs)Seat Seal Codes 01, 02 (150–300 Class)

Differential PressureValve BoreSize (in) 275 500 740 1000 1500 2250

1/4 60 60 60 60 72 843/8 60 60 60 60 72 841/2 60 60 60 70 84 1083/4 128 128 145 160 215 360

11/2 520 580 680 810 980 1390

2 910 1042 1240 1500 1765 2300

3 1200 1800 2400 2900 3420 —

Stem Torques (in-lbs)*Seat Seal Codes 02 (Threaded, 600 Class), 18, 28

Differential PressureValveBore

Size (in) 275 500 740 1000 1500 2000 2250 2500 30001/4 50 50 50 50 50 60 75 85 1003/8 50 50 50 50 50 60 75 85 1001/2 60 60 60 72 100 120 140 180 2203/4 108 108 125 140 190 260 340 420 500

1 264 264 290 320 380 440 510 620 —

11/2 480 528 610 726 895 1070 1270 1510 —

2 900 980 1110 1300 1520 1750 2000 — —

3 1650 1920 2200 2510 3110 3700 4000 — —

Stem Torques (in-lbs)Seat Seal Codes 03 (High Pressure Seats)

Differential PressureValve BoreSize (in) 275 500 740 1000 1500 2000 2250 2500 3000 3500 3750 4000 4500 500

1/4 60 60 60 60 60 65 70 85 100 115 125 130 150 1653/8 60 60 60 60 65 70 75 85 100 125 — — — —1/2 70 70 70 82 110 125 140 180 220 276 — — — —3/4 108 108 125 140 190 260 340 420 560 695 — — — —

1 264 264 290 320 380 440 510 620 760 — — — — —

2 900 980 1100 1300 1520 1750 2000 2550 2550 — — — — —

Stem Torques (in-lbs)Seat Seal Codes 23

* Stem Torques (in-lbs)Seat Seal Codes 60, 60A, 92H

Full Regular Liquid 275 Dry Gas Dry GasBore Bore PSI 275 PSI 740 PSI

1/4 F 1/2 R 36 42 1131/2 F 3/4 R 60 82 2203/4 F 1 R 90 150 404

1 F — 180 336 606

11/2 F 2 R 420 840 2260

2 F 21/2 R 900 1200 3230

3 F 4 R 2400 3600 9690

Stem Torques (in-lbs)Seat Seal Codes 07

Multiply trim 02 torque × 2.

Note: The torques listed are based on valves controlling the flow ofclean liquid at ambient temperature. For torques at pressure less than275 psi use the value for 275 psi. For any pressure above 275 but lessthan the maximum pressure listed, interpolation may be used. Thesetorques are average breakaway torques for valves that have been in

the closed position for 24 to 48 hours and under the listed differentialpressures. The breakaway torque is an instantaneous value. As soon asthe ball has any movement, the torque will drop on the average totwo-thirds of this value.


W-K-MD Y N A S E A L® 3 1 0 F L O A T I N G B A L L V A L V E S


How to Order

SizePort

ValveBody

SealBall-

ActuatorInches

Reg=RType

TailpieceCode

StemCode

Full=F Code Code

2 R B 1 3 6 C S 0 2 S 1 W R

Material Code

Carbon Steel CS

316 Stainless Steel S1

Ni-Cu Alloy ML

17-4PH S2*

See Next Page

Standards and SpecificationsDynaSeal 310 Ball Valves comply with the following design and

testing standards: ANSI B16.5 (Steel Pipe Flanges and Flange

Fittings), MSS-SP-6 (Standard Finishes for Pipe Flanges),

MSS-SP-25 (Standard Marking System for Valves), MSS-SP-55

(Quality Standard for Steel Castings), API 607 (Fire Test

Specification, Third Edition).

In addition, DynaSeal 310 Ball Valves can be supplied

to comply with these standards: MSS-SP-72 (Ball Valves for

General Service), ANSI B31.1 (Power Piping), ANSI B31.3

(Chemical Plant and Petroleum Refinery Piping), API 598

(Valve Inspection and Testing), MSS-SP-61 (Pressure Testing

of Steel Valves), ANSI B16.104 (Valve Seat Leakage)

DynaSeal 310 Ball Valves can be trimmed for sour gas

service in accordance with NACE MR-01-75 (latest issue) and

are available in both carbon steel and stainless steel.

Material Codes

Carbon Steel CS

Controlled hardness carbon steel CS2*for H2S service

Same as CS2, but special for -50ºF service CS3*

316 stainless steel for wetted parts S1

316 stainless steel with stainless steel S8†external trim. Good for -50ºF.

*Meets NACE specification MR-01-75.†Meets NACE specification MR-01-75 in 3” bore size and smaller.

*NACE 2R and smaller. 17-4 PH Stem,316 Stainless Steel Ball

Actuator Code

Wrench WR

Oval Handwheel OH

Worm Gear WGA

Bare Stem BS

Less Gear L/G

Seal Seal Material Tailpiece GasketCode Material

01 TFE TFE

01F TFE TFE

02 Filled TFE TFE

02F Filled TFE TFE

03 Delrin/HydrinTM TFE

07 VitonTM TFE

14 Filled TFE TFE

14F Filled TFE TFE

18 HPT-2 Filled TFE

23 CelconTM TFE

60 StelliteTM Filled TFE

60A StelliteTM Filled TFE

92H 316SS with chrome oxide and Filled TFE Filled TFE


Note: Threaded end valves have NPT internal pipe threads in full con-formance with ANSI B2.1 and Federal Thread Handbook H-28.

Note: R - Regular Port, F - Full Port, SP - Short Pattern, LP - Long Pattern



Size (in)SocketWeld

ButtWeld

MaleThread

FemaleThread

1/4 F B138 B138 B103 –

3/8 F B138 – – –

1/2 R B136 B136 B106 –

1/2 F B138 – – –

3/4 R B136 – – –

3/4 F B138 B138 B103 –

1 R B136 B136 B106 –

1 F B138 – – –

11/2 F B138 – B103 –

2 R B136 – B106 –

2 F B138 – – B150

3 F B138 – – B150

4 R B136 – – B142

310C 3-Piece Valve Types (Threaded, Welded)

Size (in) 150RF 300RF

150RF 300RFSize (in)

LPSPLP

4 F B110 – B128 – B150

6 R – B102 B120 – B142

6 F B110 B113 B128 – B150

8 R B100 B102 – B122 B142

8 F B110 – B128 B134 B150

10 R B100 – B120 – B142

10 F B110 – B128 B134 B150

12 R B100 – B120 – B142

12 F B110 – B128 – B150

14 R B100 – B120 – B142

310C 2-Piece Valve Types

310C 3-Piece Valve Types (Flanged)

310D Unibody and 2-Piece Valve Types

*1/2 F B112 B130

*3/4 R B102 B122

*1 R B102 B122

*1 F B112 B130

*11/2 R B102 B122

11/2 F B112 B130

*2 R B102 B122

2 F B112 B130

*3 R B102 B122

3 F B112 B130

*4 R B102 B122

300BWSP

Size (in) 150RF 300RF 600RF 600RJ

*Unibody Design.

1 R B100 B120 B114 B170

1 F B110 B128 B182 B172

11/2 R B100 – B114 B170

11/2 F B110 B128 B182 B172

2 R B100 B120 B114 B170

2 F B110 B128 B182 B172

3 x 2 B100 B120 B114 B170

3F B110 B128 B182 B172

4 x 3 B100 B120 B114 B170




The chart below is an abbreviated guide to the chemical resis-

tance and pressure-temperature limitations of the seal materials

used in DynaSeal 310 Ball Valves. When in doubt about the

trim selection consult your DynaSeal distributor or the factory.

Trim Guidelines for all 310 Series Valves

Seal Seat TailpieceService Application

Code Material Gasket

01 TFE TFE Seat and tailpiece gaskets are of virgin TFE. Use where lading contamination from glass or other fillers is not desirable, such as in food service. Recommended for lowtemperature service to -50°F. Also recommended for vacuum service.

01F TFE TFE Fire tested trim for 2-piece design valves. Same seat materials as 01 trim, but withspecial fire tested seat. 4" and larger bore size.

02 Filled TFE TFE Seat material is TFE filled with inert materials for use at elevated temperatures andpressures. Same chemical resistance as Virgin TFE except slightly affected by hot concentrated alkaline solutions. Some chlorinated compounds can cause swelling. Also recommended for low temperature service -50°F. Good for vacuum service. Fire tested seals for 3-piece valves.

02F Filled TFE TFE Fire tested trim for 2-piece design valves. Same seat material 02 but with special firetested seat. 4" and larger bore size.

03 Delrin™ Hydrin™ TFE For general use at high pressures at temperatures less than 180°F.

07 †Viton™/SS TFE High and low pressure block and bleed. General use for low pressure & abrasion resistance. Not suitable for steam. Good for vacuum service.

14 Filled TFE TFE Same as 02, except for 6" and larger valves for temperatures above 250°F.

14F Filled TFE TFE Fire tested trim for 2-piece design valves. Same seat material as 14, but with fire tested seat. 4" and larger bore size.

18 HPT-2 Filled TFE HPT-2 is a special TFE formulation for use at temperatures above 02 capability. Best suit-ed for constant temperature or constant pressure applications. Proven service in steam,hot oil, heat-transfer fluids, hot resins, boiler feed water. Same chemical resistance as TFE. Slightly affected by hot, concentrated alkaline solutions. Some fluorinated compounds cause swelling.

23 Celcon™ TFE For use in high pressure applications. Temperature limited to 225°F.

28 Filled TFE Filled TFE Same as 02 except tailpiece gasket is filled TFE. Used on weld-end valves.

60 Stellite Filled TFE Special Stellite seats for digester blowdown service, spent liquor and steam applica-tions common to the pulp/paper industry. Leakage Class V.

60A Stellite Filled TFE Special Stellite seats for use when hard faced metal seats are required for applicationsoutside the pulp and paper industry.

92H 316 SS with Filled TFE For temperature to 600°F. For slurries, abrasives, steam, hot water. Chrome Oxide Leakage Class V.and Filled TFE

Note: Trim 07 and 18 should be tested for each application by actual use. †Trim sizes smaller than 11⁄ 2" in trims 07 are 100% elastomeric.Sizes 11⁄ 2" and larger are elastomeric with a metal insert.




DynaSeal 310 Ball Valves are rated for high performance and long

life. The ratings shown here are based on tests which indicate

good seat performance and acceptable wear. This rating is deter-

mined by the lower of the valve’s maximum body pressure or

seat rating. The seat rating is the maximum differential pressure

to which the valve should be subjected on a continuous basis.

Seal codes 01, 02 and 07 are suitable for vacuum service to 20

microns, absolute (minimum temperature 0°F).

Pressure/Temperature for all 310 Series Valves

Valve Bore Size (in)Temp °F

1/4 – 3/4 1–11/2 2 3– 4 6– 12

-50 to 100 1500 1000 750 600 285

200 1500 1000 750 600 285

250 1400 900 700 550 150

300 1100 650 500 425 50

350 600 375 300 250 —

400 100 100 100 100 —


6– 12

-50 to 225 740

250 675

300 550

350 410

400 300

450 175

500 65


1– 21/2 – 3/41/4 – 3/8

-50 to 100 5000 3750 3000

150 5000 3000 2200

200 3250 2000 1440

225 2500 1500 1000


321/4 – 11/2

-20 to 300 740* 500* 285*

350 500 350 200

400 250 190 100

450 -0- -0- -0-

Temp °F Trim 60 Trim 92H

-50 to 100 740 740

150 707 710

200 675 680

250 665 675

300 655 650

350 645 575

400 635 475

450 617 375

500 600 275

550 575 200

600 550 100


1/4 – 11/2 2 3 4 6– 12

-50 to 100 2250 2250 1500 740 740

200 2000 1350 1300 740 740

250 1775 1150 1150 740 675

300 1500 975 950 740 —

350 1225 800 800 590 —

400 950 640 600 450 —

450 700 475 400 325 —

500 450 300 200 200 —

*Block and Bleed Range.

Trims 02, 02F, 03, 14, and 14F are preferred for temperature rangesindicated by +.

Seal Code 07

Seal Code 60, 60A, 92H

Seal Code 23


1/4 – 3/4 1– 11/2 2 3

-50 to 100 3000 2500 2300 1440

150 2250 2250 2250 1240

180 1550 1550 1550 600

Seal Code 03


1/4 – 11/2 2 3– 4 6 – 12

-50 to 100 + + + +

150 + + + +

200 + + + +

250 1775 1250 + +

300 1650 1175 740 600

350 1575 1075 700 500

400 1500 1000 650 400

450 1300 875 600 300

500 1075 725 550 200

550 850 600 500 100

600 350 100 75 -0-

625 100 -0- -0- -0-

Seal Code 18

Seal Code 14, 14FSeal Code 01, 01F

Seal Code 02, 02F, 28, 28F


W-K-MD Y N A S E A L® 3 1 0 C F L O A T I N G B A L L V A L V E S


These are maximum working pressure ratings for the valve body

assembly at various temperatures. Practical pressure limitations

according to actual service conditions are determined by the seal

and tailpiece gasket materials.

Flanged Valves

Body Material CodesTemp °F

CS, CS2 & CS3 S1 & S8

Valve Class 150 300 600 150 300 600

-20 to 100 285 740 1480 275 720 1440150 272 707 1415 257 670 1340200 260 675 1350 240 620 1240250 245 665 1332 227 590 1180300 230 655 1315 215 560 1120350 215 645 1292 205 537 1075400 200 635 1270 195 515 1030450 185 617 1235 182 497 992500 170 600 1200 170 480 955550 155 575 1147 155 465 930600 140 550 1095 140 450 905

Maximum Working Pressures—PSIG

Body trim code S8 and CS3 are suitable for service to -50°F. All

other trims are limited to operating temperatures no lower than

-20°F. These pressure-temperature ratings are in conformance

with ANSI B16.5, B16.34.

Threaded Valves

Body Material CodesTemp °C

CS, CS2, CS3 S1 & S8

Valve Class 20PN 50PN 100PN 20PN 50PN 100PN

-29 to 38 20 51 102 19 50 10066 19 49 98 18 46 9293 18 47 93 17 43 86121 17 46 92 16 41 81149 16 45 91 15 39 77177 15 44 89 14 37 74204 14 44 88 13 36 71232 13 43 85 13 34 68260 12 41 83 12 33 66288 11 40 79 11 32 64316 10 38 75 10 31 62

Maximum Working Pressures—Bars (1 Bar = 14.5 PSI)

Body Material CodesTemp °F

CS, CS2 & CS3 S1 & S8

Valve Bore 1/4 – 3/8 1/2 – 3/4 1 – 2 3 – 4 1/4 – 3/8 1/2 – 3/4 1 – 2 3 –4Size (in)

-20 to 100 5000 3750 3000 740 5000 3750 3000 720150 5000 3000 2300 707 5000 3000 2300 670200 4550 2730 2025 675 4300 2575 1860 620250 4490 2690 1997 665 4090 2450 1770 590300 4430 2650 1970 655 3880 2325 1680 560350 4350 2605 1935 645 3720 2330 1610 537400 4275 2560 1900 635 3560 2140 1540 515450 4155 2490 1847 617 3435 2065 1487 497500 4040 2425 1795 600 3310 1990 1435 480550 3865 2315 1717 575 3220 1930 1395 465600 3690 2210 1640 550 3130 1875 1355 450

Maximum Working Pressures —PSIG

Body Material CodesTemp °C

CS, CS2 & CS3 S1 & S8

Valve Bore6 – 10 15 – 20 25 – 50 76 – 100 6 – 10 15 – 20 25 – 50 76 – 100

Size (mm)

-29 to 38 345 259 207 51 345 259 207 5066 345 207 159 49 345 258 159 4693 314 188 140 47 297 178 128 43121 310 186 138 46 282 169 122 41149 306 183 136 45 268 160 116 39177 300 180 133 44 257 154 111 37204 295 177 131 44 246 148 106 36232 287 172 127 43 237 142 103 34260 279 167 124 41 228 137 99 33288 267 160 118 40 222 133 96 32316 254 152 113 38 216 129 93 31

Maximum Working Pressures—Bars (1 Bar = 14.5 PSI)

Pressure/Temperature Limits for all 310C Valves




SD-24096

Stem Seal

Stem

Seat Ring

TailpieceTailpieceGasket

Body

BallSeat Ring

TailpieceGasketTailpiece

Handle

Lock Nut

Packing

Cap Screws (2)

Bonnet Cap

Compression Ring

Ball Valve Parts Detail1/4" – 11/2" Full Bore 1/2" – 2" Regular Port

Lever

Stop Plate

Locking Plate

Packing Ring

Stem Seal

Stem

Seat Ring

TailpieceTailpieceGasket

Body

BallSeat Ring

TailpieceGasket

Tailpiece

Retainer Ring

Cap Screws (2)

Bonnet Cap

Compression Ring

Ball Valve Parts Detail2" – 3" Full Bore

21/2" – 4" Regular Port

SD-24095




Lock Nut

Bonnet Cap

Compression Ring

Body

Handle

Cap Screws

Packing

Tailpiece GasketSeat Ring

Stem Stem GasketSeat Retainer

Seat RingBall

Packing

Bonnet Cap

BodySeat Ring

BallSeat Ring

Tailpiece

Lever

Stop Plate

Tailpiece Gasket

Stem SealCompressionRing

Cap Screws

Retainer Ring

Stem

SD-24099

Unibody Ball Valve Parts Detail

2-Piece Ball Valve Parts Detail

SD-24098




Standard Materials (Unibody and 2-Piece)

Body-Tailpiece/Seat Retainer Material CodesPart CS CS2* S1 S8

Body ASTM A216 WCC ASTM A351 Gr CF8M

Body Plug ASTM A105 316 SS

Tailpiece 2 Piece ASTM A216 GR WCC ASTM A351 Gr CF8M

Seat Unibody AISI 1018 316 SS

Retainer

Bonnet Cap Carbon Steel Zinc Plated 316 SS

Packing AdjustingAlloy Steel Plated 18-8 SS Alloy Steel Plated 18-8 SS

Screws

Note: 1/2"–2"R CS2/S8 — Used with S2 internal trim only. For H2S service per NACE MR-01-75.

2"F– 4"R CS2/S8 — Used with S1 internal trim only. For H2S service per NACE MR-01-75.

Ball-Stem Material CodesPart CS S1 ML S2

BallAISI 1213

316 SS*B164 Class B

316 SSHard Chrome Plate Ni-Cu Alloy

Spring for— 304 SS†

Grounding Device

StemAISI 1213

316 SSB164 Class B

17-4 PHZinc Plated Ni-Cu Alloy

Compression RingCarbon Steel

18-8 SSZinc Plated

†When specified.*Chromium Oxide Coated when seat-seal code 92H specified.

Seat-Seal Material CodesPart 01 02 07 18 60A* 92H*

Special316 SS

Seat TFE Filled TFE VitonFilled TFE


Rear Seal —Braided

Filled TFEGraphite



Packing TFE** Graphite Packing

*1"F and larger (60A supplied with 316SS ball, 92H supplied withChromium Oxide Coated 316SS Ball).

**3/4"and smaller – Graphite Packing.

Part (Body) CS, CS2, S1 S8

Lock Nut Alloy Steel, Plated 18-8 SS

HandleCarbon Steel

316 SS**Zinc Plated

Handle Grip† Vinyl Vinyl

Actuator Codes

**2"R and smaller SS, 2F and larger alloy steel.†2"R and smaller only.




B102-Regular Port — 150 Raised Face FlangesB112-Full Bore — 150 Raised Face Flanges

Regular Port /Full Bore

B122-Regular Port — 300 Raised Face FlangesB130-Full Bore — 300 Raised Face Flanges

Regular Port

Top View(All sizes except3"R and 4"R)

Stem Dimensions

Stem Dimensions

Top View(3"R and 4"R only)

Front View Front View

Dimensional Data (Unibody)


B C D E F G Q** R S T J W H**150Flg 300Flg 150Flg 300Flg

B102 B122 B112 B130

1/2 F— — 4.25 — .50 .50 1.75 1.8 3.5 5.8 7/16-20 — .246 .41 1.00 .72 10-24 .38 DP

— — — 5.50 .50 .50 1.38 1.8 3.5 5.8 7/16-20 — .246 .41 1.00 .72 10-24 .38 DP

3/4 R4.62 — — — .50 .75 1.94 1.8 3.5 5.8 7/16-20 — .246 .41 1.00 .72 10-24 .31 DP

— 6.00 — — .50 .75 2.31 1.8 3.5 5.8 7/16-20 — .246 .41 1.00 .72 10-24 .31 DP

1 R5.00 — — — .75 1.00 2.13 2.3 4.0 6.7 7/16-20 — .246 .48 1.00 .84 10-24 .25 DP

— 6.50 — — .75 1.00 2.44 2.3 4.0 6.7 7/16-20 — .246 .48 1.00 .84 10-24 .25 DP

1 F— — 5.00 — 1.00 1.00 2.13 2.8 4.3 7.8 5/8-18 — .356 .58 1.25 1.02 1/4 -20 Thru

— — — 6.50 1.00 1.00 2.44 2.8 4.3 7.8 5/8-18 — .356 .58 1.25 1.02 1/4 -20 Thru

11/2 R6.50 — — — 1.00 1.50 2.50 2.8 4.3 7.8 5/8-18 — .356 .58 1.25 1.02 1/4 -20 Thru

— 7.50 — — 1.00 1.50 3.06 2.8 4.3 7.8 5/8-18 — .356 .58 1.25 1.02 1/4 -20 Thru

2 R7.00 — — — 1.50 2.00 3.00 3.6 5.3 8.5 3/4-16 — .430 .64 1.50 1.21 5/16-18 Thru

— 8.50 — — 1.50 2.00 3.25 3.6 5.3 8.5 3/4-16 — .430 .64 1.50 1.21 5/16-18 Thru

3 R8.00 — — — 2.00 3.00 3.75 5.0 5.4 15.0 — 1.12 .692 .81 2.66 1.88 .44 Thru

— 11.12 — — 2.00 3.00 4.13 5.0 5.4 15.0 — 1.12 .692 .81 2.66 1.88 .44 Thru

4 R9.00 — — — 3.00 4.00 4.50 6.4 6.6 15.0 — 1.12 .692 1.21 3.00 2.32 .56 Thru

— 12.00 — — 3.00 4.00 5.00 6.4 6.6 15.0 — 1.12 .692 1.21 3.00 2.32 .56 Thru

Size

Unibody Dimensional Data (in)


B C D E F G Q** R S T J W H**150Flg 300Flg 150Flg 300Flg

B102 B122 B112 B130

13 F— — 108 — 13 13 44 46 89 147 7/16-20 — 6 10 25 18 10-24 .38 DP

— — — 140 13 13 44 46 89 147 7/16-20 — 6 10 25 18 10-24 .38 DP

19 R117 — — — 13 19 49 46 89 147 7/16-20 — 6 10 25 18 10-24 .31 DP

— 152 — — 13 19 49 46 89 147 7/16-20 — 6 10 25 18 10-24 .31 DP

25 R127 — — — 19 25 54 58 102 170 7/16-20 — 6 12 25 21 10-24 .25 DP

— 165 — — 19 25 54 58 102 170 7/16-20 — 6 12 25 21 10-24 .25 DP

25 F— — 127 — 13 13 54 72 109 198 5/8-18 — 9 15 32 26 1/4 -20 Thru

— — — 165 13 13 54 72 109 198 5/8-18 — 9 15 32 26 1/4 -20 Thru

48 R165 — — — 25 38 64 71 109 198 5/8-18 — 9 15 32 26 1/4 -20 Thru

— 191 — — 25 38 64 71 109 198 5/8-18 — 9 15 32 26 1/4 -20 Thru

51 R180 — — — 38 51 76 91 135 216 3/4-16 — 11 16 38 31 5/16-18 Thru

— 216 — — 38 51 76 91 135 216 3/4-16 — 11 16 38 31 5/16-18 Thru

76 R203 — — — 51 76 95 127 137 381 — 28 18 21 68 48 .44 Thru

— 282 — — 51 76 95 127 137 381 — 28 18 21 68 48 .44 Thru

102 R229 — — — 76 102 114 163 168 381 — 28 18 21 76 59 .56 Thru

— 305 — — 76 102 114 163 168 381 — 28 18 21 76 59 .56 Thru

Size

Unibody Dimensional Data (mm)



Stem Dimensions

Front View



B112-Full Bore — 150 Raised Face FlangesB130-Full Bore — 300 Raised Face Flanges

Full Bore

Dimensional Data (2-Piece)

B D E F G Q** R S T J W H**

11/2 F6.50 — 1.50 2.50 3.6 5.3 8.5 3/4-16 — .430 .64 1.50 1.21 5/16-18

— 7.50 1.50 3.06 3.6 5.3 8.5 3/4-16 — .430 .64 1.50 1.21 5/16-18

2 F7.00 — 2.00 3.00 5.0 5.4 15.0 — 1.12 .692 .81 2.66 1.88 1/2-13

— 8.50 2.00 3.25 5.0 5.4 15.0 — 1.12 .692 .81 2.66 1.88 1/2-13

3 F8.00 — 3.00 3.75 6.4 6.6 15.0 — 1.12 .692 1.25 3.00 2.32 1/2-13

— 11.12 3.00 4.13 6.4 6.6 15.0 — 1.12 .692 1.25 3.00 2.32 1/2-13

Approximate dimensions in inchesDimension A

Size 150 Flg 300 Flg

B112 B130

2-Piece Dimensional Data (in)

B D E F G Q** R S T J W H**

38 F165 — 38 64 91 135 216 3/4-16 — 11 16 38 31 5/16-18 Thru

— 191 38 64 91 135 216 3/4-16 — 11 16 38 31 5/16-18 Thru

51 F165 — 51 76 127 137 381 — 28 18 21 68 48 1/2-13

— 216 51 76 127 137 381 — 28 18 21 68 48 1/2-13

76 F203 — 76 95 163 168 381 — 28 18 40 76 59 1/2-13

— 282 76 95 163 168 381 — 28 18 40 76 59 1/2-13

Approximate dimensions in millimetersDimension A

Size 150 Flg 300 Flg

B112 B130

2-Piece Dimensional Data (mm)


End ConnectionValve Size andPort Size (in) 150FL 300FL

1/2 × 1/2 16.6 16.63/4 × 1/2 23.8 23.8

1 × 3/4 25.1 25.1

1 × 1 89.8 89.8

11/2 × 1 53.4 53.4

11/2 × 11/2 226 180

2 × 11/2 132 127

2 × 2 469 417

3 × 2 189 189

3 × 3 1040 1040

4 × 3 542 550


*Flow of water in U.S. gal /min /1psi Pressure Prop.

End ConnectionValveSize

Pounds Kilograms

150CL 300CL 150CL 300CL1/2 F 3.8 5.0 1.7 2.3

1 R 6.3 8.8 2.9 4.0

1 F 8.5 12 3.9 5.4

11/2 R 12 18 5.4 8.2

11/2 F 17 24 7.7 11

2 R 19 24 8.6 11

2 F 35 45 16 20

3 × 2 39 51 18 23

3 F 64 86 29 39

4 R 64 94 29 43

Weights (with Lever)

Top View

Top View

11/2 F

21/3 F

2 holes open, 2 holes used for bonnet cap - see diagram top of page.




Standards and SpecificationsDynaSeal 210A Ball Valves comply with the following design

and testing standards: MSS-SP-25 (Standard Marking System

for Valves), API 607 (Fire Test Specification, Third Edition),

MSS-SP-72 (Ball Valves for General Service).

DynaSeal 210A Ball Valves can be trimmed for sour gas

service in accordance with NACE MR-01-75 (latest issue).

Floating Ball Valve Parts Detail(2"R-B236 shown)

BodyGrease Fitting

(optional)

Seat Ring BallSeat Ring

TailpieceGasket

Tailpiece

Locking Plate

Handle (optional)

Lock Nut

How to Order

SizePort

Valve PressureBody

Seat SealBall- Grease

ActuatorInches

Reg=RType Rating

TailpieceCode Code

Stem FittingCode

Full=F Code Code Code

X X X X DI X X X X X

Size (in) Female Thread

1 F B238

2 R B236

2 F B238

3 R B236

3 F* B238

4 R* B236

Description Code

No Handle (Bare Stem) BS

Handle HL

No Handle w/Seal Pin BSP

Handle w/Seal Pin HLP

Pressure Rating (WP)

1000*

1500

2000*

Material Code

Carbon Steel CS

Stainless Steel SS

Material Code

Filled TFE 02

Delrin/Buna O-Ring 03

Material Code

Buna B

Viton V

Ductile Iron F=withN=without

Stem O-Rings

StemSeal

Stem

*NOTE: 3"F (B238) and 4"R (B236) maxpressure 1500 PSI with O3 (Delrin) seat.These sizes with O2 (Filled TFE) seat areavailable for max pressure of 1000 PSI. For2", 3" and 4" Reduced Port, 1000 PSI ratedpressures, see W-K-M 210L Ball Valves.

SD-24092

Example: 2"RP 1500 PSI Std trim valve: 2R-B236-1500-DI-03-B-F-HL




Standard MaterialsPart Material

Body/Tailpiece ASTM A395 Ductile Iron

Grease Fitting Carbon Steel

(CS) AISI 1213 Carbon Steel, Hard Chrome Plated

(SS) 316 SS

(CS) AISI 1213 Carbon Steel, Zinc Plated

(SS) 316 SS (1/2" and 1" bore 17-4 PH SS)

02 Filled TFE

03 Acetal Plastic (with Buna N Rear Seal)

Tailpiece Gasket PTFE

Stem Seal Filled TFE

(B) Buna N

(V) Viton

Handle 11/2" and 1" Bore Carbon Steel, Zinc Plated w/ Vinyl Grip

2" and 3" Bore Ductile Iron

Lock Nut Alloy Steel, Plated (11/2" and 1" bore valves)

*For H2S service use Trim Code DI-02-V-SS. Meets NACE MR-01-75.

Valve Bore Size (in)/Pressure (psi)Temp °F

323/4 – 11/2

50 – 100 2250 2250 1500200 2000 1350 1350250 1775 1150 1150300 1500 975 975350 1225 800 800

Seat Seal Codes 02Pressure/Temperature Limits


323/4 – 11/2

-20 – 100 2500 2500 1500180 1550 1550 1375

Seat Seal Codes 03

Weights

Valve Size (in)/Weight (lbs)Operation

4 x 33 x 22 x 11/2

w/o handle (lbs) 9.4 16.6 35.5

with handle (lbs) 9.9 19.8 38.7

Regular Port (B236)Valve Size (in)/Weight (lbs)

Operation3 x 32 x 21

w/o handle (lbs) 4.0 14.4 42.8

with handle (lbs) 4.5 17.6 46.0

Full Bore (B238)

Ball

Stem

Seat

Stem O-Ring

Handle

Front View Side ViewFront View Side View

Dimension A Approx. dim. in inchesSize

B236 B238 B

1 F – 4.00 1.00 1.00 2.77 4.0 7.1

2 R 5.55 – 1.50 2.00 3.56 4.9 7.1

2 F – 6.00 2.00 2.00 4.50 4.9 15.0

3 R 7.25 – 2.00 3.00 4.50 4.9 15.0

3 F – 8.75 3.00 3.00 5.66 6.0 15.0

4 R 8.75 – 3.00 4.00 5.66 6.0 15.0


C E GF

Regular Port (B236) Full Bore (B238)


W-K-M


D U C T I L E ® 2 1 0 D F L O A T I N G B A L L V A L V E S

W-K-M, the leading supplier of valves to the

gas utility industry, introduces its mainte-

nance-free floating Ductile Ball Valve as the

competitively-priced, smart alternative to

low pressure cast iron plug valves. Many gas

meter valves are in hard to reach locations

so valve reliability is the first

consideration.

Features & Benefits

u The W-K-M 210D Ductile Ball Valve

needs no lubrication, eliminating costs

and storage requirements associated

with grease purchases and grease guns.

u Its virtually maintenance-free operation

results in less downtime and makes it

the ideal valve to replace gas meter

plug valves with their high-maintenance

requirements and sealing problems.

u Using the highest grade of ductile iron,

the 210D is proven tough with strength

approaching that of carbon steel,

offering raised face flanged ends as

standard (with flat face flanged ends as

an option), and is available in standard

carbon steel trim or stainless steel trim,

meeting NACE Standard MR-01-75,

latest edition, requirements.

u The 210 D provides locking capability

in either the ‘valve open’ or ‘valve

closed’ position as standard to ensure

safety.

u And as with all W-K-M DynaSeal ball

valves, the 210D offers deep pocketed

seats to surround and protect the seat

on all sides, contributing to longer

service life; superior dual stem seal

design further protects against line

media, prevents stem seizure and

reduces torque; and, of course, only

W-K-M can provide Cooper Cameron

Valves’ “Double C” two-year warranty.

W-K-MDuctile 210D Floating Ball Valve ITEM MATERIAL MATERIAL

Body ASTM A395 Ductile Iron

Seat Retainer AISI 1020 Steel or ASTM A395 Ductile Iron

210D Body — Seat Retainer Materials

210D Ball — Materials

ITEM MATERIAL MATERIALCS TRIM SS TRIM

Ball AISI 1213 316 SSHard Chrome Plate

Stem (3” & 4”) AISI 1213 316 SSZinc Plated

Stem (2”) AISI 1213 17-4PHZinc Plated

210D Seat — Seal Material Code

Series 125/150

ITEMMATERIAL MATERIAL02 TRIM 03 TRIM

Seat Ring Filled TFE Delrin

Tail Piece Seal TFE TFE

Stem Packing Viton Buna

Stem Gasket Filled TFE Filled TFE

DIM SIZE

2R 3R 4R

A 7.00 8.00 9.00

B 3.33 4.47 5.64

C 6.00 7.50 9.00

Viton® and Delrin® are registered trademarks of E. I. Dupont de Nemours & Company

A

C

B

Class 125 (FF) Flat Face Class 150 (RF) Raised FaceSpring pin shown out of section


W-K-MD Y N A S E A L ® 2 1 0 L F L O A T I N G B A L L V A L V E S


How to Order (Example: Std trim 2" 24925-2131100)

Base Part Pressure Body Seat Seal Ball & GreaseNumber Rating Material Trim Material Stem Fitting Handle

(CWP)

XXXXX – 2 1 X X X X X

Ductile IronLine pipe 1

Threaded End

Carbon Steel 1

Stainless Steel 2

Carbon Steel Undirectional 3

Stainless Steel Undirectional 4

Nylon1

(4 × 3 only)

Reinforced Teflon 2

Delrin /Buna-N O-Ring3

(2 × 11/2 & 3× 2)

No Fitting 0

Grease Fitting 1

No Handlew/Seal Pin

2

Handle3

w/Seal Pin

Buna 1

Viton 2

1000 psi 2

Valve Size Part Number

2 × 1-1/2 24925

3 × 2 24926

4 × 3 24927

R

13

12

12

Optional 2 x 1-1/2 handle

Optional 3 x 2 handle

Optional 4 x 3 handle

FLOW INDICATOR ARROW FORUNIDIRECTIONAL ASSEMBLIES

(Arrowhead one end only.)2" and 3" RP

B16

11

14OPTIONALGREASE FITTING

4" RP

12

A

5

17

9

4

8

2

C

7

5

1

63

Delrin/Buna seat detail(2", 3" RP only)

Relief Hole, unidirectional freeze tolerant assemblies only.Ball is installed so that hole is upstream when valve is closed (body side installed upstream).

(4 x 3)6

FLOW INDICATOR ARROW FOR NON DIRECTIONAL ASSEMBLIES(Arrowhead both ends.)

FLOW INDICATOR ARROW FOR UNIDIRECTIONAL ASSEMBLIES(Arrowhead one end only.)



W-K-MD Y N A S E A L ® 2 1 0 L F L O A T I N G B A L L V A L V E S

Dimensional Data (inches)

DimensionValve Size

2 × 11/2 3 × 2 4 × 3

A 5.55 7.25 8.74

BNo Handle 3.56 4.50 5.50

With Handle 4.86 4.94 —

C 1.50 2.00 3.00

R 7.06 15.00 21.56

Weight (lbs)

DimensionValve Size

2 × 11/2 3 × 2 4 × 3

No Handle 9.4 16.6 29.1

With Handle 9.9 19.8 —

Ref.Req’d. Description Material

No.

Parts List

1 1 Body (LPT) (1)* Ductile Iron ASTM A395

2 1 Adapter (LPT) (1) Ductile Iron ASTM A395

3 1 Ball, Non-Unidirectional (1) Carbon Steel, Chrome Plated

or Unidirectional (2) 316 Stainless Steel

4 1 Stem(1) Steel AISI 1213/1215, Zinc Plated

(2) 316 SS (17-4 PH SS on 2 × 11/2)

(3) Delrin

5 2 Seat Ring (1) Nylon (4 x 3)

(2) Teflon

6 1 Body Seal Teflon†

7 2 Stem Seal(1) Buna-N

(2) Viton

8 1 Stem Gasket (Thrust Bearing) Teflon

9 1 Stop Plate Steel 1018 /26

10 1 Stop Plate Retaining Ring Spring Steel

11 1 Stop Pin Spring Steel

12 1 Handle2 × 11/2 & 4 × 3: Carbon Steel, Zinc Plated

3 × 2: Ductile Iron ASTM A395

13 1 Handle Retaining Nut Steel

14 1 Grease Fitting Steel

15 1 Label Adhesive Backed Mylar

16 1 Seal Pin Assembly Brass

17 2 Rear Seal, with Delrin Seat (2" & 3") (3) Buna-N

Pressure/Temperature limits – see DynaSeal 210A, page 127

*Part # option code ().†4x3 valves, body seal switched from Buna N to Teflon midyear 1998.




Floating Ball Valve Parts Detail

How to Order

Size 150RF 300RF 600RF 600RJ

Female(in) Thread

1 R B200 B220 B214 B270 –

1 F B210 B228 B282 B272 –

11/2 R B200 – B214 B270 –

11/2 F B210 B228 B282 B272 –

2 R B200 B220 B214 B270 B236

2 F B210 B228 B282 B272 B238

3 R B200 B220 B214 B270 –

3 F B210 B228 B282 B272 –

4 R B200 B220 B214 B270 –

Material Code

Carbon Steel CS

Stainless Steel S1

Stainless Steel S2NACE

Seat Material

02 Filled TFE

03 Delrin/Hydrin O-Ring

33 Delrin/Hydrin O-Ring

Material Code

Carbon Steel CS

Carbon Steel NACE CS2

Actuator Code

Wrench WR

Bare Stem BS

SD-24093

Standards and SpecificationsDynaSeal 210F Ball Valves comply with the following design

and testing standards: ANSI B16.5 (Steel Pipe Flanges and

Flange Fittings), MSS-SP-6 (Standard Finishes for Pipe

Flanges), MSS-SP-25 (Standard Marking System for Valves),

MSS-SP-55 (Quality Standard for Steel Castings), API 607

(Fire Test Specification, Third Edition), MSS-SP-72 (Ball

Valves for General Service), MSS-SP-61 (Pressure Testing

of Steel Valves).

DynaSeal 210F Ball Valves can be trimmed for sour gas

service in accordance with NACE MR-01-75 (latest issue).

Seat Ring Ball

Seat Ring

TailpieceGasket Tailpiece

Body

TailpieceGasketTailpiece

Stem

Stem Seal

Stem O-Rings

Retainer Ring

Stop Plate

Cap Screws

Locking Plate

Lever

SizePort

ValveBody

SealBall-

ActuatorInches

Reg=RType

TailpieceCode

StemCode

Full=F Code Code

2 R B 2 0 0 C S 0 2 S 2 W R




Standard MaterialsBody-Tailpiece Material Codes

*CS2 to be used for H2S service. Meets NACE MR-01-75.

Actuator CodesPart CS, CS2

Lock Nut Alloy Steel, Plated

HandleCarbon SteelZinc Plated

Handle Grip Vinyl

Seat-Seal Material CodesPart 02 03/33

Seat Filled PTFE AcetalRear Seal – Hydrin O-Ring

Tailpiece Gasket PTFE PTFEStem Seal Filled PTFE Filled PTFE

Stem O-Rings Viton

Ball-Stem Material CodesPart CS S1 S2

BallAISI 1213 316 SS 316 SSHard Chrome Plated

Stem AISI 1213 316 SS 17-4PHZinc Plated

Note: 1/2"– 2"R CS2 — Used with S2 internal trim only. For H2S service per NACE MR-01-75.2"F – 4"R CS2 — Used with S1 internal trim only. For H2S service per NACE MR-01-75.

Part CS CS2*


323/4 – 11/2

-20 to 100 2250 2250 1500

200 2000 1350 1300

250 1775 1150 1150

300 1500 975 950

350 1225 800 800

Seat Seal Codes 02Pressure/Temperature Limits


323/4 – 11/2

-20 to 100 2500 2500 1500180 1550 1550 1375

Seat Seal Codes 03


23/4 – 11/2

-20 to 100 3000 3000180 1550 1550

Seat Seal Codes 33

Differential Pressure (psi)Bore Size (in) 275 500 740 1000

3/4 90 90 102 112 1511 146 199 218 252 284

11/2 364 406 476 567 6862 637 719 868 1050 12363 840 1260 1680 2030 2390

Seat Seal Codes 02

1500

Weights

Valve Size (in)/TypeClass/Weight

421

ANSI 150 B200 B200 B200 B200 B200Weight (lbs) 6.5 9.0 12.5 52.0 81.0Weight (kg) 3.0 4.0 5.7 23.6 36.8

ANSI 300 B220 — B220 B220 B220Weight (lbs) 10.0 — 25.0 76.0 110.0Weight (kg) 4.5 — 11.4 34.5 50.0

ANSI 600 (RF) B214 B214 B214 B214 B214ANSI 600 (RJ) B270 B270 B270 B270 B270Weight (lbs) 14.0 27.0 33.0 81.0 115Weight (kg) 6.4 12.3 15.0 36.8 52.3

TE — — B236 — —Weight (lbs) — — 12.0 — —Weight (kg) — — 5.5 — —

Regular Port

Stem Torques (in- lbs)

11/2 3

Valve Size (in)Class/Weight

1 11/2 2 3

ANSI 150 B210 B210 B210 B210Weight (lbs) 8.5 17.0 33.0 64.0Weight (kg) 3.9 7.7 15.0 29.0

ANSI 300 B228 B228 B228 B228Weight (lbs) 12.0 24.0 38.0 82.0Weight (kg) 5.5 10.9 17.3 37.3

ANSI 600 (RF) B282 B282 B282 B282ANSI 600 (RJ) B272 B272 B272 B272Weight (lbs) 16.0 32.0 47.0 87.0Weight (kg) 7.3 14.5 21.4 39.5

TE — — B238 —Weight (lbs) — —‚ 23.0 —Weight (kg) — — 10.4 —

Full Bore

Differential Pressure (psi)Bore Size (in) 275 500 740 1000

3/4 108 108 125 140 190 305 420 5001 264 264 290 320 380 500 620 744

11/2 480 528 610 726 895 1202 1510 18122 900 980 1110 1300 1520 2040 2560 30703 2700 2940 3330 3900 4560 — — —

Seat Seal Codes 03/33

1500 2000 30002500

Body ASTM A105 ASTM A105

Tailpiece AISI 1018 AISI 1018

Lock Plate Carbon Steel Carbon SteelZinc Plated Zinc Plated

Lock Plate Screws Carbon Steel Carbon Steel

Grease Fitting Carbon Steel Carbon Steel




B200–Regular — 150 Raised Face FlangesB210–Full — 150 Raised Face FlangesB220–Regular — 300 Raised Face FlangesB228–Full — 300 Raised Face FlangesB238–Full — Threaded End

B214–Regular — 600 Raised Face FlangesB282–Full — 600 Raised Face FlangesB270–Regular — 600 Ring JointB272–Full — 600 Ring JointB236–Reduced Port Threaded End

Full Bore

F

B

G

D

A

EW

T

S

J

J

H

QR

S

TJ

J

H

F

G

C

D

A

E

B

W

Regular Port

Top View Top View

Front View Front View

Stem Dimensions Stem Dimensions

Dimension A

Size

B200 B210 B220 B228

1.0 R 5.00 – 6.5 – 8.50 – 8.50 – – – .75 1.0 1.0 1.9 3.6 5.8 7/16-20 .44 .25 .50 1.00 .75 10-24

1.0 F – 5.00 – 6.50 – 8.50 – 8.50 – – 1.0 – 1.25 2.8 3.9 7.0 5/8-18 .62 .36 .81 1.25 1.14 1/4 -20

1.5 R 6.50 – – – 9.50 – 9.50 – – – 1.0 1.5 1.25 2.8 3.9 7.0 5/8-18 .62 .36 .81 1.25 1.14 1/4 -20

1.5 F – 6.50 – 7.50 – 9.50 – 9.50 – – 1.5 – 1.75 3.6 5.0 9.5 3/4-16 .75 .44 .81 1.50 1.34 5/16-18

2.0 R 7.00 – 8.50 – 11.50 – 11.62 – 5.50 – 1.5 2.0 1.75 3.6 5.0 9.5 3/4-16 .75 .44 .81 1.50 1.34 5/16-18

2.0 F – 7.00 – 8.50 – 11.50 – 11.62 – 6.25 2.0 – 2.5 4.7 5.2 15.0 – 1.12 .693 1.25 2.62 1.66 3/8-16

3.0 R 8.00 – 11.12 – 14.00 – 14.12 – – – 2.0 3.0 2.5 4.7 5.2 15.0 – 1.12 .693 1.25 2.62 1.66 3/8-16

3.0 F – 8.00 – 11.12 – 14.00 – 14.12 – – 3.0 – 3.5 5.6 6.1 15.0 – 1.12 .693 1.09 3.00 1.50 1/2-13

4.0 R 9.00 – 12.00 – 17.00 – 17.12 – – – 3.0 4.0 3.5 5.6 6.1 15.0 – 1.12 .693 1.09 3.00 1.50 1/2-13


B214 B282 B272B270 B236 B238

Approximate dimension in inches150RF 300RF 600RF 600RJ TE

B H**C D E S T J WF G RQ**

Dimension A

Size

B200 B210 B220 B228

25 R 127 – 165 – 216 – 216 – – – 19 25 25 49 92 146 7/16-20 11 6 13 25 19 10-24

25 F – 127 – 165 – 216 – 216 – – 25 – 32 71 100 178 5/8-18 15 9 21 32 29 1/4-20

38 R 165 – – – 241 – 241 – – – 25 38 32 71 100 178 5/8-18 16 9 21 32 29 1/4-20

38 F – 165 – 191 – 241 – 241 – – 38 – 43 90 127 191 3/4-16 19 11 21 38 34 5/16-18

51 R 178 – 216 – 292 – 295 – 140 – 38 51 44 90 127 191 3/4-16 19 11 21 38 34 5/16-18

51 F – 178 – 216 – 292 – 295 – 159 51 – 64 119 132 381 – 28 18 32 67 42 3/8-16

76 R 203 – 282 – 356 – 259 – – – 51 76 64 119 132 381 – 28 18 28 67 42 3/8-16

76 F – 203 – 282 – 356 – 359 – – 76 – 89 143 155 381 – 28 18 28 76 38 1/2-13

102 R 229 – 305 – 432 – 435 – – – 76 102 89 143 155 381 – 28 18 28 76 38 1/2-13


B214 B282 B272B270 B236 B238

Approximate dimension in millimeters150RF 300RF 600RF 600RJ TE

B H**C D E S T J WF G RQ**




C H O K E S A N D C O U P L I N G S

How to Order Chokes1. Type of choke — Positive or Adjustable.

2. Specify Working Pressure.

3. Type of Inlet and Outlet Connections;

Size and Pressure Rating.

4. Specify Trim Size (Orifice Required).

5. Trim Material — Alloy Steel, Stainless Steel,

Tungsten Carbide.

6. Specify Heater Choke or Standard Choke.

7. Use part number schemes as applicable (see index at right).

NOTE: Beans for Positive Chokes are not furnished and must

be ordered separately (see pages 157-159)

Additional Choke Specifications1. If for API-6A, specify:

a) Product Specification Level (PSL): 1, 2, or 3

b) Temperature Class

c) Retained Fluid Rating

2. Specify the Flow Conditions:

a) Flow Rate for gas and liquid

b) Inlet Pressure

c) Outlet Pressure

d) Gas and Liquid specific gravity

e) Liquid Viscosity

f) Upstream Temperature

g) % of H2S and CO2 (if any)

h) Type of corrosion inhibitor (if any)

i) Presence of sand (if any)

3. Specify “topworks” for Adjustable Chokes

(Handwheel or Pneumatic Actuation).

4. Note any special requirements: company, industry,

or government.

How to Order Couplings1. Specify Size and Pressure Ratings.

2. Specify Bore Size, if Butt Weld End Connections.

3. Specify Threaded End Connections, if desired.

4. Specify Operating Temperature.

5. Specify Seal Ring Material: Bronze or Stainless Steel.

6. Note any special requirements: company, industry,

or government.

7. Use part number schemes as applicable (see index at right).

NOTE: NACE (MR-01-75) available; please specify if required.

Chokes & Couplings


Choke Accessories

Dimensional Data


Thornhill Craver Force Balanced Chokes








UNIBOLT Couplings

T H O R N H I L L C R AV E R


Adjustable Choke Positive Choke

Service Classifications (Trim Definition):T1: General Service, CO2 Partial Pressure (<7 PSIA)T2: General and Sour Service, Low CO2 (7 to 30 PSIA),

Erosive ServiceT3: General and Sour Service, High CO2 (>30 PSIA),

Erosive Service

Trim T1Body—Low Alloy Steel—API 75KStem—Low Alloy Steel—Carburized and HardenedSeat—Low Alloy Steel—Carburized and HardenedYoke Hub/Blanking Plug—Low Alloy Steel—API 60K or 75K

Trim T2Body—Low Alloy Steel—API 75KStem—Martensitic Stainless Steel and Tungsten CarbideSeat—Martensitic Stainless Steel and Tungsten CarbideYoke Hub/Blanking Plug—Low Alloy Steel—API 60K or 75K

Trim T3Body—Martensitic Stainless Steel—API 75KStem—Martensitic Stainless Steel and Tungsten CarbideSeat—Martensitic Stainless Steel and Tungsten CarbideYoke Hub/Blanking Plug—Martensitic Stainless Steel—API 75K

Body Materials Available:1. Trim T 1 & T2—(Cast) ASTM A487 Grade 4 Modified to

Conform with API 6A, 95,000 PSI Minimum TensileStrength, 75,000 PSI Minimum Yield Strength.

2. Trim T3—(Cast) ASTM A217-CA15 Modified to Meet API 6A, Quenched and Tempered to 95,000 PSI MinimumTensile Strength, 75,000 PSI Minimum Yield Strength.

3. Non-Standard—Available On Special Order:(A)—ASTM A487-CA6NM, Martensitic Stainless Steel, for

Low Temperature, Corrosive and Sour Service.

(B)—ASTM A744-CD4MCU, Duplex Stainless Steel for

Severe Corrosive Applications.

Yoke Hub

Yoke NutMember

Body

Nut MemberPlain Hub

Seal Ring

Metallic Seat Gasket

Stem Seat

Pkg. Ret. Ring

Stem Bearing

Stem Packing

Pkg. Box Insert

Yoke Seal Ring(Ring-Groove Type)

StemIndicator

Hex NutWasher Handwheel

Stem Lock

Plain Hub

Coupling NutMember

Nut Member

CouplingSeal Ring

Bean Gasket

Flow Bean

Body

Blanking PlugSeal Ring

T-Head Bolt/Nut

Blanking Plug

Pipe Plug-1/2" NPT

Material Usage Guide for Ordering Adjustable and Positive Chokes

P A R T S D E T A I L


T H O R N H I L L C R AV E R



C H O K E A C C E S S O R I E S T H O R N H I L L C R AV E R

ModelPart Name

OrderNumber Number

Fig.110-C Gauge Connector (Upper Element) 90205

Fig.110-VGauge Valve (Lower Element)

90206Spring-Loaded 0lb-10,000lb CWP

Gauge Valve (Lower Element)Fig.112-V Non-Spring Loaded for 90224

Pressures Consistently above 500lb

—Repair Kit for Lower Element

91721(Fig. 110-V)

Gauge Valve and Connector—12 Chrome Stainless Steel; 0 to 10,000 lb CWP

ModelPart Name

OrderNumber Number

TC-560Bleeder Plug

90017(Stainless Steel)

TC-2213Bleeder Plug


TC-2273Bleeder Plug


TC-1674Replaceable Monel Gasket

90018(For TC-560)

TC-576Replaceable Monel Gasket

90508-002(For TC-2273)

Bleeder Plugs— For all 3000 lb, 5000 lb,10,000 lb and 15,000 lb CWP UNIBOLT Fittings

Gauge Valve and Connector0 to 10,000 lb WP (spring-loaded type).Furnished with 1/2" NPT male threadconnection of Gauge Valve; 1/2" femalethread in Connector.

Upper and lower elements disengaged.

SD-10902

TC-560-12-CRStainless SteelBleeder Plug



SD-10894 SD-10894SD-10894

ModelPart Name Material

OrderNumber Number

TC-1284 Cage Nipple 1" (Threaded for TC-575 “X” Bean Insert) 90554-001

TC-1082 Cage Nipple 11/4" (Threaded for TC-575 “X” Bean Insert) 90544-001

TC-2068 Cage Nipple 11/2" (Threaded for TC-575 “X” Bean Insert) 92331

TC-1018 Cage Nipple 2" (for TC-1017-M Cage Nipple Beans) 90540-001

TC-1021 Cage Nipple 21/2" (for TC-1017-M Cage Nipple Beans) 90541-001



Special Cage Nipple and Bean – Inline Positive Chokes.(Available in Stainless Steel for corrosive service.)

TC-1284-1" Cage Nipple withTC-575 "X" Bean Insert

SD-10894SD-10894

Insert TC-575(See Page 150)

TC-1017-M Flow Bean

(See Page 150)

TC-1018Cage Nipple


T H O R N H I L L C R AV E RD I M E N S I O N A L D A T A


SizeMaximum (Outlet) (Inlet)

C (Adj.)* C (Pos.)*Adjustable Positive

CWP A* B* Choke Wt. (lbs) Choke Wt. (lbs)

Dimension

Outlet Inlet

UNIBOLT BW UNIBOLT BW 2" 3000 87/8 10 243/16 153/16 93 71

UNIBOLT LP UNIBOLT LP 2" 3000 85/8 93/4 2315/16 1415/16 93 71

Flanged Flanged 2" API 3000 93/8 71/2 2411/16 1511/16 123 101

Flanged Flanged 3" API 3000 101/2 8 2513/16 1613/16 158 145

UNIBOLT BW UNIBOLT BW 2" 5000 87/8 10 243/16 153/16 93 71

UNIBOLT LP UNIBOLT LP 2" 5000 85/8 93/4 2315/16 1415/16 93 71



UNIBOLT BW UNIBOLT BW 2" 10,000 101/2 105/8 261/4 171/4 144 110

Flanged Flanged 13/16" 10,000 111/8 9 267/8 183/4 134 115

Flanged Flanged 21/16" 10,000 111/8 9 267/8 177/8 133 114

UNIBOLT Adjustable/Positive Chokes

UNIBOLT Chokes with Ring-Groove Type Seal (inches)

Note: Other dimensional information available upon request. Other end connections available upon request.

*A = Inlet Centerline To Face Outlet.*B = Outlet Centerline To Face Inlet.*C = Overall Dimension.

SizeMaximum (Outlet) (Inlet)



Dimension

Outlet Inlet

Threaded Threaded 2" 2000 61/4 31/4 183/16 1123/32 38 27


Flanged Flanged 2" ANSI 1480 83/8 53/8 205/16 1327/32 57 48

UNIBOLT BW Flanged2" 10,000 113/8 9 281/16 177/8 125 100

(XXH) 21/16"

Flanged Flanged 113/16" API 10,000 91/4 7 2415/16 15 115 90

Flanged Flanged 21/16" API 10,000 111/8 9 2713/16 173/8 123 97

Flanged Flanged 113/16" API 15,000 81/4 81/4 2415/16 161/2 167 137




UNIBOLT Chokes with Taper-Type Seal (inches)

Design SizeMaximum (Outlet) (Inlet)



Dimension

Outlet Inlet

Flanged Flanged 3" API 3000 9 85/8 267/8 1631/32 182 148


Flanged Flanged 3" API 5000 91/4 91/4 — — 195 —

Flanged Flanged3" API 10,000 113/4 103/8 3219/32 2015/16 270 —

31/16" 31/16"

Flanged Flanged3" API 10,000 131/4 111/4 343/32 227/16 — —

41/16" 41/16"

Flanged Flanged3" API 10,000 107/8 87/8 3123/32 201/16 240 —

29/16" 29/16"

2" Maximum Opening Chokes with Taper-Type Seal (inches)

ConventionalStem/Seat

Design

ForceBalanced

StemDesign



D I M E N S I O N A L D A T A T H O R N H I L L C R AV E R

Heater Chokes

Nominal BarrelA B C D H J K

Weight,Size O.D.,F. Lbs.

2" 5 151/2 191/8 47/8 313/32 27/8 1.375 125/8 170

10,000 Lbs. CWP, UNIBOLT Inlet/UNIBOLT Outlet (Butt Weld) (inches)

Inlet ConnectionA B C D F G H J K

Weight,Size –Type Lbs.

21/2" UNIBOLT Butt Weld 1611/16 165/16 47/8 31/2 5 — 27/8 13/8 119/16 189

113/16"–15,000 lbs CWP API Flg 1611/16 — 47/8 — 5 81/4 — — — 175

21/16"–20,000 lbs CWP API Flg 1715/16 16 51/2 — 5 911/16 27/8 1,100 — 235

Adjustable Heater Chokes 15,000 lb CWP;Taper-Type Seal (inches)

NominalA B C D F H J K

Size

Wt. w/UNIBOLT,

Lbs.

2" 165/8 159/16 35/8 31/8 5 23/8 1.503 91/2 116

Adjustable Heater Chokes 6,500 lb CWP;Taper-Type Seal (inches)

Nominal BarrelA B C E

Weight,Size O.D.,F. Lbs.

2" 4 1415/16 121/4 311/16 41/8 87

6,500 lb CWP, Threaded Inlet/Threaded Outlet (inches)




2" 2000 lb CWP UNIBOLT• Threaded Inlet x Threaded Outlet, or• Flanged Inlet x Flanged Outlet

90156- X X X 0 XX 0

Threaded by Threaded Flanged by Flanged

Inlet

Outlet Outlet

Inlet

2" 3000/5000 lb CWP UNIBOLT (Ring-Groove Type Seal)• Threaded Inlet x UNIBOLT Outlet, or• Flanged Inlet x UNIBOLT Outlet

XXXXX- X X X X X X 0

Body & Yoke Hub Material

Alloy Steel Body & Yoke Hub 1

Stainless Steel Body & Yoke Hub 2

Alloy Steel Body/Stainless Steel Yoke Hub 3

Outlet Conn Plain Hub

2" NPT Threaded 1

2" SCH XXH BW 2

2" SCH 160 BW 3

2" SCH 80 BW 4

Stem & Seat Material

Steel 1

Stainless Steel1 2

Tungsten Carbide 3

Seat Bore

.50" Bore 1

.75" Bore 2

1.00" Bore 3

Service

Standard 0

NACE2 1

Threaded by UNIBOLT Flanged by UNIBOLT

Inlet

Outlet Outlet

Inlet

Notes: 1 - SS Yoke Hub recommended with SS Stem (Body & Yoke Hub option 3).

2 - Tungsten Carbide Stem and Seat required for NACE Service.

Assembly Part Number (see example*)

2" 3000/5000 lb CWP UNIBOLT (Ring-Groove Type Seal)• UNIBOLT Inlet x UNIBOLT Outlet





UNIBOLT by UNIBOLT

Outlet

Inlet

Assembly Part Number


2" 3000/5000 lb CWP UNIBOLT (Ring-Groove Type Seal)• Flanged Inlet x Flanged Outlet

92931- X X X X X X 0





API Flanges RF Flanges RTJ Flanges Code

2-1/16" 3000 2" 300 RF 2" 600 RTJ 11

2-1/16" 5000 2" 600 RF 2" 900 RTJ 22

2-9/16" 3000 2" 900 RF 2" 1500 RTJ 33

2-9/16" 5000 2" 1500 RF 2" 2500 RTJ 44

2-1/16" 2000 3" 300 RF 3" 600 RTJ 55

3-1/8" 5000 4" 600 RF 3" 900 RTJ 66

3-1/8" 3000 3" 600 RF 3" 1500 RTJ 77

2" 150 RF 3" 2500 RTJ 88

4" 1500 RTJ 99

Seat Bore

.50" Bore 1

.75" Bore 2

1.00" Bore 3

Service

Standard 0

NACE2 1

Flanged by Flanged

Outlet

Inlet



Steel 1

Stainless Steel1 2

Tungsten Carbide 3

Seat Bore

.50" Bore 1

.75" Bore 2

1.00" Bore 3

Service

Standard 0

NACE2 1

Inlet Conn Plain Hub

2" SCH XXH BW 1

2" SCH 160 BW 2

2" NPT Threaded 4


2" SCH XXH BW 1

2" SCH 160 BW 2

2" SCH 80 BW 3

2" NPT Threaded 4


Steel 1

Stainless Steel1 2

Tungsten Carbide 3

XXXXX- X X X X XX 0

Inlet/Outlet


Steel 1

Stainless Steel1 2

Inlet/Outlet

2" NPT Threaded 11

2" ANSI 600 RF 22

2" ANSI 600 RTJ 33

2-1/16" API 2000 44Body & Yoke Hub Material

Alloy Steel Body 1& Yoke Hub

Stainless Steel Body2& Yoke Hub

Alloy Steel Body/3Stainless Steel Yoke Hub

Seat Bore

.50" Bore 1

.75" Bore 2

*P/N example: 2" 2000 lb UNIBOLT Tee Type Adjustable choke, AlloySteel Body and Hub, SS Stem and Seat, .75 seat bore, 2" ANSI 600 Flanged RF inlet and outlet 90156-1220220

Inlet Conn Body

2" NPT Threaded 0

2-1/16" 3000 1

2-1/16" 5000 2

2-1/16" 2000 3

2" ANSI 600 RF 4

2" ANSI 900 RF 5

2" ANSI 1500 RF 6

Base Number

Flanged Inlet 90034-

Threaded Inlet 90052-

Base Number

API Flanges 93286-

RF Flanges 92929-

RTJ Flanges 92930-

How to Order




Service

Standard 0

NACE2 1

2" 10,000 UNIBOLT (Ring-Groove or Taper-Type Seal)• API Flanged Inlet x Flanged Outlet

XXXXX- X X X X XX 0





Inlet/Outlet

1-13/16" 10,000 11

2-1/16" 10,000 22

2-9/16" 10,000 33

3-1/16" 10,000* 44

Flanged by Flanged

Outlet

Inlet

2" 10,000 UNIBOLT (Ring Groove or Taper Type Seal)• API Flanged Inlet x UNIBOLT Outlet






Inlet Conn Body

1-13/16" 10,000 1

2-1/16" 10,000* 2


2" SCH XXH BW 1

2" SCH 160 BW 2

2" SCH 80 BW 3

2-1/2" SCH XXH BW 4

2-1/2" 1.10" ID BW 5

2-1/2" 1.38" ID BW 6

2-1/2" SCH 160 BW 7


Steel 1

Stainless Steel1 2

Tungsten Carbide 3

Seat Bore

.50" Bore 1

.75" Bore 2

1.00" Bore 3

Service

Standard 0

NACE2 1

Flanged by UNIBOLT

Outlet

Inlet

Notes: 1 - SS Yoke Hub recommended with SS Stem (Body & Yoke Hub option 3).

2 - Tungsten Carbide Stem and Seat required for NACE Service.

Assembly Part Number (see page 138 for P/N example)

2" 10,000 UNIBOLT (Ring-Groove Type Seal)• UNIBOLT Inlet x UNIBOLT Outlet





UNIBOLT by UNIBOLT

Outlet

Inlet



2" 15,000/20,000 UNIBOLT (Taper-Type Seal)• API Flanged Inlet x Flanged Outlet

90268- X X X X X X 0

Body Material

Alloy Steel (15,000 PSI Only) 1

Stainless Steel 2

API 15,000 PSI API 20,000 PSI Code

1-13/16" 15,000 1-13/16" 20,000 11

2-1/16" 15,000 2-1/16" 20,000 22

2-9/16" 15,000 33

Seat Bore

.50" Bore 1

.75" Bore 2

Service

Standard 0

NACE2 1

Flanged by Flanged

Outlet

Inlet



Steel 1

Stainless Steel1 2

Tungsten Carbide 3

Seat Bore

.50" Bore 1

.75" Bore 2

1.00" Bore 3

Service

Standard 0

NACE2 1


Stainless Steel 2

Tungsten Carbide 3

XXXXX- X X X X XX 0

*Ring Groove Type Seal Only

*Ring-Groove Type Seal Only


2" SCH XXH BW 1

2" SCH 160 BW 2

2" SCH 80 BW 3

2-1/2" SCH XXH BW 4

2-1/2" 1.10" ID BW 5

2-1/2" 1.38" ID BW 6

2-1/2" SCH 160 BW 7


2" SCH XXH BW 1

2" SCH 160 BW 2

2-1/2" SCH XXH BW 4

2-1/2" 1.10" ID BW 5

2-1/2" 1.38" ID BW 6

2-1/2" SCH 160 BW 7

Inlet/Outlet

Seat Bore

.50" Bore 1

.75" Bore 2

1.00" Bore 3


Steel 1

Stainless Steel1 2

Tungsten Carbide 3

Base Number

Ring Groove Type Seal 90251-

Taper Type Seal 90303-

Base Number

Ring Groove Type Seal 90265-

Taper Type Seal 90309-

Base Number

15,000 PSI WP 90271-

20,000 PSI WP 90387-

How to Order




XXXXX- X X X X XX 0





Seat Bore

1.00"Bore2 1

1.50"Bore 2

1.75"Bore 3

2.00"Bore 4

Service

Standard 0

NACE3 1


Steel 1

Stainless Steel1 2

Tungsten Carbide 3

Inlet/Outlet

Outlet

Inlet

Flanged by Flanged

3" 3000/5000 UNIBOLT (Taper-Type Seal)• UNIBOLT End Connection, 2" Max Open, 1996 Design






Seat Bore

1.00"Bore2 1

1.50"Bore 2

1.75"Bore 3

2.00"Bore 4

Service

Standard 0

NACE3 1


Steel 1

Stainless Steel1 2

Tungsten Carbide 3

Outlet

Inlet

UNIBOLT by UNIBOLT

3" Plain Hub 4" Plain Hub Code

3" SCH XXH BW 4" SCH XXH BW 1

3" SCH 160 BW 4" SCH 160 BW 2

3" SCH 80 BW 4" SCH 80 BW 3

3" NPT Threaded 4" NPT Threaded 4




3" SCH 160 BW 4" SCH 160 BW 2

3" SCH 80 BW 4" SCH 80 BW 3

3" NPT Threaded 4" NPT Threaded 4


Notes: 1 - SS Yoke Hub recommended with SS Stem (Body & Yoke Hub option 3).2 - 1.00" Bore Seat available in Tungsten Carbide only.3 - Tungsten Carbide Stem and Seat required for NACE Service.

Assembly Part Number (see page 138 for P/N example


Base Number

API Flanges 93281-

RF Flanges 93396-

RTJ Flanges 93397-

Base Number

3" Plain Hub 93398-

4" Plain Hub 93399-

3" 3000/5000 UNIBOLT (Taper-Type Seal)• Flanged End Connection, 2" Max Open, 1996 Design

How to Order


2-9/16" 5000 3" 300 RF 3" 600 RTJ 11

3-1/8" 5000 3" 600 RF 3" 900 RTJ 22

4-1/16" 5000 3" 900 RF 3" 1500 RTJ 33

3-1/8" 3000 3" 1500 RF 4" 600 RTJ 44

2-1/16" 5000 4" 300 RF 4" 900 RTJ 55

— 4" 600 RF 4" 1500 RTJ 66

— 4" 900 RF — 77

— 4" 1500 RF — 88



F O R C E B A L A N C E D C H O K E S T H O R N H I L L C R AV E R

XXXXX- X X X X XX X


Alloy Steel 1

Stainless Steel 2

API 5,000 PSI API 10,000 PSI

3-1/8" API 5000 Flgd 2-9/16" API 10,000 Flgd 11

2-9/16" API 5000 Flgd 3-1/16" API 10,000 Flgd 22

— 4-1/16" API 10,000 Flgd 33

Base Number

5,000 PSI WP 90395-

10,000 PSI WP 90416-

Seat Bore

1.50"Bore 2

1.75"Bore 3

2.00"Bore 4

Service

Standard 0

NACE1 1

Seal Material

Buna-N 1

Viton 2


Stainless Steel 2

Tungsten Carbide 3

Inlet/Outlet

Outlet

InletFlanged by Flanged

Note: 1 - Tungsten Carbide Stem and Seat required for NACE Service.


Other flange sizes availabe

Force Balanced Design Concept

The design of the Force Balanced Choke dis-

tributes the force of downstream pressure to

the stem equally in every direction, eliminat-

ing the effects of upstream pressure entirely

and minimizing the load on stem threads.

The upper stem is designed so that it

rotates in a bearing without rotating the lower

stem, further reducing torque.

This design results in a Choke that is

easier to operate than any other conventional

type. In addition, the low torque eliminates

the need for expensive gear operators.

SEE DETAIL A

SEE DETAIL B

DETAIL B

DETAIL A

Forced Balanced Choke

VentSleeveSeals

VentSleeve

Lower stem

Upper stem

3" 5,000/10,000 UNIBOLT (Taper-Type Seal)• API Flanged Inlet x Flanged Outlet, Handwheel Operated

How to Order

StemCoupling

Stem Seals

Stem Seals


T H O R N H I L L C R AV E RL O N G N O S E H E A T E R C H O K E S


90358- X X X X X X 0

Inlet Conn

2" SCH XXH 1

2" SCH 160 2

2" SCH 80 3

2-1/2"1.38"ID 4

2-1/2" SCH XXH 5

Outlet Conn

2" SCH XXH 1

2" SCH 160 2

2" SCH 80 3

2-1/2"1.38"ID 4

2-1/2" SCH XXH 5

Seat Bore

.50" ID 1

.75" ID 2

1.00" ID 3

Service

Standard 0

NACE 1

UNIBOLT by UNIBOLT

Inlet

Outlet











Steel 1

Stainless Steel 2

Tungsten Carbide 3

Seat Bore

.50" ID 1

.75" ID 2

1.00" ID 3


Steel 1

Stainless Steel 2

Tungsten Carbide 3

2" 10,000 lb UNIBOLT (Ring-Groove Type Seal)• UNIBOLT Inlet x UNIBOLT Outlet

90113- X X X X X X 0

Outlet Conn

Lug Hub (No Plain Hub) 0

2" SCH XXH 1

2" SCH 160 2

2" SCH 80 3

2-1/2" SCH XXH 4

2-1/2"1.1"ID 5

2-1/2"1.38"ID(XXXH) 6

2-1/2"SCH 160 7

Seat Bore

.50" ID 1

.75" ID 2

1.00" ID 3

Service

Standard 0

NACE1 1

UNIBOLT by UNIBOLT

Inlet

Outlet







Steel 1

Stainless Steel 2

Tungsten Carbide 3

2" 6500 lb UNIBOLT (Taper-Type Seal)• Threaded Inlet x Threaded Outlet

90183- X X X X XX 0

Inlet/Outlet

2" NPT 11


Service

Standard 0

NACE1 1

Threaded by Threaded

Outlet

Inlet


UNIBOLT “Long Nose” Heater Chokes incorporate the

proven principles of the UNIBOLT Adjustable and Positive

Chokes.

The main distinguishing feature of the “Long Nose”

design is the additional length of the Choke Body. When

installed on an indirect heater, with the outlet end of the

Choke fastened directly to the tube bundle, the Choke Seat

area is completely surrounded by the hot water which is pri-

marily used to heat the tubes. The heat generated in this man-

ner has a benificial effect in minimizing the severe refrigerat-

ing action resulting from metering high pressure natural gas

through a small orifice. The UNIBOLT “Long Nose” Heater

Choke is the accepted leading performer in this application.

UNIBOLT “Long Nose” heater chokes are available in

6,500, 10,000, 15,000 and 20,000 psi WP. A 6,500 psi econo-

my design is also offered (see following page for details).

Inlet Conn

Lug Hub (No Plain Hub) 0

2" SCH XXH 1

2" SCH 160 2

2-1/2" SCH XXH 4

2-1/2"1.1" ID 5

2-1/2"1.38" ID(XXXH) 6

2-1/2"SCH 160 7

2" 6500 lb UNIBOLT (Taper-Type Seal)• UNIBOLT Inlet x UNIBOLT Outlet

How to Order


Flanged by UNIBOLT

Inlet

Outlet


L O N G N O S E H E A T E R C H O K E S T H O R N H I L L C R AV E R

90337- X X X X X X 0

Inlet Conn

1-13/16" 15,000 lb 1

Outlet Conn

1.1" Dia ID 1

1.38" Dia ID 2

2" SCH 80 3

2-1/2" SCH 80 4

Seat Bore

.50" ID 1

.75" ID 2

Service

Standard 0

NACE1 1

Flanged by UNIBOLT

Inlet

Outlet







Stainless Steel 2

Tungsten Carbide 3

2" 20,000 lb UNIBOLT (Taper Type Seal)• Flanged Inlet x UNIBOLT Outlet

90668- X X X X X X 0

Inlet Conn

1-13/16" 20,000 lb 1

Outlet Conn

1.1" Dia ID 1Seat Bore

.50" ID 1

.75" ID 2

Service

Standard 0

NACE1 1





Stainless Steel 2

Tungsten Carbide 3




Seat Bore

.50" ID 1

.75" ID 2

1.00" ID 3


Steel 1

Stainless Steel 2

Tungsten Carbide 3

2" 6500 lb UNIBOLT Adjustable Economy Heater Chokes• Threaded Inlet x Threaded Outlet

90071- X X X X XX 0

Inlet/Outlet

2" NPT 11

Socket Weld 22


Service

Standard 0

NACE1 1

Threaded by Threadedor

Socket Weld by Socket Weld

Outlet

Inlet


The Thornhill Craver Economy HeaterChoke Provides Proven Dependability atLower Cost.

Whether you are a fabricator of indirect-fired heaters or an

end user, the Thornhill Craver 6500 psi Economy Heater

Choke will take a big slice out of your operating costs.

Several thousand trouble-free installations provide proof of

long-term dependability.

For stem and seat trim, you may specify alloy steel,

stainless steel or tungsten carbide. These parts are easily

replaced and are completely interchangeable with UNIBOLT

chokes. This means that you won't be faced with extra inven-

tory if you use both types.

The bonnet has a recess to permit easy removal with a

spanner wrench, avoiding pipe wrench gouging and other

damage.

An indicator, calibrated in 64ths of an inch, allows accu-

rate pressure control. Once adjusted to the desired pressure, a

positive stem lock holds the stem firmly in position, prevent-

ing movement caused by accident or vibration.

The choke is also equipped with a safety pressure-relief

vent which warns the operator if there is pressure in the line

when attempting to remove the bonnet.

The Thornhill Craver Economy Heater Choke is more

cost effective than other chokes but it offers premium perfor-

mance. Specify Thornhill Craver products from Cooper

Cameron Valves.

2" 15,000 lb UNIBOLT (Taper Type Seal)• Flanged Inlet x UNIBOLT Outlet

How to Order


T H O R N H I L L C R AV E RU N I B O L T S T E A M C H O K E S


2" 3000 lb UNIBOLT Steam Chokes (Ring-Groove Type Seal)• NPT Inlet x UNIBOLT OutletSeat Sizes Available: 1/2", 3/4" and 1"

93179- X X X X 0 X 0





Outlet

2" NPT 1

2" SCH XXH BW 2

2" SCH 160 BW 3

2" SCH 80 BW 4


Stainless Steel 1

Seat Bore

.50" ID 1

.75" ID 2

1.00" ID 3

Service

Standard 0

NACE 1

Threaded by UNIBOLTInlet

Outlet


2" 3000 lb UNIBOLT Steam Chokes (Ring Groove Type Seal)• UNIBOLT Inlet x UNIBOLT OutletSeat Sizes Available: 1/2", 3/4" and 1"

93119- X X X X X X 0




Inlet

SCH XXH BW 1

SCH 160 BW 2

SCH 80 BW 3

2" NPT 4

Outlet

SCH XXH BW 1

SCH 160 BW 2

SCH 80 BW 3

2" NPT 4


Stainless Steel 1

Seat Bore

.50" ID 1

.75" ID 2

1.00" ID 3

Service

Standard 0

NACE1 1

UNIBOLT by UNIBOLTInlet

Outlet


Unibolt Adjustable Steam ChokesUNIBOLT Steam Chokes, furnished in 2" size, are designed for

use in steam injection or other high temperature systems up to

800°F. Charts on page 145 show temperature-pressure ratings.

Steam Chokes are available in 3000 lbs. CWP, with 2000 lbs.

CWPalso available. End connections available: Threaded Inlet/

Outlet, UNIBOLT Inlet/Outlet, Threaded Inlet/UNIBOLT Outlet

The Packing Stays PutOutside temperature: –50°F

Steam temperature: 800°F

It is reassuring to know a Thornhill Craver steam choke is

on the job. Because when recovering viscous crudes, you’re

completely aware of the monumental maintenance headaches a

different choke can produce. Most use rotating stems, which

can grab the packing and pull it out of place. It’s downhill from

there. Steam escapes, condenses and freezes, creating a granite-

like buildup of ice on the choke, overnight. Even if tempera-

tures are ambient, the nature of your problem doesn’t change; a

corrosive buildup can be as hard as the ice.

Fortunately, Thornhill Craver chokes don’t use rotating

stems. Stem movement is linear — one direction. It doesn’t

grab the packing so no leaks occur. Just reliable service.

If packing adjustment is ever needed, the choke packing

gland is easily accessible.

And if conversion from adjustable to positive action is

required, again it’s good Thornhill Craver is on the job.

Our famous UNIBOLT coupling needs but one man and one

2" 2000 lb UNIBOLT Steam Chokes(Taper-Type Seal)• Threaded Inlet x Threaded OutletSeat Sizes Available: 1/2" and 3/4"

92918- X X X X XX 0




Inlet/Outlet

2" NPT 11

2" 600 RF 22

2" 600 RTJ 33

2-1/16" 2000 44


Stainless Steel 1

Seat Bore

.50" ID 1

.75" ID 2


Service

Standard 0

NACE1 1

Threaded by Threaded

Outlet

Inlet

How to Order

wrench to release one bolt, for easy access. Time required:

about five minutes (even at –50°F).

Don’t worry about the seals, UNIBOLT seals much better

than conventional flanges. In fact, the seals are so good, only

light derating is necessary for up to 800°F steam temperature.



U N I B O L T S T E A M C H O K E S T H O R N H I L L C R AV E R

Maximum Working Pressure (psi)

RecommendedTemperature (°F)

200 2850

300 2775

400 2775

500 2775

600 2700

650 2650

700 2500

800 2500

Temperature/Pressure De-Rating Table3000 lb CWP – 2700 SWP

Maximum Working Pressure (psi)

RecommendedTemperature (°F)

200 1900

300 1850

400 1850

500 1850

600 1800

700 1750

800 1650

Temperature/Pressure De-Rating Table2000 lb CWP

Metal-to-metal seats

Adjustable packing gland(1/64 calibration)

Non-rotating stem

Low friction, high temperaturegraphite-based packing

Standard UNIBOLT couplingwith PLUGLOK bleeder plug




2" 2000lb UNIBOLT Positive Choke with Taper-Type Seal• Threaded x Threaded• Flanged x Flanged

J090179- X 000 XX X

Inlet/Outlet

2" NPT Threaded 11

2" ANSI 600 RF 22

2" ANSI 600 RTJ 33

2-1/16" API 2000 44

Body/Blanking Plug Material

Alloy Steel 1

Blkg Plug Configuration

Blind 1

1/2" NPT Tapped 2

2" 3000/5000lb UNIBOLT Positive Choke (Ring-Groove Seal)• Flanged or Threaded Inlet x UNIBOLT Outlet

XXXXX- X 00 X X X X

Body/Blanking Plug Material*

Alloy Steel 1

Stainless Steel 2

Inlet Conn Body

2" NPT Threaded 0

2-1/16" 3000 1

2-1/16" 5000 2

2-1/16" 2000 3

2" ANSI 600 RF 4

2" ANSI 900 RF 5

2" ANSI 1500 RF 6


2" NPT Threaded 1

2" SCH XXH BW 2

2" SCH 160 BW 3

2" SCH 80 BW 4

Base Number

Flanged Inlet 90051

Threaded Inlet 90057

Service

Standard 0

NACE 1

Assembly Part Number (see page 138 for P/N example) Assembly Part Number

Base Number

API Flanges J090030

RF Flanges J092888

RTJ Flanges J092889

Inlet/Outlet


Blind 1

1/2" NPT Tapped 2

2" 3000/5000lb UNIBOLT Positive Choke (Ring Groove Seal)• UNIBOLT Inlet x UNIBOLT Outlet

2" 3000/5000 UNIBOLT Positive Choke (Ring-Groove Seal)• Flanged Inlet x Flanged Outlet

J092908- X 00 X X X X XXXXX- X 00 X XX X


Alloy Steel 1

Stainless Steel 2

Inlet Conn Body

2" SCH XXH BW 1

2" SCH 160 BW 2

2" NPT Threaded 4


2" SCH XXH BW 1

2" SCH 160 BW 2

2" SCH 80 BW 3

2" NPT Threaded 4

Service

Standard 0

NACE 1



Blind 1

1/2" NPT Tapped 2


Blind 1

1/2" NPT Tapped 2


Alloy Steel 1

Stainless Steel 2

Service

Standard 0

NACE 1


Threaded x Threaded Flanged x Flanged Threaded x UNIBOLT Flanged x UNIBOLT

INLETINLET INLET INLET

OUTLET

OUTLET

OUTLETOUTLET

UNIBOLT x UNIBOLT Flanged x Flanged

How to OrderFlow Beans Ordered Separately - see pg 149-150)


2-1/16" 3000 2" 300 RF 2" 600 RTJ 11

2-1/16" 5000 2" 600 RF 2" 900 RTJ 22

2-9/16" 3000 2" 900 RF 2" 1500 RTJ 33

2-9/16" 5000 2" 1500 RF 2" 2500 RTJ 44

2-1/16" 2000 3" 300 RF 3" 600 RTJ 55

3-1/8" 5000 4" 600 RF 3" 900 RTJ 66

3-1/8" 3000 3" 600 RF 3" 1500 RTJ 77

— 2" 150 RF 3" 2500 RTJ 88

— — 4" 1500 RTJ 99



P O S I T I V E C H O K E S T H O R N H I L L C R AV E R

2" 10,000lb UNIBOLT Positive Choke (Ring-Groove Type or Taper-Type Seal)• API Flanged Inlet x Flanged Outlet

XXXXX X 00 X XX X


Alloy Steel 1

Stainless Steel 2

Inlet/Outlet

1-13/16" 10,000 11

2-1/16" 10,000 22

2-9/16" 10,000 33

3-1/16" 10,000(Ring-Groove 44Type Seal Only)Base Number

Ring-Groove Seal 90704

Taper-Type Seal 90729

Service

Standard 0

NACE 1



Blind 1

1/2" NPT Tapped 2

2" 10,000 UNIBOLT Positive Choke (Ring-Groove Type or Taper-Type Seal)• API Flanged Inlet x UNIBOLT Outlet

XXXXX- X 00 X X X X


Alloy Steel 1

Stainless Steel 2

Service

Standard 0

NACE 1



Blind 1

1/2" NPT Tapped 2

Inlet Conn Body

1-13/16" 10,000 1

2-1/16" 10,000(Ring-Groove 2Type Seal Only)

Base Number

Ring-Groove Seal 90708

Taper-Type Seal 92907


2" SCH XXH BW 1

2" SCH 160 BW 2

2" SCH 80 BW 3

2-1/2" SCH XXH BW 4

2-1/2" 1.10" ID BW 5

2-1/2" 1.38" ID BW 6

2-1/2" SCH 160 BW 7

2" 10,000 UNIBOLT Positive Choke (Ring-Groove Type Seal)• UNIBOLT Inlet x UNIBOLT Outlet

90710- X 00 X X X X


Alloy Steel 1

Stainless Steel 2

Service

Standard 0

NACE 1



Blind 1

1/2" NPT Tapped 2


2" SCH XXH BW 1

2" SCH 160 BW 2

2" SCH 80 BW 3

2-1/2" SCH XXH BW 4

2-1/2" 1.10" ID BW 5

2-1/2" 1.38" ID BW 6

2-1/2" SCH 160 BW 7


2" SCH XXH BW 1

2" SCH 160 BW 2

2-1/2" SCH XXH BW 4

2-1/2" 1.10" ID BW 5

2-1/2" 1.38" ID BW 6

2-1/2" SCH 160 BW 7

2" 15,000 UNIBOLT Positive Choke (Taper-Type Seal)API Flanged Inlet x Flanged Outlet

J090730- X 00 X XX X

Inlet/Outlet

1-13/16" 15,000 11

2-1/16" 15,000 22

2-9/16" 15,000 33


Blind 1

Tapped F/9/16"2

Autoclave Fitting


Body Material

Alloy Steel 1

Stainless Steel 2

Service

Standard 0

NACE 1

UNIBOLT x UNIBOLT

Flanged x Flanged

Flanged x FlangedFlanged x UNIBOLT

How to Order




3" 10,000 UNIBOLT Positive Choke (Taper-Type Seal) – 2" Max Open• Flanged Inlet x Flanged Outlet


2-9/16" 5000 3" 300 RF 3" 600 RTJ 11

3-1/8" 5000 3" 600 RF 3" 900 RTJ 22

4-1/16" 5000 3" 900 RF 3" 1500 RTJ 33

3-1/8" 3000 3" 1500 RF 4" 600 RTJ 44

2-1/16" 5000 4" 300 RF 4" 900 RTJ 55

4" 600 RF 4" 1500 RTJ 66

4" 900 RF 77

4" 1500 RF 88

Base Number

API Flanges 90108

RF Flanges 93091

RTJ Flanges 93376

Inlet/Outlet

3" 3000/5000lb UNIBOLT Positive Choke (Taper-Type Seal) – 2" Max Open• Flanged Inlet x Flanged Outlet

XXXXX- X 00 X XX X


Blind 1

1/2" NPT Tapped 2


Blind 1

1/2" NPT Tapped 2


Alloy Steel 1

Stainless Steel 2

Service

Standard 0

NACE 1




3" SCH 160 BW 4" SCH 160 BW 2

3" SCH 80 BW 4" SCH 80 BW 3

3" NPT 4" NPT4

Threaded Threaded

Outlet Connection/Plain Hub



3" SCH 160 BW 4" SCH 160 BW 2

3" SCH 80 BW 4" SCH 80 BW 3

3" NPT 4" NPT4

Threaded Threaded

Inlet Connection/Plain Hub

3" 3000/5000lb UNIBOLT Positive Choke (Taper-Type Seal) – 2" Max Open• UNIBOLT Inlet x UNIBOLT Outlet

XXXXX- X 00 X X X X


Alloy Steel 1

Stainless Steel 2

Service

Standard 0

NACE 1


90432- X 00 X XX X

Inlet/Outlet

2-9/16" 10,000 11

3-1/16" 10,000 22

4-1/16" 10,000 33


Blind 1

1/2" NPT Tapped 2



Alloy Steel 1

Stainless Steel 2

Service

Standard 0

NACE 1

Base Number

3" Plain Hub 93278

4" Plain Hub 90315

UNIBOLT x UNIBOLT

Flanged x Flanged

Flanged x Flanged

How to Order



P O S I T I V E C H O K E F L O W B E A N S T H O R N H I L L C R AV E R


OrderNumber Number

TC-3862 *Bean size 1/64" through 1" Alloy Steel 90654-OXX

TC-3862-12CR *Bean size 1/64" through 1" 12 CR SS 90655-OXX

TC-3890 *Bean size 1/64" through 3/4", with Ceramic Insert Alloy Steel 90659-OXX

TC-3863 *Bean size 1/64" through 3/4", with Carbide Insert 12 CR SS 92334-OXX

TC-4237 “O” Ring for Positive Bean — 05521-220†

Positive Beans 10,000 lb CWP/15,000lb CWP UNIBOLT Positive Chokes with Taper-Type Seal or Cage Nipple Only


OrderNumber Number

TC-2850 Positive Bean (65/65-128/64) Alloy Steel 90111-XXX

TC-2850 Positive Bean (65/65-128/64) 12 CR SS 90112-XXX

TC-3257* Master Bean (to hold 1/64-64/64) Alloy Steel 90590-001

TC-3257* Master Bean (to hold 1/64-64/64) 12 CR SS 90590-002

TC-3257* Master Bean (to hold 1/64-64/64) Tungsten Carbide 90591-002

TC-3367 Positive Bean (65/65-128/64)Tungsten Carbide

**Insert

“O” Ring — 05520-230†

Positive Beans for 2" Maximum Opening Chokes

Note: To order Beans, specify Base Part Number and Size in fractionalincrements of 1/64". Example: TC-3863. Carbide 1/64"; Part # = 92334-001.

†Order separately for above beans.

**Use TC-1003P Style Beans with this Master Bean.**For Part Number, please consult factory.*†Order separately for above beans.

How to Order (Please specify part number/size when ordering)Select proper Base Part Number–Prefix + xxx (size)–SuffixExample: 90111-120 (120/64)

TC-2850 PositiveBean for 3,000 lbCWP, 5,000 lb CWP,and 10,000 lb CWP.2" maximum openPositive Choke w/Taper-Type Seal.

TC-3862 "O" RingType Positive BeanAssembly for 6,500lb CWP, 10,000 lbCWP, 15,000 lb CWP,and 20,000 lb CWP.Positive Chokes w/Taper-Type Seal.

TC-3257 MasterBean for use with3,000 lb CWP, 5,000lb CWP, and 10,000lb CWP. 2" maximumOpening PositiveChoke w/ Taper-TypeSeal. Threaded toreceive TC-1003PPositive Bean.

SD-10906SD-10906SD-10906

Note: Flow Beans are ordered and shipped separately from positive choke assemblies.


T H O R N H I L L C R AV E RP O S I T I V E C H O K E F L O W B E A N S



OrderNumber Number

TC-1003P Specify Size 1/64" through 1" Alloy Steel 90031-OXX

TC-1003P Specify Size 1/64" through 1" 12 CR SS 90032-OXX

TC-574 Master Bean, threaded to receive TC-575 Bean Insert Alloy Steel 90568-001

TC-574 Master Bean, threaded to receive TC-575 Bean Insert 12 CR SS 90568-002

TC-575Bean insert for Master Bean TC-574 and 573,

Alloy Steel 90571-OXXsizes 1/64" through 1/4"

TC-2742 Beans with Ceramic Inserts, sizes 1/64" through 3/4" Alloy Steel 90586-OXX

TC-2742 Beans with Ceramic Inserts, sizes 1/64" through 3/4" 12 CR SS 90587-OXX

TC-3444 Beans with Carbide Inserts, sizes 1/64" through 1" 12 CR SS 92332-OXX

TC-1016† Gasket — 90016-002

TC-576‡ Gasket F/TC-575 Bean Insert — 90508-002

Flow Beans for UNIBOLT Positive Chokes with Ring-Groove Seal3000/5000/10,000 lb CWP


OrderNumber Number

TC-1017M Specify Size 1/64" through 7/8" Alloy Steel 90537-OXX

TC-1017M Specify Size 1/64" through 7/8" 12 CR SS 90538-OXX

TC-573 Master Bean, threaded to receive Bean Insert Alloy Steel 90567-001

TC-573 Master Bean, threaded to receive Bean Insert 12 CR SS 90567-002

TC-3445 Beans with Carbide Inserts, sizes 1/64" through 5/8" 12 CR SS 92333-OXX

TC-1019‡ Gasket — 90173-002

Flow Beans 2000 lb CWP UNIBOLT Positive Chokes with Taper-Type Seal or Cage Nipple Only

Note: To order, use Base Part Number (XXXXX) + size in increments of 1/64". Example: TC-1003P = Base Number 90031-010 (size 10/64").

†Supplied with beans—part # listed for replacement orders.‡Not included with bean insert.

Note: To order, use Base Part Number (XXXXX) + size in increments of1/64". Example: TC-1003P = Base Number 90031-010 (size 10/64").

‡Not included with beans—order separately for 2000lb.

TC-1003PFlow Bean

TC-574Master Bean

TC-1017MFlow Bean

TC-573Master Bean

TC-575Bean Insert

SD-10906 SD-10906

SD-10906

SD-10906 SD-10906



X B E A N S A N D S E A T / B E A N W R E N C H E S T H O R N H I L L C R AV E R

UNIBOLT “X” Beans Specifications

Since the advent of proration there has been an inherent need

for a quick, easy, means of accurately proportioning the flow of

oil or gas through Positive Chokes. UNIBOLT “X” Flow Beans,

whose orifices are gauged in percentage increments of well

flow rather than in fractional inch sizes, provide the operator

with a means of flowing any given quantity of fluid or gas from

a well with a degree of accuracy never before attained by

Positive Chokes.

Precise Flow Control - Since the well flow is directly pro-

portionate to the orifice in the Flow Bean, a change, for exam-

ple, from a 1/64" bean to a 2/64" Bean results in a 300%

increase in area. By contrast a change from a UNIBOLT “X-1”

Bean to an “X-2” Bean results in an increase of only 10%. The

larger size and “X-28” to “X-405” (approximately 13/64") for 6"

Beans, are available in half sizes, 5% increments, and are desig-

nated as “X-285”, “X-295”, “X-305”, “X-315” (for 6" Bean) etc.

UNIBOLT “X” Beans are available in 74 sizes in flow

Forged Steel Wrench with spring-hook grip.For 3,000/5,000/10,000 lb CWP

Model Number: TC-800Order Number: 90959

Forged Steel Wrenchfor 3,000/5,000/10,000 lb CWP.

2" Maximum Opening Adjustable Choke


SD-10894

SD-10894

Special Wrench for handling UNIBOLT Bean Inserts.


Wrench (Not pictured) for 2000 lb seat/beansOrder Number: 90948

SD-10894

TO ORDER TC-575 INSERTS:Select "X" size from circular chart. Use Base PartNumber (Prefix) – 90569 + "X" Size (Suffix). 90508-001 Bean gasket required.

EXAMPLES:90569-038 (X038)90569-385 (X385)

increments of 5% and 10%. There are 56 sizes of “X” Beans now

available to take the place of the 13 fractional sizes up to “X-42”

(approximately 14/64").

Renewable Bean inserts up to and including “X-42”

(approximately 14/64") are furnished as economical, renewable

inserts; however, “X-43” and larger Beans are available in stan-

dard full 6" length, drilled full length.

File-Hard Beans — UNIBOLT “X” Beans are heat-treated to

produce a minimum hardness of 60 Rockwell “C” and thus

assure long, trouble-free service.

No Complicated Flow Computation Required - Because

UNIBOLT “X” Beans are gauged in flow increments of 10%, the

proper size Bean can be easily determined. If, for example, a

well flows 100 barrels through a given size “X” Bean, the next

larger or smaller size “X” Bean will result in approximately a

10% increase or decrease, whichever is desired. This is not pos-

sible with beans drilled in fractional increments of 1/64".

Choke Seat and Bean Wrenches


T H O R N H I L L C R AV E RC H O K E Y O K E A S S E M B L I E S


3,000/ 10,000 lb CWPDescription 5,000 lb CWP Order Number

Order Number

Alloy Steel Yoke/ 92892-111 92894-111Stem, 1/2" Ind.

Alloy Steel Yoke/ 92892-112 92894-112Stem, 3/4" Ind.

Alloy Steel Yoke/ 92892-113 92894-113Stem, 1" Ind.

Alloy Steel Yoke/ 92892-121 92894-12112 CR SS Stem, 1/2" Ind.

Alloy Steel Yoke/ 92892-122 92894-12212 CR SS Stem, 3/4" Ind.

Alloy Steel Yoke/ 92892-123 92894-12312 CR SS Stem, 1" Ind.

Alloy Steel Yoke/Tungsten 92892-131 92894-131Carbide Stem, 1/2" Ind.

Alloy Steel Yoke/Tungsten 92892-132 92894-132Carbide Stem, 3/4" Ind.

Alloy Steel Yoke/Tungsten 92892-133 92894-133Carbide Stem, 1" Ind.

12 CR SS Yoke/ 92892-221 92894-221Stem, 1/2" Ind.

12 CR SS Yoke/ 92892-222 92894-222Stem, 3/4" Ind.

12 CR SS Yoke/ 92892-223 92894-223Stem, 1" Ind.

12 CR SS Yoke/Tungsten 92892-231 92894-231Carbide Stem, 1/2" Ind.

12 CR SS Yoke/Tungsten 92892-232 92894-232Carbide Stem, 3/4" Ind.

12 CR SS Yoke/Tungsten 92892-233 92894-233Carbide Stem, 1" Ind.

2" 3,000/5,000/10,000 lbs CWP Ring-Groove Seal Design Chokes

Description 2,000 lb CWP 10,000 lb CWP 15,000 lb CWP 20,000 lb CWPOrder Number Order Number Order Number Order Number

Alloy Steel Yoke/Stem 92897-111 92896-111 — —1/2" Ind.

Alloy Steel Yoke/Stem, 92897-112 92896-112 — —3/4" Ind.

Alloy Steel Yoke/Stem, — 92896-113 — —1" Ind.

Alloy Steel Yoke/ 92897-121 92896-121 — —12 CR SS Stem, 1/2" Ind.

Alloy Steel Yoke/ 92897-122 92896-122 —12 CR SS Stem, 3/4" Ind.

Alloy Steel Yoke/ — 92896-123 — —12 CR SS Stem, 1" Ind.

Alloy Steel Yoke/Tungsten — 92896-131 — —Carbide Stem, 1/2" Ind.

Alloy Steel Yoke/Tungsten — 92896-132 — —Carbide Stem, 3/4" Ind.

Alloy Steel Yoke/Tungsten — 92896-133 — —Carbide Stem, 1" Ind.

12 CR SS Yoke/ — 92896-221 92899-221 92902-221Stem, 1/2" Ind.

12 CR SS Yoke/ — 92896-222 92899-222 92902-222Stem, 3/4" Ind.

12 CR SS Yoke/ — 92896-223 — —Stem, 1" Ind.

12 CR SS Yoke/Tungsten — 92896-231 92899-231 92902-231Carbide Stem, 1/2" Ind.

12 CR SS Yoke/Tungsten — 92896-232 92899-232 92902-232Carbide Stem, 3/4" Ind.

12 CR SS Yoke/Tungsten — 92896-233 — —Carbide Stem, 1" Ind.

2" 2,000/10,000/15,000/20,000 lbs CWP Taper-Type Seal Design Chokes

3,000/ 6,500 lb CWP 10,000 lb CWP 15,000 lb CWPDescription 5,000 lb CWP Order Number Order Number Order Number

Order Number

Alloy Steel Yoke/Stem 92893-111 92898-111 92895-111 —1/2" Ind.

Alloy Steel Yoke/Stem, 92893-112 92898-112 92895-112 —3/4" Ind.

Alloy Steel Yoke/Stem, 92893-113 92898-113 92895-113 —1" Ind.

Alloy Steel Yoke/ 92893-121 92898-121 92895-121 —12 CR SS Stem, 1/2" Ind.

Alloy Steel Yoke/ 92893-122 92898-122 92895-122 —12 CR SS Stem, 3/4" Ind.

Alloy Steel Yoke/ 92893-123 92898-123 92895-123 —12 CR SS Stem, 1" Ind.

Alloy Steel Yoke/Tungsten 92893-131 92898-131 92895-131 92900-131Carbide Stem, 1/2" Ind.

Alloy Steel Yoke/Tungsten 92893-132 92898-132 92895-132 92900-132Carbide Stem, 3/4" Ind.

Alloy Steel Yoke/Tungsten 92893-133 92898-133 92895-133 —Carbide Stem, 1" Ind.

12 CR SS Yoke/ 92893-221 92898-221 92895-221 92900-221Stem, 1/2" Ind.

12 CR SS Yoke/ 92893-222 92898-222 92895-222 92900-222Stem, 3/4" Ind.

12 CR SS Yoke/ 92893-223 92898-223 92895-223 —Stem, 1" Ind.

12 CR SS Yoke/Tungsten 92893-231 92898-231 92895-231 92900-231Carbide Stem, 1/2" Ind.

12 CR SS Yoke/Tungsten 92893-232 92898-232 92895-232 92900-232Carbide Stem, 3/4" Ind.

12 CR SS Yoke/Tungsten 92893-233 92898-233 92895-233 —Carbide Stem, 1" Ind.

“Long Nose” Heater Choke Yoke Assemblies2" 3,000/5,000/6,500/10,000/15,000 lbs CWP Ring-Groove and Taper-Type Seal Design Chokes

Description 3,000/5,000 lb CWPOrder Number

Alloy Steel Yoke and Stem 92903-111

Alloy Steel Yoke/ 92903-11212 CR SS Stem

Alloy Steel Yoke/ 92903-113Tungsten Carbide Stem

12 CR SS Yoke/Stem 92903-121

12 CR SS Yoke/ 92903-122Tungsten Carbide Stem

Yoke Assemblies 2" Maximum Opening Chokes

Yoke Bonnet Assemblywith Handwheel



P N E U M A T I C A D A P T E R A S S E M B L I E S T H O R N H I L L C R AV E R

Automation and Remote Control DevicesAvailable

Pneumatically Operated ChokesPneumatic actuators can be used to regulate flow (water, oil

and gas) or can be used as safety valves. An adapter allows a

diaphragm actuator to be incorporated, used with either air or

gas. When automation or remote control is desired, a process

controller is used to change pressure behind the diaphragm,

which operates the choke, regulating the flow rate.

Two types of mounting brackets are available–horizontal

and vertical. Our standard mounting is vertical (in line with

yoke hub) which has distinct advantages:

• In some working pressures and sizes, the actuator is large and

heavy, which can make it difficult to change the stem and seat

in the choke. With vertical mounting it is not necessary to

remove the actuator to change the choke trim. Disconnection

of the linkage is the only requirement.

• The vertical-mounted actuator takes up less room, an advan-

tage on offshore platforms and other applications.

Yoke Adapter Assembly Description Stainless Steel Stem Tungsten Carbide Stem

2" 3000 lb CWP or 5000# CWP Regular Choke with Ring Groove Seal92910-120 92910-130

for Fisher Size 45 Actuator

2" 3000 lb CWP or 5000# CWP Heat Choke with Ring Groove Seal92911-120 92911-130


2" 6500 lb CWP Heater Choke with Taper Type Seal92917-120 92917-130


2" 10,000 lb CWP Regular Choke with Ring Groove Seal92913-120 92913-130


2" 10,000 lb CWP Heater Choke with Ring Groove Seal92916-120 92916-130


2" 10,000 lb CWP Regular Choke with Taper Type Seal92909-120 92909-130


2" 15,000 lb CWP Regular Choke with Taper Type Seal92914-120 92914-130


2" 15,000 lb CWP Heater Choke with Taper Type Seal 93209-120 93209-130


3" 5,000 lb CWP Force Balanced Choke93180-121 93180-131


Yoke Adapter Assemblies for Fisher Pneumatic Operation for UNIBOLT Regular and Heater Chokes 3000/5000/6500/10,000/15,000 lb CWP

Note: UNIBOLT Chokes may be adapted for Actuators of other manufacturers upon request.

SD-10900


T H O R N H I L L C R AV E RU N I B O LT H I G H P R E S S U R E S T E E L C O U P L I N G S


Size With SS Seal Ring

Order Number

1" 91379-001 91379-002

2" 90189-001 90189-002

2-1/2" 91380-001 91380-002

3" 91381-001 91381-002

4" 91382-001 91382-002

5"* 91377-001 91377-002

3000 lb/5000 lb WP, Threaded OnlyOrder Numbers

*Coupling available for 3000 psi only.

Size Order Number

Sch. 40 91389-001

Sch. 80 91390-001

Sch. 160 91391-001

XXH 91392-001

XXH 90193-001

3000 lb. WP, 5" and 6" Butt Weld OnlyOrder Numbers

Size Order Number

2-1/2" XXXH 91589-001

XXH 91590-001

15,000 lb WP, 2-1/2" Butt Weld OnlyOrder Numbers

Size Schedule With SS Seal Ring

Order Number

Sch. 80 91394-001 91394-0021" Sch. 160 91397-001 91397-002

XXH 91402-001 91402-002Sch. 40 91591-001 91591-002

2"Sch. 80 90195-001 90195-002Sch. 160 90194-001 90194-002

XXH 90193-001 90193-002Sch. 40 91593-001 —

2-1/2"Sch. 80 91395-001 91395-002Sch. 160 91398-001 91398-002

XXH 91403-001 91403-002Sch. 40 91592-001 91592-002

3"Sch. 80 90237-001 90237-002Sch. 160 90236-001 90236-002

XXH 90235-001 90235-002Sch. 80 91396-001 91396-002

4" Sch. 160 91399-001 91399-002XXH 91404-001 91404-002

3000 lb/5000 lb WP, 1"-4" Butt Weld OnlyOrder Numbers


Order Number

5"Sch. 160 91397-001 91397-002

XXH 91402-001 90193-002

6"Sch. 160 91398-001 90194-002

XXH 90193-001 90193-002

5000 lb WP, 5"and 6" Butt Weld OnlyOrder Numbers


Order Number

2"Sch. 160 91407-001 91407-002

XXH 90200-001 90200-002

2-1/2"XXXH 91585-001 —XXH 91408-001 91408-002

3" XXH 91586-001 91586-0024" XXH 91587-001 91587-0025" XXH 91588-001 91588-002

10,000 lb WP, 2"-5" Butt Weld OnlyOrder Numbers

5"

6"

Nom. 3,000 psi 3000 psi 5,000 psi 5,000 psi

Size Sch 40 Sch 80 Sch 160 Sch XXHBore Bore Bore Bore

1 — 0.957 0.815 0.599

2 2.067 1.939 1.689 1.503

2-1/2 2.469 2.323 2.125 1.771

3 3.068 2.900 2.626 2.300

4 — 3.826 3.438 3.152

Nom. 3,000 psi 3,000 psi 3,000 psi 3,000 psi

Size Sch 40 Sch 80 Sch 160 Sch XXH Bore Bore Bore Bore

5* 5.047 4.813 4.313 4.063

6* — — — 4.897

Nom. 5,000 psi 5,000 psi

Size Sch 160 Sch XXH — —Bore Bore

5* 4.313 4.063 — —

6* 5.189 4.897 — —

Nom. 10,000 psi 10,000 psi

Size Sch 160 Sch XXH — —Bore Bore

2 1.689 1.503 — —

2-1/2 — 1.771 — —

3 — 2.300 — —

4 — 3.152 — —

Nom. 15,000 psi 15,000 psi

Size Sch XXXH 1.1 ID — —Bore Bore

2-1/2 1.38 1.10 — —

Pipe Bore Chart

*These sizes require two bolts

UNIBOLT Blanking Plugs are interchangeable with Plain Hubs, and arefurnished: Blind, 1/2" NPT or tapped for Bleeder Plug. Most sizes avail-able with Blanking Plug and PLUGLOK instead of plain hub. PLUGLOKSafety System is standard when Blanking Plug ordered. Consult factoryfor how to order.

Butt weld coupling withBlind Blanking Plug

3,000 lb UNIBOLT Butt weldSteel Coupling

Blind 1/2" NPT Bleeder Plug



U N I B O LT H I G H P R E S S U R E S T E E L C O U P L I N G S T H O R N H I L L C R AV E R

DimensionNom.Size

X Z

1 1-3/4 2 3-27/32 1-5/8 3-3/8 2-1/8 1-5/8 1.049 4 TC-853 TC-648 3/8 x 2-3/4

2 2-3/8 2-5/8 5-1/8 2-7/8 5-3/8 3-1/8 2-7/16 2 12-1/2 TC-544 TC-562 1/2 x 3-3/4

2-1/2 3 3-1/8 6-1/4 3-3/8 6-1/8 3-5/8 2-7/8 2-1/2 20-1/4 TC-545 TC-563 5/8 x 4-1/4

3 3 3-1/8 6-1/4 4-3/16 6-3/4 4-1/16 2-7/8 3 24 TC-546 TC-564 5/8 x 4-3/4

4 4 4-1/4 8-3/8 5-1/2 8-11/16 5-3/16 3-1/2 4 53 TC-547 TC-754 3/4 x 5-1/4

5 5 5-1/8 10-6/16 6-1/2 10-1/2 6-1/8 4-1/16 5 83 TC-578 TC-566 3/4 x 5-3/4

Dimensional Data (inches), 3000 lb/5000 lb WP, Threaded

Y OH D

Special Tee HeadBolts and Nuts

E J

TCRing

Number Model Number Size

CouplingWeight,

Lbs.

DimensionNom.Size

X Z

1 2-1/8 2-1/2 4-23/32 1.315 3-3/8 2-1/8 1-5/8 4 TC-853 TC-648 3/8 x 2-3/4

2 2-5/8 3-3/8 6-1/8 2-3/8 5-3/8 3-1/8 2-7/16 15 TC-544 TC-562 1/2 x 3-3/4

2-1/2 3 3-7/8 7 2-7/8 6-1/8 3-5/8 2-7/8 24 TC-545 TC-563 5/8 x 4-1/4

3 3 1/2 4 7-5/8 3-1/2 6-3/4 4-1/16 2-7/8 30 TC-546 TC-564 5/8 x 4-3/4

4 4 5-3/8 9-9/16 4-1/2 8-11/16 5-3/16 3-1/2 60 TC-547 TC-754 3/4 x 5-1/4

3,000 lb. CWP

*5 5 5-1/8 10-5/16 5-5/8 10-1/2 6-1/8 4-1/16 89 TC-578 TC-566 3/4 x 5-3/4

*6† 4 3/16 5 1/8 9-1/2 6-5/8 10-1/2 6-1/8 4-1/16 90 TC-578 TC-566 3/4 x 5-3/4

5,000 lb. CWP

*5 5 6-1/2 11-5/8 5-9/16 11-9/16 6-5/8 5 149 TC-578 TC-339 3/4 x 6-3/4

*6† 5 6-1/2 11-5/8 6-5/8 11-9/16 6-5/8 5 139 TC-578 TC-339 3/4 x 6-3/4

10,000 LB. WP

2 3-1/4 3-3/4 7-1/8 2-3/8 5-3/16 3-13/32 2-3/4 20-1/2 TC-610 TC-563 5/8 x 4-1/4

2-1/2 3-1/4 4 7-3/8 2-7/8 5-5/16 3-13/32 2-3/4 21-1/2 TC-610 TC-563 5/8 x 4-1/4

3 1-5/16 4-1/2 8-5/8 3-1/2 6-11/16 4-7/32 3-9/16 38-1/2 TC-611 TC-754 3/4 x 5-1/4

4 5-1/4 6 11-1/2 4-1/2 8-7/8 5-11/16 4-1/2 85 TC-613 TC-634 1 x 7

5 7-1/2 8-1/2 16-1/4 5-9/16 12-5/16 7-1/4 6-1/2 216 TC-1633 TC-1920 1-1/4 x10-1/2

15,000 LB. WP

2-1/2 3-1/4 4 7-5/16 2-7/8 5-13/16 3-1/2 2-7/8 23-1/2 TC-2187 TC-3376 5/8 x 3-3/4

Dimensional Data (inches), 3000 lb/5000 lb/10,000 lb/15,000 lb WP, Butt Weld

Y OH D

Special Tee HeadBolts and Nuts

E J

TCRing

Number Model Number Size

CouplingWeight,

Lbs.

* These Sizes Require Two Bolts † Available for Butt-Weld to 6" XX Heavy Only

See PipeBore

Chart onprevious

page

Threaded End 3,000/5,000Butt weld end

10,000/15,000Butt weld end




Dimensional Data (inches) and Weights (lbs)

A B C D EValve

ClassEnd-To-End Nominal CL-To- CL-To- Handwheel Approx.

Size (in) Bore Bottom Top Diameter Weight

RTJ RF (in) (in) (in) (in) (lbs)

150 71/2 7 21/16 53/4 181/4 14 50300 91/8 81/2 21/16 53/4 181/4 14 75

2" 400 115/8 111/2 21/16 6 181/4 14 100600 115/8 111/2 21/16 6 181/4 14 100900 145/8 141/2 21/16 6 185/8 14 225

1500 145/8 141/2 21/16 6 185/8 14 225150 8 71/2 29/16 71/4 227/8 14 60300 101/8 91/2 29/16 71/4 227/8 14 100

21/2" 400 131/8 13 29/16 71/2 227/8 14 140600 131/2 13 29/16 71/2 227/8 14 140900 165/8 161/2 29/16 71/2 231/2 14 250

1500 165/8 161/2 29/16 71/2 231/2 14 250150 81/2 8 31/8 81/4 26 14 75300 113/4 111/8 31/8 81/4 26 14 150

3" 400 141/8 14 31/8 81/2 26 14 175600 141/8 14 31/8 81/2 26 14 175900 151/8 15 31/8 9 263/4 14 275

1500 185/8 181/2 31/8 9 263/4 14 350150 91/2 9 41/16 11 30 14 125300 125/8 12 41/16 11 30 14 200

4" 400 161/8 16 41/16 111/4 30 14 250600 171/8 17 41/16 111/4 30 14 325900 181/8 18 41/16 111/2 311/2 14 450

1500 215/8 211/2 41/16 111/2 311/2 18 675150 11 101/2 6 133/8 42 22 225300 161/2 157/8 6 133/8 42 22 375

6" 400 195/8 191/2 6 133/8 42 22 550600 221/8 22 6 133/8 42 22 675900 241/8 24 6 135/8 445/8 22 850

1500 28 273/4 6 145/8 49 24(3) 1350150 12 111/2 8 161/2 491/4 22 350300 171/8 161/2 8 161/2 491/4 22 575

8" 400 235/8 231/2 8 161/2 491/4 22 825600 261/8 26 8 161/2 491/4 22 1075900 291/8 29 8 163/4 52 30 1550

1500 331/8 323/4 75/8 181/4 541/2 24(3) 2450150 131/2 13 10 195/8 62 22 550300 185/8 18 10 195/8 62 22 875

10" 400 265/8 261/2 10 195/8 62 22 400600 311/8 31 10 195/8 62 30 1950900 331/8 33 10 20 641/4 30 2600

1500 393/8 39 91/2 221/4 67 24(3) 4250150 141/2 14 12(1) 227/8 62 22 775300 203/8 193/4 12(1) 227/8 62 22 1250

12" 400 301/8 30 12(1) 227/8 62 30 2050600 331/8 33 12(1) 227/8 62 30 2550900 381/8 38 12(1) 233/4 641/4 24(3) 3750

1500 451/8 441/2 113/8 263/8 67 24(3) 6500150 151/2 15 131/4 25 713/4 30 975300 305/8 30 131/4 251/2 713/4 30 2050

14" 400 325/8 321/2 131/4 251/2 713/4 30 5925600 351/8 35 131/4 26 713/4 24(3) 3350900 447/8 401/2 123/4 26 747/8 24(3) 5125

1500 501/4 491/2 121/2 29 77 36(3) 9150150 161/2 16 151/4 271/8 791/2 36 1150300 335/8 33 151/4 275/8 791/2 36 2475

16" 400 355/8 351/2 151/4 275/8 791/2 24(3) 2880600 391/8 39 151/4 285/8 791/2 24(3) 4000900 447/8 441/2 143/4 285/8 821/2 36(3) 6350

1500 553/8 541/2 141/4 321/2 855/8 36(3) 11500150 171/2 17 171/4 301/8 843/8 24(3) 1475300 365/8 36 171/4 303/4 843/8 24(3) 3325

18" 400 385/8 381/2 171/4 303/4 843/8 24(3) 3750600 431/8 43 171/4 317/8 843/8 36(3) 5325900 481/2 48 163/4 317/8 867/8 36(3) 8100

1500 — 601/2 — — — — —150 181/2 18 191/4 331/2 933/4 24(3) 2125300 393/4 39 191/4 341/2 933/4 24(3) 4850

20" 400 413/4 411/2 191/4 341/2 933/4 24(3) 6300600 471/4 47 191/4 37 933/4 36(3) 7450900 521/2 52 185/8 37 983/8 36(3) 11675

1500 — 651/2 — — — — —150 201/2 20 231/4 403/4 1093/4 24(3) 2750300 457/8 45 231/4 411/4 1093/4 24(3) 7450

24" 400 487/8 481/2 231/4 411/4 1093/4 36(3) 8850600 553/8 55 231/4 441/2 1093/4 36(3) 12025900 613/4 61 221/2 441/2 1181/4 36(3) 18850

1500 — 761/2 — — — — —

All requirements should be statedat the time of purchase with theunderstanding that, if not other-wise specified on the order, CooperCameron Valves may supply thevalve standard with respect tomaterials, end connections, etc.The following information should be furnished:1. Name of valve: D-Seal.2. Quantity.3. Size (pipe size × bore size).4. Pressure class.5. End connection (if weld end,specify grade and wall of pipe).6. Trim (see page 157).7. Method of operation: hand-

wheel, bevel gear or power actu-ator.

8. Service conditions: type ofinstallation, working pressure and temperature, lading, pres-ence of corrosive or abrasiveconditions.

9. Delivery requirements.

How to Order




Trim Material Specifications

ServiceTrim Body &

GatePrimary Secondary Stem Seat

Stem Bolting FittingsCode Bonnet Seat Seat Seal Elastomers

Standard ServiceCarbon Steel Carbon Steel with Carbon Steel with

Fluoromyte Viton 17-4PH Carbon-20 to 250°F

FT-7 Carbon Steel with Electroless Electroless Nickel Plate Electroless Nickel PlateLip Seals (Fluorocarbon) Stainless

Alloy SteelSteel

Nickel Plate & Filled TFE Insert & Filled TFE Insert

Mild CorrosiveCarbon Steel Carbon Steel with Carbon Steel with

and Sour ServiceFT-8 Carbon Steel with Electroless Electroless Nickel Plate Electroless Nickel Plate

Fluoromyte Viton 17-4PH Alloy Steel Stainless(H2S & CO2)

Nickel Plate & Filled TFE Insert & Filled TFE InsertLip Seals (Fluorocarbon) Stainless NACE Steel

-20 to 250°F

Highly CorrosiveStainless Steel with

ServiceFT-9

Stainless StainlessStellite 6 Hardface

Stainless Steel with Fluoromyte Viton 17-4PH Alloy Steel StainlessFull Stainless Steel Steel

& Filled TFE InsertFilled TFE Insert Lip Seals (Fluorocarbon) Stainless NACE Steel

-20 to 250°F

Waterflood Carbon Steel Carbon Steel Carbon Steel with Carbon Steel withFluoromyte Nitrile 17-4PH Stainless

Service FT-10 with Internal with Electroless Electroless Nickel Plate Electroless Nickel PlateLip Seals (BUNA-A) Stainless

Alloy SteelSteel

-20 to 250°F Plastic Coating Nickel Plate & Filled TFE Insert & Filled TFE Insert

MTBE ServiceCarbon Steel Carbon Steel with Carbon Steel with

High (less than 40%

FT-14 Carbon Steel with Electroless Electroless Nickel Plate Electroless Nickel Plate Filled TFEFluorine 17-4PH

Alloy SteelCarbon

concentration)Nickel Plate & Filled TFE Insert & Filled TFE Insert

Content Stainless Steel-20 to 250°F Viton

MTBE ServiceCarbon Steel Carbon Steel with Carbon Steel with

Virgin(greater than 40%

FT-17 Carbon Steel with Electroless Electroless Nickel Plate Electroless Nickel Plate Filled TFETFE with 17-4PH

Alloy SteelCarbon

concentration)Nickel Plate & Filled TFE Insert & Filled TFE Insert

Eligiloy Stainless Steel-20 to 400°F Spring

Anhydrous Carbon Steel Carbon Steel with Carbon Steel with Ethylene Alloy Alloy Steel Stainless

Ammonia Service FT-19 Carbon Steel with Electroless Electroless Nickel Plate Electroless Nickel Plate Propylene Neoprene SteelNACE Steel

-20 to 250°F Nickel Plate & Filled TFE Insert & Filled TFE Insert Lip Seals Molycoat

Low TemperatureCarbon Steel

Carbon Steel Carbon Steel with Carbon Steel withFluoromyte Low Temp 17-4PH Alloy Steel Stainless

Standard Service FT-36Impact Tested

with Electroless Electroless Nickel Plate Electroless Nickel PlateLip Seals Nitrile Stainless Low Temp Steel

-50 to 250°F Nickel Plate & Filled TFE Insert & Filled TFE Insert

Low TemperatureCarbon Steel Carbon Steel Carbon Steel with Carbon Steel with Alloy Steel

Sour ServiceFT-37 Impact Tested with Electroless Electroless Nickel Plate Electroless Nickel Plate

FluoromyteEpichlorohydrin

17-4PHLow Temp

Stainless(H2S & CO2)

NACE Nickel Plate & Filled TFE Insert & Filled TFE InsertLip Seals Stainless

NACESteel

-50 to 250°F

ServiceTrim Body &

GatePrimary Secondary Stem Seat

Stem Bolting FittingsCode Bonnet Seat Seat Seal Elastomers

Standard Service Carbon SteelCarbon Steel Carbon Steel

Filled L’Garde Y267 17-4PH Stainless-20 to 550°F

FT-1 Carbon SteelNitrided

with Stellite 6 Molycoat withTFE (EPDM) Stainless

Alloy SteelSteel

Hardface Molycoat Filled TFE Insert

Mild CorrosiveCarbon Steel

Carbon Steel Carbon SteelService FT-2 Carbon Steel

with Stellite 6with Stellite 6 Molycoat with

Filled L’Garde Y267 17-4PHAlloy Steel

Stainless

-20 to 550°FHardface

Hardface Molycoat Filled TFE InsertTFE (EPDM) Stainless Steel

Molycoat

Mild Corrosive Stainless Steel Stainless Steel Stainless Steel Filled L’Garde Y267 Inconel Stainless

Service FT-2A Carbon Steel with Stellite 6 with Stellite 6 with FilledTFE (EPDM) 625

Alloy SteelSteel

-20 to 550°F Hardface Hardface TFE Insert

Extreme Corrosive Carbon Steel Stainless Steel Stainless Steel Stainless Steel Filled L’Garde Y267 17-4PH Stainless

Service FT-6 with Inconel with Stellite 6 with Stellite 6 with FilledTFE (EPDM) Stainless

Alloy SteelSteel

-20 to 550°F 625 Lined Bore Hardface Hardface TFE Insert

Extreme Corrosive Carbon Steel Stainless Steel Stainless Steel Stainless Steel Filled L’Garde Y267 Inconel Stainless

Service FT-6A with Inconel with Stellite 6 with Stellite 6 with FilledTFE (EPDM) 625

Alloy SteelSteel

-20 to 550°F 625 Lined Bore Hardface Hardface TFE Insert

Pipeline Service

Geothermal Service

(1) Materials shown are for reference purposes only and are subject to change. Cooper Cameron Valves reserves the right to substituteequivalent materials, if necessary.

(2) Special trims and materials are available.(3) Abbreviations: H2S–Hydrogen Sulfide; CO2–Carbon Dioxide.(4) -75°F available on request.


No. of Holes

Hole Diameter

Mounting holes straddle

Dia.

E

F

G

H

J

BC

D A

K

L

M

N

P

R

Dia.

Dia.Depth

Dia.

Thread

Stem Thread

S

T

= Maximum axial thrust (Lbs.)

= Maximum torque (Ft-Lbs.)

Operating Data:

F O S T E RA C T U A T I O N D A T A


Size A B C D E F G H J K L M N P R S T

2 900 3/4"-6 STUB ACME-LH 6.53 3.00 N/A N/A N/A 3.50 4 .56 4.75 2.323 .328 1.25 0.75 1/2" 13 2615 122 1500 3/4"-6 STUB ACME-LH 6.53 3.00 N/A N/A N/A 3.50 4 .56 4.75 2.323 .328 1.25 0.75 1/2" 13 6825 323 150 3/4"-6 STUB ACME-LH 7.53 4.00 N/A N/A N/A 3.50 4 .56 4.75 2.323 .328 1.25 0.75 1/2" 13 900 43 300 3/4"-6 STUB ACME-LH 7.53 4.00 N/A N/A N/A 3.50 4 .56 4.75 2.323 .328 1.25 0.75 1/2" 13 2350 113 600 3/4"-6 STUB ACME-LH 7.53 4.00 N/A N/A N/A 3.50 4 .56 4.75 2.323 .328 1.25 0.75 1/2" 13 4150 203 900 3/4"-6 STUB ACME-LH 7.53 4.00 N/A N/A N/A 3.50 4 .56 4.75 2.323 .328 1.25 0.75 1/2" 13 6225 304 150 1"-5 STUB ACME-LH 10.65 5.00 0.84 0.319 .250 4.50 4 .56 5.75 2.878 .396 1.50 0.75 1/2" 13 1110 74 300 1"-5 STUB ACME-LH 10.65 5.00 0.84 0.319 .250 4.50 4 .56 5.75 2.880 .401 1.63 0.75 1/2" 13 2910 184 600 1"-5 STUB ACME-LH 10.65 5.00 0.84 0.319 .250 4.50 4 .56 5.75 2.883 .401 1.63 0.75 1/2" 13 6125 354 900 1"-5 STUB ACME-LH 10.65 5.00 0.84 0.319 .250 4.50 4 .56 5.75 2.883 .401 1.63 0.75 1/2" 13 9200 554 1500 1"-5 STUB ACME-LH 10.87 5.25 0.84 0.319 .250 4.50 4 .56 5.75 2.883 .401 1.63 0.75 1/2" 13 16650 2006 150 1"-5 STUB ACME-LH 12.59 7.00 0.84 0.319 .250 4.50 4 .56 5.75 2.883 .401 1.63 0.75 1/2" 13 2000 126 300 1"-5 STUB ACME-LH 12.59 7.00 0.84 0.319 .250 4.50 4 .56 5.75 2.883 .401 1.63 0.75 1/2" 13 5250 306 600 11/4"-5 STUB ACME-LH 13.42 7.00 1.19 0.457 .250 5.50 4 .69 7.00 4.260 .156 2.38 0.97 5/8" 11 10900 756 900 11/4"-5 STUB ACME-LH 13.42 7.00 1.19 0.457 .250 5.50 4 .69 7.00 4.260 .156 2.38 0.97 5/8" 11 16350 1156 1500 11/2"-4 ACME-2G-LH 11.00 7.50 1.56 0.464 .375 5.50 4 .69 7.00 4.260 .156 2.38 0.97 5/8" 11 31350 2608 150 1"-5 STUB ACME-LH 24.64 9.00 0.84 0.319 .250 4.50 4 .56 5.75 2.883 .401 1.63 0.75 1/2" 13 3150 208 300 1"-5 STUB ACME-LH 14.64 9.00 0.84 0.319 .250 4.50 4 .56 5.75 2.883 .401 1.63 0.75 1/2" 13 8250 508 600 11/4"-5 STUB ACME-LH 15.30 9.00 1.19 0.457 .250 5.50 4 .69 7.00 4.260 .156 2.38 0.97 5/8" 11 16650 1208 900 11/4"-5 STUB ACME-LH 15.30 9.12 1.19 0.457 .250 5.50 4 .69 7.00 4.260 .156 2.38 0.97 5/8" 11 26350 1808 1500 13/4"-4 ACME-2G-LH 14.58 9.25 1.81 0.598 .375 6.50 4 .81 8.19 5.010 .250 3.11 1.22 3/4" 10 48895 45110 150 11/4"-5 STUB ACME-LH 17.42 11.00 1.19 0.457 .250 5.50 4 .69 7.00 4.260 .156 2.38 0.97 5/8" 11 4550 3010 300 11/4"-5 STUB ACME-LH 17.42 11.00 1.19 0.457 .250 5.50 4 .69 7.00 4.260 .156 2.38 0.97 5/8" 11 12000 8510 600 11/2"-4 ACME-2G-LH 19.70 11.00 1.56 0.464 .375 5.50 4 .69 7.00 4.260 .156 2.38 0.97 5/8" 11 24825 20610 900 11/2"-4 ACME-2G-LH 19.70 11.38 1.56 0.464 .375 5.50 4 .69 7.00 4.260 .156 2.38 0.97 5/8" 11 38325 32010 1500 21/4"-.25P-.50L-ACME-2G-LH 16.22 11.25 2.00 0.770 .500 6.50 4 .81 8.19 5.010 .250 3.11 1.37 3/4" 10 72175 104012 150 11/4"-5 STUB ACME-LH 19.42 13.00 1.19 0.457 .250 5.50 4 .69 7.00 4.260 .156 2.38 0.97 5/8" 11 6230 32012 300 11/4"-5 STUB ACME-LH 19.42 13.00 1.19 0.457 .250 5.50 4 .69 7.00 4.260 .156 2.38 0.97 5/8" 11 16300 11512 400 11/2"-4 ACME-2G-LH 19.70 13.38 1.56 0.464 .375 5.50 4 .69 7.00 4.260 .156 2.38 0.97 5/8" 11 23540 19512 600 11/2"-4 ACME-2G-LH 19.70 13.38 1.56 0.464 .375 5.50 4 .69 7.00 4.260 .156 2.38 0.97 5/8" 11 35300 30012 900 13/4"-4 ACME-2G-LH 19.04 13.75 1.81 0.598 .375 6.50 4 .81 8.19 5.010 .250 3.11 1.22 3/4" 10 56960 52512 1500 21/2"-.25P-.50L-ACME-2G-LH 21.00 14.38 2.31 0.820 .625 10.00 8 .69 11.56 6.010 .250 5.50 1.13 5/8" 11 115300 176514 150 13/4"-.20P-.40L-ACME-2G-LH 19.42 14.63 1.81 0.598 .375 5.50 4 .69 7.00 3.760 .156 2.65 0.97 3/4" 10 8425 9614 300 13/4"-.20P-.40L-ACME-2G-LH 19.42 14.63 1.81 0.598 .375 5.50 4 .69 7.00 3.760 .156 2.65 0.97 3/4" 10 22055 25014 600 2"-.25P-.50L-ACME-2G-LH 20.47 15.00 2.25 0.651 .500 6.50 4 .81 8.19 5.010 .250 3.25 1.37 3/4" 10 47750 64814 900 2"-.25P-.50L-ACME-2G-LH 20.47 15.00 2.25 0.651 .500 6.50 4 .81 8.19 5.010 .250 3.25 1.37 3/4" 10 71625 97216 150 13/4"-.20P-.40L-ACME-2G-LH 21.37 16.63 1.81 0.598 .375 5.50 4 .69 7.00 3.760 .156 2.65 0.97 5/8" 11 10750 12516 300 13/4"-.20P-.40L-ACME-2G-LH 21.37 16.63 1.81 0.598 .375 5.50 4 .69 7.00 3.760 .156 2.65 0.97 5/8" 11 28060 32016 400 13/4"-.20P-.40L-ACME-2G-LH 21.37 16.63 1.81 0.598 .375 6.50 4 .81 8.19 5.010 .250 3.11 1.22 3/4" 10 35600 40016 600 13/4"-.20P-.40L-ACME-2G-LH 21.37 16.63 1.81 0.598 .375 6.50 4 .81 8.19 5.010 .250 3.11 1.22 3/4" 10 53400 60016 900 21/4"-.25P-.50L-ACME-2G-LH 22.02 17.00 2.00 0.770 .500 6.50 4 .81 8.19 5.010 .250 3.11 1.37 3/4" 10 85300 122518 150 2"-.25P-.50L-ACME-2G-LH 23.97 18.00 2.25 0.651 .500 6.50 4 .81 8.19 5.010 .250 3.11 1.22 3/4" 10 13210 18018 300 2"-.25P-.50L-ACME-2G-LH 23.97 18.00 2.25 0.651 .500 6.50 4 .81 8.19 5.010 .250 3.11 1.22 3/4" 10 34586 46918 600 21/2"-.25P-.50L-ACME-2G-LH 26.00 19.25 2.31 0.820 .625 10.00 8 .69 11.56 6.010 .250 5.50 1.13 5/8" 11 73625 112520 150 2"-.25P-.50L-ACME-2G-LH 26.19 20.75 2.25 0.651 .500 6.50 4 .81 8.19 5.010 .250 3.25 1.37 3/4" 10 16180 20020 300 2"-.25P-.50L-ACME-2G-LH 26.19 20.75 2.25 0.651 .500 6.50 4 .81 8.19 5.010 .250 3.25 1.37 3/4" 10 42370 57520 600 23/4"-.25P-.50L-ACME-2G-LH 29.92 21.25 3.25 0.949 .625 11.75 8 .81 13.50 7.010 .250 4.50 1.13 3/4" 10 88240 143220 900 23/4"-.25P-.50L-ACME-2G-LH 29.92 21.25 3.25 0.949 .625 11.75 8 .81 13.50 7.010 .250 4.50 1.13 3/4" 10 132360 214824 150 23/4"-.25P-.50L-ACME-2G-LH 30.25 24.75 2.25 0.770 .500 6.50 4 .81 8.19 5.010 .250 3.25 1.37 3/4" 10 2705 32524 300 21/4"-.25P-.50L-ACME-2G-LH 30.25 24.75 2.25 0.770 .500 6.50 4 .81 8.19 5.010 .250 3.25 1.37 3/4" 10 59475 85524 600 31/4"-.33P-.67L-ACME-2G-LH 34.75 25.50 4.19 1.117 .750 11.75 8 .81 13.50 7.010 .250 4.50 1.13 3/4" 10 126900 256524 900 31/4"-.33P-.67L-ACME-2G-LH 34.75 25.50 4.19 1.117 .750 14.00 8 1.38 16.50 8.510 .250 7.25 2.13 11/4" 7 190350 385028 150 21/4"-.25P-.50L-ACME-2G-LH 34.45 28.50 2.25 0.770 .500 6.50 4 .81 8.19 5.010 .250 3.25 1.37 3/4" 10 30000 43236 300 23/4"-.25P-.50L-ACME-2G-LH 45.38 36.75 3.25 0.949 .625 11.75 8 .81 13.50 7.010 .250 4.50 1.13 3/4" 10 124850 202540 300 31/4"-.33P-.67L-ACME-2G-LH 49.47 41.00 4.19 1.117 .750 11.75 8 .81 13.50 7.010 .250 4.50 1.13 3/4" 10 154240 3118

Actuator Interface Data (inches)



F O S T E RA C T U A T I O N D A T A

HWO Option BGO Operator Option

No. HW Rim Model Main Spur HW Rim Trq. No.Turns Dia. Pull No. Gear Gear Dia. Pull @BGO Turns

Valve Stem Torque Stroke Stem Stem Stem ThreadThrust Ft-Lbs Pitch Lead

2 150 499 2 3.00 0.167 0.167 3/4"-6 STUB ACME-LH 10.0 10 6 N/A N/A N/A N/A N/A N/A N/A2 300 1307 6 3.00 0.167 0.167 3/4"-6 STUB ACME-LH 18.0 10 15 N/A N/A N/A N/A N/A N/A N/A2 600 2613 12 3.00 0.167 0.167 3/4"-6 STUB ACME-LH 18.0 10 29 N/A N/A N/A N/A N/A N/A N/A2 900 4095 19 3.00 0.167 0.167 3/4"-6 STUB ACME-LH 18.0 14 33 N/A N/A N/A N/A N/A N/A N/A2 1500 6824 32 3.00 0.167 0.167 3/4"-6 STUB ACME-LH 18.0 14 55 N/A N/A N/A N/A N/A N/A N/A3 150 898 4 4.00 0.167 0.167 3/4"-6 STUB ACME-LH 24.0 10.25 9 N/A N/A N/A N/A N/A N/A N/A3 300 2350 11 4.00 0.167 0.167 3/4"-6 STUB ACME-LH 24.0 10.25 26 N/A N/A N/A N/A N/A N/A N/A3 600 4149 20 4.00 0.167 0.167 3/4"-6 STUB ACME-LH 24.0 14 34 N/A N/A N/A N/A N/A N/A N/A3 900 6223 30 4.00 0.167 0.167 3/4"-6 STUB ACME-LH 24.0 14 51 N/A N/A N/A N/A N/A N/A N/A4 150 1110 7 5.00 0.200 0.200 1"-5 STUB ACME-LH 25.0 14 12 N/A N/A N/A N/A N/A N/A N/A4 300 2906 18 5.00 0.200 0.200 1"-5 STUB ACME-LH 25.0 14 31 N/A N/A N/A N/A N/A N/A N/A4 600 6132 37 5.00 0.200 0.200 1"-5 STUB ACME-LH 25.0 17 52 N/A N/A N/A N/A N/A N/A N/A4 900 9198 56 5.00 0.200 0.200 1"-5 STUB ACME-LH 25.0 17 79 N/A N/A N/A N/A N/A N/A N/A4 1500 16665 100 5.25 0.200 0.200 1"-5 STUB ACME-LH 26.3 17 141 N/A N/A N/A N/A N/A N/A N/A6 150 2000 12 7.00 0.200 0.200 1"-5 STUB ACME-LH 35.0 17 17 N/A N/A N/A N/A N/A N/A N/A6 300 5250 30 7.00 0.200 0.200 1"-5 STUB ACME-LH 35.0 17 42 N/A N/A N/A N/A N/A N/A N/A6 600 10905 76 7.00 0.200 0.200 11/4"-5 STUB ACME-LH 35.0 22 83 B320-10 3 N/A 24 28 28 1056 900 16358 114 7.00 0.200 0.200 11/4"-5 STUB ACME-LH 35.0 22 124 B320-10 3 N/A 24 42 42 1056 1500 31350 260 7.50 0.250 0.250 11/2"-4NA-2G-LH 30.0 N/A N/A B320-20 4 N/A 24 72 72 1208 150 3150 19 9.00 0.200 0.200 1"-5 STUB ACME-LH 45.0 17 27 B320-10 3 N/A 24 7 7 1358 300 8250 50 9.00 0.200 0.200 1"-5 STUB ACME-LH 45.0 17 71 B320-10 3 N/A 24 19 19 1358 600 16668 118 9.00 0.200 0.200 11/4"-5 STUB ACME-LH 45.0 26 109 B320-10 3 N/A 24 44 44 1358 900 26358 184 9.12 0.200 0.200 11/4"-5 STUB ACME-LH 45.6 26 170 B320-10 3 N/A 24 68 68 1378 1500 48895 451 9.25 0.250 0.250 13/4"-4NA-2G-LH 37.0 N/A N/A B320-40 4 N/A 24 125 125 14810 150 4559 32 11.00 0.200 0.200 11/4"-5 STUB ACME-LH 55.0 26 30 B320-10 3 N/A 24 12 12 16510 300 11938 83 11.00 0.200 0.200 11/4"-5 STUB ACME-LH 55.0 26 77 B320-10 3 N/A 24 31 31 16510 600 24825 206 11.00 0.250 0.250 11/2"-4NA-2G-LH 44.0 30 165 B320-20 4 N/A 24 57 57 17610 900 38325 320 11.38 0.250 0.250 11/2"-4NA-2G-LH 45.5 30 256 B320-20 4 N/A 24 89 89 18210 1500 72158 1040 11.25 0.250 0.500 21/4"-.25P-.50L-2G-LH 22.5 N/A N/A B320-40 6 N/A 24 193 193 13512 150 6230 43 13.00 0.200 0.200 11/4"-5 STUB ACME-LH 65.0 26 40 B320-10 3 N/A 24 16 16 19512 300 16311 114 13.00 0.200 0.200 11/4"-5 STUB ACME-LH 65.0 26 105 B320-10 3 N/A 24 42 42 19512 400 23540 195 13.38 0.250 0.250 11/2"-4NA-2G-LH 53.5 30 156 B320-20 4 N/A 24 54 54 21412 600 35310 293 13.38 0.250 0.250 11/2"-4NA-2G-LH 53.5 30 234 B320-20 4 N/A 24 81 81 21412 900 56960 525 13.75 0.250 0.250 13/4"-4NA-2G-LH 55.0 36 350 B320-40 4 N/A 24 146 146 22012 1500 115300 1765 14.38 0.250 0.500 21/2"-.25P-.50L-2G-LH 28.8 N/A N/A B320-50 6 (2) 36 218 327 17314 150 8423 96 14.63 0.200 0.400 13/4"-.20P-.40L-2G-LH 36.6 26 89 B320-30 4 N/A 24 27 27 14614 300 22055 250 14.63 0.200 0.400 13/4"-.20P-.40L-2G-LH 36.6 26 231 B320-30 4 N/A 24 69 69 14614 600 47750 648 15.00 0.250 0.500 2"-.25P-.50L-2G-LH 30.0 36 432 B320-40 4 N/A 24 180 180 12014 900 71625 972 15.00 0.250 0.500 2"-.25P-.50L-2G-LH 30.0 36 648 B320-40 6 N/A 24 180 180 18016 150 10720 122 16.63 0.200 0.400 13/4"-.20P-.40L-2G-LH 41.6 26 113 B320-30 4 N/A 24 34 34 16616 300 28067 320 16.63 0.200 0.400 13/4"-.20P-.40L-2G-LH 41.6 26 295 B320-30 4 N/A 24 89 89 16616 400 35615 404 16.63 0.200 0.400 13/4"-.20P-.40L-2G-LH 41.6 36 269 B320-40 4 N/A 24 112 112 16616 600 53422 606 16.63 0.200 0.400 13/4"-.20P-.40L-2G-LH 41.6 36 404 B320-40 4 N/A 24 168 168 16616 900 85300 1229 17.00 0.250 0.500 21/4"-.25P-.50L-2G-LH 34.0 N/A N/A B320-40 4 (1) 36 228 341 13618 150 13210 179 18.63 0.250 0.500 2"-.25P-.50L-2G-LH 37.3 36 119 B320-40 4 N/A 24 50 50 14918 300 34586 469 18.63 0.250 0.500 2"-.25P-.50L-2G-LH 37.3 36 313 B320-40 4 N/A 24 130 130 14918 600 73625 1128 19.25 0.250 0.500 21/2"-.25P-.50L-2G-LH 38.5 N/A N/A B320-50 6 (2) 36 139 209 23120 150 16185 220 20.75 0.250 0.500 2"-.25P-.50L-2G-LH 41.5 36 147 B320-40 4 N/A 24 61 61 16620 300 42369 575 20.75 0.250 0.500 2"-.25P-.50L-2G-LH 41.5 36 383 B320-40 4 N/A 24 160 160 16620 600 88240 1432 21.25 0.250 0.500 23/4"-.25P-.50L-2G-LH 42.5 42 818 B320-70 6 N/A 36 177 265 25520 900 132360 2148 21.25 0.250 0.500 23/4"-.25P-.50L-2G-LH 42.5 42 1227 B320-70 6 (1) 36 265 398 25524 150 22715 327 24.75 0.250 0.500 21/4"-.25P-.50L-2G-LH 49.5 36 218 B320-40 4 N/A 36 61 91 19824 300 59472 857 24.75 0.250 0.500 21/4"-.25P-.50L-2G-LH 49.5 36 571 B320-40 4 N/A 36 159 238 19824 600 126903 2568 25.50 0.333 0.667 31/4"-.33P-.67L-2G-LH 38.2 48 1284 B320-70 8 (1) 36 238 357 30624 900 190355 3848 25.50 0.333 0.667 31/4"-.33P-.67L-2G-LH 38.2 48 1924 B320-80 8 (1) 36 356 534 30628 150 30000 432 28.50 0.250 0.500 21/4"-.25P-.50L-2G-LH 57.0 N/A N/A B320-40 4 (1) 36 80 120 22836 300 124850 2025 36.75 0.250 0.500 23/4"-.25P-.50L-2G-LH 73.5 N/A N/A B320-70 6 (1) 36 250 375 44140 300 154240 3118 41.00 0.333 0.667 31/4"-.33P-.67L-2G-LH 61.5 N/A N/A B320-70 8 (1) 36 289 433 492

Actuation Data (inches)

(1) Spur gears will reduce input rim pull but the number of turns willincrease, spur gear ratio available varies with BGO used.

(2) Ratio previously was 4:1, replaced by 6:1 ratio when Limitorque discontinued 4:1 ratio option.




All requirements should be stated at the time of purchase withthe understanding that, if not otherwise specified on the order,Cooper Cameron Valves may supply the valve standard in respectto materials, end connections, etc. The following informationshould be furnished:1. Name of valve: Pow-R-Seal.2. Quantity.3. Size (pipe size × bore size).

How to Order

2"- 4" Exploded View 6"- 12" Exploded View 14"- 36" Exploded View

Parts Detail

4. Pressure class.5. End connection (if weld end, specify grade and wall of pipe).6. Trim (see page 161).7. Method of operation: handwheel, bevel gear or power actuator.8. Service conditions: type of installation, working pressure

and temperature, lading, presence of corrosive or abrasiveconditions.

9. Delivery requirements.




ServiceTrim Body &

Gate & Segment Seat Stem Seal Stem Bolting FittingsCode Bonnet

StandardCarbon Steel (300-600) Carbon Steel, TFE Low Alloy

Carbon-20 to 250°F

T-11 Carbon Steel Low Alloy Steel (900) Nickel Plated, Chevron Steel Alloy SteelSteelNickel Plated TFE Insert Seals Nickel Plated

MTBECarbon Steel (300-600) Carbon Steel, TFE Low Alloy

Carbon-20 to 250°F

T-102 Carbon Steel Low Alloy Steel (900) Nickel Plated, Chevron Steel Alloy SteelSteelNickel Plated TFE Insert Seals Nickel Plated

Sour, Mildly Carbon Steel (300-600) Carbon Steel, Fluoromyte Low AlloyAlloy Steel, StainlessCorrosive, MTBE T-24 Carbon Steel Low Alloy Steel (900) Nickel Plated, Lip Steel

NACE Steel-20 to 250°F Nickel Plated TFE Insert Seals Nickel Plated

Water flood, SourCarbon Steel Carbon Steel (300-600) Carbon Steel, Fluoromyte Low Alloy

Alloy Steel, Stainless-20 to 250°F

T-10 Internal Plastic Low Alloy Steel (900) Nickel Plated Lip SteelNACE SteelCoating Nickel Plated TFE Insert Seals Nickel Plated

High TemperatureCarbon Steel (300-600)

Carbon Steel 40% Filled Alloy Steel, Stainless-20 to 550°F

T-30 Carbon Steel Low Alloy Steel (900)HF-6 hard face TFE

17-4PH, NACENACE SteelHF-6 hard face

High Temperature Low Alloy400 Series Stainless Low Alloy

Flexible 400 Series Stainless-20 to 1000°F*

T-31Steel

Steel Steel, HF-6Graphite Stainless Steel

Alloy SteelSteelHF-6 hard face hard face

Low Temperature Carbon Steel Carbon Steel (300-600) Carbon Steel, Fluoromyte Low Alloy Alloy Steel,

Sour, MTBE T37 Charpy Impact Low Alloy Steel (900) Nickel Plated, Lip Steel, Charpy Impact Stainless

-50 to 250°F* Tested Nickel Plated TFE Insert Seals Impact Tested, Tested, SteelNickel Plated NACE

General Trim Chart for W-K-M Pow-R-Seal Gate Valves (6" - 36")

Notes: 1) CCV reserves the right to substitute equivalent Materials. 2) Contact your local representative or the Missouri City Plant for

detail trim charts or applications not listed.

3) MTBE labeled trims are suitable for Methyl Tertiary Butyl Ethylenein concentrations up to 100%.

4) Sour denotes trims which conform to NACE MR-01-75.

Class

300 600 900 1500 2500

— 2" 2" 2" 2"

— 3" 3" 3" 3"

— 4" 4" 4" 4"

6" 6" 6" 6" 6"

8" 8" 8" — —

10 10" 10" — —

12" 12" 12" — —

14" 14" 14" 14" —

16" 16" 16" — —

18" 18" — — —

20" 20" 20" — —

24" 24" 24" — —

30" 30" — — —

36" 36" — — —

API Standard 6D Valves

* Trim chart for high temperature OPG design




Class 600

2 111/2 21/16 413/16 173/4 12 16 90 72 84

3 14 33/16 615/16 237/8 12 20 180 144 155

4 17 41/8 85/8 27 14 20 345 259 245

Wt., Lb.Size A B F G H N*

FE WE F ×W

Class 900

2 141/2 21/16 51/16 173/4 12 16 150 72 105

3 15 33/16 75/16 237/8 12 20 265 193 247

4 18 41/8 91/16 281/2 18 20 515 390 417

Wt., LbSize A B F G H N*

FE WE F ×W

Class 1500

2 141/2 21/16 51/16 173/4 12 16 150 72 105

3 181/2 33/16 75/16 237/8 12 20 295 215 242

4 211/2 41/8 91/16 281/2 18 20 530 403 325

Wt., Lb.Size A B F G H N*

FE WE F ×W

Class 2500

2 173/4 113/16 513/16 205/8 12 12 220 105 154

3 223/4 29/16 81/8 257/8 14 18 450 328 370

4 261/4 31/16 91/4 295/8 24 23 720 547 583

Wt., LbSize A B F G H N*

FE WE F ×W


2" – 4" Handwheel Operated

Note: Flange dimensions conform to American National StandardsInstitute Standard B16.5, 1981. Information on power-actuated andother types of valves available on application.*N = No. of turns of Handwheel to fully open or close valve.








6" – 12" Handwheel Operated and Bevel Gear Operated

Class 400

6 191/2 6 121/2 451/4 461/4 24 3011/16 29 114 490 430 480 533 473 523 267/8

8 231/2 8 153/8 571/4 561/4 24 3611/16 37 146 950 650 685 875 660 742 32

10 261/2 10 195/8 643/4 661/8 30 453/16 34 203 1400 1255 1305 1578 1348 1473 421/8

12 30 12 223/4 731/4 745/8 30 5111/16 40 239 1975 1745 1915 2045 1690 1860 451/2

12† 30 123/8 223/4 731/4 745/8 30 5111/16 40 239 1975 1745 1915 2045 1690 1860 451/2

Size A B FG G H

KN* N*

J(HWO) (BGO) Dia. (HWO) (BGO)

Note: Flange dimensions conform to American National StandardsInstitute Standard B16.5, 1981. Information on power-actuated andother types of valves available on application.

*N = No. of turns of Handwheel or Bevel Gear Operator Handwheel tofully open or close valve.

†Geothermal valve dimensions.

Wt., Lb (HWO) Wt., Lb (BGO)

FE WE F × W FE WE F × W

Class 300

6 157/8 6 121/2 451/4 461/4 24 3011/16 29 114 472 397 400 500 445 470 267/8

8 161/2 8 16 571/4 561/4 24 3611/16 37 146 853 751 805 903 845 895 32

10 18 10 20 631/4 641/4 24 4411/16 45 180 1345 1200 1273 1475 1380 1448 421/8

12 30 12 223/4 733/8 745/8 30 5111/16 40 239 — — — 1950 1670 1880 451/2

12† 30 123/8 223/4 733/8 745/8 30 5111/16 40 239 — — — 1950 1670 1880 451/2

Size A B FG G H

KN* N*





Wt., Lb. (HWO) Wt., Lb. (BGO)





Class 600

6 22 6 125/8 451/4 461/4 24 3011/16 29 114 595 495 545 695 575 635 267/8

8 26 8 151/2 571/4 561/4 24 3611/16 37 146 1028 730 865 1075 895 990 32

10 31 10 193/4 647/8 661/8 30 453/16 34 203 1735 1370 1505 1895 1585 1835 421/8

12 33 12 23 733/8 745/8 30 5111/16 40 239 3030 2360 2680 2525 2250 2360 451/2

12† 33 123/8 23 733/8 745/8 30 5111/16 40 239 3030 2360 2680 2525 2250 2360 451/2

Size A B FG G H

KN* N*





Wt., Lb. (HWO) Wt., Lb, (BGO)


Class 900

6 24 6 127/8 451/4 461/4 24 303/4 29 114 743 577 625 805 565 680 267/8

8 29 8 153/4 571/4 561/4 24 363/4 37 146 1272 1040 1180 1329 1180 1238 32

10 33 10 201/8 647/8 661/8 30 451/4 34 203 2250 1930 2085 2315 1875 2185 421/8

12 38 12 231/2 — 733/4 30 565/8 40 318 3392 2725 2860 3600 2880 3276 451/2

12† 38 123/8 231/2 — 733/4 — 565/8 40 318 3392 2725 2860 3600 2880 3276 451/2

Size A B FG G H

KN* N*







Class 1500

6 273/4 411/16 143/4 461/4 461/4 30 327/8 — — — — — — — — —

8 323/4 71/2 1811/16 5913/16 5913/16 30 3811/16 — — — — — — — — —

10 39 91/4† 225/16 683/8 683/8 30 519/16 — — — — — — — — —

12 441/2 101/4 261/16 7615/16 7615/16 30 567/16 — — — — — — — — —

Size A B FG G H

KN* N*




†For Geothermal valve, 10".



Class 2500

6 36 51/2 1413/16 417/8 417/8 30 2915/16 — — — — — — — — —

8 401/4 73/16 171/2 41 41 30 353/16 — — — — — — — — —

10 50 81/2 207/8 683/8 683/8 30 43 — — — — — — — — —

12 56 101/8 261/16 77 77 30 565/8 — — — — — — — — —

Size A B FG G H

KN* N*










Class 300

14 30 131/4 251/4 657/8 53 177 2632 2230 2500

16 33 15 281/8 839/16 583/8 167 3450 3015 3310

18 36 17 31 8613/16 655/16 190 4650 4260 4375

20 39 183/4 351/4 1061/4 737/8 211 6248 5780 6000

24 45 223/4 42 1153/4 863/8 253 10678 9550 10240

26 49 251/4 451/8 122 931/2 275 12600 12015 12300

28 — — — — — — — — —

30 60 291/2 53 1437/8 1073/4 318 16000 14670 15600

36 68 345/8 631/2 1853/4 1305/8 558 30000 28000 28000

Wt., Lb.Size A B F G K N*

FE WE F ×W


14" – 36" Bevel Gear Operated

Note: Flange dimensions conform to American National StandardsInstitute Standard B16.5, 1981. Information on additional sizes andpressures, power-actuated and other types of valves available on application.*N = No. of turns of Handwheel to fully open or close wheel.†End-to-end distance on weld-end valve is 60".

Class 400

14 321/2 131/4 251/4 693/4 531/2 177 2900 2340 2672

16 351/2 15 281/8 811/8 611/4 167 3610 2631 2990

18 381/2 17 313/8 861/2 665/8 190 5006 4450 4530

20 411/2 183/4 351/2 981/8 737/8 211 6390 5875 6135

24 481/2 223/4 417/8 1131/2 877/8 253 11934 10275 11134

26 511/2 251/4 445/8 122 931/2 275 12753 11530 11860

28 55 265/8 481/4 1373/4 1021/2 — 18360 16510 17115

30 60 285/8 53 142 1071/2 318 22948 19968 21250

36 74 345/8 631/2 1703/4 1305/8 — — — —


FE WE F ×W


Class 600

14 35 131/4 259/16 693/4 531/2 177 3040 2931 3000

16 39 15 281/8 811/8 611/4 167 4420 3950 4160

18 43 17 315/8 861/2 665/8 190 5705 5115 5200

20 47 183/4 36 981/8 737/8 211 7595 7115 6605

24 55 223/4 421/4 1131/2 877/8 253 12994 11380 12730

26 57 251/4 457/8 122 931/2 275 15583 13583 14380

28 61 265/8 485/8 1373/4 1021/2 — 20350 18400 19175

30 65† 285/8 53 142 1071/2 318 25000 23000 24000

36 82 345/8 637/8 1703/4 1305/8 — — — —


FE WE F ×W


Class 900

14 401/2 121/2 261/8 693/4 531/2 — 5200 4902 4902

16 441/2 141/4 301/4 811/8 665/8 174 7346 6435 6956

18 — — — — — — — — —

20 — — — — — — — — —

24 61 22 441/2 1131/2 877/8 — — — —

26 — — — — — — — — —

28 — — — — — — — — —

30 — — — — — — — — —

36 — — — — — — — — —


FE WE F ×W

Note: Flange dimensions conform to American National StandardsInstitute Standard B16.5, 1981. Information on power-actuated andother types of valves available on application.*N = No. of turns of Handwheel to fully open or close wheel.†End-to-end distance on weld-end valve is 60".


6 300 750 1.50 0.250 0.250 6626 82 8625 106 21711 267 7.19 29

6 600 1500 1.50 0.250 0.250 13252 163 17249 212 21711 267 7.19 29

6 900 2250 1.50 0.250 0.250 19878 245 25874 318 32594 401 7.19 29

8 300 750 1.75 0.250 0.250 10705 149 13190 183 27423 381 9.12 36

8 600 1500 1.75 0.250 0.250 21410 298 26379 367 27423 381 9.12 36

8 900 2250 1.75 0.250 0.250 32115 447 39569 550 42377 590 9.12 36

10 300 750 2.25 0.333 0.333 16462 296 20081 362 49745 896 11.31 34

10 600 1500 2.25 0.333 0.333 32924 593 40162 723 49745 896 11.31 34

10 900 2250 2.25 0.333 0.333 49386 889 60244 1085 76635 1380 11.31 34

12 300 750 2.25 0.333 0.333 21911 395 28416 512 67648 1218 13.38 40

12 300 750 2.25 0.333 0.333 23180 417 27147 489 67648 1218 13.38 40

12 600 1500 2.25 0.333 0.333 43822 789 56832 1023 67648 1218 13.38 40

12 600 1500 2.25 0.333 0.333 46360 835 54293 978 67648 1218 13.38 40

12 900 2250 2.25 0.333 0.333 65732 1184 85248 1535 86920 1565 13.38 40

12 900 2250 2.25 0.333 0.333 68683 1237 82297 1482 86920 1565 13.38 40

14 300 750 2.00 0.250 0.500 24833 425 32363 554 101825 1938 14.75 29.50

14 600 1500 2.00 0.250 0.500 49665 851 64726 1108 101825 1938 14.75 29.50

14 900 2250 2.25 0.333 0.333 70273 1132 104213 1679 127093 2276 14.75 44.29

16 300 750 2.50 0.400 0.800 32214 760 40107 947 141016 3699 16.69 20.86

16 600 1500 2.50 0.400 0.800 64428 1521 80215 1894 141016 3699 16.69 20.86

16 900 2250 2.50 0.400 0.800 88591 2091 151629 3579 176271 4161 16.69 20.86

18 300 750 2.50 0.400 0.800 40019 945 49898 1178 141016 3329 18.94 23.67

18 600 1500 2.50 0.400 0.800 80038 1889 99796 2358 141016 3329 18.94 23.67

18 900 2250 2.50 0.400 0.400 128042 2670 167251 3488 239891 5003 19.88 49.70

20 300 750 2.50 0.400 0.800 40019 945 49898 1178 141016 3329 18.94 23.67

20 300 750 2.75 0.400 0.800 48394 1217 62517 1572 180611 4541 21.13 26.41

20 600 1500 2.75 0.400 0.800 96789 2434 125034 3144 180611 4541 21.13 26.41

20 900 2250 3.00 0.400 0.400 147724 3105 187552 3943 239476 5034 21.13 52.81

22 300 750 3.00 0.400 0.800 61315 1626 74872 1986 225696 5986 23.25 29.06

22 600 1500 3.00 0.400 0.800 122630 3253 149745 3972 225696 5986 23.25 29.06

24 300 750 3.00 0.400 0.800 69328 1839 94567 2508 225696 5986 25.25 31.56

24 600 1500 3.00 .0.400 0.800 138656 3678 189134 5016 225696 5986 25.25 31.56

26 300 750 3.25 0.400 0.800 84717 2364 107963 3013 275770 7697 27.50 34.38

26 600 1500 3.25 0.400 0.800 169433 4729 215927 6027 275770 7697 27.50 34.38

30 300 750 3.50 0.400 0.800 111047 3254 145134 4253 331086 9702 31.75 39.69

30 600 1500 3.50 0.400 0.800 222094 6509 290267 8506 331086 9702 31.75 39.69

36 300 720 4.50 0.400 0.400 154484 4539 192348 5651 621389 18256 38.00 95.00

36 600 1500 4.50 0.400 0.400 321842 9455 400726 11773 621389 18256 38.00 95.00



Valve Stem Stem Stem Rec. Rec. Block & Block & Max. Max.Stem

TurnsSize

ClassWorking Thread Thread Thread Opr. Opr. Bleed Bleed Opr. Opr.

TravelTo

(in) Pressure Size Pitch Lead* Thrust Torque Thrust Torque Thrust Torque(in)

Open(psig) (in) (in) (in) (lbf) (ft-lbf) (lbf) (ft-lbf) (lbf) (ft-lbf) Valve

Actuation Data

1. Recommended operating thrust and torque are the loads required to close the valve with full differential pressure across the gate. The operator should be sized for these values.

2. Maximum allowance thrust and torque values are the maximum allowable loads for these valves.3. When”Block and Bleed” or “Double Block and Bleed” service is specified, operators should be sized for these values.4. Unless otherwise stated, handwheel rim pull for manual and motor operators shall not exceed 120lbs.5. Al torque and thrust values are based on maximum working pressure at ambient temperature.6. Multiple lead threads may have been supplied in special cases. Verify thread leads before adapting operators.7. Denotes seats which have oversize bores. The 12" 300-600 Class valves have 12.50" bores. 12" 900 Class valve has a 12.38"

bore. These are normally used for Geothermal Service.




Actuator Interface Data (inches)

ValveClass Model

ISO A-NA-2G-L.H.B C D E F G H J K L M N P

Size FL Single Lead Thd.

6" 3/9C E1A F14 11/2"-.250P-.250L 8.31 15.50 7.19 16.44 16.06 26.88 6.89 5.512 4-.693.955

2.50 1.03 .1783.945

8" 3/9C E1A F14 13/4"-.250P-.250L 8.44 17.56 9.12 18.94 18.56 32.00 6.89 5.512 4-.693.955

2.50 1.03 .1783.945

10" 3/9C E1A F16 21/4"-.333P-.333L 9.38 20.69 11.31 24.38 24.00 42.13 8.27 6.496 4-.815.230

3.12 1.50 .2305.220

12" 3/6C E1A F16 21/4"-.333P-.333L 11.50 24.88 13.38 26.06 25.69 45.44 8.27 6.496 4-.815.230

3.12 1.50 .2305.220

12" 9C E1A F16 21/4"-.333P-.333L 11.34 24.75 13.38 26.06 25.69 45.56 8.27 6.496 4-.815.230

3.12 1.50 .2305.220

Note: Operator Interfaces comply with ISO 5210.


D E M C OD M G A T E V A L V E S , C L A S S E S 4 0 0 , 6 0 0


Parts List – Class 400 and 600 (2"-8" x 6")

Ref. Description Material

1 Handle Ductile Iron

2 Pin Stem Spring Steel

3 Lube Fitting Steel

4 Back Up Ring Chrome Leather

5 Stem Seal As specified (Buna N or Viton)

6 Stem As specified, see page 169

7 Bonnet Class 400: all sizes except 2-1/2" FP, ASTM A395 Ductile IronAll others, ASTM A216 Carbon Steel

8 Body Stud (4) ASTM A193 Gr B7 Steel

9 Body Stud Nut (4) A194 Gr 2H Stl

10 Bonnet Seal As specified (Buna N or Viton)

11 Body* Class 400: all except weld end and size 2-1/2" FP, ASTM A395 Ductile IronAll others, ASTM A216 Carbon Steelor equivalent

12 Seat As specified, see page 169

13 Gate As specified, see page 169

Valve Size (in)/Type

6"3"2"

Screwed End1 1071 1073 1075 1077 1079Weld End2 1091 1093 1095 1097 1099

Grooved End3 1081 1083 1085 1087 1089Flanged End

1061 1063 1065 — 1069(RF or RTJ)4

Base Part Numbers, Class 400, Full Port(985 psi WP –1500 psi test)

Parts Detail

21/2" 4"


3" x 2" 4" x 3"

Screwed End LP 3934 3935

Base Part Numbers, Class 400, Regular Port(1480 psi WP –2225 psi test)


6"3"2"11/2"

Screwed End1 3938 1072 1074 1076 1078 1080Weld End2 — 1092 1094 1096 1098 1100

Grooved End3 — 1082 1084 1086 1088 1090Flanged End

— 1062 1064 1066 1068 1070(RF or RTJ)4

Base Part Numbers, Class 600, Full Port

21/2" 4"

Base Part Numbers, Class 600, Regular Port


8" x 6"4" x 3"2"x 11/2"

Screwed End LP 3939 3942 3943 — —Flanged End

3939 3942 3943 3944 3945(RF or RTJ)

3" x 2" 6" x 4"

* Orders for replacement bodies must include 4 body studs.

1 Screwed End valves furnished for line pipe unless otherwise specified. TBG and UPTBG 10 round threads on 1-1/2"; UPTBG 8 round on 2" and 2-1/2" valves; TBG 10 round on 3"; TBG 8 round on 4"; LP only on 6".

2 Weld End valves furnished for Sch. 40 pipe. See page 179 for more information.3 Grooved End valves furnished for Sch. 80 pipe. 4 Raised Face flanges furnished unless otherwise specified.



D E M C OD M G A T E V A L V E S , C L A S S E S 4 0 0 , 6 0 0

How to Order (example: 2" 600, line pipe, std trim: 1072-0422110)

Base Part Number End ConnectionBody Stem Gate Seat Seat

Coating*Config. Material Material Inserts Elastomer

XXXX - X X X X X X X

End Connection Code

LP 0Screwed TBG 1

UPTBG 2

Weld, Sch. 40 0

Grooved Sch. 80 0

400 RTJ 0

Flanged 400 RF 1600 RTJ 2600 RF 3

Screwed 4

Weld 5

Grooved 6

Flanged 7

*On Weld End valves, onlythe Bonnet is coated.See page 179 for coatingdescriptions.

Configuration Code

Steel, Nickel Plated 2

Monel 3

Alum. Bronze 4

316 SS 8

Material Code

Duct. Iron(Steel 4" Bore Only) 1

Monel 3

Alum. Bronze 4

316 SS 8

Material Code

303 SS 2

316 SS 8

Material Code

Uncoated 0

DEMCO 10 1

DEMCO 11 4

DEMCO 12 5

Material Code

Buna N 1

Viton 2

Hypalon 3

Material CodeSee previous page.

Dimension

Nom.Size

Class 400

2" 87/8 73/4 111/2 115/8 83/4 73/4 2 15/8 11 91/2 61/2 8-5/8 R23

21/2" 10 — 13 131/8 105/8 — 21/2 — 125/8 — 71/2 8-3/4 R26

3" 101/4 121/2 14 141/8 113/8 83/4 3 2 125/8 11 81/4 8-3/4 R31

4" 117/8 15 — — 137/8 113/8 4 3 141/4 125/8 — — —

6" 151/2 — 191/2 195/8 191/4 137/8 6 4 24 141/4 121/2 12-7/8 R45

Class 600

11/2" 73/4 — — — 73/4 — 15/8 — 91/2 — — — —

2" 87/8 73/4 111/2 115/8 83/4 73/4 2 15/8 11 91/2 61/2 8-5/8 R23

21/2" 10 — 13 131/8 105/8 — 21/2 — 125/8 — 71/2 8-3/4 R26

3" 101/4 121/2 14 141/8 113/8 83/4 3 2 125/8 11 81/4 8-3/4 R31

4" 117/8 15 17 171/8 137/8 113/8 4 3 141/4 125/8 103/4 8-7/8 R37

6" 151/2 — 22 221/8 191/4 137/8 6 4 24 141/4 14 12-1 R45

8" — — 26 261/8 — 191/4 — 6 — 24 161/2 12-11/8 R49


Screwed,Grooved &

Weld-Full Port

Screwed-Regular

Port

Flanged-RTJ

Flanged-RF

A

Full Port Regular Port

Regular Port

Regular Port

B (Open)

Full Port

C (Seat Bore)

Full Port

D

FlangeDiameter

FlangeBolts(No.,Size)

RingNumber

(RTJ)

F


D E M C OD M G A T E V A L V E S , C L A S S E S 9 0 0 , 1 5 0 0


Parts List – Class 900 (2"-6") and 1500 (2"-3")

Ref. Component Material

1 Handle Ductile Iron

2 Pin Stem Spring Steel


4 Back Up Ring Chrome Leather

5 Stem Seal As specified (Buna N or Viton)

6 Stem As specified, see page 171

7 Bonnet ASTM A487 CL 4N Carbon Steel orequivalent.2" valves, AISI 4140 Normalized Steel

8 Body Stud (4) ASTM A193 GR B7 Steel (6" valve AISI 4140)

9 Body Stud Nut (4) A194 GR 2H Stl*


11 Body** ASTM A487 CL 4N Carbon Steel orequivalent.2" screwed and weld end, AISI 1029 Normalized Steel

12 Seat As specified, see page 171

13 Gate As specified, see page 171

14 Screw Seal Buna N

15 Relief Fitting Steel


6"3"2"

Screwed and3947 3951 3953 3955 —

Grooved End1

Weld End2 3947 3951 3953 3955 3999Flanged End

3947 3951 3953 3955 3999(RF or RTJ)3

Base Part Numbers, Class 900, Full Port(2220 psi WP –3350 psi test)

Parts Detail

21/2" 4"

* AISI 4140-4145 6" only.** Orders for replacement bodies must include 4 body studs.


3"2"

Screwed andGrooved End1

Weld End2 3948 3952 3957Flanged End(RF or RTJ)3

Base Part Numbers, Class 1500, Full Port (4" see page 172)(3705 psi WP –5575 psi test)

21/2"

1 Screwed End valves furnished for line pipe unless otherwise specified. UPTBG 8 round threads on 2" and 21/2" valves; TBG 10 round on 3";TBG 8 round on 4"; Grooved Ends in Class 900 only.

2 Weld End valves furnished for Sch. 40 and Sch. 80 – Class 900; Sch. 40,Sch. 80 and Sch. 160 – Class 1500. See page 179 for more information.

3 Raised Face flanges furnished unless otherwise specified.



D E M C OD M G A T E V A L V E S , C L A S S E S 9 0 0 , 1 5 0 0

End Connection Code

LP 0Screwed TBG 1

UPTBG 2Sch. 40 0

Weld Sch. 80 1Sch. 160 5

Grooved Sch. 801 0900 RTJ 4

Flanged 900 RF 51500 RTJ 61500 RF 7

Screwed 4

Weld 5

Grooved 6

Flanged 7


1 Class 900 only.

Configuration Code

303 SS 2

316 SS 8

Material Code Uncoated 0

DEMCO 10 1

DEMCO 11 4

DEMCO 12 5

Material Code

Buna N 1

Viton 2

Hypalon 3

Material CodeSee previous page.

Dimension

Nom.Size

Class 900

2" 9 141/2 145/8 97/8 2 141/2 81/2 8-7/8 R24

21/2" 93/4 161/2 165/8 117/8 21/2 19 95/8 8-1 R27

3" 11 15 151/8 123/4 3 19 91/2 8-7/8 R31

4" 13 18 181/8 15 4 23 111/2 8-11/8 R37

6" 20 24 241/8 191/4 6 24 15 12-11/8 R45

Class 1500

2" 9 141/2 145/8 97/8 2 141/2 81/2 8-7/8 R24

21/2" 93/4 161/2 165/8 117/8 21/2 19 95/8 8-1 R27

3" 11 181/2 185/8 123/4 3 19 101/2 8-11/8 R35


Screwed,Grooved &

Weld-Full Port

Flanged-RTJ

Flanged-RF

A

Full Port Full Port Full Port

B (Open) C (Seat Bore) D

FlangeDiameter

Flange Bolts(No.,Size)

Ring Number

(RTJ)

F

How to Order (example: 2" 900, RTJ, std trim: 3947-4722110)





Monel 3

Alum. Bronze 4

316 SS 8

Material Code


Monel 3

Alum. Bronze 4

316 SS 8

Material Code


D E M C OD M G A T E V A L V E S , C L A S S 1 5 0 0 , 4 "


End Connection Code

ScrewedLP 0

TBG 1Sch. 40 0

Weld Sch. 80 1Sch. 160 5

Flanged 1500 RTJ 61500 RF 7

Screwed 4

Weld 5

Flanged 7

*On Weld End valves, onlythe Bonnet is coated.

Configuration Code

Steel 1

Monel 3

Alum. Bronze 4

316 SS 8

Material Code303 SS 2

316 SS 8

Material Code

Uncoated 0

DEMCO 10 1

DEMCO 11 4

DEMCO 12 5

Material Code

Buna N 1

Viton 2

Hypalon 3

Material Code

Valve Size (in.)

4"

Screwed End1

Weld End2 3010Flanged End(RF or RTJ)3

1 Screwed End valves furnished for line pipe unless otherwise specified. TBG 8 round threads on 4".

2 Weld End valves furnished for Sch. 40, Sch. 80 and Sch. 160 – Class 1500.See page 179 for more information.

3 Raised face flanges furnished unless otherwise specified.

Parts Detail

How to Order (example: 4" 1500, RTJ, std trim: 3010-6722110)





Monel 3

Alum. Bronze 4

316 SS 8

Material Code

Base Part Number, 4" Class 1500 (3705 psi WP – 5575 test)



D E M C OD M G A T E V A L V E S , C L A S S 1 5 0 0 , 4 "

Dimension

Nom.Size

4" 13 211/2 215/8 211/4 4 23 121/4 8-11/4 R39


Screwed & Weld-Full Port

Flanged-RTJ

Flanged-RF

A

Full Port

B (Open)

Full Port

C (Seat Bore)

Full Port

D

FlangeDiameter

Flange Bolts (No.,Size)

RingNumber

(RTJ)

F

Parts List – Class 1500 (4")


1 Hub Assembly Steel or Ductile Iron


5 Stem Seal Ass’y. As specified (Buna N or Viton)Includes Brz. bushing

6 Stem As specified, see page 172and chart

7 Bonnet ASTM A487 CL 4N Carbon Steel

8 Body Stud (4) ASTM A193 Gr B7 Steel

9 Body Stud Nut (4) A194 Gr 2H Stl


11 Body* ASTM A487 CL 4N Carbon Steel

12 Seat As specified, see page 172and chart

13 Gate As specified, see page 172and chart

14 Screw Seal Buna N

16 Lock Handle Steel

18 Stem Screw Steel

19 Screw Housing Steel

20 Secondary Seal Buna N

21 Retainer Steel

22 Pin, Lock Handle Steel

23 Bonnet Stud (2) ASTM A193 Gr B7 Steel

24 Bonnet Stud Nut (2) A194 Gr 2H Stl



Screwed End1 1028 — 1047 —Weld End2 1031 1109 1056 1110Flanged End

1025 — 1038 —(RTJ)4

D E M C OD M G A T E V A L V E S , 2 0 0 0 , 3 0 0 0 , 5 0 0 0 W P


Valve Size (in)

3"2"

Screwed End1 1026 — 1042 1045 1048Weld End2 1029 1115 1051 1054 1057Grooved End3 11920 — 11921 11922 11923Flanged End

1023 — 1033 1036 1039(RTJ)4

Base Part Numbers, 2000 WP 4000 psi Test

4"

Valve Size (in)

21/2" x 2" 4" x 3" 5" x 4"

Weld End 1114 1113 1111

Base Part Numbers, 3000 WP 6000 psi Test – Regular Port

(See ordering information on page 175.)

Valve Size (in)

3"2"

Screwed End1 1027 1043 1046 1049Weld End2 1030 1052 1055 1058Flanged End

1024 1034 1037 1040(RTJ)4

Base Part Numbers, 3000 WP 6000 psi Test – Full Port

21/2" 4"

Valve Size (in)

3"2"

Base Part Numbers, 5000 WP 10,000 psi Test

1 Screwed End valves furnished for line pipe unless otherwisespecified. UPTBG 8 round on 2" and 21/2" valves; TBG 10round on 3"; TBG 8 round on 4".

2 Weld End valves furnished for Sch. 40 and Sch. 80 on 2000 WPvalves; Sch. 80 and Sch. 160 on 3000 WP; Sch. 80, XXH andSch. 160 on 5000 WP. See page 179 for more information.

3 Grooved End valves furnished for Sch. 80 pipe. 4 RTJ flanges comply with API Std. 6A, 1974.

Parts Detail

2" Full, 2-1/2" Regular

2-1/2" Full – 5" Regular

21/2" x 2" 21/2"

21/2" x 2" 4" x 3”



D E M C OD M G A T E V A L V E S , 2 0 0 0 , 3 0 0 0 , 5 0 0 0 W P

Screwed 4

Weld 5

Grooved 6

Flanged 7

*On Weld End valves, onlythe Bonnet is coated.

Configuration Code

303 SS 2

316 SS 8

Material Code

Uncoated 0

DEMCO 10 1

DEMCO 11 4

DEMCO 12 5

Material Code

Buna N 1

Viton 2

Hypalon 3

Material Code

See previous page.

End Connection Code

LP 0Screwed TBG 1

UPTBG 2Sch. 80 1

Weld XXH 2Sch. 160 5

Grooved Sch. 80 02000 RTJ 0

Flanged 3000 RTJ 15000 RTJ 2

Parts List



2 Hub Assembly Steel or Ductile Iron

4 Lock Handle Steel

6 Stem Screw Steel

7 Stem Screw Seal Buna N


9 Stem As specified, see How to Order

10 Secondary Seal Buna N

11 Retainer Steel

12 Stem Seal Assembly As specified (Buna N or Viton)

13 Lock Screw Steel (2" bore only)

15 Coupling (2" bore only) 2000/3000 WP: A216 WCB Steel

5000 WP: A487 4NSteel

16 Bonnet 2" bore: AISI 1029, or A105 SteelOther sizes: ASTM A487 Steel

(CL 4N or 2Q)


17 Index Pin Steel (2" bore only)


19 Gate As specified, see How to Order

20 Body* 2" bore: AISI 1029, or A105 SteelOther sizes: ASTM A487 Steel

(CL 4N or 2Q)

21 Seat As specified, see How to Order

22 Pin, Lock Handle Steel

23 Bonnet Stud ASTM A193, GR B7(2-1/2"– 4" bore)

24 Bonnet Stud Nut (2) A194 Gr 2H Stl(2-1/2"– 4" bore)

25 Body Stud (4) ASTM A193, GR B7(2-1/2"– 4" bore)

26 Body Stud Nut (4) A194 Gr 2H Stl(2-1/2"– 4" bore)

* Orders for replacement bodies must include 4 body studs (except 2" bore valves).

How to Order (example: 2" 5000, Line Pipe, std trim: 1028-0422110)





Monel 3

Alum. Bronze 4

316 SS 8

Material Code


Monel 3

Alum. Bronze 4

316 SS 8

Material Code

Nom.Size

2000 psi WP, 4000 psi Test2" 9 — 115/8 13 — 2 — 14 — 61/2 8-5/8 R23

21/2" 93/4 9 165/8 17 13 21/2 2 19 14 71/2 8-3/4 R263" 11 — 141/8 18 — 3 — 19 — 81/4 8-3/4 R314" 13 — 163/8 211/4 — 4 — 23 — 103/4 8-7/8 R373000 psi WP, 6000 psi Test2" 9 — 115/8 13 — 2 — 14 — 81/2 8-7/8 R24

21/2" 93/4 9 165/8 17 13 21/2 2 19 14 95/8 8-1 R273" 11 — 141/8 18 — 3 — 19 — 91/2 8-7/8 R314" 13 11 163/8 211/4 18 4 3 23 19 111/2 8-11/8 R375" — 13 — — 211/4 — 4 — 23 — — —5000 psi WP, 10,000 psi Test2" 9 — 121/8 13 — 2 — 14 — 81/2 8-7/8 R24

21/2" — 9 — — 13 — 2 — 14 — — —3" 11 — 155/8 18 — 3 — 19 — 101/2 8-11/8 R354” — 11 — — 18 — 3 — 19 — — —


Screwed,Grooved &

Weld-Full Port

WeldRegular

Port

Flanged-RTJ

A

Full Port Regular Port

Regular Port

Regular Port

B (Open)

Full Port

C (Seat Bore)

Full Port

D

FlangeDiameter

FlangeBolts(No.-Size)

RingNumber

(RTJ)

F


D E M C OD E M C O 4 ", 5 ", 6 " - 5 0 0 0 W P


Test PressureTest Pressure for 4" x 4" and 5" x 4" 4-bolt design valves is

7500 psi. 12-bolt bonnet design valves are shell tested to 10,000

psi. All 5” casing thread valves shell tested to x2 working

pressure

Nom.Size

4"Screwed/Weld End 13 245/8 4 223/4 — — —

4"Flanged 18 245/8 4 223/4 121/4 8-11/4 R39

5"x 4"Weld End 13 245/8 4 223/4 (1) — —

6"x 4"Weld End 13 245/8 4 223/4 (1) — —

5”1000Casing 16 247/8 5.12 20 — — —Thread

5” 30004000, 5000

Casing 16 31 5.12 23 — — —Thread

Dimensional Data (inches) – Both Bonnet Designs

A(End to

End)

B (Open

Height)

C (SeatBore)

D(Handle

Diameter)Flange

Diameter

FlangeBolts(No.,Size)

RTJ Ring Number

F

(1) Flanged end connection available by special order, consult factory.

4" 5000 psi(12 bolt bonnet)

4" 5000 WP Full Port(4 bolt bonnet)

A

D

B


4” 985, 2000, 3000,(all 4” are short casing thread)

5” 1000, 3000, 4000, 5000(all 5” are long casing thread)


D E M C OD E M C O 4 ", 5 ", 6 " - 5 0 0 0 W P

Screwed 4

Weld 5

Flanged 7


Configuration Code

303 SS 2

316 SS 8

Material Code

Uncoated 0

DEMCO 10 1

DEMCO 11 4

DEMCO 12 5

Material Code

Buna N 1

Viton 2

Hypalon 3

Material Code

End Connection Code

LP 0Screwed

TBG 1Sch. 80 1

Weld2 XXH 2Sch. 160 5

Flanged 5000 RTJ1 2

1 4" x 4" 12 bolt design only, RTJ flangescomply with API Std 6A, 1974.

2 See page 176 for more information.

Size 4 Bolt 12 Bolt

4"x 3" 1110 —

4"x 4" 7420 17263

5"x 4" 7421 17264

6"x 4" — 17265

Steel 1

Monel 3

316 SS 8

Material Code

Parts List – Class 5000 (4", 5" x 4", 6" x 4")



2 Handle Assembly Steel or Ductile Iron

3 Tube Clear Acrylic

4 Stem Cap Ductile Iron

5 Key Steel

6 Stem Screw Steel

7 Stem Screw Seal Buna N


9 Stem As specified, see How to Order

10 Secondary seal Buna N

11 Retainer Steel

12 Stem Seal Assembly As specified (Buna N or Viton)(Includes BRZ Bushing)

13 Bearing (2) Teflon/Phenolic

14 Down Stop Ring 303 SS

16 Bonnet ASTM A487 steel (CL 4N or 2Q)


19 Gate As specified, see How to Order

20 Body* ASTM A487 steel (CL 4N or 2Q)

21 Seat As specified, see How to Order

23 Bonnet Stud (2) ASTM A193, GR B7 Steel

24 Bonnet Stud Nut (2) A194 Gr 2H Steel

25 Body Stud (4) AISI 4140 Steel25 Body Stud (12) ASTM A193 GR B7

26 Body Stud Nut (4) AISI 4140-4145 Steel26 Body Stud Nut (12) ASTM A194 GR 2H


How to Order (example: 5" x 4", 4 bolt, weld XXH, std trim: 7421-2522110)





Monel 3

Alum. Bronze 4

316 SS 8

Material Code

DM Gate Valves with Casing Threads **

We offer 4” and 5” Full PortDM Gate Valves with Casing Threads

SizePressure Rating (PSIG)(Full Port)

** 4” design same as pg168 (4” class 400, 985 PSI and

page174 (4” 2000 and 4” 3000).

5” is a round bonnet design, consult factory for

technical information and data sheet.


D E M C OG E N E R A L T E C H N I C A L I N F O R M A T I O N


Standard Weights (pounds)

400

S, G, W* FL*

600

S, G, W* FL*

900

S, G, W* FL*

1500

S, G, W* FL*

2000

S, G, W* FL*

3000

S, G, W* FL*

5000

S, G, W* FL*

11/2" — — 20 — — — — — — — — — — —

2" x 11/2" — — 20 40 — — — — — — — — — —

2" 24 42 26 44 48 100 48 100 48 70 53‡ 100 61‡ 110

21/2" x 2" — — — — — — — — 48† — 53† — 61† —

21/2" 48 70 50 74 87 170 87 170 74 141 87‡ 170 — —

3" x 2" 32 — 34 65 — — — — — — — — — —

3" 58 90 60 96 95 160 113 205 95 131 113‡ 175 140‡ 241

4" x 3" 72 — 74 145 — — — — — — 113† — 140† —

4" 93 — 98 176 140 230 162‡ 320 140 200 162‡ 265 210‡ 330

5" x 4" — — — — — — — — — — 162† — 210† —

5" — — — — 208 — — — — — 317 — 317 —

6" x 4" — — — 270 — — — — — — — — 255 —

6" 300 411 310 428 325† 540 — — — — — — — —

8" x 6" — — — 590 — — — — — — — — — —

Size (in.)

Working Pressure

* S = Screwed EndG = Grooved EndW = Butt Weld EndFL = Flanged End

†Weld End only‡Grooved End not included

1 Weight shown is for the 4 bolt design, the 12 bolt design is 246lbs2 Weight shown is for a 5” 1000# OMGV with casing threads.3 Casing thread only (weight will be the same for a 5” 4000# valve)



D E M C OG E N E R A L T E C H N I C A L I N F O R M A T I O N

Valve Size Designations and Weld EndDimensional Information1. All references to pipe size in this catalog is the nominal size.

The actual OD and ID for various nominal sizes and schedules

is tabulated below. Weld End bodies are machined at each end

to match the pipe OD and ID.

2. Regular port valve size descriptions are designated by two

numbers. The first number is the nominal size of the end con-

nection. The second number is the ID of the valve seat (dimen-

sion “C” in the tables).

ID

Sch. 160Sch. 40OD

NominalSize

11/2" 1.900 1.610 1.500 — —2" 2.375 2.067 1.939 1.687 1.503

21/2" 2.875 2.469 2.323 2.125 1.7713" 3.500 3.068 2.900 2.624 2.3004" 4.500 4.026 3.826 3.438 3.1525" 5.563 — 4.813 4.313 4.0636" 6.625 6.065 5.761 5.187 —8" 8.625 7.981 7.625 6.813 —

Sch. 80 XXH

Special Order AccessoriesSquare Operating Nuts are offered to replace handles, for

wrench operation. Nuts are sized for 2-inch square sockets.

Locking devices for tamper-proof valve settings of standard

handles are also available.

Special Stem Extensions are available on all gate valves,

for buried service. Extended stems are housed from the valve

bonnet to the handle; operation of the valve is identical to nor-

mal assembly.

Actuators for automated or remote-controlled applications

may be furnished on special order. Prices for pneumatic or

hydraulic actuators can be given on request.

TestingDemco® Gate Valves are hydrostatically tested at assembly.

Stem seal, body and seat are inspected for zero leakage under

pressure, before acceptance.

Seat ElastomersBuna N (nitrile) is the basic seat elastomer. It is excellent for

petroleum oil and gases, fuel oils and alcohols from –10˚ F to

+200˚ F. Hypalon is optionally offered compounded for maxi-

mum chemical resistance. Particularly suited for oxidizing

acids, it resists hydrocarbon oils and fuels from –10˚ F to

+250˚ F. Viton is highly resistant to mineral acids and hydrocar-

bons and resists moderate concentrations of hydrogen sulfide.

Serviceable from –10˚ F to +400˚ F. (Not suitable for steam).

Plastic CoatingsInternally plastic-coated body and bonnet are offered with three

coatings. Demco 10 is a catalyst-cured epoxy with excellent

adhesion and resistance to wear, chipping and abrasion, is unaf-

fected by most acids, alkalis, brines and petroleum products up

to 150˚ F. Demco 11 is a baked-on phenolic serviceable to 200˚

F and resistant to organic and mineral acids, hydrocarbons and

corrodents encountered in oil and gas production (not recom-

mended for caustics). Demco 12 is a baked-on phenolic-epoxy,

tougher and more abrasion resistant, for excellent service in

caustics and salt water up to 200˚ F. All coatings are applied 5

to 6 mil thickness.

For applications in high pressure gas above 3000 psi or

involving concentrations of H2S or CO2 consult factory for

recommendations.

Pressure RatingsDemco® Gate Valves are designed for the maximum working

pressures and test pressures tabulated below:

Gate valve rating must be selected to match the piping system

in which the valve will be installed. Tabulated below are work-

ing pressures at 100˚ F for ASTM A-106 Grade B pipe in sizes

corresponding to Demco gate valves.

Ordering InformationGive size, pressure class and end connection. Specify pressure

class of flanged ends and raised face or RTJ. For threaded ends,

give line pipe, TBG (non upset tubing) or UPTBG (external

upset tubing). For weld or grooved ends, give schedule of

mating pipe.

Class400

Class600

Class900

Class1500

2000WP

3000WP

5000*WP

990 WP 1480 WP 2220 WP 3705 WP 2000 WP 3000 WP 5000 WP1500 Test 2225 Test 3350 Test 5575 Test 4000 Test 6000 Test 10,000 Test

Pressure Ratings

* 4"-5000, 5" & 6" regular port-5000 valves of the 4 bolt design are tested at 7,500 psi; exception special order.

Size Sch. 40 Sch. 80 Sch. 160 XXH

11/2" 1340 2430 — —2" 1210 2220 4300 5970

21/2" 1620 2590 3950 65903" 1460 2370 3930 58804" 1300 2130 3830 51505" — 1970 3730 46506" 1110 1970 3650 —8" 1030 1790 3620 —

Pressure Ratings


D E M C OD M 7 5 0 0 G A T E V A L V E S


How to Order* (Part number example: Std 5" Butt Weld 24994-2572110)

Base Part End Body Stem GateNumber Connection* Configuration Material Material

X X X X X – X X X X X X 0

Parts Detail

10,000 RTJ 3

Schedule XXH 2

Full Open Butt Weld 6

Steel 2

410 SS 7

17-4 SS 8

Duplex SS 9

CS/410SS/Buna-N/Buna-N 11

410SS/410SS/Buna-N/Buna-N 12

Wear Ring / Seat InsertSeat Elastomer/Other Elastomer

410 SS 7

17-4 SS 8

Duplex SS 9

Weld 5

Flanged 7

Description 2" 3" 4" 5" 6 × 5"

DM 7500 Butt Weld End 24993 24992 24967 24994 24981

DM 7500 Flanged End 24993 24992 24967 24994 N/A

No. Component Material Description

1 Handwheel Ductile IronASTM A536

Grade 65-45-12

2 Lock Screw Carbon Steel ANSI 1213

3Skt. Hd.

Alloy Steel ASTM B18.3Cap Screw

4 Gate Clip Stainless Steel ANSI 302

5 Stem Packing Elastomeric Buna-N

6 Stem Stainless SteelANSI 410

HRC 22 Max

7 Bonnet Alloy SteelASTM A487

Grade 4 Class C

8 Bonnet Stud Alloy Steel ASTM A193 Grade B7M

9 Bonnet Nut Alloy Steel ASTM A194 Grade 2H

10 Bonnet Seal Elastomeric Buna-N

11 Body Alloy SteelASTM A487

Grade 4 Class C

12 Seat InsertStainless Steel/

ANSI 410/Buna-NElastomeric

13 Gate Alloy Steel ANSI 4130

14 Grease Seal Elastomeric Buna-N

15 Wear Ring Alloy Steel ANSI 4142

16 Wear Ring Seal Elastomeric Buna-N

17Packing

Bronze ASTM B271 Grade 955Adapter

18Stem Screw

Carbon Steel ANSI 1022Assy.

18* Bearing Steel Roller Thrust

19 Bonnet Cap Carbon Steel ANSI 1022

20 Grease Seal Elastomeric Buna-N

21Packing

Carbon Steel ANSI 1022Retainer

22 Hex Cap Screw Alloy Steel ASTM A307 Grade 2

23 Stem Protector Plastic Clear Acrylic

24 Stem Cap Ductile IronASTM A536

Grade 65-45-12

25 Grease Fitting Commercial —

26 Grease Vent Commercial —

*Consult factory for other end connections or trims.

1

23

24

22

25

3

18

18A

14

19

26

17

4

12

5

13

11

10

6

7

2

2120

8

9

16

15

SD-016418



D E M C OD M 7 5 0 0 G A T E V A L V E S


Description2" 3" 4" 5" 6"

Weld Flange Weld Flange Weld Flange Weld Flange Weld Flange

A 9.00 18.38 13.00 24.38 16.00 26.38 17.88 29.00 17.88 N/A

B 13.04 13.04 24.60 24.60 31.00 31.00 31.81 31.81 31.81 N/A

C 2.6 3.94 4.69 5.31 3.90 6.2 5.00 7.03 5.00 N/A

D 6.38 6.38 10.50 10.50 11.75 11.75 14.88 14.88 14.88 N/A

E 13.88 13.88 22.81 22.81 20.00 20.00 26.75 26.75 26.75 N/A

Weight (lb) 76 124 256 372 310* 475* 506 761 506 N/A

Wear Ring I.D., Min (in) 1.97 1.97 2.98 2.98 3.97 3.97 5.17 5.17 5.17 N/A

End Conn. Option 6 ID 2.075 N/A 3.075 N/A 4.075 N/A 5.135 N/A Option

End Conn. Option 6 OD 3.00 N/A 4.40 N/A 5.81 N/A 7.25 N/A Option

*Estimated weights.

D

A

E

E

B

C


D E M C OS E R I E S D T G A T E V A L V E S


How to Order ( X X X X X - X X X X X X X ) - Example: 2" Bronze 1500, UPTBG 24753-2488816

Base Part End Body Stem Gate Seat Seat/Seals Body/Number Configuration Configuration Material Material Ring Bonnet

X X X X X – X X X X X X X

Threaded 4

Flanged 7

Aluminum6

Bronze

Stainless8

SteelBuna N/Buna N 1

(PeroxideCured Buna)

Viton/Viton 2

P-10/Hytrel 4

P-10/90 Duro6

Buna-N P.C.

316 SS 8316 SS 8

316 SS 8

Flanged

600 RTJ 2

600 RF 3

900 RTJ 4

900 RF 5

1500 RTJ 6

1500 RF 7

Threaded

API LP 0

UPTBG 2

Size ANSI Base(in) Class Part No.

600 17275

1* 900 17276

1500 14044

600 24726

2 900 24727

1500 24753

600 24728

21/2 900 24729

1500 24754

600 24730

3 900 24731

1500 24732

600 24733

4 900 24734

1500 24735

Size/ A A AB C D E

Class THD’D RF RTJ

1”6006.75 10 10 11.0 1.06 5.0 3.0900/500

2" 600 8.50 11.5 11.63 14.63 2.06 14.50 5.0

2" 8.50 14.5 14.63 14.63 2.06 14.50 5.25900/1500

21/2" 600 8.75 13.0 13.13 16.71 2.56 14.75 6.13

21/2" 8.75 16.5 16.63 16.71 2.56 14.75 6.38900/1500

3" 600 — 14.0 14.13 18.00 3.13 14.75 6.81

3" 900 9.69 15.0 15.13 18.00 3.13 14.75 6.94

3" 1500 — 18.5 18.63 18.82 3.13 18.00 7.15

4" 600 — 17.0 17.13 22.25 4.06 23.00 9.00

4" 900 — 18.0 18.13 22.25 4.06 23.00 9.13

4" 1500 — 21.5 21.63 22.54 4.06 23.00 9.41

Dimensional Data

D

40

80

130

60

110

10

20

B (OPEN)

E

A

30

120

180

90

100

70

160

21

C

SEE SEAT DETAIL

SEAT SPRINGSEAT SEAL

5050

SEAT SEAL

P-10(Seat/seal option 6)Seat spring and sealpart of seat assembly

Peroxide Cured BUNA or Viton(Seat/seal option 1 or 2)

Seat seal part of seat assembly

Seat Assembly Detail

* 1’ design not shown ( consult factory )



D E M C OS E R I E S D T G A T E V A L V E S

Working Pressure/Test Pressure DataEnd Connection Material Class 600 Class 900 Class 1500

ThreadedBronze

1480 WP 2225 Test 2220 WP 3350 Test 3705 WP 5575 TestStainless Steel

FlangedBronze 1480 WP 2225 Test 2220 WP 3350 Test 3705 WP 5575 Test

Stainless Steel 1440 WP 2175 Test 2160 WP 3250 Test 3600 WP 5400 Test

Body—API LP(6)

Aluminum Bronze N/A X N/A X N/A

XN/A N/A N/A N/A

Body—UPTBG ASTM B148 Alloy 955 CF

Body—ANSI RF(6)

Aluminum Bronze X X X X X X X X X X

10 1Body—ANSI RTJ ASTM B148 Alloy 955

Body—API LP(8) Stainless Steel CF8M N/A X N/A CF N/A N/A N/A N/A N/A N/A

Body—UPTBG

Body—ANSI RF(8) Stainless Steel CF8M CF X CF CF CF CF CF CF CF CF

Body—ANSI RTJ

(6)Aluminum Bronze

X X X X X X X X X X20 1 Bonnet ASTM B148 Alloy 955

(8) Stainless Steel CF8M CF X CF CF CF CF CF CF CF CF

21 1Stem Bushing

Bronze(f /SS Bonnet)

30 1Gate—Elastomer Seat Stainless Steel CF8M

Gate—P-10 Seat Stainless Steel CF8M, Chromium Plated

40 1 Stem (8) 316 SS

(1) Ring: CF8M; Elastomer: Buna-N Peroxide Cured, 90 Durometer

(2) Ring: CF8M; Elastomer: Viton, 75 Durometer

50 2 Seat Assembly (4)Ring: CF8M; Insert: Peek; Seal: Hytrel/Elgiloy

Spring: Inconel X-750

(6) Ring: CF8M; Insert: Peek; Seal: Buna-N Peroxide Cured, 90 DurometerSpring: Inconel X-750

60 1 Handle Ductile Iron ASTM A536 Grade 65-45-12

70 1Stem Packing

316 SSRetainer

80 1 Cap Steel

90 1 Stem Seal (1)or(6) Buna-N, Peroxide Cured, 90 DurometerAssembly

(2) Viton, 90 Durometer(Matched w/Seat Option) (4) Teflon/Elgiloy

100 1 Retainer Snap Ring PH 15-7 Mo

110 4 Cap Screw Alloy Steel

120 1 Lube Fitting Steel

130 1 Relief Fitting Steel

(1)or(6) Buna-N, Peroxide Cured, 90 Durometer

160 1 Body Seal (2) Viton, 90 Durometer

(4) Teflon/Elgiloy

180 1 Handle Seal Buna-N

Body Style and Material Optional Availability*

2" 21/2" 3" 4"

900 900600 1500 600 1500 600 900 1500 600 900 1500

Index Reqd. Description Material/Option Specifications

* X = Available; CF = Consult Factory; N/A = Not Available. For 1" size, consult factory.Part number reference for material option is shown in ( ) description column if applicable.


D E M C OS E R I E S D B G A T E V A L V E S


How to Order ( X X X X X - X 7 8 X X X 6 ) Example: 6" x 6" 900 RF 19163-5788896

Base Part End Body Stem Gate Insert Seat/Seals Body/BonnetNumber Connection Configuration Material Material Material Material

X X X X X – X 7 8 X X X 6

Aluminum Bronze

ASTM B148 Alloy 955

(Except 6 x 6 1500)

Aluminum Bronze 4ASTM B148 Alloy 953

(Except 6 x 6 1500)

316 Stainless Steel 8*ASTM A351 CF8M

(6 x 6 1500 only)

Duplex Stainless Steel 9*UN5 831803 (Gate)UN5 551803 (Insert)

Class 600 – all 316 StainlessClass 1500 – 6 x 4 Steel

ASTM A479Class 900 – all Type XM-19

Class 1500 – 6 x 6 StainlessSteel

SizePart No.

(in)

Class 600

6 x 4 18993

6 x 6 19108

8 x 6 19977

Class 900

6 x 4 18756

6 x 6 19163

8 x 6 19785

Class 1500

6 x 4 19791

6 x 6 18418

Buna-N 1

Viton 2

Buna-N, 90 Duro9*

Peroxide Cured

*Most common option.

600 RTJ 2

600 RF 3

900 RTJ 4

900 RF 5

1500 RTJ 6

1500 RF 7

Flanged

6" x 4", 6" x 6", 8" x 6" 600 6" x 4" 900

*Most common option.



D E M C OS E R I E S D B G A T E V A L V E S

*See How to Order table for materials not shown (Body, bonnet, seat insert, seat and seals).†Class 600(4); 6 x 4 900(8); 6 x 4 1500 (10); 6 x 6 900/1500 & 8 x 6 900 (12).


DescriptionClass 600 Class 900 Class 1500

6" x 4" 6"x 6" 8" x 6" 6" x 4" 6" x 6" 8" x 6" 6" x 4" 6" x 6"

Wt. Lbs. 270 400 570 350 540 775 540 610

AFlanged–RF 22 22 26 24 24 29 273/4 273/4Flanged–RTJ 221/8 221/8 261/8 241/8 241/8 291/8 28 28

B (Open) 135/8 191/8 191/8 1415/16 34 34 215/16 34

C (Seat Bore) 4 6 6 4 6 6 4 6

D 141/4 24 24 23 20 20 23 24

E 43/16 51/2 51/2 43/8 57/8 57/8 411/16 61/8

(Flange Diameter) 14 14 161/2 15 15 181/2 151/2 151/2F Flange Bolts (No.-Size) 12-1 12-1 12-11/8 12-11/8 12-11/8 12-13/8 12-13/8 12-13/8

Ring Number (RTJ) R45 R45 R49 R45 R45 R49 R46 R46

Parts List

Ind Req Description/Matl* Ind Req Description/Matl* Ind Req Description/Matl*

Class 600 (all), 6" x 4" 900 7 1 Bonnet* 22 1 Pin, Lock Handle (Steel)

1 1 Handle (Ductile) 8 † Body Stud (A193 B7) 23 2 Bonnet Stud (A193 B7)

2 1 Stem Pin (SS) 9 † Body Stud Nut (A194 2H) 24 2 Bonnet Stud Nut (A194 2H)

3 1 Lube Fitting (Steel) 10 1 Bonnet Seal* 6" x 6" 900/1500, 8" x 6" 900

4 1 Back-up Ring (Chrm/Lthr) 11 1 Body* 15 2 Roller & Cage Assy (Steel)

6" x 4" 1500 12 1 Seat Assembly* 16 4 Thrust Washer (Steel)

1 1 Hub Assy (Steel or Ductile) 13 1 Gate* 17 1 Brushing (Monel Type R)

3 1 Lube Fitting (Steel) 14 1 Screw Seal (n/r Class 600) 18 1 Stem Screw (Steel)

6" x 6" 900/1500, 8"x 6" 900 6" x 4" 900 19 1 Housing (Steel)

1 1 Handwheel (Ductile) 15 1 Relief Fitting (Steel) 20 1 Secondary Seal*

2 1 Set Screw (Steel) 6" x 4" 1500 (next 16-24) 21 1 Retainer (Steel)

3 1 Retainer Screw (Alloy Stl) 16 1 Lock Handle (Steel) 22 4 Housing Screw (Steel)

4 1 Down Stop Ring (316SS) 18 1 Stem Screw (Steel) 23 1 Sight Tube (Clear Acrylic)

Index 5-14 same for all valves 19 1 Screw Housing (Steel) 24 1 Stem Cap (Ductile)

5 1 Stem Seal* 20 1 Secondary Seal* 25 1 Lube Fitting (Steel)

6 1 Stem* 21 1 Retainer (Steel) 26 1 Relief Fitting (Steel)

6" x 4" 1500 6" x 6" 900/1500, 8" x 6" 900




How to Order – Example: std wafer carbon steel 3" Class 150 with handle: 03-A5110-02-S02-11/HL

Note: Valves with optional materials of construction are available on application.1 Controlled hardness carbon steel (H2S Service).2 Valves equipped with 316 SS stems may require derating depending

on size and class. See page 191 for actual valve ratings.

3 Standard seat for Class 600 valves.4 SS packing adjustment studs and nuts are standard.*Carbon steel discs (14" and larger—consult factory).5 Ref. “inconel.”6 Ref. “monel.”7 Ref. “Stellite” overlay

Size Body Trim Seal PackingActuation

Inches Group Group Group Group4

3" 03

4" 04

6" 06

8" 08

10" 10

12" 12

14" 14

16" 16

18" 18

20" 20

24" 24

CS Disc*01

17-4 Stem

SS Disc02

17-4 Stem

SS DiscNi-Cr5 03Stem

Ni-Cu6

Disc & 04Stem

SS Disc316 SS 05Stem2

SS DiscHF-6 O/L7 0617-4 Stem

SS DiscHF-6 O/L7 07

Ni-Cr Stem5

TFE VEE 11

High Temp 13

Graphitized

Grafoil 14

Bare Stem 00

Handle HL

HandwheelWG

Worm Gear

ChainwheelCH

Worm Gear

Class Material Style

1=150 1=CS 0= Wafer

3=300 2=SS 1= Lug

6=600 3=CS21

4 = CS/ENC

5=LCC

TFE S01

RTFE S02

SS/RTFE 3F023

NI-Cr5 Alloy(UNS No. F03

6625) /RTFE

316 SS M01

Ni-Cr5 Alloy(UNS No. M03

6625)

X X A 5 X X X X X X X X X X X X–––– /

DynaCentric valves comply with the following design and testing

standards: ANSI B16.5 (Steel Pipe Flanges and Flange Fittings);

ANSI B16.34 (Steel Valves); ANSI/FCI 70-2 (Control Valve

Seat Leakage); MSS-SP-6 (Standard Finishes for Pipe Flanges);

MSS-SP-25 (Standard Marking System for Valves); MSS-SP-55

(Quality Standard for Steel Castings); MSS-SP-68, API 609

(Butterfly Valves).

In addition, DynaCentric valves can be supplied to comply

with these standards: ANSI B31.1 (Power Piping); ANSI B31.3

(Chemical Plant and Petroleum Refinery Piping); MSS-SP-61

(Pressure Testing of Steel Valves); and API 598 (Valve

Inspection and Testing); and API 607, fire-test specifications.

DynaCentric valves trimmed for sour gas service in accordance

with NACE MR-01-75 (latest issue) are available from W-K-M

in both carbon steel and alloy construction.

Standards and Compliance




High TemperatureDynaCentric valves for high temperature service are equipped

with a modified 316 stainless steel seat and insert (M01), and

316 stainless steel stem bushings with high temperature seals.

This seat/seal combination is rated up to 800°F in carbon steel

bodies. Ni-Cr Alloy (UNS No. 6625) seats (M03) and stainless

steel bodies can be utilized up to 1000°F. Leakage rates for

metal seated valves are within the service limits of ANSI /FCI

70-2 Class V (See page 198 for details). DynaCentric valves

furnished with this seat perform well in steam, hot oil and heat

transfer fluids. Valves for higher temperatures can also be

provided on request.

Vacuum ServiceThe drop-tight sealing capabilities of DynaCentric valves

make them an excellent selection for vacuum service. S01,

S02, and F02 seat-seal codes are suitable for vacuum service

to 20 microns absolute. Inverted packing or purged stuffing

box configuration is available on request.

Sour Oil and Gas ServiceDynaCentric valves with sour gas trims are available for H2S

service in accordance with NACE MR-0l-75, latest issue.

(For recommendations on specific material codes for sour oil

and gas service, please reference Bulletin HS.)

Low Temperature ServiceDynaCentric valves for temperatures to –50°F are available

in both 316 stainless steel construction and low temperature

carbon steel. Low temperature seat/seal code recommendations

appear on page 190.

Oxygen ServiceDynaCentric valves provide the positive shut-off and tight

sealing necessary for gaseous oxygen service. Another design

advantage making the DynaCentric butterfly valve a good

choice for oxygen service is positive grounding. Each valve

includes Belleville springs between the body and lower stem,

which positively grounds the disc and eliminates the possibility

of static buildup, a potential cause for explosion or fire.

Additional safeguards have been established to ensure valves

for oxygen service meet the strict requirement of being com-

pletely free of oil, grease, combustible material, slag, metal

shavings, paint, rust or various fibers. All parts are cleaned in

solvent, washed in hot soapy water, thoroughly dried and care-

fully inspected for contamination. After assembly and testing,

each valve is individually tagged and sealed in a polyethylene

bag. Valves for such service may be supplied in any materials,

but 316 stainless steel or Ni-Cu Alloy (UNS No. 5500) are

recommended.

Steam ServiceDynaCentric valves are ideally suited for applications in service

steam. Reinforced TFE seats (S02) with high temperature pack-

ing will handle steam to 100 psig saturation pressure. When fit-

ted with 316 stainless steel seats with reinforced TFE inserts

(F02), the DynaCentric valve is suitable for steam to 250 psig

saturation pressures. The combination of rotary operation,

streamlined flow and positive shut-off can result in years of

maintenance-free service without the seizures on cool-down,

flashing or stem leakage associated with conventional gate or

globe valves.

Safety & Trim Guidelines




3"–12" Class 150, 3"–10" Class 300, 3"– 8" Class 600 DynaCentric Valves(Wafer style shown, lug style available)

Group Item Carbon Steel Stainless SteelCarbon Steel

(H2S)

1. Body A516 Gr 70 A351 Gr CF8M A516 Gr 70

2. Seat Retainer A516 Gr 70 A276 Type 316 A516 Gr 70

3. Seat Retainer Screw A193 Gr B7 18-8 SS

4. Stem/Disc Spring 18-8 SS

5. Stop Pin 316 SS

BODY6. Stop Pin Plug Carbon Steel 316 SS

7. Stem Bearing TFE/Steel Teflon/316 SS

8. Nameplate 18-8 SS

9. Gland Retainer Carbon Steel Stainless Steel Carbon Steel

10. Gland Retainer Stud 18-8 SS

11. Gland Retainer Nut 18-8 SS

12. Body Gasket See Note (2)

13. Disc A351 Gr CF8M†

14. Stem A564 Type 630,H1150 + H1150

15. Stem Pins A564 Type 630,H1150 + H1150

16, 17. Disc Spacer, Bearing(4) 316 SS

18. Stem Key* Carbon Steel

19. Stem Retainer Pins 316 SS

20. Packing Spacer 316 SS

21. Gland Ring 316 SS

SEAL 22. Seat See Note (1)

PACKING 23. Packing Set See Note (3)

Standard Materials of Construction

TRIM

Note (1): Seat assemblies consist of the following:TYPE S — Class 150—Virgin TFE (available in Class 150 only)

Standard Class 150 and 300—Reinforced TFETYPE F — Metal, Fire-Tested,

Class 150, 300 and 600—Stainless Steel withReinforced TFE Insert

TYPE M—Metal, High TemperatureClass 150, 300 and 600—316 Stainless Steel with

316 Stainless Steel Insert

Note (2): Standard valves do not require body gaskets. FO2, fire testedand high temperature, MO1/MO3, valves are equipped withcomposite fiber body gaskets.

Note (3): Packing sets consist of the following:TFE VEEHigh temperature, graphitizedGrafoil

Note (4): 1996 – combined as one part

*Stem key for 8" valves and larger.†Hard Chrome Plated on FO2, MO1 and MO3 only.

11

9

10

23

7

4

8

14

19

1617

18

21

20

15

5

6

1 13

22

12

2

3




14"–24" Class 150, 12"–24" Class 300, 10"– 12" Class 600 DynaCentric Valves(Lug style shown, wafer style available)

Group Item Carbon Steel Stainless SteelCarbon Steel

(H2S)

1. Body A216 Gr WCC A351 Gr CF8M A216 Gr WCC RC-22

2. Seat Retainer A516 Gr 70 A276 Type 316 A516 Gr 70 RC-22

3. Seat Retainer Screw A193 Gr B7 18-8 SS

4. Stem/Disc Spring 18-8 SS

5. Stop Pin 316 SS

BODY6. Stem Bearing Teflon/Steel Teflon/316 SS

7. Nameplate 18-8 SS

8. Gland Retainer Carbon Steel Stainless Steel Carbon Steel

9. Gland Retainer Stud 18-8 SS

10. Gland Retainer Nut 18-8 SS

11. Bottom Cover Plate Carbon Steel Stainless Steel Carbon Steel RC-22

12. Bottom Cover Gasket Composite Fiber

13. Bottom Cover Bolt A193 Gr B7 18-8 SS A193 Gr B7

14. Body Gasket See Note (2)

15. Disc A216 Gr WCC†† A351 Gr CF8M†

16. Stem A564 Type 630,H1150 + H1150

17. Stem Pins A564 Type 630,H1150 + H1150

18/19. Disc Spacer/Bearing(4) 316 SS

20. Stem Key Carbon Steel

21. Stem Retainer Pins 316 SS

22. Packing Spacer 316 SS

23. Gland Ring 316 SS

SEAL 24. Seat See Note (1)

PACKING 25. Packing Set See Note (3)

Standard Materials of Construction

TRIM

Note (1): Seat assemblies consist of the following:TYPE S — Class 150—Virgin TFE (available in Class 150 only)

Standard Class 150 and 300 —Reinforced TFETYPE F — Metal, Fire-Tested,

Class 150, 300 and 600—Stainless Steel withReinforced TFE Insert

TYPE M—Metal, High TemperatureClass 150, 300 and 600—316 Stainless Steel with

316 Stainless Steel Insert

Note (2): Standard valves do not require body gaskets. FO2 fire tested,fire safe and high temperature, MO1/MO3 valves are equippedwith composite fiber body gaskets.

Note (3): Packing sets consist of the following:TFE VEEHigh temperature, graphitizedGrafoil

Note (4): 1996 – combined as one part †Hard Chrome Plated on FO2, MO1 and MO3.††Electroless Nickel Plated.

10

9

25

6

7

1

6

4

12

11

24

14

2

3

8

23

22

20

17

16

21

18

19

1617

13




Material CodesThis chart is an abbreviated guide to the chemical resistance

and pressure-temperature limitations of seat-seal materials used

in DynaCentric valves. Complete ratings curves are shown

below. For additional information, please consult your

DynaCentric representative or the factory.

Pressure-Temperature LimitationsSeat ratings are based on differential pressures with the disc in

the fully closed position and refer to seat only. Body pressure/

temperature ratings appear on page 191.

Seat-Seal Material Codes and Ratings

Service ApplicationSeal Code

SeatMaterial

ANSI/FCI 70-2Shutoff Class

S01 TFE 6 (VI) Seats are virgin TFE. Use where lading contamination from glass or other fillers is not desirable, such as in food service. Available in Class 150 valves only. Temperature range is –50°F to +400°F. Drop tight.

S02 RTFE 6 (VI) Seat material is TFE reinforced with inert materials for use at elevated temperatures and pressures. Same chemical resistance as virgin TFEexcept slightly affected by hot alkaline solutions. Suitable for saturated steam to 100 psig. Temperature range is –50°F to +500°F. Drop tight.

F02 SS/RTFE 6 (VI) Seat consists of stainless steel rings with a reinforced TFE insert. Recommended trim for fire-test applications and for steam service to 250 PSI saturation. Temperature is –50°F to +500°F. Drop tight.

F03 Ni-Cr Alloy 6 (VI) Seat consists of Ni-Cr Alloy (UNS No. 6625) with a reinforced TFE insert.(UNS No. 6625) / Recommended trim for “fire-tested” applications and for steam service

RTFE to 250 psi saturations. Temperature range is –50°F to +500°F. Drop tight.

M01 316 SS * Recommended trim for saturated stem above 250 PSI, hot oils and gases, and temperatures to 750°F. Pressure/temperature range is same as body rating. Meets ANSI/FCI 70-2.

M03 Ni-Cr Alloy * Same as M01 but for temperatures from 750°F to 1000°F.(UNS No. 6625)

*Standard leakage rate of metal seated valves is less than .005 ml/PSI/NPS. Class V Shut-off can be furnished on request.




Ratings shown above are maximum working pressure ratings for

the valve body at various temperatures. All pressures are PSIG.

Practical pressure limitations according to actual service conditions

are determined by the seat ratings shown on page 190.

These valve body ratings are based on the following material

specifications: CS-ASTM A516 Grade 70 and A216 Grade WCC

(NOTE: Carbon steel listed is not recommended for prolonged

usage above 800°F.) 316 SS-ASTM A351 Grade CF8M.

Valves with 17-4 PH stems are only recommended up to a

maximum temperature of 750°F. Ni-Cr Alloy (UNS No. 6625)

stems are required for temperatures above 750°.

NOTE: Cold working pressures for the DynaCentric valves

equipped with 316 SS stems will be derated. See table above.

Ni-Cr Alloy (UNS No. 6625) or Ni-Cu Alloy (UNS No. 5500)

stems can be furnished for applications requiring high corrosion

resistance and full ANSI ratings.

Valve Body Pressure Ratings

DP Max.—316 SS StemsSize (in)

Class 150 Class 300 Class 600

3 285 650 650

4 285 325 650

6 285 325 650

8 285 325 650

10 125 325 650

12 125 325 650

14 125 325 —

16 125 325 —

18 125 325 —

20 125 325 —

24 125 325 —

Maximum Shut-Off Pressures for DynaCentric Valveswith 316 Stainless Steel Stems (CWP)

Temp Class 150 Class 300 Class 600°F CS 316 SS CS 316 SS CS 316 SS

-20 to 285 275 740 720 1480 1440100

200 260 240 675 620 1350 1240

300 230 235 655 560 1315 1120

400 200 195 635 515 1270 1025

500 170 170 600 480 1200 955

600 140 140 550 450 1095 900

650 125 125 535 445 1075 890

700 110 110 535 430 1065 870

750 95 95 505 425 1010 855

800 80 80 410 420 — 845

850 — 65 — 420 — 835

900 — 50 — 415 — 830

950 — 35 — 385 — 775

1000 — 20 — 350 — 700

Pressure/Temperature Ratings for DynaCentricValve Bodies with Standard Stems

Stem Material: A564 Type 630, H1150.In accordance with ANSI B16.34.

Stem Material: ASTM A276 Type316; Cond. A.30,000 Minimum Yield75,000 Minimum Tensile




Proper valve selection is dependent on several factors for both

liquid and gas flow, as well as the physical limitations of the

valve as established by the manufacturer. The following infor-

mation is presented for handy and quick reference.

The flow coefficient (CV) is the most universally accepted

measure of a valve’s capacity to handle flow. A dimensionless

arrangement is often employed with DynaCentric valves where

the desired CV for the control valve results in a valve size that is

smaller than the line size.

Use the following equation to obtain the corrected flow

coefficients for the DynaCentric valve when installed in combi-

nation with reducers.

CVR = CVR

CV

d2 )(2

d2

D2)(2

1 –1.5

1 +890

1R =

entity, CV is defined as the number of gallons per minute of

water at standard conditions (60°F and 14.7 psia) which will

flow through a given flow restriction with a pressure drop of

1 psi. Once determined, the CV of a valve provides a capacity

index by which one is able to readily estimate the required size

of a flow restriction for controlling the fluid flow of any system.

CavitationDynaCentric valves, because of their inherently high flow

capacities, have a greater tendency to cavitate at high pressure

drops. Cavitation occurs in liquids if the static pressure of the

flowing liquid decreases to a value less than the fluid under

pressure. This phenomenon can create accelerated wear and

deterioration of valves and piping as well as annoying noise and

vibration problems. To avoid cavitation in piping, the following

formula should be employed:

DPmax = 0.33 (P1 – PV).

This formula can also be safely used where reducers are

employed.

ReducersWhen valves are mounted between pipe reducers, a loss in

valve capacity occurs with an additional pressure drop across

the system due to contractions and sudden enlargements. This

SG

DPCV = QL

DP

SGQL = CV

QL

CVDP = SG )(

2

SGTR

DP x P1CV =

DP x P1

SGTRQG = 1360 CV

QG

1360 CV

SGTR

P1

QG

1360

DP = )(2

For liquid service:

For gas service:

For steam service (saturated):

For steam service (superheated):

These formulas are generallyaccurate for gas flows where

DP < .1P1.

For DP > .1P1, consult factory for assistance in sizing.

2.1 DP(P1 + P2)CV =

W

W = 2.1CV DP(P1 + P2)

2.1 DP(P1 + P2)CV =

W(1 + 0.0007 TS)

(1 + 0.0007 TS)

W = 2.1CV DP(P1 + P2)

–

Where:Cv = valve flow coefficientP1 = upstream pressure, psiaP2 = downstream pressure, psiaDP = pressure drop P1 – P2, psiQG = gas flow rate, SCFHQL = liquid flow rate, U.S. gpmSG = specific gravity of fluidTR = temperature, °R (460 + °F)TS = steam superheat, °FW = flow rate, lbs/hrPv = vapor pressure, psia

Where:CV = sizing coefficient determined by standard

calculationsd = nominal valve size, inchesD = line size, inchesCVR = corrected flow coefficient for valve between

reducers

Valve Sizing Formulas




The practical control range of this type of valve occurs where

continuous throttling can be effected without significant loss of

accuracy or decrease in valve life.

The usable rangeability for DynaCentric valves is between

20° and 70° opening, resulting in a ratio of 10:1. In sizing the

DynaCentric valve for throttling applications, a full open CV

should be selected that is approximately 1.8 times the CV deter-

mined from calculations. Under normal flow conditions, this

selection will provide a valve opening of 50°-60°.

CV values equal the flow of water in U.S. gallons per minute

per 1 PSI pressure drop.

Flow Characteristics (CV)

Typical Characteristic Curve

Disc Angle, Degrees OpenValve Size 20 30 40 50 60 70 80 90

3 14 31 54 81 115 144 169 180

4 31 66 117 176 250 312 367 400

6 85 180 317 476 677 846 995 1058

8 174 371 654 981 1395 1744 2049 2180

10 300 638 1125 1688 2401 3001 3526 3751

12 440 936 1651 2477 3523 4403 5174 5504

14 523 1110 1959 2939 4180 5225 6139 6531

16 659 1401 2473 3709 5276 6594 7748 8243

18 886 1883 3323 4985 7089 8862 10412 11077

20 1066 2266 3998 5998 8530 10662 12528 13328

24 1554 3302 5828 8741 12432 15540 18260 19425

Series A5100, Class 150


3 14 31 54 81 115 144 169 180

4 31 66 117 176 250 312 367 400

6 85 180 317 476 677 846 995 1058

8 174 371 654 981 1395 1744 2049 2180

10 268 570 1005 1508 2145 2681 3150 3351

12 399 849 1498 2247 3196 3995 4693 4993

14 428 910 1606 2409 3426 4282 5032 5353

16 609 1295 2285 3428 4876 6094 7161 7618

18 848 1730 2983 4504 6303 7594 8379 8855

24 1290 2629 4534 6847 9580 11542 12738 15520



3 14 31 54 81 115 144 169 180

4 23 50 88 132 188 234 275 293

6 67 141 249 374 532 665 781 831

8 155 330 583 874 1243 1554 1826 1942

10 241 512 904 1356 1929 2411 2833 3014

12 336 714 1260 1890 2688 3360 3948 4200



0-50psi 155 348 728 1125 2154 3291 4277 6334 8129 11655 15770

100psi 200 419 911 1364 2563 4013 5380 7947 10131 14371 19714

200psi 291 561 1276 1841 3381 5458 7586 11174 14134 19743 27803

285psi 368 681 1587 2247 4077 6686 9462 13917 17536 24309 34308

300psi 381 702 1642 2319 4200 6903 9793 14401 18137 25114 35491

400psi 472 844 2007 2796 5018 8348 11999 17628 22140 30486 43379

500psi 563 986 2373 3274 5836 9793 14205 20855 26143 35858 51268

600psi 653 1128 2738 3751 6654 11237 16411 24082 30146 41230 59156

700psi 744 1289 3104 4229 7473 12582 18618 27309 34149 46601 67045

740psi 780 1326 3250 4420 7800 13260 19500 28800 35750 48750 70200

0-50psi 155 348 728 1125 2154 3291 4277 6334 8129 11655 15770

100psi 190 395 660 1290 2430 3790 5050 7459 9533 13556 18540

200psi 250 490 1110 1800 2990 4790 6610 9740 12340 17297 24080

285psi 300 570 1330 1900 3460 5640 7930 11670 14726 20477 28790

300psi 315 590 1370 1950 3550 5790 8180 12010 15147 21038 29620

400psi 380 680 1630 2280 4100 6800 9720 14281 17955 24780 35160

500psi 445 780 1880 2610 4660 7800 11270 16551 20762 28821 40700

600psi 610 875 2140 2940 5220 8800 12820 18821 23570 32262 46240

700psi 575 970 2400 3270 5780 9800 14380 21092 26377 36003 51780

740psi 600 1020 2500 3400 6000 10200 15000 22000 27500 37500 54000

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

DEMCO

The Torque Values shown in these tables are net required operating torques for actuator sizing.An appropriate safety factor is included for normal wet operating torque.

For severe service, additional safety factor should be added:Dry gas or slurry................................1.25 Low Temperature.................................... 1.20Emergency Shutdown...................... 1.60

3” 4” 6” 8” 10” 12” 14” 16” 18” 20” 24”

SO seats upstream - Valve torque (in.lb.)

3” 4” 6” 8” 10” 12” 14” 16” 18” 20” 24”

SO seats upstream - Valve torque (in.lb.)

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

(p203)


0-50psi 333 609 1389 2710 4422 6547 7728 9709 13116 18395 25623

100psi 383 733 1665 3211 5328 8051 9314 11660 15035 22135 30942

200psi 482 979 2218 4212 7134 11059 12485 15562 22023 29616 41579

285psi 567 1188 2687 5063 8672 13615 15181 18880 27070 35974 50621

300psi 582 1225 2770 5214 8943 14066 15856 19455 27961 37096 52216

400psi 682 1471 3322 6216 10751 17074 18828 23387 33899 44577 52854

500psi 781 1717 3875 7216 12560 20082 21999 27270 39837 52057 73491

600psi 881 1963 4427 8218 14358 23089 25171 31172 45775 59538 84129

700psi 981 2209 4979 9219 16177 26097 28342 35075 51713 67018 94765

740psi 1021 2308 5200 9620 16900 27300 29611 36638 54088 70011 98021

800psi 1080 2455 5531 10221 17985 29105

900psi 1180 2701 6084 11222 19794 32112

1000psi 1280 2947 6636 12224 21802 35120

1100psi 1379 3193 7188 13225 23410 38127

1200psi 1479 3440 7741 14227 25219 41135

1300psi 1579 3686 8293 15228 27027 44143

1400psi 1678 3932 8845 16230 28836 47150

1480psi 1758 4129 9287 17031 30283 49557

3” 4” 6” 8” 10” 12” 14” 16” 18” 20” 24”

0-50psi 333 609 1389 2710 4422 6547 7728 9709 13116 18395 25623

100psi 366 694 1578 3035 5043 7595 8956 11218 15432 21289 29746

200psi 431 863 1957 3729 6286 9689 11412 14235 20063 27079 37991

285psi 487 1006 2278 4307 7343 11470 13500 16800 24000 32000 45000

300psi 497 1032 2335 4409 7530 11784 13868 17253 24695 32868 46237

400psi 562 1201 2714 5089 8774 13878 16325 20270 29326 38658 54482

500psi 528 1370 3092 5789 10016 15973 18781 23288 33958 44447 62728

600psi 693 1539 3470 5448 11259 18068 21237 26305 38589 50237 70974

700psi 759 1707 3849 7128 12503 20162 23693 29323 43221 56026 79219

740psi 785 1775 4000 7400 13000 21000 24675 30530 48074 58342 82515

800psi 824 1876 4227 7808 13746 22257

900psi 890 2045 4605 8488 14989 24351

1000psi 955 2214 4954 9167 16232 28446

1100psi 1021 2383 5382 9847 17476 28541

1200psi 1086 2552 5741 10527 18719 30635

1300psi 1152 2721 6119 11206 19962 32730

1400psi 1218 2890 8497 11888 21205 34824

1480psi 1270 3025 8800 12430 22200 36500



The Torque Values shown in these tables are net required operating torques for actuator sizing.An appropriate safety factor is included for normal wet operating torque.

For severe service, additional safety factor should be added:Dry gas or slurry................................1.25 Low Temperature.................................... 1.20Emergency Shutdown...................... 1.60 High Temperature (6000 - 7000F)............ 1.30

Extended High Temp. (7500 - 10000F).....1.50

3” 4” 6” 8” 10” 12” 14” 16” 18” 20” 24”

FO/MO seats upstream - Valve torque (in.lb.)

FO/MO seats downstream - Valve torque (in.lb.)




Dimensional Data

A B C D E F G H J K L M N P QValveSize

3 53/8 115/16 51/2 75/8 115/8 — — 6 2 4 7/16 7/8 3/8-16 25/8 —4 65/8 22/32 63/8 81/2 131/8 41/64 2 71/2 2 4 7/16 7/8 3/8-16 35/8 —6 83/4 223/64 75/8 93/4 153/4 49/64 2 91/2 2 4 7/16 7/8 3/8-16 55/8 —8 11 217/32 87/8 119/16 1811/16 49/64 2 113/4 21/8 41/4 5/8 11/4 3/8-16 75/8 19/16

10 131/4 225/32 97/8 125/8 203/4 57/64 2 141/4 21/8 41/4 5/8 11/4 3/8-16 91/2 19/16

12 153/4 315/32 111/4 1413/16 243/4 57/64 2 17 23/4 51/2 13/16 15/8 1/2-13 111/2 2

R S T U V W X AA EE FF GG HHWeight-Lbs Weight-LbsLug Body Wafer Body

ValveSize

3 — 5/8 7/16 71/2 — 5/8-11 4 63/8 21/4 3 13/32 11/32 20 164 — 5/8 7/16 9 — 5/8-11 8 71/4 21/4 3 13/32 11/32 35 256 — 7/8 5/8 11 — 3/4-10 8 81/2 21/4 3 13/32 11/32 55 358 1/4 Sq. 11/8 — 131/2 — 3/4-10 8 10 — 31/2 9/16 — 83 57

10 1/4 Sq. 11/8 — 16 — 7/8-9 12 11 — 31/2 9/16 — 125 9012 5/16 Sq. 13/8 — 183/4 — 7/8-9 12 123/4 31/2 55/16 13/16 9/16 175 150

Series A5100, Class 150, 285 PSI CWP* (inches)

*Pressure ratings are in accordance with ANSI B16.34 for group 1.1 carbon steel valves.

Pressure ratings will vary with different body materials.


14 17 321/32 103/4 159/16 2613/16 11/64 4 183/4 37/16 67/8 7/8 13/4 1/2-13 1215/32 216 191/4 49/64 129/32 1713/16 305/8 11/64 4 211/4 37/16 67/8 7/8 13/4 1/2-13 1419/64 23/418 211/2 41/2 141/2 2013/16 351/16 19/64 4 223/4 43/4 91/2 1 2 — 1617/64 320 235/8 5 1513/16 227/16 383/32 19/64 4 25 43/4 91/2 1 2 — 185/64 324 281/8 61/16 173/4 243/4 4213/16 117/64 4 291/2 43/4 91/2 1 2 — 217/16 33/4


ValveSize

14 5/16 Sq. 13/8 — 201/2 — 1-8 12 131/2 31/2 425/32 13/16 9/16 230 17016 3/8 Sq. 13/4 — 231/2 — 1-8 16 151/32 41/16 55/16 11/16 13/16 360 27018 1/2 Sq. 2 — 243/4 11/16 11/8-8 16 171/2 425/32 27/8 x 615/16 15/16 13/16 455 33020 1/2 Sq. 2 — 271/4 11/16 11/8-8 20 1813/16 425/32 27/8 x 615/16 15/16 13/16 570 39024 5/8 Sq. 21/2 — 32 11/16 11/4-8 20 203/4 425/32 27/8 x 615/16 15/16 13/16 890 640







Dimensional Data


3 53/8 115/16 51/2 75/8 115/8 49/64 2 65/8 2 4 7/16 7/8 3/8-16 25/8 —4 65/8 23/32 63/8 81/2 131/8 49/64 2 77/8 2 4 7/16 7/8 3/8-16 35/8 —6 83/4 223/64 75/8 93/4 153/4 49/64 2 105/8 2 4 7/16 7/8 3/8-16 55/8 —8 11 225/32 87/8 119/16 1811/16 57/64 2 13 21/8 41/4 5/8 11/4 3/8-16 75/8 19/16

10 131/4 31/32 107/8 147/16 24 11/16 4 151/4 23/4 51/2 13/16 15/8 1/2-13 91/2 212 153/4 315/32 121/4 161/2 2731/64 19/64 4 173/4 23/4 51/2 13/16 15/8 1/2-13 111/2 23/4


ValveSize

3 — 5/8 7/16 81/4 — 3/4-10 8 63/8 21/4 3 13/32 11/32 25 164 — 5/8 7/16 93/4 — 3/4-10 8 71/4 21/4 3 13/32 11/32 38 256 — 7/8 5/8 121/4 — 3/4-10 12 81/2 21/4 3 13/32 11/32 67 358 1/4 Sq. 11/8 — 143/4 — 7/8-9 12 10 — 31/2 9/16 — 115 6110 5/16 Sq. 13/8 — 171/4 — 1-8 16 123/8 31/2 55/16 11/16 9/16 145 11012 3/8 Sq. 13/4 — 20 — 11/8-8 16 133/4 31/2 55/16 11/16 9/16 225 170




ValveA B C D E F G H J K L M N P Q

Size

14 171/2 45/8 135/8 20 33 11/8-8 × 1.25 4 201/4 43/4 91/2 1 2 — 1215/32 316 191/4 59/32 145/8 21 357/32 11/4-8 × 1.50 4 221/2 43/4 91/2 1 2 — 145/16 318 22 513/16 165/32 235/32 3837/64 11/4-8 × 1.56 4 243/4 43/4 91/2 1 2 — 161/4 33/424 291/8 71/4 195/8 2711/16 4815/32 11/2-8 × 1.38 4 32 6 12 11/2 3 3/4-10 217/16 4

ValveR S T U V W X AA EE FF GG HH

Weight-Lbs Weight-LbsSize Lug Body Wafer Body

14 1/2 Sq. 2 — 223/4 11/16 11/8-8 20 165/8 425/32 27/8 x 615/16 15/16 13/16 490 29016 1/2 Sq. 2 — 251/2 11/16 11/4-8 20 175/8 425/32 27/8 x 615/16 15/16 13/16 650 36018 5/8 Sq. 21/2 — 28 11/16 11/4-8 24 195/32 425/32 27/8 x 615/16 15/16 13/16 925 48024 7/8 Sq. 31/2 — 36 — 11/2-8 24 235/8 1625 930




SEE ABOVE

Note: Minimum pipe I.D. required for disc swingclearance: Schedule 80 pipe or equivalent.

10" - 12" Class 300 10" - 12" Class 300

Optional Flange MountingBracket (Actuator Code-FG)

Note: Minimum pipe I.D. required for disc swingclearance: Schedule 80 pipe or equivalent. (18" - 24" 300 schedule XS only)

Optional Flange MountingBracket (Actuator Code-FG)




Dimensional Data


Size

12 161/4 517/32 1215/16 1937/64 321/4 11/4-8 × 1.25 4 191/4 43/4 91/2 1 2 — 111/2 3



12 1/2 Sq. 2 — 21.75 11/16 11/4-8 20 1515/16 425/32 27/8 x 615/16 15/16 13/16 520 360





Size

3 53/8 115/16 51/2 75/8 115/8 49/64 2 65/8 2 4 7/16 7/8 3/8-16 25/8 —4 67/8 23/8 63/4 87/8 137/8 57/64 2 81/2 2 4 7/16 7/8 3/8-16 35/8 —6 9 229/32 9 113/4 1815/16 11/64 4 111/2 21/8 41/4 5/8 11/4 3/8-16 55/8 19/16

8 111/2 321/32 97/8 133/8 211/8 19/64 4 133/4 23/4 51/2 13/16 15/8 1/2-13 75/8 210 131/2 421/32 12 163/8 267/8 11/4-8 × 1.38 4 17 23/4 51/2 13/16 15/8 1/2-13 91/2 23/4



3 — 5/8 7/16 81/4 — 3/4-10 8 63/8 21/4 3 13/32 11/32 25 164 — 7/8 5/8 101/2 — 7/8-9 8 75/8 21/4 3 13/32 11/32 53 306 1/4 Sq. 11/8 — 135/8 — 1-8 12 101/8 — 31/2 9/16 — 85 528 5/16 Sq. 13/8 — 161/8 — 11/8-8 12 113/8 31/2 55/16 11/16 9/16 165 105

10 3/8 Sq. 13/4 — 191/2 — 11/4-8 16 131/2 31/2 55/16 11/16 9/16 329 225







Worm Gear ActuatorsWorm gear actuators are available as optional equipment, for

DynaCentric valves sizes 3" through 8". All larger size valves

require worm gear actuators or power actuation.

Handle operated valves, sizes 3" through 8", can be converted

in the field to worm gear operation. No modification is required to

accommodate the addition of the worm gear unit.

W-K-M DynaCentric Valves Manual Actuators

Dimensions (inches) Weight (lbs)Valve Sizeand Class A B C D E F (Dia.) G.O. Mtg.

3" 150/300/600 63/8 25/8 11/8 63/8 13/4 8 13 31/2

4" 150/300 63/8 25/8 11/8 71/4 13/4 8 13 31/2

4" 600 63/8 25/8 11/8 75/8 13/4 8 13 31/2

6" 150/300 63/8 25/8 11/8 81/2 13/4 8 13 31/2

6" 600 91/8 3 13/8 101/8 21/2 12 19 4

8" 150/300 91/8 3 13/8 10 21/2 12 19 4

8" 600 131/8 31/4 11/2 113/8 3 18 33 8

10" 150 91/8 3 13/8 11 21/2 12 19 4

10" 300 131/8 31/4 11/2 123/8 3 18 33 8

10" 600 151/8 49/16 25/8 131/2 31/2 24 43 8

12" 150 131/8 31/4 11/2 123/4 3 18 33 8

12" 300 151/8 49/16 25/8 133/4 31/2 24 43 8

12" 600 171/8 49/16 25/8 1515/16 31/2 30 49 18

14" 150 131/8 31/4 11/2 131/2 3 18 33 10

14" 300 171/8 49/16 25/8 165/8 31/2 30 49 18

16" 150 151/8 49/16 25/8 151/32 31/2 24 43 10

16" 300 171/8 49/16 25/8 175/8 31/2 30 49 18

18" 150 171/8 49/16 25/8 171/2 31/2 30 49 18

18" 300 181/16 41/2 21/8 195/32 45/8 30 80 18

20" 150 171/8 49/16 25/8 1813/16 31/2 30 49 18

24" 150 181/16 41/2 21/8 203/4 45/8 30 80 18

24" 300 205/8 53/25 25/16 235/8 61/4 30 142 25

Dimensions (inches)Valve Size& Class

HandleNo.

Wt.(lbs)A B C D E

3" 150/300/600 H-16 12 63/8 75/8 41/2 59/16 6

4" 150/300 H-16 12 71/4 81/2 41/2 59/16 6

4" 600 H-36 18 75/8 87/8 41/2 59/16 10

6" 150/300 H-36 18 81/2 93/4 41/2 59/16 10

6" 600 H-46 18 101/8 113/4 41/2 59/16 10

8" 150 H-46 18 10 111/2 41/2 59/16 10

Handle Actuators

CAUTION: Handle operated valves should be installed with seat down-stream. Handles should only be used up to the following differentialpressures:3" valves to 400 psi 4" valves to 300 psi6" valves to 150 psi 8" valves to 50 psi


DEMCOS E R I E S N E - C , N E - I , N E - D , N E I - T , 2 " – 1 2 "


Ref.Req’d

Component Material

No. Description

1 1 Body *

2 1 Seat *

3 1 Disc *

4 1 Upper Stem *

6 1 Lower Stem *

7 2 Spring Pin Stainless Steel

14 1 Retainer Stainless Steel

22 1 Top O-Ring Buna-N

23 † Stem O-Ring Buna-N

24 2 Bearing Bronze*See How to Order for material choices/styles.

Complete material specs on pages 222 and 223.†Req’d. for throttling valves only.

Parts Detail

NE-CNE-INEI-T

NE-D

How to Order (example: 6" NE-C, 200PSI, Wafer, Standard trim with handle 22124-1215311)

Base Part Body Body Stem Disc Seat ActuationNumber Configuration Material* Material Material Elastomer

X X X X X – X X X X X X

Based on valve seriesand shut off

pressure. See page 203.

NE-C/NE-I/NEI-T

Wafer 1

Lug 5

NE-D

Wafer 1

NE - C (Longneck)

Ductile Iron (lug) 1

Cast Iron (wafer) 2

NE-I & NE-I Sanitary

Ductile Iron1

(wafer only)

Aluminum Bronze 3

Carbon Steel4

(NE-I only)

Aluminum5

(wafer only)

ENC Coated6

Ductile Iron

Stainless Steel 8

NE-D

Ductile Iron 1

NEI-T

Ductile IronWafer–Shortneck 1

Lug–Longneck

Gray Iron2

(longneck wafer)

Aluminum Bronze 3

Carbon Steel 4

Aluminum5

(wafer only)

Stainless Steel 8

NE - C & NE- I

416 SS 1

316 SS** 2

Monel(6) 3

NE-D

416 SS 1

316 SS** 2

Monel(6) 3

NEI-T

316 SS 2

Vented***

316 SS9

Solid***

NE-I Sanitary

316 SS** 2

NE - C, NE- I& NE-D

316 SS 2

Monel(6) 3

Aluminum Bronze

4

Ductile IronNickel Plated 5

PVF Coated6

Ductile Iron(1)

Alloy 20(2) 7

Hastelloy “C”(6) 8

NE I-T &NE-I Sanitary

316 SS/PVF Coated 0(NEI-T only)

316 SS Polished(3) 2

316 SSTumbled(3) 5

Alloy 207

(NEI-T only)

Hastelloy “C”8

(NEI-T only)

316 SSUnpolished(3) 9

NE - C, NE- I & NE-D

Buna-N 31

Black Neoprene 32

Hypalon(6) 33

Viton(6) 34

EPT 35

Natural Rubber 36

White Neoprene 37

ETM-30230 01

Fluorosteam 02

Food Grade EPT 03

Peroxide Cured04Buna-N

NEI-T

Buna-N/Teflon(6) 31

Peroxide Cured35

EPT/Teflon(6)

Sulfur Cured05

EPT/Teflon(6)

NE-I SanitaryAll Seats Food Grade

Buna-N 31

Black Neoprene 32

Viton 34

EPT 35

White Neoprene 37

Sulfur Cured EPT 05

Handle

10 Position Lkg. 1(4)

Throttling 2(4)

Mem./Stop

Square Nut 5

2 Position Lkg. 6(4)

10 PositionSanitary 8

(NEI-T only)

None 9

10 Position Lkg.Corrosion K resistant

2 Position Lkg.Corrosion L resistant

Throttling/M

Mem. stop

Gear Operators(5)

Hand Wheel A

Crank(2"-12" only) B

Chain Wheel C

Square Nut D

Bare Stem E

**Standard coating is green enamel; other coatings available on request.**17-4 PH SS for 8"-12" upper stem only.***Except 17-4 PH upper 8" & 10".1. 200 psi only.2. Except 285 psi.3. Polished–ground to # 4 dairy finish, Tumbled–vibratory finish to remove

“as cast” surface, Unpolished–“as cast” surface

4. When these options used with NE-I Sanitary butterfly valves, handleswill be bronze with SS parts and fasteners.

5. Gear operator recommended for 8"-12" sizes in all series.6. See material trademark note on page 226.



DEMCOS E R I E S N F - C , 1 4 " – 2 4 "

Parts Detail Ref.Req’d

Component Material

No. Description

1 1 Body *

2 1 Seat *

3 1 Disc *

4 1 Upper Stem *

6 1 Lower Stem *

7 2 Spring Pin Stainless Steel

14 1 Retainer (Spacer)‡ Steel

23 † Disc O-Ring Buna-N

24 2 Upper Bearing Bronze

25 1 Lower Bearing Bronze*See How To Order for material choices/styles. Complete material specson pages 222 and 223.

†4 Req’d. for throttling valves only.‡14"–20" Retainer, 24" Spacer.

Wafer 1

Lug 5

How to Order (example: 18" NF-C, 150PSI LUG, SS trim, Buna-N seat, WGO. 23822-512231A)

Base Part Body Body Stem Disc Seat ActuationNumber Configuration Material* Material Material Elastomer


Based on shut off pressure.

See page 203.

Ductile Iron (lug) 1

Cast Iron (wafer) 2

Steel (lug) 4

Stainless Steel (lug) 8

416 SS 1

316 SS 2

Monel(2) 3

316 SS 2

Monel(2) 3

Aluminum Bronze

4

Nickel Plated Iron

5

PVF Coated6

Ductile Iron(1)

Buna-N 31

Black Neoprene 32

Hypalon(2) 33

Viton(2) 34

EPT 35

None 9

Gear Operators

Hand Wheel A

Chain Wheel C

Square Nut D

Bare Stem E

*Standard coating is green enamel; other coatings available on request.(1)150 psi only.(2)See material trademark note on page 226.


DEMCOS E R I E S N F - C , 3 0 " – 4 8 "


Parts Detail Ref.Req’d

Component Material

No. Description

1 1 Body *

Seat –Hard-Backed

2 130"- 36"

*Seat – Elastomer Liner

42"-48"

3 1 Disc–150 psi *

4 1 Upper Stem *

6 1 Lower Stem *

7 2 Disc Screw 18-8 SS

8 1 Key Stainless Steel

9 2 O-Ring Buna-N

14 1 Spacer Steel

24 2 Upper Bearing Bronze

25 1 Lower Bearing Bronze

26 1 Thrust Collar Bronze

27 1 Set Screw 18-8 SS

28 1 CapDuct Iron 30"-36"Cast Iron 42"- 48"

29 4 Screw Carbon Steel

30 4 Lockwasher Carbon Steel

*See How to Order for material choices /styles.Complete material specifications on page 222 and 223.

Wafer 1

Lug 5

Flange 642"& 48"

How to Order (Example: 42", 150 psi, bronze disc, EPT seat with Gear Op 24106-621435A)

Base Part Body Body Stem Disc Seat GearNumber Configuration Material* Material Material Elastomer Operators


See Page 203

Ductile Iron 1(Wafer or lug)

Cast Iron 2(Flanged only)

416 SS 1

316 SS 2

Monel‡ 3

316 SS 2

Monel‡ 3

Aluminum Bronze

4

Ductile IronNickel Plated

5

Buna-N 31

Black Neoprene 32

Hypalon‡ 33

Viton‡ 34

EPT 35

**Standard coating is green enamel; other coatings available on request.

‡See material trademark note on page 226.

Hand Wheel A

Chain Wheel C

Square Nut D

Bare Stem E


Description 14" 16" 18" 20" 24"


DEMCOB U T T E R F L Y V A L V E S

Description 2" 21/2" 3" 4" 5" 6" 8" 10" 12"

200 psi 22119 22120 22121 22122 22123 22124 22125 22126 22127

285 psi 22225 22226 22227 22228 22229 22230 22231 22232 22233

50 psi 22234 22235 22236 22237 22238 22239 22240 22241 22242

Throttling 22243 22244 22245 22246 22247 22248 22249 22250 22251

Wafer 5.8 7.0 7.7 11.4 14.7 17.6 28.5 47.9 71.0

Lug 8.0 9.9 10.7 17.0 24.5 28.5 43.5 65.9 98.5

Base Part Numbers/Weights

Series NE-C, 2"–12"*

150 psi 23820 23821 23822 23823 23824

50 psi 24440 24441 24442 24443 24444

Throttling 24445 24446 24447 24448 24449

Wafer 102 166 214 257 401

Lug 116 203 239 332 535

Series NF-C, 14"–24"

Weight(lbs–bare stem)

Description 2" 21/2" 3" 4" 5" 6" 8" 10" 12"

200 psi 22181 22129 22182 22183 22184 22185 22134 22186 22136

285 psi 22279 22253 22280 22281 22282 22283 22258 22284 22260

50 psi 22285 22262 22286 22287 22288 22289 22267 22290 22269

Throttling 22291 22271 22292 22293 22294 22295 22276 22296 22278

Wafer 4.9 6.4 6.9 10.2 13.7 16.4 28.4 44.8 66.8

Series NE-D, 2"–12"*

Weight(lbs-bare stem)

Description 2" 21/2" 3" 4" 5" 6" 8" 10" 12

200 psi 22128 22129 22130 22131 22132 22133 22134 22135 22136

285 psi 22252 22253 22254 22255 22256 22257 22258 22259 22260

50 psi 22261 22262 22263 22264 22265 22266 22267 22268 22269

Throttling 22270 22271 22272 22273 22274 22275 22276 22277 22278

Iron, Steel, SS 4.9 6.4 6.9 10.2 13.7 16.4 28.4 44.8 66.8

Bronze 4.7 6.2 6.7 9.9 13.4 16.0 28.0 44.3 66.3

Aluminum 2.8 3.4 4.1 5.9 8.7 10.8 18.2 30.4 47.2

Bronze 6.8 8.7 9.5 15.7 23.1 27.0 42.0 64.4 96.8

Steel, SS 7.0 8.9 9.7 16.0 23.5 27.5 42.5 64.9 97.5

Series NE-I, 2"–12"*


Wafer


Lug

Description 2" 21/2" 3" 4" 6" 8" 10"

150 psi 24680 24681 24682 24683 24684 24685 24686

Iron, Steel, SS 4.9 6.4 6.9 10.2 16.4 28.4 44.8

Bronze 4.7 6.2 6.7 9.9 16.0 28.0 44.3

Aluminum 2.8 3.4 4.1 5.9 10.8 18.2 30.4

Bronze 6.8 8.7 9.5 15.7 27.0 42.0 64.4

Steel, SS 7.0 8.9 9.7 16.0 27.5 42.5 64.9

Series NEI-T, 2"–10"*


Wafer†


Lug†


Description 30" 36" 42" 48"

150 psi 24141 24357 24106 24832

Weights C/F C/F C/F C/F


Description 2" 21/2" 3" 4" 6" 8" 10" 12"

200 psi 23150 23151 23152 23153 23154 23155 23156 23157

Weights See chart above, NE-I, 2"–12"

Series NE-I, Sanitary, 2"–12"*

C/F = Consult Factory.

*Gear Operator recommended for 8"–12" sizes.†See NE-C chart above for weights of Long Neck Wafer and Lug valves.




Size A C D E F G H J K L N P R S

2" 1.74 5.62 8.44 4.12 4.00 3.25 .408 4.75 5/8-11 4 1.00 .44 .625 .375

21/2" 1.86 6.12 9.19 4.88 4.00 3.25 .408 5.50 5/8-11 4 1.00 .44 .625 .375

3" 1.86 6.38 9.69 5.38 4.00 3.25 .408 6.00 5/8-11 4 1.00 .44 .625 .375

4" 2.11 7.12 11.00 6.88 4.00 3.25 .408 7.50 5/8-11 8 1.00 .44 .625 .375

5" 2.24 7.75 12.12 7.75 4.00 3.25 .408 8.50 3/4-10 8 1.25 .44 .838 .500

6" 2.24 8.25 13.25 8.75 4.00 3.25 .408 9.50 3/4-10 8 1.25 .44 .838 .500

8" 2.54 9.44 15.56 11.00 6.00 5.0 .533 11.75 3/4-10 8 1.38 .56 .838 .500

10" 2.74 11.25 18.69 13.38 6.00 5.0 .533 14.25 7/8-9 12 1.38 .56 .963 .625

12" 3.24 12.19 21.69 16.12 6.00 5.0 .533 17.00 7/8-9 12 1.38 .56 1.338 .750


Note: For general dimensions, see page 219.

Size A B C D E G H J K L M N P R S T U

14" 3.00 10.63 12.75 23.416.20

5.00 .56 18.751-8

12 2.00 2.25 .88 1.375 5/16× 5/32 5.12 12.8917.3* 1*

16" 4.00 11.66 13.75 25.418.16

5.00 .56 21.251-8

16 2.00 2.25 .88 1.625 3/8× 3/16 5.65 14.7619.2* 1*

18" 4.50 12.96 14.75 27.720.35

6.50 .81 22.7511/8-7

16 2.50 2.75 1.00 1.875 1/2× 3/16 6.37 16.6321.4* 11/8*

20" 5.00 13.97 15.75 29.722.63

6.50 .81 25.0011/8-7

20 2.50 2.75 1.00 1.875 1/2× 3/16 7.12 18.5823.6* 11/8*

24" 6.00 16.19 19.00 35.227.31

6.50 .81 29.5011/4-7

20 2.50 3.00 1.00 1.875 1/2× 3/16 8.67 22.5628.3* 11/4*


*Wafer valve dimension is the bottom figure.Lug valve dimension is the top figure.



Series NE-C, 2"–12"




Series NF-C, 30"– 48"

Size A B C D E G H J K L M N P R S T U V W X

30" 6.50 21.2 23.0 44.2 34.1 8.00 .69 36.00 11/4-7UNC 28 3.4 3.7 1.2 3.000 3/4× 3/8 11.45 28.55 1.75 —

36" 7.88 25.0 27.8 52.8 40.5 10.25 .81 42.75 11/2-6UNC 32 4.0 4.4 1.2 3.625 7/8× 7/16 13.86 34.71 1.75 —

42" 9.88 28.9 31.5 60.4 53.0 10.25 .81 49.50 11/2-6UNC 32* 3.88 3.88 1.50 4.240 3/4× 3/8 15.67 40.02 1.75 2.625

48" 10.81 33.2 34.8 68.0 59.5 16.00 .81 56.00 11/2-6UNC 36* 5.00 6.00 1.50 4.995 11/4× 5/8 18.29 46.15 1.625 2.75


*42" – 36 holes total per side.48" – 44 holes total per side.


—

—

4

8


2" 1.74 3.94 6.75 4.12 4.00 3.25 .408 4.27 3/8 4 1.00 .44 .625 .375

21/2" 1.86 4.44 7.50 4.88 4.00 3.25 .408 5.31 3/8 4 1.00 .44 .625 .375

3" 1.86 4.88 8.19 5.38 4.00 3.25 .408 4.91 3/8 6 1.00 .44 .625 .375

4" 2.11 6.00 9.88 6.88 4.00 3.25 .408 7.03 1/2 6 1.00 .44 .625 .375

5" 2.24 6.00 10.38 7.75 4.00 3.25 .408 7.56 1/2 6 1.25 .44 .838 .500

6" 2.24 6.50 11.50 8.75 4.00 3.25 .408 9.16 1/2 8 1.25 .44 .838 .500

8" 2.54 8.06 14.19 11.00 6.00 5.0 .533 11.72 5/8 8 1.38 .56 .838 .500

10" 2.74 9.97 17.41 13.38 6.00 5.0 .533 13.72 5/8 8 1.38 .56 .963 .625

12" 3.24 10.91 20.41 16.12 6.00 5.0 .533 16.62 1/2 12 1.38 .56 1.338 .750



Series NE-D, 2"– 12"




Series NE-I, NE-I Sanitary, 2"–12"


2" 1.74 3.94 6.75 4.12 4.00 3.25 .408 4.75 5/8-11 4 1.00 .44 .625 .375

21/2" 1.86 4.44 7.50 4.88 4.00 3.25 .408 5.50 5/8-11 4 1.00 .44 .625 .375

3" 1.86 4.69 8.00 5.38 4.00 3.25 .408 6.00 5/8-11 4 1.00 .44 .625 .375

4" 2.11 5.44 9.31 6.88 4.00 3.25 .408 7.50 5/8-11 8 1.00 .44 .625 .375

6" 2.24 6.38 11.88 8.75 4.00 3.25 .408 9.50 3/4-10 8 1.25 .44 .838 .500

8" 2.54 8.06 14.19 11.00 6.00 5.0 .533 11.75 3/4-10 8 1.38 .56 .838 .500

10" 2.74 9.97 17.41 13.38 6.00 5.0 .533 14.25 7/8-9 12 1.38 .56 .963 .625


Series NEI-T, 2"–10"


2" 1.74 3.94 6.75 4.12 4.00 3.25 .408 4.75 5/8-11 4 1.00 .44 .625 .375

21/2" 1.86 4.44 7.50 4.88 4.00 3.25 .408 5.50 5/8-11 4 1.00 .44 .625 .375

3" 1.86 4.69 8.00 5.38 4.00 3.25 .408 6.00 5/8-11 4 1.00 .44 .625 .375

4" 2.11 5.44 9.31 6.88 4.00 3.25 .408 7.50 5/8-11 8 1.00 .44 .625 .375

5"* 2.24 6.38 10.75 7.75 4.00 3.25 .408 8.50 3/4-10 8 1.25 .44 .838 .500

6" 2.24 6.88 11.88 8.75 4.00 3.25 .408 9.50 3/4-10 8 1.25 .44 .838 .500

8" 2.54 8.06 14.19 11.00 6.00 5.0 .533 11.75 3/4-10 8 1.38 .56 .838 .500

10" 2.74 9.97 17.41 13.38 6.00 5.0 .533 14.25 7/8-9 12 1.38 .56 .963 .625

12" 3.24 10.91 20.41 16.12 6.00 5.0 .533 17.00 7/8-9 12 1.38 .56 1.338 .750


Note: For general dimensions, see page 219.*NE-I Sanitary 5" not available.




DEMCOB U T T E R F L Y V A L V E H A N D L E S

*For Throttling Memory Stop Handle only.

How to Order ( X X X X X - 0 0 X )

Base Part TrimNumber

X X X X X – 00X

Standard 1

Corrosion 2Resistant

Sanitary 3

Description 2"- 4" 5"- 6" 8" 10" 12"

10 Position, Std, CR 24227 24228 24229 24230 24231

2 Position, Std, CR 24232 24233 24234 24235 24236

10 Position, Sanitary 22319 22320 22321 22322 22323

2 Position, Sanitary 22324 22325 22326 22327 22328

Throttling, Std/CR 24252 24253 24254 24255 24256

Throttling, Sanitary 22329 22330 22331 22332 22333

Square Nut, Std 23356 23357 23358 23359 22360

Dimension 2"- 4" 5"- 6" 8"- 12"

M 9.50 11.00 15.00

N .85 1.07 1.13

Dimension 2"- 4" 5"- 6" 8"- 12"

M 9.50 11.00 15.00

N .87 1.07 1.13

2 Position/10 Position Locking Handles

2 Position/10 Position Locking Handle Infinite Throttling with Memory Stop Handle

Ref. Component No. Description

5 Screw Steel Stainless Steel Stainless Steel

8 Handle Ductile Iron Ductile Iron Bronze

10 Latch Zinc Plated Steel Stainless Steel Stainless Steel

11 Spring Spring Steel Stainless Steel Stainless Steel

12 Spring Pin Spring Steel Stainless Steel Stainless Steel

15 Throttle Plate Zinc Plated Steel Stainless Steel Stainless Steel

16 Lockwasher Steel Stainless Steel Stainless Steel

19 Nut Steel Stainless Steel Stainless Steel

20 Set Screw Steel Stainless Steel Stainless Steel

25* Throttling Tab Zinc Plated Steel Stainless Steel Stainless Steel

26* Carriage Bolt Steel Stainless Steel Stainless Steel

27* Wing Nut Steel Stainless Steel Stainless Steel

28* Screw Steel Stainless Steel Stainless Steel

29* Nut Steel Stainless Steel Stainless Steel

Material

Standard Corrosion Resistant Sanitary

Infinite Throttling with Memory Stop Handle

Square Nut Handle

Component Description

Square Nut Hub Ductile Iron

Throttle Plate Steel

Screw Steel

Set Screw Steel

Screw Steel

Lock Washer Spring Steel

Material

Note: These throttlingplates and latch apply toSanitary Trim handles only.


DEMCOW E A T H E R P R O O F G E A R O P E R A T O R S


Manual worm gear operators are self locking in all positions.

Adjustment screws stop travel at open and closed positions.

Position indicator is standard on all models. Gearing is perma-

nently lubricated. Gray iron weatherproof case and cover

enclose a ductile iron gear and hardened steel worm supported

by bronze bearings. Standard external coating is green enamel;

white epoxy, coal tar epoxy and inorganic zinc primer available,

special order.

Gray Iron 2

How to Order, 2"– 12" (Example: 6" Gear Operator with Handwheel 22622-21352)

Base Part Case Gear Actuation Valve ConfigurationNumber Material Material Size

X X X X X – X X X X X

Ductile Iron 1 Standard 2Crank 1

Handwheel 3

Chainwheel 5

Square Nut 6

None 9

2"– 4" 1

5"– 6" 5

8" 7

10" 8

12" 9

Description 2"–4" 5"–6" 8" 10" 12"

Operator Base No. 22622 22623

Additional Information

Chain Suffix = Length in Ft.* 4462-XXX

Weight (lbs. with handwheel) 11.0 17.0 17.4 17.4

*Chain Length (XXX) = 0 through 999 ft. (Chain ordered separately)

Valve Size Gear Ratio Turns/90º Rotation Maximum Input Torque

2"– 6" 30:1 7.5 46 ft.-lbs.

8"– 12" 48:1 12 65 ft.-lbs.

14"– 16" 48:1 12 65 ft.-lbs.

18"– 20" 57:1 14 -1/4 98 ft.-lbs.

24" 60:1 15 164 ft.-lbs.

30" 316:1 79 104 ft.-lbs.

36" 240:1 60 174 ft.-lbs.

42" 360:1 90 147 ft.-lbs.

48" C/F C/F C/F

Description 14" 16" 18"–20" 24" 30" 36" 42" 48"

Operator Base No. 2060229 2060230 2060231 2060232 2060332 2060334 2060805 2060806

Additional Information

Chain Suffix = Length in Ft.* 4462-XXX 4463-XXX 4463-XXX 19932-XXX 4463-XXX 19932-XXX C /F C /F

Weight (lbs. with handwheel) 19.0 22.0 33.0 43.0 107.0 137.0 C /F C /F

*Chain Length (XXX) = 000 through 999 ft. (Chain ordered separately)C/F = Consult Factory

How to Order, 14 "– 48"

Base Part Gear OperatorNumber Assembly Part Number

X X X X X X X – X X

Gear Operator Less Actuation 09

Gear Operator With Handwheel 03

Gear Operator With Chainwheel 05

Gear Operator With Square Nut 06



DEMCOW E A T H E R P R O O F G E A R O P E R A T O R S

A B C D E F G H J K L M M1 N P R S T U VValve Size

2.25 2.25 3.38 1.75 2.25 5.00 1.06 2.38 .63 1.00 .19 — — 4.35 6 4.35 3.65 3.50 4.80 4.15

2.88 2.88 3.38 2.50 2.88 6.50 1.38 3.00 .63 1.00 .19 — — 4.32 6 4.32 3.72 3.50 4.80 4.12

2.88 2.88 3.38 2.50 2.88 6.50 1.38 3.00 .63 1.00 .19 — — 5.02 8 4.32 3.72 3.50 4.80 4.12

2.88 2.88 5.12 2.50 2.88 6.50 1.38 3.00 .63 1.25 .19 — — 6.56 12 5.88 5.25 5.81 5.75 5.69

2.88 2.88 5.88 2.50 2.88 6.50 1.38 3.00 .63 1.25 .25 — — 11.00 18 7.69 6.38 9.12 8.69 6.75

3.12 3.12 7.12 3.00 3.12 7.69 1.50 3.25 1.00 1.25 .25 — — 11.25 18 8.94 7.63 9.12 8.69 8.00

3.44 3.44 5.28 3.63 3.25 8.38 1.63 3.56 1.00 1.25 .38 — — 10.91 24 7.59 5.91 11.00 12.25 6.16

4.56 8.88 4.52 4.63 4.63 11.08 2.00 4.44 1.00 1.25 .39 6.00 7.38 8.65 18 7.59 6.28 9.12 8.69 5.41

5.88 9.12 4.56 6.25 5.88 14.50 2.31 5.00 1.00 1.25 .39 6.36 8.00 10.19 24 8.13 6.44 11.00 12.25 5.44

5.88 9.12 5.50 6.25 5.88 14.50 2.31 5.00 1.00 1.25 .39 6.36 8.25 C/F C/F C/F C/F C/F C/F C/F

C/F C/F C/F C/F C/F C/F C/F C/F C/F C/F C/F C/F C/F C/F C/F C/F C/F C/F C/F C/F


C/F = Consult Factory.

2"–6"

8"–10"

12"

14"

16"

18"–20"

24"

30"

36"

42"

48"

2"– 24" Valves

2" through 24" Valves

Optional Handwheel

Optional Square Nut

Optional ChainwheelValves with chainwheels should be installed upside downas noted to ensure pipe clearance and allow visual contactwith the position indicator.



DEMCOD R S E R I E S P I S T O N A C T U A T O R S

J024872-0 XX X X

Assembly Part Number ActuatorOrientation

Actuator Size

EDA 40 01

EDA 65 02

EDA 100 03

EDA 200 04

EDA 350 05

PDA 500 06

PDA 700 07

PDA 1100 08

PDA 2500 09

PDA 4000 10

Valve Size

2"- 4" 1

5" & 6" 2

8" 3

10" 4

12" 5

14" 6

16" 7

18" 8

Orientation

See drawing 0

See drawing 3

Supply Pressure (psi)ActuatorModel 40 60 80 100 120

EDA40 204 310 416 513 620

EDA65 310 469 628 788 947

EDA100 460 699 929 1168 1398

EDA200 1009 1522 2044 2558 3071

EDA350 1761 2655 3549 4443 5337

PDA500 2339 3531 4722 5913 7104

PDA750 3479 5251 7022 8794 10566

PDA1100 5131 7744 10357 12970 15583

PDA2500 11825 17847 23869 29891 35912

PDA4000 19962 30127 40293 50458 60623

Actuator Torque Output (in-lb), Double Acting

Consult factory for complete data sheets with dimensional information.

Valve Size 2" 2-1/2" 3" 4" 5" 6" 8" 10" 12" 14" 16" 18" 20" 24" 30" 36" 42" 48"

285 psi Shut Off 225 326 510 765 1190 1530 2550 4125 7000 – – – – – – – – –

200 psi Shut Off 132 192 300 450 700 900 1500 2650 4500 – – – – – – – – –

150 psi Shut Off – – – – – – – – – 7740 10280 12600 15600 30000 50000 67500 10700 155000

50 psi Shut Off 108 108 192 264 450 550 1000 1800 3000 4500 6500 8400 10800 20000 30000 50000 79180 115000

Throttling* 72 72 90 108 144 180 350 700 1160 1660 2800 3400 5000 8400 – – – –

Butterfly Valve Torques (except Series NE I-T)**— Normal Wet Opening

Valve Size 2" 2-1/2" 3" 4" 5" 6" 8" 10" 12" 14" 16" 18" 20" 24" 30" 36" 42" 48"

285 psi Shut Off 338 489 765 1148 1785 2295 3825 6188 10500 – – – – – – – – –

200 psi Shut Off 198 288 450 675 1050 1350 2250 3975 6750 – – – – – – – – –

150 psi Shut Off – – – – – – – – – 11610 15420 18900 23400 45000 – – – –

50 psi Shut Off 162 162 288 396 675 825 1500 2700 4500 6750 9750 12600 16200 30000 – – – –

Throttling* 144 144 180 216 288 360 700 1400 2320 3320 5600 6800 10000 16800 – – – –

Butterfly Valve Torques (except Series NE I-T)**— Three-Way Assemblies

* When line velocity exceeds 15 feet per second, dynamic torque exceeds opening torque.** For Series NEI-T Butterfly Valve torque requirement, consult factory.

Demco Series DR Piston Actuators consist of two opposed pis-

tons with integral gear racks which are coupled to a common cen-

tral drive shaft to produce rotary motion.

In the basic unit, the Body, Pistons and End Caps are alu-

minum; the Central Drive Shaft is hard anodized, high perfor-

mance Aluminum Alloy 70-75. The Fasteners are plated steel; the

Seals are Buna-N. All units are totally enclosed and use gaskets

for weatherproof operation. Carbon filled teflon guide bands sup-

port the pistons to eliminate metal-to-metal contact during actua-

tor operation. As a result, piston o-rings designed for sealing are

not required to perform bearing functions.

Mounting the actuator to the valve for many popular sizes is

direct, requiring only a splined, aluminum stem adapter. Other sizes

may require the addition of an aluminum adapter plate, but still

make a closed coupled unit. Some sizes (mostly the larger valves)

will require the traditional steel brackets/coupling mounting kit.

Consult the factory for complete data sheets showing mounting con-

figurations. Flatted stems are standard on 2"-12" Butterfly Valves

(NE-C, NE-I, NE-D), whereas 14"-48" NF-C utilize a keyed stem.

Series DR Actuators are available as Double-Acting or Spring

Return. Double-Acting is the most economical, requiring either air

or hydraulic pressure for opening and closing (fail last position).

Spring-Return Actuators use compression

spring(s) to move valve in one direction,

while air pressure moves it in the

opposite direction. Spring Return

Actuators are used when valves

must move to a predetermined

position upon air supply failure

(fail open or fail closed).

Orientation 0

Open

Close

Orientation 3

Remove indicator for access to manual override wrench flats

Double Acting Actuator for NE-C, NE-I, NE-D and NF-CButterfly Valves

Orientation 0

Orientation 3




Air Stroke Supply Pressure (psi)

40 60 80 100 120

SpringStrokeActuator

ModelSpringSet No.

C D C D C D C D C D E F

2 133 82 243 193 – – – – – – 117 73

ESA403 91 15 201 125 312 236 422 346 – – 176 110

4 – – 159 58 270 169 380 279 491 389 234 146

5 – – – – 227 101 338 212 448 322 293 183

6 – – – – 185 34 296 144 406 255 351 220

2 196 117 364 285 – – – – – – 186 117

ESA653 129 10 297 178 466 347 634 515 – – 279 175

4 – – 230 71 398 240 567 408 735 576 372 234

5 – – – – 331 133 499 301 668 470 465 292

6 – – – – – – 432 194 601 363 558 351

2 303 192 552 441 – – – – – – 258 161

ESA1003 211 44 460 293 709 541 957 790 – – 387 242

4 – – 367 144 616 393 865 642 1114 891 516 323

5 – – – – 523 245 772 494 1021 743 646 402

6 – – – – 430 96 679 345 928 594 775 484

2 656 406 1201 952 – – – – – – 579 362

ESA2003 448 74 994 619 1539 1165 2085 1710 – – 868 542

4 – – 786 287 1331 832 1877 1378 2423 1923 1157 723

5 – – – – 1124 500 1669 1045 2215 1591 1447 904

6 – – – – 916 167 1461 713 2007 1258 1736 1085

2 1105 684 2053 1632 – – – – – – 1025 658

ESA3503 727 95 1675 1043 2623 1991 3571 2939 – – 1537 987

4 – – 1296 454 2244 1402 3193 2350 4141 3299 2049 1317

5 – – – – 1866 814 2814 1762 3762 2710 2531 1646

6 – – – – – – 2436 1173 3384 2121 3074 1975

* Select from Torque Chart

J024873- X XX X X


Actuator Size

ESA 40 01

ESA 65 02

ESA 100 03

ESA 200 04

ESA 350 05

Springs*

Spring Set 2 2

Spring Set 3 3

Spring Set 4 4

Spring Set 5 5(Standard)

Spring Set 6 6

Valve Size

2"- 4" 1

5" & 6" 2

8" 3

10" 4

12" 5

14" 6

Orientation

See drawing 0

See drawing 3

Actuator Torque Output (In.-Lb.)

FD

90°

End

0° 90°

Spring StrokeE

0°

StartC

A

D E

91.5°

F

C

The actuator shaft is shown rotated

CW -0.5°

Pressure on Port "A"Rotates shaft CCW.

CCW 91°

Air Stroke

RotationCounterclockwise

RotationClockwise

B (Breather)

End

StartSpring Set #2

Mid Spring OnlySpring Set #3

Outer Spring Only

Spring Set #4Inner SpringOuter Spring

Spring Set #5Mid Spring

Outer Spring

Spring Set #6Inner SpringMid Spring

Outer Spring

Spring Set Arrangement* Consult factory for complete data sheets with dimensional information

Open Close

Actuator Orientation

Orientation 0Spring Close

(Stroke C & F)

Orientation 3Spring Open

(Stroke D & E)

Spring Return Actuator ESA 500 through ESA 4004 forNE-C, NE-I, NE-D and NF-C Butterfly Valves




* Select fromTorque Chart

J024873- X XX X X


Spring Return Actuator PSA 500 through PSA 4004 forNE-C, NE-I, NE-D and NF-C Butterfly Valves

Actuator Size

500 06

750 07

1100 08

2500 09

4000 10

4004 11

No. of Springs*

8 Springs 4

10 Springs 5

12 Springs 6

14 Springs 7(Standard)

Valve Size

4" 1

5" & 6" 2

8" 3

10" 4

12" 5

14" 6

16" 7

18"- 24" 8

Orientation

See drawing 0

See drawing 3

Air Stroke Supply Pressure (psi)

40 60 80 100 120

SpringStrokeActuator

ModelSpringSet No.

C D C D C D C D C D E F

8 – – 2526 1108 3718 2299 – – – – 2268 904

PSA50010 – – 2275 502 3467 1693 4658 2884 – – 2835 1130

12 – – – – 3216 1087 4407 2279 5598 3470 3402 1356

14 – – – – – – 4156 1673 5347 2864 3969 1582

8 – – 3827 1983 5598 3755 – – – – 3059 1282

PSA75010 – – 3471 1166 5243 2938 7014 4709 – – 3823 1602

12 – – – – 4887 2121 6658 3893 8430 5684 4588 1922

14 – – – – 4531 1304 6302 3076 8074 4847 5352 2243

8 2909 859 5522 3472 8135 6085 – – – – 3999 2000

PSA110010 – – 4966 2404 7579 5017 10192 7630 – – 4998 2500

12 – – 4410 1336 7023 3949 9636 6562 12249 9175 5998 3000

14 – – – – 6468 2881 9081 5494 11694 8107 6997 3501

8 7533 3750 13555 9772 – – – – – – 7558 3863

PSA250010 6460 1731 12482 7753 18504 13775 24525 19796 – – 9448 4629

12 – – 11409 5734 17430 11756 23452 17778 – – 11338 5794

14 – – 10336 3715 16357 9737 22379 15759 28401 21781 13227 6760

8 11288 3299 21454 13465 31619 23630 – – – – 15596 7806

PSA400010 – – 19282 9299 29451 19464 39616 29630 – – 19495 9758

12 – – 17117 5133 27282 15299 37447 25464 47613 35629 23395 11710

14 – – – – 25114 11133 35279 21298 45444 31484 27294 13661

8 – – 19156 11259 29322 21425 39487 31590 – – 17661 9874

PSA400410 – – 16414 6542 26579 16708 36744 26873 46910 37038 22076 12343

12 – – – – 23836 11991 34001 22156 44167 32321 28491 14811

14 – – – – 21093 7273 31258 17439 41424 27604 30906 17280

Open Close


Orientation 0Spring Close

(Stroke C & F)

Orientation 3Spring Open

(Stroke D & E)

FD

90°

End

0° 90°

Spring StrokeE

0°

StartC

A

D E

91.5°

F

C

The actuator shaft is shown rotated

CW -0.5°

Pressure on Port "A"Rotates shaft CCW.

CCW 91°

Air Stroke

RotationCounterclockwise

RotationClockwise

B (Breather)

End

Start

8 Springs 10 Springs 12 Springs 14 Springs

* Consult factory for complete data sheets with dimensional information

Actuator Torque Output (In.-Lb.), Spring Return

Spring Arrangement



DEMCOD R S E R I E S P I S T O N A C T U A T O R A C C E S S O R I E S

Position Indicator Switches*

Position Indicator Switches are available to

provide an electrical contact closure at open

and closed positions, normally used for On-

Off service. Independently adjustable SPDT

switch elements are arranged so that each end

of the valve travel is indicated by separate circuit closures.

Positioners*

Pneumatic positioners are offered for modulating

service. The standard signal range is 3-15 psi, and

may be generated by temperature,

pressure or level controllers.

Solenoid Valves*

Solenoid Valves are used to direct

supply air to the actuator to open and close the butterfly valve

at the command of an on/off electrical signal. Direct attachment

to the actuator through a manifold eliminates all external piping.

Pressure connections are 1/4 NPT. Standard voltage is 120

VAC; other voltages are available on special order. NEMA 4

weatherproof or NEMA 7 explosion-proof enclosures are avail-

able. Solenoid valves are available as 3-way valves for spring

return actuators or 4-way for double acting actuators. Four-way

solenoids are equipped with a push button manual override.

Exhaust metering valves are available to control opening and

closing speed of the butterfly valve.

Declutchable Manual Worm Gear OverridesDeclutchable Manual Worm

Gear Overrides are available for

size 40 through 4004 DR actuators. Especially applicable to

spring return actuators, the handwheel can be engaged with a

special declutch lever to hold the valve in its last position until

the actuator is returned to automatic operation.

Series DR Actuator Seal KitSeal Kits consist of all rubber seals,

bushings and guide bands required

to repair either double acting

or spring return actuators.

P500 through P4004Actuator Size E40 through E350

Valve Position Indicator Switch Assembly 2-SPDT.Aluminum housing meets Nema 4, 6, 7, 8 & 9

Solenoid Valves for Double Acting Actuators

Solenoid Valves for Spring Return Actuators

Exhaust Metering Valves for Double Acting Actuators with Solenoid Valve

Speed Control Valve Assembly for Spring Return Actuators without Solenoid Valve

Speed Control Valve Assembly for Spring Return Actuators with Solenoid Valve

Positioner Assembly, Pneumatic for Double Acting Actuators 3 psi Close, 15 psi Open

Positioner Assembly, Pneumatic for Spring Return Actuators 3 psi Close, 15 psi Open

Positioner Assembly, Electro Pneumatic for Double Acting Actuators 4 MaDC Close, 20 MaDC Open

Positioner Assembly, Electro Pneumatic for Spring Return Actuators 4 MaDC Close, 20 MaDC Open

Note: Declutchable manual override and dual stroke adjustment available for all actuators. Consult factory for pricing.* Series DR Actuator auxiliary interface complies with NAMUR.Consult factory for complete data sheets with dimensional information

24877-021 24877-026

24495-004 (NEMA 4 120 VAC)24495-007 (NEMA 7 120 VAC)

24496-004 (NEMA 4 120 VAC)24496-007 (NEMA 7 120 VAC)

5830-250 (2 Required)

21604

24876

2061835-12-04 (Orientation 0) 2061836-12-04 (Orientation 0)2061835-11-04 (Orientation 3) 2061836-11-04 (Orientation 3)




E40 E65 E100 E200 E350 P500 P750 P1100 P2500 P4000

2726023-01 2726023-02 2726023-03 2726023-04 2726023-05 17808-005 17808-006 17808-007 17808-008 17808-009

Model No.

Seal Repair Kit

Part No.

Series DR Actuator Accessory Part Numbers

PositionIndicatorSwitch

Optional Gage Block

OPENCLOSED

CLOSED

OPEN

DeclutchLever

HandwheelManualOverride

3-WaySolenoidValve

4-WaySolenoidValve

AB

DE

SO

PO



DEMCOE L E C T R I C A C T U A T O R S

Electric Actuators Electric Actuators are particularly suitable for installation in

remote locations not provided with a pressurized air source.

Electric Actuators are “fail in last position,” and generally not

available as fail-safe.

Electric Actuators are powered

by a rugged high-torque, integral

reversible motor rated for 50%

duty cycle. All models feature

a disengageable manual override. Travel limit switches are set

at the factory for open and closed valve positions, and they can

also be used for end-of-travel light indication. Every unit has a

built-in thermal overload protector, an easily accessible, clearly

marked terminal strip, a visual

output shaft position indicator,

permanent lubrication, and can

be mounted and run in position.

Voltage

120 VAC/1 Ph(1) 1

220 VAC/1 Ph(1) 2

220 VAC/3 Phw/o Rev. Contactor(2) 6

440 VAC/3 Phw/ Rev. Contactor(2) 7



Feedback PotentiometerOhm (1% Linearly)

1000 3

None 9

Auxiliary Switches15 amp/125 VAC (4)

2 SPDT(5) 2

4 SPDT 4

None 9

Enclosure & Brake

NEMA 4 with Brake 3(AC Only)

NEMA 7 with Brake 4(AC Only)(6)

10/10 03

10/30 07

10/60 08

50/10 23

50/30 27

50/60 28

90/5 31

90/15 34

100/16 45

100/30 47

100/60 48

160/8 52

160/16 55

160/30 57

160/60 58

250/8 62

250/16 65

250/30 67

250/60 68

800/30 77

800/60 78

1600/55 16

4000/125 40

Size Number

10 through 800 5065

1600 through 4000 50651

Heater/Thermostat

25 Watt Heater/ 170º Thermostat (3)

None 9

Electric Actuator Part Number (order mounting assembly as separate part number, see table below)

Actuator Size

10 50 90 100 160 250 800 1600 4000

Cycle Time(In Seconds)

5 - - 1000 - - - - - -8 - - - - 1920 3000 - - -10 275 600 - - - - - - -15 - - 1000 - - - - - -16 - - - 1500 2000 4000 - - -30 300 600 - 1800 2500 5000 10000 - -55 - - - - - - - 21000 -60 400 600 - 2500 3000 6000 10000 - -

125 - - - - - - - - 48000

Output Torque, Electric Actuators (Pounds-Inches) (1)

(1) Reduce torque output and increase cycle time 20% for 50 Hz operation30 second minimum cycle time positioning service

(2) Consult factory for complete data sheets with dimensional information

2"- 4" 22903 22907 - -5"- 6" 22904 22908 - -

8" 22905 22909 - -10" 22906 22910 22912 -12" - 22911 22913 -

14"through 30" Consult Factory

Mounting Assemblies (2)

XXXXX - X X XX X X X

Model/Cycle Time (Sec.)

(4) Switches are indepen-dently adjustable

(5) Standard on sizes 100 through 800

ManualOverride

Model100-800

ManualOverride

Model10-90

Manual Override

Size 25 through 800 Size 1600 and 4000

Valve Size

(1) 50% Duty Cycle(2) 25% Duty Cycle(3) Recommended for outdoors, high humidity, low temperature, or modulating (6) NEMA 7 models meet Classes I and II, Groups C-D-E-F and G requirements for hazardous locations.



DEMCOD I A P H R A G M A C T U A T O R S

Spring Diaphragm Actuators* Spring Diaphragm Actuators have the characteristics of spring-

return cylinders but are applicable to lower air supply pressures.

The larger area of the diaphragm as compared to a cylinder pro-

vides greater force from the same supply pressure. Demco Series

R diaphragm actuators for butterfly valves with drilled stems uti-

lize a heavy-duty rack-and-pinion linkage to operate the valve.

Diaphragms are made with steel case and diaphragm plates,

Nylon-reinforced Buna-N diaphragm,

303 SS stem and Buna-N seals.

Rack-and-pinion components are

ductile

iron or

steel.

* Consult factory for complete data sheets with dimensional information

Note: Where a part number suffix contains an “x” (example: -xxx), the Assembly Part Number chart should be used to derive the desired option(s).

Service

Pneumatic 1

Base Number

From table below

Valve Size

2"- 4" 1

5" - 6" 5

8" 7

10" 8

12" 9Diaphragm Size

DMC-35 2

DMC-50 3

DMC-80 4

DMC-80A 5

DMC-160A 7

DMC-160B 8

Air Pressure

3-15 psi 1

20 psi 2

30 psi 3

40 psi 4

Orientation

0

1

XXXXX - X X X X X

Diaphragm Actuator Part Number

35 50 80 80A 160A 160B

23766-12xxx 23766-13xxx 23766-14xxx 23766-15xxx 23766-17xxx 23766-18xxx

Size

Diaphragm Actuator Assembly Part Numbers

Standard Actuator

Supply Pressure, psi DMC-35 DMC-50 DMC-80 DMC-80A DMC-160A DMC-160B

3-15 255 480 575 - 905 -

20 450 570 635 - 1605 -

30 545 705 - 1080 1890 2100

40 600 860 - 1800 - 3300

Series R Diaphragm Actuator Torque Output (Inch-Pounds)

Without Visual Indicators With Visual Indicators

2-SPDT 23097-911 23097-111

2-DPDT 23097-921 23097-121

2-SPST 23097-931 23097-131

2-SPDT 23097-941 23097-141

2-SPDT 23098-911 23098-111

2-DPDT 23098-921 23098-121

2-SPST 23098-931 23098-131

2-SPDT 23098-941 23098-141

3-15 psi....23099-011 3-9 psi....23099-021 9-15 psi....23099-061

12826-001

8417-102 8417-103 8417-104 8417-107

Series R Diaphragm Actuator Accessory Part Numbers

NEMA 4 & 4x Mechanical Switch

NEMA 4 & 4x Proximity Switch

NEMA 4, 4x & 7 Mechanical Switch

NEMA 4, 4x &7 Proximity Switch

Weatherproof Position Indicator Switch Assemblies

Explosion Proof Position Indicator Switch Assemblies

Positioner

Filter Regulator

Diaphragm Repair Kit


CCW CCW

Close Counter-clockwise 0

Open Counter-clockwise 1

Close Counter-clockwise 2

Open Counter-clockwise 3


DEMCOS T E M E X T E N S I O N S , T E E S A N D A D A P T E R S


How to Order, 2"– 12"

Base Part LengthNumber ( inches)

X X X X X – X X X

How to Order, 14"– 30"

Base Part LengthNumber ( inches)

X X X X – X X X 0 0

Stem Extensions Fabricated from carbon steel or

stainless steel, stem extensions are

contained in a tubular housing.

Lengths from 3 inches to 16 feet are fabricated to order.

Torsional deflection of lengths over 16 feet requires special

design consideration and is available by special order only.

Description 2"– 4" 5"– 6" 8" 10" 12" 14"–16" 18"–20" 24" 30"

Carbon Steel 23318 23319 23320 23321 23322 6662 6663 8026 8386

How to Order, Series 125 Cast Iron Flanged Tee

Base SizeNumber

5 2 5 0 – X X X

2" 2-1/2" 3" 4" 5" 6" 8" 10" 12" 14" 16" 18" 20"

-008 -010 -012 -016 -020 -024 -032 -040 -048 -056 -064 -072 -080

Flanged Tees for 3-way Butterfly Valve Assemblies

3-way Adapter for Valves Orientation

3-way adapter assemblies mechanically link two butterfly valves,

to close one while opening the other, with a single actuator.

Valves are commonly connected in this manner by assembling to

a flanged tee for diverting service.

3-way adapters for valves may be used with piston, cylinder,

diaphragm, or electric actuators, gear operators or manual handles.

How to Order, 2" – 12"

Base Part Orientation Valve SizeNumber

X X X X X – XX X

Establishedat

Order Entry

SeeDiagram

2" 1 6" 6

21/2" 2 8" 7

3" 3 10" 8

4" 4 12" 9

5" 5

How to Order, 14" – 20"

Base Part Orientation Valve SizeNumber

1 4 1 6 5 – XX X

SeeDiagram

14" 1

16" 2

18" 3

20" 4

Note: Consult factory for 36", 42", 48" valve stem extensions.



DEMCOG E N E R A L T E C H N I C A L I N F O R M A T I O N

Pressure RatingThree drop tight pressure ratings are offered for Demco

Butterfly Valves. Normally, 200 psi shutoff is used in butterfly

applications. However, 285 psi shutoff is optionally available

for higher pressure applications. For smaller actuator sizing, 50

psi valves offer reduced torque.

For minimum torque, throttling valves, which do not pro-

vide drop tight closure, are available.

Vacuum RatingDemco Butterfly Valves will seal against 10 microns of vacuum

(29.9 inches of mercury). For reduced torque and extended seat

life, 50 psi discs are recommended for the dry service condi-

tions found in many vacuum applications.

End-of-Line ServiceLug body valves may be used in end-of-line service, with

downstream piping removed. (Weld neck or socket flanges,

only, can be used for this service.) Since upstream pressure is

excluded between the flange and the seat face by the exclusive

Demco flange seal, there is no effective force to slide the seat

downstream. Demco Lug Butterfly Valves are recommended

for liquid service up to 200 psi with downstream piping

removed.

Lug body valves are recommended for isolation of pumps,

control devices or other system components which may need

to be removed for repair or replacement. Lug valves are also

suitable for installation at points from which piping expansions

may proceed. Such valves are normally blanked with blind

flanges, to protect the exposed seats, until new piping is

attached.

MarkingEach valve is positively identified by marking and tagging

per MSS SP25.

ActuationPositive latch handles, worm gear operators and automatic

actuators are available and totally interchangeable on the

Demco valve.

The Demco top flange is dimensionally compatible with other

competitive butterfly valves. With optional “utility top” stem, the

Demco valve interchanges directly with competitive valves, allow-

ing valve replacement without the need for new actuation.

Installation and MaintenanceDemco Butterfly Valves are bi-directional, with identical flow-

way from either face. To install, simply close the valve, insert

between flanges and make up with studs or cap screws. No regu-

lar maintenance or lubrication is ever required. Disassembly is

simple, for inspection or replacement of parts. Open the valve,

remove handle or actuator, remove tangential pins, pull out the

stems and push the disc and seat out of the body. Reassemble in

reverse order, with a small amount of general purpose non-hydro-

carbon based lubricant on the outside of stems, seat and disc flats.

Steel or cast iron flanges of either raised or flat-faced type

are suitable for use with Demco Butterfly Valves. Plastic

flanges are subject to damage at installation by over-tightening

the bolting and may deflect or “cup,” resulting in flange leaks.

Refer proposed plastic flange installations to Demco Valve

Quotations Department for review and recommendation.

Throttling discs, with no seat interference, do not

provide a stem seal. Stem o-rings are provided for this

application. Flange gaskets assist the o-rings in 2"-12"

valves, and must be used with throttling discs, only.Lug valve connection with downstream flange removed

Wafer valve connection




This nomograph gives correspond-

ing values for the parameters of flow

rate, valve size, disc angle and pres-

sure drop of Demco Butterfly Valves

in 1.0 specific gravity water service

at 68°F.

The shaded portion of the nomo-

graph represents line velocities

below 15 feet per second and is

normally used for valve sizing in

liquid applications.

Butterfly Valves are economical

throttling devices. Reliable throttling

can be attained at disc openings

from 25° to 70°.

Sample Computation for WaterWater, with specific gravity of 1.0

and flow rate of 1200 gpm, through

6" Butterfly Valve. Required:

Pressure drop at full and 75° disc

opening.

Project horizontally from 1200

gpm to 6" valve curve. Project

vertically upward to full open valve

curve, then horizontally to read

0.35 psi pressure drop. Continue

upward projection to intersect 75°

opening curve, then horizontally to

read 0.8 psi pressure drop.

Sample Computation for AirAir, with density of 0.217 lbs./cu. ft.,

flow rate of 40,000 cu. ft./hr., through

5" Butterfly Valve. Required: Pres-

sure drop through full open valve.

Disregarding change in gas con-

dition by pressure drop across valve,

proceed from 40,000 cu. ft./hr., as in

liquid computation, to read 15 psi

pressure drop. Convert pressure

drop from water to air by multiplying

this value times the ratio of air-to-

water densities:

To determine pressure drop for

any fluid, multiply value obtained

from the nomograph by the quotient

of the fluid density, in pounds per

cubic foot, divided by 62.4.

0.21762.4

15 psi x = 0.052 psi




DimensionValve Size

2" 21/2" 3" 4" 5" 6" 8" 10" 12" 14" 16" 18" 20"

A–Schedule 40 Flange ID†(Except Slip On) 2.07 2.47 3.07 4.03 5.05 6.07 7.98 10.02 12.00 13.25 15.25 17.25 19.25

(Slip On) 2.44 2.94 3.57 4.57 5.66 6.72 8.72 10.88 12.88 14.14 16.16 18.18 20.20

B–Seal Diameter 2.65 3.15 3.78 4.78 5.84 7.03 8.96 11.09 13.09 14.14 16.16 18.18 20.20

C–Raised Face Diameter 3.62 4.12 5.00 6.18 7.31 8.50 10.62 12.75 15.00 16.25 18.50 21.00 23.00

D–Valve Body Diameter 4.12 4.87 5.37 6.87 7.75 8.75 11.00 13.37 16.12 17.20 19.27 21.43 23.60

E–Seat OD 3.12 3.62 4.25 5.25 6.31 7.46 9.43 11.56 13.56 15.14 17.04 19.06 21.08

Threaded ANSI Socket & Slip On 33/4 41/8 41/4 43/4 51/8 53/8 61/16 65/8 75/8 71/2 9 913/16 1011/16

Weld End, Lt. Wt. & ANSI 63/4 73/8 73/8 81/8 91/4 91/4 109/16 103/4 121/4 13 14 157/16 165/16

Grooved 65/8 73/16 71/8 77/8 815/16 87/8 103/16 105/16 1113/16 — — — —

Socket, Lt. Wt. 23/4 27/8 27/8 31/8 31/4 31/4 39/16 41/4 43/4 41/2 51/2 515/16 67/16

G–Seat ID 21/4 213/16 35/16 43/16 51/16 61/16 715/16 10 1115/16 135/32 157/32 175/32 195/32

H–Disc Chord*, Resilient Seated Valves 1.467 2.144 2.743 3.601 4.582 5.624 7.428 9.382 11.35 12.86 14.72 16.61 18.53

ANSI 150 3.25 3.62 3.75 4.00 4.12 4.25 4.81 5.12 5.75 5.75 6.87 7.56 8.31

DEMCO Lt. Wt. 2.75 2.87 2.87 3.12 3.25 3.25 3.56 4.25 4.75 4.50 5.50 5.94 6.43

Resilient Seated-sq. in. 2.33 3.92 5.93 10.01 14.98 22.09 39.43 61.52 89.54 111.2 150.5 186.1 238.1

% Sch. 40 pipe 70% 82% 80% 79% 73% 76% 79% 78% 80% 82% 85% 83% 87%

Number of Studs 4 4 4 8 8 8 8 12 12 12 16 16 20

Number of Cap Screws 8 8 8 16 16 16 16 24 24 24 32 32 40

Size of Studs or Cap Screws- 5/8"-11 5/8"-11 5/8"-11 5/8"-11 3/4"-10 3/4"-10 3/4"-10 7/8"-9 7/8"-9 1"-8 1"-8 11/8"-7 11/8"-7Threads per in.

Length of Studs 5 51/2 51/2 53/4 61/2 61/2 7 71/2 81/4 81/4 10 101/2 113/4

Length of Cap Screws 11/2 11/2 11/2 13/4 13/4 2 21/4 21/4 21/2 21/2 31/4 31/2 4

General Dimensions (inches), 2"–20"

†DEMCO Butterfly Valves are designed to seal without flange gasketsagainst flange faces with inside diameters between slip-on flangebore and Schedule 40 weld neck flange bore.

*2"–12" disc will open into Schedule 80 pipe ID.

F –End-to-

End

J–Outside-to-Outside

ThroughputArea

DimensionValve Size

24" 30" 36" 42" 48"

A–Standard Flange ID23.25 29.25 35.25 41.25 47.25

(Except Slip On)

B–Seal Diameter 24.25 30.00 35.94 42.97 49.38

C–Raised Face Diameter 27.25 — — — —

D–Valve Body Diameter 28.23 34.05 40.49 — —

E–Seat OD 25.49 31.47 37.63 45.61 52.31

F–End-to-End Weld End, 18.00 16.75 18.63 21.13 22.31

ANSI

G–Seat ID 231/4 295/16 355/16 413/32 475/16

H–Disc Chord 22.57 28.67 34.70 40.02 46.15

J–Outside-to-Outside, 9.75 10.75 12.63 15.13 16.31

ANSI

Number of Studs 20 * ** † ‡

Number of Cap Screws 40 56 64 — —

Size of Cap11/4"-7 11/4"-7 11/2"-6 — —

Screws-Threads per in.

Length of Studs 121/2 * ** † ‡

Length of Cap Screws 4 4 41/2 — —

sq. m. 352.4 546 800 1079 1447

% std. pipe 88% 81% 82% 81% 83%

General Dimensions (inches), 24"– 48"

** 24 Studs 11/4-8 × 131/2; 8 capscrews 11/4 -7 × 4.** 28 Studs 11/2-8 × 16; 8 capscrews 11/2-6 × 41/2.† 32 Studs 11/2-8 × 18; 8 capscrews 11/2-6 × 4.‡ 36 Studs 11/2-8 × 191/2; 16 capscrews 11/2-6 × 41/4.

ThroughputArea


Sample ComputationsWhat is the flow rate of water at ambient temperature through

a 4" butterfly valve 70° open when pressure drop across the

valve is 0.5 psi? (Density of water at 68°F is 62.4 pounds per

cubic foot.)

What is the pressure drop across an 8" butterfly valve fully

open, flowing 2000 gallons per minute of solvent with a density

of 55 pounds per cubic foot?

Cv values, given above, may be employed in the formula:

Where:

Q = Gallons per minute of flow through the valve.

DP = Pounds per square inch pressure drop across the valve.

D = Density of fluids in pounds per cubic foot.

Pressure drop is computed by rearranging the formula to:



Valve Size

2" 21/2" 3" 4" 5" 6" 8” 10" 12" 14" 16" 18" 20" 24" 30" 36"

90° 145 225 325 590 1,125 1,950 3,250 5,000 7500 10,000 13,600 18,000 22,600 30,000 47,000 70,000

80° 115 175 260 510 1,000 1,650 2,725 4,300 6,050 8,100 11,500 14,300 18,000 25,000 38,000 60,000

75° 95 135 215 410 830 1,350 2,200 3,600 5,000 6,700 9,500 12,100 15,000 21,000 31,500 48,000

70° 70 105 160 305 625 1,030 1,750 2,750 4,050 5,100 7,100 9,200 11,500 16,500 25,500 39,500

60° 53 83 125 235 490 800 1,300 2,150 3,100 4,100 5,100 7,100 8,700 11,750 18,000 28,000

50° 27 42 63 120 250 410 700 1,150 1,600 2,200 2,650 3,700 4,600 6,100 9,700 15,000

40° 17 26 38 73 155 250 420 670 1,000 1,300 1,700 2,300 2,800 3,800 6,000 9,200

30° 9 15 22 42 88 145 250 390 550 750 900 1,250 1,600 2,200 3,500 5,300

25° 6 10 15 28 60 98 170 260 380 500 650 900 1,125 1,500 2,300 3,500

Flow Coefficients (Cv)

DegreeOpen

Water HammerWater hammer is a series of shocks in a piping system caused

by rapidly stopping the flow of fluid in that system. Although it

is difficult to measure pressure spikes caused by water hammer

shock with ordinary equipment, maximum obtainable pressures

caused by instantaneous valve closure can be approximated by

the following formula:

Pressure (max) = Interrupted velocity (fps) × 58 psi/fps

In other words, pressure increases 58 psi for each foot per

second of interrupted pipe line velocity.

A pipe carrying fluid at 15 feet per second velocity will

have an instantaneous pressure increase of 870 psi under rapid

closure conditions.

The effects of water hammer are seen in a butterfly valve as

bent disc and stems, broken bodies or both.

Water hammer can be minimized or eliminated by slowing

valve closure time in accordance with the following formula:

Where:

Q = Flow in gpm.

S = Upstream pipe size in sq. ft.

P = Pressure rating of the valve in psi.

Generally, a closing time of 6 to 8 seconds is sufficient to

eliminate water hammer.

DP x 62.4

DQ = CV x

Q2 x D

CV2 x 62.4

D P =

0.14 Q

S (P)Time seconds =

DP x 62.4

DQ = CV x

0.5 x 62.4

D = 305 x

= 305 x 0.707

Q = 215.6 gallons per minute

Q2 x D

CV2 x 62.4

(2000)2 x 55

(3250)2 x 62.4

D P =

=

D P = 0.33 pounds per square inch




TorqueThe torque (turning effort) required to operate a given butter-

fly valve is determined by two factors: friction of disc and seat

due to interference, and dynamic forces of flow through the

valve which tend to open or close the valve. Actuator torque

output must meet or exceed the maximum torque requirement

of the valve.

Normal Wet Opening Torque requirements due to interfer-

ence are tabulated below. Dry service will increase opening

torque significantly. Consult factory for dry service torque

requirements.

The disc of a butterfly valve, in partially opened condition,

is subject to “lift” forces from passage of fluid over its surfaces.

This effect is analogous to an airplane wing and results in an

unbalanced turning force on the disc. Dynamic torque is pro-

portional to pressure drop through the valve and may become

significant in some applications.

Dynamic torque typically is a maximum at about 70° disc

opening. Under high differential pressure conditions, such

torque may exceed the design strength of stems, connections or

actuators. The curves at right may be used to calculate dynamic

torque for Demco Butterfly Valves and should be consulted in

any case where high differential pressure may occur during

operation of a valve.

Valve Size

2" 21/2" 3" 4" 5" 6" 8" 10" 12" 14" 16" 18" 20" 24" 30" 36"

285 psi Shutoff † 225 326 510 765 1190 1530 2550 4125 7000 13150 17500 21500 26600 5000 — —

200 psi Shutoff ‡ 132 192 300 450 700 900 1500 2650 4500 7740 10280 12600 15600 30000 50000 67500

50 psi shutoff 108 108 192 264 450 550 1000 1800 3000 4500 6500 8400 10800 20000 30000 50000

Throttling* 72 72 90 108 144 180 350 700 1160 1660 2800 3400 5000 8400 — —

Normal Wet Opening Torque of Resilient Seated Butterfly Valves (In-Lbs)**

Description

** When line velocity exceeds 15 fps, dynamic torque will exceed tabulated torque for throttling valves.

** Consult factory for dry torques.

† 14"–24": 250 psi shutoff (14"-24": 250PSI–consult factory).‡ 14"–24": 150 psi shutoff; 30"–36": 150 psi shutoff.

Where:

Example:What is the maximum pressure drop possible through a butter-

fly valve at 100 PSIG inlet pressure with water at 68°F (.339

PSIA vapor pressure)?

Under the above conditions it is possible to take a 40.03 psi

pressure drop across the valve before cavitation will begin.

Cavitation Data

Liquid flow is accelerated as it passes through a valve in such

a manner that pressure is decreased below the vapor pressure

and bubbles form. Immediately downstream of the valve,

velocity decreases while pressure increases and the bubbles

collapse causing noise and possible mechanical damage to the

valve and piping. This is called cavitation. Cavitation can

often be identified by the noise of the collapsing bubbles

which sounds like gravel flowing in the pipe.

Generally butterfly valves operate with high flow capaci-

ties and at low pressure differentials and are not particularly

susceptible to cavitation.

When butterfly valves are used as control valves, one can

assure that cavitation will not occur by applying the following

simplified formula:

D Pmax = KC(P1 – PV)

D Pmax = .35 (114.7 – .339)

= 40.03 psi

D Pmax = Differential pressure across the valve.

KC = Cavitation constant

(approximately .35 for butterfly

valves).

P1 = Inlet pressure (PSIA).

PV = Vapor pressure of the flowing liquid

(PSIA).


DEMCOS T A N D A R D M A T E R I A L D A T A


Description NE-C NF-C NF-C NF-C NE-I NE-D NE-I NEI-T14-24 30 & 36 42 & 48 Sanitary

See page 201 for Assembly Part Number

Ductile Iron†A395 (60-40-18) Lug Lug Wafer/Lug Wafer Wafer Wafer/Lug

ENC Coated Wafer Wafer/Lug

A48 (Class 20) Wafer/Lug Wafer

Gray Iron A48 (Class 30)

A126 (Class B) Wafer Flange

Bronze B148 (952) C/F Wafer/Lug Wafer/Lug Wafer/Lug

Steel †A216 (WCB) Lug Wafer/Lug Wafer/Lug

Stainless Steel A351 (CF8M) Wafer/Lug Wafer/Lug Wafer/Lug

Aluminum B179 (ZC-81A) Wafer Wafer Wafer

Bodies



Ductile Iron/A536 (65-45-12) • • • • • •Nickel Plated

Ductile Iron/A536 (65-45-12) • •SS Edge

Ductile Iron/A536 (65-45-12) • • • •PVF Coated

Aluminum BronzeB148 (954) • • •B148 (955) • • •

316 SS A743 (CF8M) • • • • • • • •Monel‡ QQ-N-288 • • • •Alloy 20,

A743 (CN-7M) • • • •29 NI-20 Cr

Hastelloy C‡A494 (CW-2M) • • • •61 NI-17 Mo-17 Cr

Discs



PhosphateAISI C1213/15 • • • •Coated Steel

416 SS QQ-S-764-B • • • • • • •316 SS AMS 5648 B • • • • • • • •

17-4 PH SS AMS 5643 • • • • • •Monel‡ B164 (Class A) • • • • •

Stems

† Conforms to USCG Marine requirements as outlined in 46 C.F.R., part 56.‡ See material trademark on page 226.

Consult factory for special material requirements.



DEMCOS T A N D A R D M A T E R I A L D A T A

Seats

See pages 210 and 211 for seat material description and part

number scheme for available options for different valve series.

Buna N is a general purpose elastomer compounded for maxi-

mum hydrocarbon or petroleum resistance.

0°F to +180°F Same as Nitrile, Hycar1, NBR

GENERAL SERVICE EPT is recommended for water service.

Resistance to saturated steam to 275°F is excellent. EPT is suitable

in alkaline solutions. EPT is not suitable for oil or hydrocarbons.

FOOD GRADE EPT is formulated in compliance with FDA

guidelines published in the Code of Federal Regulations, Title

21, paragraph 177.2600. This material is suitable for food ser-

vice, except milk and edible oils.

Peroxide cured +30°F to +275°F*Same as EPDM, Nordel1

Sulfur cured –30°F to +225°F

BLACK NEOPRENE complies with FDA guidelines and is

principally recommended for food and beverage service. It is

resistant to vegetable oils, brine and oxygen.

0°F to +180°F Same as Polychloroprene, CPE

WHITE NEOPRENE offers chemical resistance comparable

to black neoprene but uses fillers other than carbon black to

provide white coloration. Physical properties are not as good as

black neoprene, and white neoprene should be used only when

black cannot be tolerated. Storage should be under low light

conditions to prevent discoloration.

0°F to +180°F

HYPALON 1 is compounded for chemical resistance and is

excellent in acids and hydrocarbons.

0°F to +180°F Same as CPE

VI TON1 is excellent at elevated temperatures and also in harsh

chemical environments. Viton is not suitable for hot water or steam.

+20°F to +300°F Same as Fluoroelastomer

NATURAL RUBBER is generally superior to other elastomers

in abrasion resistance and is recommended for dry material

handling. Use in oils and solvents is not recommended.

–30°F to +150°F

FLUOROSTEAM seats offer heat and chemical resistance to

hydrocarbons and hot water or saturated steam. Maximum tem-

perature capability is dependent on fluid resistance, pressure

and flow rates.

+20°F to +275°F

ETM—30230 is compounded to combine many of the better

media properties of Buna-N, EPT or Neoprene for service in

hydrocarbons, gasoline, solvents, animal oils and vegetable oils

with a wide temperature range (–30°F to 230°F). Abrasion

resistance is equal to Buna-N. Resistance to hydrogen sulfide

and carbon dioxide are superior to Buna-N.

–30°F to +230°F

NEI-T TEFLON 1 SEAT is Buna-N, or EPT elastomer bonded

to a virgin TFE covering providing an inert, aseptic non-stick

surface which is excellent for sanitary food service applications.

0°F to +250°F

OTHER SEAT ELASTOMERS are available for special

applications. Consult factory.

1 See material trademark on page 226.* Peroxide cured EPT performs best in this range. The lowest

temperature limitation not yet determined.


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

(p233)T 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 perfor-mance of services shall be paid by the Buyer,unless the law specifically provides that suchpayment must be made by Seller, in which caseBuyer shall reimburse Seller for such paymentas part of the purchase price. Custom duties,consular fees, insurance charges and othercomparable charges will be borne 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 bearingpriority 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 autho-rized 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 underits 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 than court-awarded judgments as aforesaid


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

(p234)T E R M S A N D C O N D I T I O N S

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 perfor-mance 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.

Seller 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 purchaseprice.


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

(p235)T 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


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