RFP 100 2 Cobalt Series CS100.2 MMABR1016

User Manual: Cobalt Series CS100.2

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RFP 100-2
McCANNA Valves
McCannaseal®
Top Entry Wedge-Seated Ball Valves
Regular and Full Port
An ISO 9001 Registered Company
McCannaseal Ball Valves
Design Features . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .3
Body Variations and Materials . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .4
Seat Materials . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .5
Bonnet Configurations . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .6
Application and Special Services . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .7
Options . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .9
Fire-Seal®/High-Temperature Service/Ball Stops . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .10
Low Temperature . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .11
Pressure/Temperature Ratings . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .12
Performance Data . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .14
Dimensions and Weights . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .15
Materials of Construction . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .19
Automated McCannaseal Valve Packages . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .21
How to Specify and Order . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .23
2
Flow Control Division
McCANNA Valves
Table of Contents
Industry Standards
McCannaseal Ball Valves meet the following valve industry standards, within temperature ratings published on pages 12 and 13 of this brochure:
ANSI B16.34, B16.5, B16.10, B16.11, B16.25 and B2.1.
3
The McCannasealis the original top entry
wedge seated ball valve. Available in regular port sizes
from 1
/
2" through 20" and pressure classes from 150 to
1500, and in full port sizes ranging from 1" through
16" class 150 to 1500, the McCannaseal has proven
itself successful in over 43 years of severe service
applications. The McCannaseal reputation for
consistent, reliable operation in handling today’s most
volatile applications is known the world over and is
featured in various approved manufacturer’s lists for
all types of processes.
Flow Control Division
McCANNA Valves
Design Features
1. Top Entry for fast, easy, in-line service that simplies scheduled
maintenance and permits emergency entry in minutes just by removing
the bonnet. All working parts are accessible for service while the valve
body stays xed in the line. No special tools or training are required.
2. Wedge-Seat Designpermits use of a wide range of seat materials. The
ball and seats are self-adjusting, assuring leak-tight closure under all
operating conditions and valve orientations. Seats are kept in tight
contact with the ball to assure an even, non-binding, elastic load on the
seats at all pressures, temperatures and at all stages of seat wear.
Consequently, positive leak-tight shut-o is assured for the full life of
the seats. Seats are under compression load only and there is no
exing or bending of the seat material.
3. Available in a Wide Range of Body and Trim Materials.Body and
trim materials include Carbon Steel, Stainless Steel, Titanium, Nickel,
Monel*, Hastelloy* “B” and “C”, Alloy 20 and others. Almost any uid
can be handled including liquids, gases, slurries, semisolids, viscous
substances and some molten materials.
4. Seat Range.McCANNA oers a wide variety of seats, ranging from
soft seats (plastics) to full ceramic. This allows the McCannaseal to
handle temperatures from -320°F to 1500°F and beyond.
5. Ball is Wiped Clean Each Time the Valve is Operated.Ball-seat
contact is constantly maintained, extending seat life.
6. Backseated Stem-Conical Stem Seals.The stem shoulder design
eliminates any possibility of stem blowout. The double set of stem
seals are designed so that increased line pressure will increase stem
sealing.
7. Bi-Directional Flow Capabilityfor tight closure in either ow direction.
8. Quarter-Turn and Low Torquemake McCannaseal ball valves
particularly suitable for remote operations with pneumatic or electric
actuators, especially when high cycle frequency is required.
* Various trademarks
4
Flow Control Division
McCANNA Valves
Body Variations
Body Variations and Materials
AL — Aluminum
A2 — Alloy 20
BR — Bronze
CS — Carbon Steel
C3 — LCB
DS — Duplex S.S.
HB — Hastelloy “B”
HC — Hastelloy “C”
IN — Inconel
MO — Monel
NI — Nickel
N8 — Incoloy 800
S4 — Stainless Steel 304
4L — Stainless Steel 304L
6L — Stainless Steel 316L
S6 — Stainless Steel 316
TI — Titanium
9L — Stainless Steel 904L
N9 — Incoloy 825
Flanged
Raised face.
(125-250 Micro-Inches Ra).
Flat faced.
Ring type joint.
Large or small tongue and groove per
ANSI B16.5.
Boss flanges for actuator mounting standard on
regular port sizes 3
/
4" – 6" up to 600 Class, and
full port 1" – 4" up to 600 Class.
Threaded and Socket End
Threaded per ASME B1.20.1.
Socket Weld per ANSI B16.11.
Butt Weld End
Per ANSI B16.25.
Various schedules available.
Body Materials
AL — Aluminum
A2 — Alloy 20
BR — Bronze
HB — Hastelloy “B”
HC — Hastelloy “C”
IN — Inconel
MO — Monel
NI — Nickel
4L — Stainless Steel
304L
Trim Materials
...plus many special body and trim materials.
Refer to the “Material Selection Guide” in the “McCANNA Flow Manual for Quarter-Turn Valves” for information on material compatibility.
T – TFE Unfilled polytetrafluoroethylene. Molded fluorocarbon plastic
having low coefficient of friction and unique anti-stick properties. Material
has a waxy texture and is opaque with a milk-white color. TFE is non-
contaminating and accepted by FDA for use in food services. The material
is highly resistant to oxidation and the effect of most chemical agents and
gases. Although resistant to most organic hydrocarbons, unfilled TFE is
not recommended for use in halogenated solvents or permeative media
(vinyl chloride, styrene).
U – Reinforced TFE (Fire-Seal design) (nonpigmented) Qualified to API-
607 4th edition, TFE resin compounded with a selected percentage of
glass filler material to provide improved strength and resistance to
abrasive wear, cold flow, and permeation in the finished molded seat.
Reinforcement permits application at higher pressure and temperature
than unfilled TFE. Not recommended for applications known to attack
glass (hydrofluoric acid, hot, strong caustics typical).
R – Reinforced TFE Same material as U seat, except non-fire-seal design.
R seats are pigmented red for identification.
W – HiLoad TFE (Fire-Seal design) Filled TFE qualified to API-607 fire
test. TFE resin compounded with a special carbon reinforcing material to
provide exceptional resistance to load deformation, abrasion, and fluid
penetration. The finished properties permit application at higher pressures
and temperatures than the R or U seats, including use in saturated steam
and many chemical solvents up to 400°F (204°C). Maximum temperature
is 550°F (288°C). The W seat will generally be applied in difficult higher
temperature services that may be flammable, hazardous, or mildly
abrasive. The resistance to fluid penetration provided by the “barrier”
characteristics of the filler in the molded structure will provide longer
service life than possible with the general purpose reinforced material. The
W material is black in color.
G – Carbon graphite manufactured by blending carbon and/or graphite
powders with a binder, pressing the mass into a desired shape, and baking
the molded form at high temperatures. The resultant hard seat material is
highly wear and abrasion resistant, nearly chemically inert, and thermally
stable. G seats are generally intended for valve service conditions ranging
from 550°F (228°C) up to 1000°F (538°C) maximum in non-oxidizing
service fluids and gases. Application in oxidizing media (nitric acid,
chromic acid, sulfuric acid, chlorine, peroxides, nitrates, nitrites, chlorates,
perchlorates, permanganates, ozone, oxygen, and air, typical) is limited to
700°F (371°C). G seats are excellent in high-pressure saturated steam
service — maximum 300 psig (20.4 bar) @ 422°F (217°C) — and
superheated steam to a maximum of 700 psig (47.6 bar) @ 750°F
(399°C). (-400°F on the low end.)
J – PEEK Carbon reinforced polyetheretherketone. This black seat material
has excellent wear properties in high cycle long term services. Pressure
capability is 1275 psig (85 bar) at 360°F (182°C), and maximum
temperature is 600°F (316°C). Recommended applications include
saturated steam and non-sticking polymer service as well as radiation
service. Conditions to avoid include food service where the black color
might be a contamination problem, concentrated sulfuric (H2SO3), and
concentrated nitric (HNO3) acids.
M – Metal seats are intended for use under extreme service conditions
falling outside the limitations of resilient seating materials, and above the G
seat 700°F (371°C) limit in oxidizing media. They are strongly
recommended for highly abrasive media and for temperatures to 1000°F
(538°C), and may be applied in saturated steam to 700 psig (47.6 bar) at
502°F (261°C).
Waukesha 88* Non-galling high nickel content alloy.
Maximum temperature rating 1000°F (538°C).
Recommended for services that are both corrosive and
abrasive and in oxidizing media above 700°F (371°C). Also
used in abrasive services in the G seat range where entry of
black particulate into the product stream cannot be tolerated.
Stellite* Cobalt-chromium-tungsten alloy recognized for
resistance to wire drawing, erosion and galling, and retention
of hardness at high temperatures. Corrosion resistance
approximates that of 18-8 stainless steel. Stellite seats are
normally recommended for the most abrasive service media
(catalyst fines, mine slurries typical), to 1500°F (816°C).
L – CeraMc has high hardness for erosion/abrasion resistance, inertness
for chemical resistance, and the ability to withstand extremely high
temperatures to 1500°F (816°C). A unique process produces a new
“Toughened” ceramic material that is stronger and more durable than the
alloys and metal composites previously available.
Also available:
D – Double block and bleed C – FEP
K – Kel-F* Z – Tefzel*
P – UHMW Polyethylene 3 – ZYMAXX*
V – Polyimide
See pages 12 and 13 for Pressure/Temperature Ratings.
Note: Other special materials are available for your critical applications.
For your specific application recommendation contact Flowserve.
Standard Seal Materials** (Stem, Bonnet, Ball Stops)
For Seats: Standard Seal
TTFE
RRTFE
U, W, G, M, L, J, 3 Flexible Graphite†
* Various trademarks
** Application information or customer request can change
selection as appropriate.
†Spiral wound bonnet gasket available.
5
Flow Control Division
McCANNA Valves
Seat Materials
6
Flow Control Division
McCANNA Valves
Bonnets
McCannaseal valves are available in a wide variety of bonnet
configurations. In addition to standard bonnets, McCannaseal valves
are offered with extended bonnets for high-temperature, semi-
cryogenic and cryogenic applications.
Extended Bonnets
Extended bonnets for McCannaseal ball valves are available in sizes from
1
/
2" through 8".
The extended bonnet supports potential side loads thereby reducing the
possibility of stem galling and leakage under severe services.
Insulation can be securely packed up to the top of the bonnet with little
danger of undetected stem leakage.
The McCannaseal extended bonnet assembly is interchangeable with
standard McCannaseal bonnet assemblies.
Configurations:
DAE – Improves stem seal performance by raising the seal arrangement
out of the proximity of the fluid flow, thus maintaining seals at a more
normal temperature. Recommended for clean services. Special
preparation designation DAE.
DAB – One set of stem seals located at the lower end of the stem journal
in place of the guide bushing used in type DAE. Recommended where line
fluid may solidify upon cooling or where fluids contain fine solids. Special
preparation designation DAB.
FAB – Equipped with a leak detection port between two sets of packing.
Should the lower packing fail, a leak would be detected before it escapes
into the atmosphere.
The intermediate packing area can also be pressurized in some
applications to ensure one direction emission flow into the process with a
benign medium. Special preparation designation FAB. For more
information refer to brochure for Fugitive Emissions, FETR-1.
Bonnet Configurations
DAE DAB Fugitive Emission
Regular Port Full Port Amount Max.
Valve Size Valve Size of Extension Insulation
in/mm in/mm Above Standard Thickness
1
/
2, 3
/
4, & 1 — 1.75 1.5
15, 20 & 25 — 31.8 38.1
11
/
211.5 2.00
40 25 38.1 50.8
21
1
/
21.75 2.5
50 40 44.4 63.5
322.00 2.75
80 50 50.8 69.9
432.00 3.5
100 80 50.8 88.9
642.00 4.00
150 150 50.8 101.6
862.00 4.75
200 150 50.8 120.7
Note: The DAB extended bonnet configuration is standard on all sizes of
ANSI Class 600, 900 and 1500 valves.
7
Flow Control Division
McCANNA Valves
Application and Special Services
McCannaseal ball valves are manufactured in a broad
range of materials to handle nearly any service. Corrosive
chemicals, viscous liquids, gases, acids, alkalies, and
hydrocarbons are easily controlled. In addition,
specifically fabricated McCannaseal valves are available
for special services including:
Chlorine – The McCannaseal ball valve meets all
recommendations listed in the Chlorine Institute Pamphlet
Number 6 “Piping and Equipment For Use With Dry
Chlorine.” This top entry valve can be supplied specially
prepared and tested with any combination of materials as
specified by the Chlorine Institute. For further information refer
to McCANNA Product Data Bulletin PDB-5.
Hydrogen Peroxide – Basic recommendation is a one-way
valve if compatible with the system. If not compatible, a
special self-relieving seat design prevents trapped hydrogen
peroxide from building up pressure in the body cavity. For
further information refer to McCANNA Product Data Bulletin
PDB-22.
PTA – McCannaseal top entry ball valves are readily available in
the appropriate sizes, materials, pressure and temperature
specifications to meet any PTA service condition. For further
information refer to McCANNA brochure PTA-01.
Vacuum – McCannaseal valves can be specially prepared for
vacuum service and are suitable for high vacuum to 1 x 10-6
mm Hg. If required, certified mass spectrometer test can be
supplied. For further information refer to McCANNA Product
Data Bulletin PDB-3.
Oxygen – McCannaseal valves for gaseous oxygen service are
specially cleaned, assembled, and tested to ensure removal of
all burrs, dirt, hydrocarbon grease, and other contaminants.
Valves are individually wrapped and sealed in polyethylene
bags before shipment. For further information refer to
McCANNA Product Data Bulletin PDB-15.
LPG – Underwriters Laboratories Inc. has listed certain
McCannaseal ball valves for use in applications handling
Liquefied Petroleum Gas. For further information refer to
McCANNA Product Data Bulletin PDB-9.
Fire Protection – Underwriters Laboratories Inc. has listed
certain McCannaseal ball valves for use in Fire Protection
Systems. These valves are listed under U.L. Guide No. VQGU
for installation in water lines for sprinkler system, fire hoses,
and other applications concerned with fire protection. The
following McCannaseal valves are included: 3/4" through 3",
threaded ends; 3/4" through 4", ANSI Class 150 flanged ends;
bronze (1/2" – 3"), carbon steel, SS316 body and trim
materials; TFE bonnet gasket; TFE seats and seals.
Steam – The design principle of the McCannaseal valve lends
itself to applications in steam service of much higher
pressures than other ball valve designs. For further information
refer to McCANNA Product Data Bulletin PDB-6.
Block and Bleed – ANSI Class 150 and 300 McCannaseal
valves can be furnished with double block and bleed seat
designs. Positive tight closure in both directions
simultaneously is possible, preventing product contamination
in a pipe manifold arrangement. For further information refer
to McCANNA Product Data Bulletin PDB-4.
8
Flow Control Division
McCANNA Valves
Application and Special Services
Throttling – McCannaseal ball
valves with electric or pneumatic
actuators and positioners
provide throttling control for
liquids and gases. Ball valves
provide tight shutoff unlike
some other types of control
valves. The ball valve is
approximately equal percentage
(flow characteristic curve),
which makes it ideally suited for
control applications in the 10% to 90% range.
Thermal Fluid Service – Extended bonnets permit the valve to be
insulated with no contact between the insulation and the moving
stem. Longer packing life results as the critical rings operate at a
lower temperature. An accessible packing nut provides for visual
leak detection and easy adjustment. McCannaseal’s wedge design
permits the use of high temperature rigid seats that are field-
maintainable and cost-effective.
Other
TDI Catalyst Slurry
VCM Nitric Acid
Ti02Pet
Phosgene Caustic (NOAH)
HF Acid H2S04
Hydrogen Peroxide Ammonia
Ethylene Oxide HCL
Poly Ethelene
9
Flow Control Division
McCANNA Valves
Options
Gear Actuators
Gear actuators are available for manual
operation tailored to the torque characteristics
of the valve selected. Chainwheels and locking
devices are optional.
Locking Handles
A locking device provides ability to lock open or
lock closed.
Jacketed Valves
Jacketed valves for viscous or solidifying
services which must be kept heated for free flow
are available. The addition of a high-temperature
bonnet and carbon graphite or metal seats
enable a jacketed McCannaseal valve to handle
an ever widening range of difficult service. Full
fabricated jackets (oversize flanged); partial body
jackets or clamp-on type jackets can be supplied
to suit system requirements.
Power Actuators
McCannaseal valves are ideally suited for
remote actuation. See page 20 for actuator
recommendations.
Stem Extensions
For manual or automated operation in hard to
reach locations. Stem extensions are available
1
/
2" through 4" in half-inch increments for all
sizes and classes of valves.
Chain Handle Operation
For actuation below valve installation.
10
Flow Control Division
McCANNA Valves
Fire-Seal®/ High-Temperature Service / Ball Stops
Fire-Seal®Seats
McCannaseal Valves with Fire-Seal seats are tested and approved to
meet API-607, 4th edition and Exxon fire testing standards. The Fire-
Seal design consists of a metal retainer enclosing a TFE or RTFE seat.
Should the soft seat be destroyed by fire, a secondary metal seat
provides a backup. The non-cycling, compression-loaded spring
provides a mechanical advantage to ensure a tight ball-to-seat and
seat-to-body seal with either resilient or metal seating elements.
Flexible graphite stem seals and bonnet gaskets are standard in valves
with Fire-Seal seats.
Ball Stops
McCannaseal valves supplied with non-resilient (carbon-graphite,
metal, or ceramic) seat materials require additional considerations
because of service applications. The coefficient of friction of these
materials is greater than that of TFE or RTFE seats, and valves
supplied with carbon-graphite, metal, or ceramic seats will have
higher operating torque. Some applications for valves with these non-
resilient seats will tend to increase the valve operating torque more
than can be tolerated. Examples of such applications are high
temperatures with large variations in temperature; fluids or gases
containing solids; solidifying services (such as molten metals); and
services which cause formation of deposits on ball or seat surfaces.
An adjustable ball stop is provided for use with non-resilient seat
materials. The ball stop permits the valve ball and seats to be
positioned to provide proper closure, but additional movement
downward in the
“wedge” is limited, and
increases in operating
torque in the services
described above are
controlled. The ball stop
adjustment is set at the
factory for optimum
performance, and is
field adjustable to
compensate for ball and
seat wear or changes in
operating conditions.
All McCannaseal valves with metal or ceramic seats are supplied with
ball stops. Valves with carbon-graphite seats operating at
temperatures above 500°F must be supplied with ball stops. Carbon-
graphite seated valves operating at temperatures below 500°F may
require ball stops where other service conditions can cause high
operating torque.
High Temperature Service
The McCannaseal ball valve is a spring-loaded, self-adjusting, wedge-
seated design. The seats are under compression load only, and not
dependent on flexure or bending to ensure positive shutoff, as are
most other ball valve designs. This design permits the use of non-
resilient materials such as carbon graphite, metals, or ceramics as
seat materials, for services at temperatures well beyond the
capabilities of resilient seat materials.
Carbon-graphite seats may be used in services at temperatures up to
1000°F (538°C), and are unaffected by most chemical reagents.
Exceptions to this are highly oxidizing materials, in which cases the
maximum operating temperature must be limited to 700°F (371°C).
Carbon-graphite seats have inherent lubricating properties, which
result in operating torques lower than would normally be expected
from a non-resilient material.
Where highly oxidizing conditions exist, or where the service is highly
erosive or abrasive, the McCannaseal valve is available with metal
seats, either Waukesha 88 or Stellite*. Waukesha 88 alloy is highly
resistant to galling and seizing, and is recommended in oxidizing
services above the carbon-graphite seat limit, or for corrosive or
abrasive services to temperatures of 1000°F. Stellite balls and seats are
normally specified for the most highly abrasive services. Stellite resists
wire drawing, erosion and galling, as well as corrosion from a wide
range of acids, alkalis, and molten metals, and retains its hardness to
1500°F. Ceramic balls and seats are recommended in severely
corrosive services, and can also handle temperatures up to 1500°F.
Extended bonnets with flexible graphite stem seals and bonnet
gaskets should be used for valves in services where temperatures
will exceed 600°F.
* Registered trademark of Stoody Deloro Stellite, Inc.
Seals
Ball Stop
Follower
Adapter Bushing
(Welded on Both
Inside and
Outside of Body)
Set Screw
Tamper
Resistant
Cover
Cryoseal Construction
Part Description Stainless Steel
Body—Threaded or ASTM A351
flanged ends CF 8M
Body—Socket or ASTM A351
butt weld ends CF 3M
Bonnet ASTM A351
CF 8M
Upper Flange ASTM A276
Type 304
Extension ASTM A276
Tubing Flange Type 304
Extension ASTM A312
Tube TP 304
Stem ASTM A276
Extension Type 316
Ball* ASTM A276 ■
Type 316
ASTM A351 ■
CF 8M
Stem ASTM A276 ●
Type 316
Cond. “B”
Spring Inconel X750
Seat Ring Aluminum**
ASTM B210
Alloy 6061-T6
Capscrew SS 18-8
McCannaseal Cryoseal®
For semi-cryogenic temperatures (-130°F (-89°C) to +32°F (+0°C)), (-40°F at stem seals) the
type DAE extended bonnet with reinforced TFE stem seals and seats may be used under
favorable conditions.
Cryogenic temperatures to -320°F (-196°C) require special Cryoseal bonnets.
The Cryoseal bonnets have a specially extended stem which positions stem seals in a warmer area
above the colder medium. This insulates the seal area from colder liquid, and prevents formation
of “ice cake” on the stem.
If liquid cryogen becomes trapped in the valve body cavity when the valve is closed, pressure
buildup from the warming liquid is relieved through a small hole immediately above and behind the
upstream body seating surface. As pressure builds, the fluid is vented back into the upstream line.
Stems are double-sealed and back-seated. Consequently, the higher the line pressure, the tighter
the stem seal will be. This limits external leakage if the stem is accidentally loosened while the
valve is still under pressure.
11
Flow Control Division
McCANNA Valves
Low Temperature
D
A
R
D
A
R
Overall
dimension
pipe centerline
to top of
handle.
Overall
dimension
pipe centerline
to top of
handle.
ANSI CLASS 150
Size in/mm AD R
3
/
44.88 11.75 .81
20 117.5 298.5 20.6
15.00 11.75 .81
25 127.0 298.5 20.6
11
/
26.50 12.81 1.19
40 165.1 325.4 30.2
27.00 14.19 1.50
50 177.8 360.4 38.1
38.00 17.75 2.25
80 203.2 450.9 57.2
49.00 18.06 3.00
100 228.6 458.7 76.2
615.50 20.94 4.50
150 393.7 531.9 114.3
ANSI CLASS 300
Size in/mm AD R
3
/
46.00 11.81 .81
20 152.4 300.0 20.6
16.50 11.81 .81
25 165.1 300.0 20.6
11
/
27.50 12.88 1.19
40 190.5 327.2 30.2
28.50 14.50 1.50
50 215.9 368.3 38.1
311.12 17.75 2.25
80 282.4 450.9 57.2
412.00 18.06 3.00
100 304.8 458.7 76.2
615.88 20.94 4.50
150 403.4 531.9 114.3
NOTE: For Full Port Valves Consult Factory.
*Size of valve determines ASTM
specifications. Consult factory for specific
information.
■Hard chrome plated
●Crack-free chrome plated
** Stainless steel also available, please specify.
Size in/mm A1A2DR
3
/
43.81 3.69 11.75 .81
20 96.8 93.7 298.5 20.6
13.81 3.69 11.75 .81
25 96.8 93.7 298.5 20.6
11
/
24.88 4.75 12.81 1.19
40 124.0 120.7 325.4 30.2
25.63 5.50 14.19 1.50
50 143.0 139.7 360.4 38.1
39.19 8.00 16.31 2.25
80 208.0 203.2 414.3 57.2
A1Threaded A2Socket
Cryoseal/ANSI Class 150 & 300/Flanged Ends/Series C151 & C301
Cryoseal/ANSI Class 300/Threaded and
Socket Weld Ends/Series C302 & C303
12
Flow Control Division
McCANNA Valves
Pressure/Temperature Ratings
POLYMERIC/FIRESEAL SEATS
Carbon Steel – Body Rating
Stainless Steel – Body Rating
T-TFE – Seat Limit
R&U Reinforced TFE –
Seat Limit
R- Non-Fire-Seal
U- Fire-Seal
J-Peek – Seat Limit
W-Seat Limit – Fire-Seal
ZYMAXX
200
00
0 100 200 300 400 500
100 200 300 400 500 600 700 800 900 1000
400
600
800
1000
1200
1400
1600
10
20
30
40
50
60
70
80
90
100
110
Temperature (°F)
Temperature (°C)
Pressure (psig)
Pressure (bar)
Class 300
Class 150
Class 600
CARBON GRAPHITE, METAL & CERAMIC SEATS
13
Flow Control Division
McCANNA Valves
Pressure/Temperature Ratings (continued)
TITANIUM BODIES BRONZE AND ALUMINUM BODIES
Bronze – Body Rating
Aluminum – Body Rating
Titanium – Body Rating
T-TFE – Seat Limit – Fire-Seal
R&U Reinforced TFE – Seat Limit – Fire-Seal
W-Seat Limit – Fire-Seal
Carbon Graphite (Non-Oxidizing)
200
0
0
0 100 200 300
100 200 300 400 500 600 700
400
600
800
1000
1200
1400
1600
10
20
30
40
50
60
70
80
90
100
110
Temperature (°F)
Temperature (°C)
Pressure (psig)
Pressure (bar)
Class 300
Class 150
Class 600
200
0
0
0 100 200 300
100 200 300 400 500 600 700
400
600
800
1000
1200
1400
1600
10
20
30
40
50
60
70
80
90
100
110
Temperature (°F)
Temperature (°C)
Pressure (psig)
Pressure (bar)
Class 300
Class 150
ANSI Class 150 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .285 psig (19.4 bar)
ANSI Class 300 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .740 psig (50.3 bar)
ANSI Class 600 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .1480 psig (100.7 bar)
ANSI Class 900 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .2220 psig (151.0 bar)
ANSI Class 1500 . . . . . . . . . . . . . . . . . . . . . . . . . . . . .3750 psig (255.1 bar)
* Maximum 100°F working pressure for Carbon Steel (ANSI B16.34).
Maximum seat temperature limit depending on pressure:
L=CeraMc . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .1500°F (816°C)
M=Metal . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .1500°F (816°C)
G=Carbon-graphite (non-oxidizing) . . . . . . . . . . . . . . . .1000°F (538°C)
G=Carbon-graphite (oxidizing) . . . . . . . . . . . . . . . . . . . . .700°F (371°C)
V=Polyimide . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .650°F (343°C)
J=Carbon-filled PEEK . . . . . . . . . . . . . . . . . . . . . . . . . . . .600°F (316°C)
W=Hi-Load Fire-Seal seats TFE . . . . . . . . . . . . . . . . . . . .550°F (288°C)
R=RTFE . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .525°F (274°C)
T=TFE . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .450°F (232°C)
K=Kel-F . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .300°F (149°C)
Z=TEFZEL . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .525°F (274°C)
3=ZYMAXX . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .575°F (302°C)
U=Fire-seal RTFE . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .525°F (274°C)
14
Flow Control Division
McCANNA Valves
Performance Data
Flow Coefficient (Cv) Versus Valve Size
Flanged Valves
Valve Full Port Full Port Full Port
Size (in.) Class 150 Class 150 Class 300 Class 300 Class 600 Class 600 Class 900 Class 1500
1
/
226 — 26 — 26 — — —
3
/
455 — 55 — 55 — 16 16
155635161 46542727
11
/
2110 159 110 154 103 138 91 91
2188 306 184 300 175 282 155 155
3397 763 449 731 420 696 400 380
4600 1430 720 1404 790 1355 740 640
61500 3548 1500 3522 1600 3339 1600 1550
82800 6148 2800 6004 2800 5779 3000 3000
10 4700 9684 4700 9684 4600 9368 — 4100
12 6600 14327 6600 14327 — 13964 — —
14 7550 — 7550 — — — — —
16 9500 — 9500 — — — — —
18 14850 — 15150 — — — — —
Flanged Valves
Valve
Size (in.) Class 300 Class 600
1
/
217 17
3
/
426 26
135 35
11
/
270 70
2120 120
3240 —
Butt Weld Valves
Valve
Size (in.) Class 300 Class 600
1
/
217 —
3
/
426 —
135 —
11
/
270 —
2120 —
3400 410
4720 780
61500 1700
82500 3100
10 3800 —
Cv values are for 100% open valve. For additional information, including Cv values for incremental valve positions, refer to McCANNA’s
“Flow Manual for Quarter-Turn Valves”
15
Flow Control Division
McCANNA Valves
Dimensions and Weights
D
C
A
B1
Regular Port Class 150 — Flanged Ends – S151 Configuration
Size Weight◊
in/mm A1A2A3B1B2CDlb/kg
1
/
25.62 — 5.50 3.60 4.85 .81 6.50 7
15 142.0 — 139.7 91.4 123.2 20.6 165.1 3.2
3
/
44.62 — 4.50 3.70 4.95 .81 6.50 7
20 117.3 — 114.3 94.0 125.7 20.6 165.1 3.2
15.00 5.50 4.88 3.77 5.02 .81 6.50 8
25 127.0 139.7 124.0 95.8 127.5 20.6 165.1 3.6
11
/
26.50 7.00 6.38 4.44 5.94 1.19 8.50 13
40 165.1 177.8 162.1 112.8 150.9 30.2 215.9 5.9
27.00 7.50 6.88 4.86 6.61 1.50 12.20 20
50 177.8 190.5 174.7 123.4 167.9 38.1 309.6 9.0
38.00 8.50 7.88 6.27 8.27 2.25 15.00 41
80 203.2 215.9 200.2 159.3 210.1 57.2 381.0 18.5
49.00 9.50 8.88 7.77 9.77 3.00 20.00 70
100 228.6 241.3 225.5 197.4 248.2 76.2 508.0 31.5
615.50 16.00 15.38 10.16 12.16 4.50 32.00 166
150 393.7 406.4 390.6 258.1 308.9 114.3 812.8 74.7
818.00 18.50 17.88 15.13 17.13 6.00 42.00 284
200 457.2 469.9 454.2 384.33 435.1 152.4 1066.8 128
10 21.00 21.50 20.88 15.5* N/A 7.50 N/A 635
250 533.4 546.1 530.4 394.5* N/A 190.5 N/A 286
12 24.00 24.50 23.88 18.55* N/A 9.00 N/A 1150
300 609.6 622.3 606.6 471.2* N/A 228.6 N/A 518
14 27.00 27.50 26.88 20.37* N/A 10.50 N/A 1602
350 685.8 698.5 682.8 517.4* N/A 266.7 N/A 721
16 37.50 38.00 37.38 22.42* N/A 12.00 N/A N/A
400 952.5 965.2 949.5 569.5* N/A 304.8 N/A N/A
18 42.00 42.50 41.88 25.18* N/A 14.00 N/A N/A
450 1066.8 1079.5 1063.8 639.6 N/A 355.6 N/A N/A
Regular Port Class 300 — Flanged Ends – S301 Configuration
Size Weight◊
in/mm A1A2A3B1B2CDlb/kg
1
/
25.50 N/A 5.38 3.60 4.85 .81 6.50 8
15 139.7 N/A 136.6 91.4 123.2 20.6 165.1 3.6
3
/
46.00 6.38 5.88 3.80 5.05 .81 6.50 9
20 152.4 162.1 149.4 96.5 128.3 20.6 165.1 4.1
16.50 7.00 6.38 3.85 5.10 .81 6.50 11
25 165.1 177.8 162.1 97.8 129.5 20.6 165.1 5.0
11
/
27.50 8.00 7.38 4.46 5.96 1.19 8.50 19
40 190.5 203.2 187.5 113.3 151.4 30.2 215.9 8.6
28.50 9.12 8.38 4.93 6.68 1.50 12.20 26
50 215.9 231.7 212.8 125.2 169.7 38.1 309.6 11.7
311.12 11.75 11.00 6.46 8.46 2.25 15.00 59
80 282.4 298.5 279.4 164.1 214.9 57.2 381.0 26.6
412.00 12.62 11.88 7.77 9.77 3.00 20.00 95
100 304.8 320.6 301.7 197.4 248.2 76.2 508.0 42.8
615.88 16.50 15.88 10.16 12.16 4.50 32.00 171
150 403.4 419.1 403.4 258.1 308.9 114.3 812.8 77.0
819.75 20.38 19.63 15.13 17.13 6.00 42.00 350
200 501.6 517.7 498.6 384.3 435.1 152.4 1066.8 158
10 22.38 23.00 22.25 15.53* N/A 7.50 N/A 675
250 568.5 584.2 565.2 394.5* N/A 190.5 N/A 304
12 25.50 26.12 25.38 18.55* N/A 9.00 N/A 1360
300 647.7 663.4 644.7 471.2* N/A 228.6 N/A 612
14 30.00 30.62 29.88 20.37* N/A 10.50 N/A 1915
350 762.0 777.7 759.0 517.4* N/A 266.7 N/A 862
16 39.00 39.62 38.88 22.42* N/A 12.00 N/A N/A
400 990.6 1006.3 987.6 569.5* N/A 304.8 N/A N/A
18 42.00 42.62 41.88 25.18* N/A 14.00 N/A N/A
450 1066.8 1082.5 1063.8 639.6* N/A 355.6 N/A N/A
D
C
A
B2
Notes: A1= raised face A2= ring type joint A3= flat faced
B1= standard bonnet B2= extended bonnet
*Dimensions shown with asterisk are to top of stem. Handle not offered. Flange ends conform to
ANSI specifications B16.5. Flange facing finish is 125–250 Micro-inches Ra.
◊All weights are approximate for steel. See page 17 for alloy weight conversion factors.
16
Flow Control Division
McCANNA Valves
D
C
A
B2
Regular Port Class 600 — Flanged Ends – S601 Configuration
Size Weight◊
in/mm A1A2A3BC Dlb/kg
1
/
26.50 6.44 6.00 5.26 .81 8.50 10
15 165.1 163.6 152.4 133.6 20.6 215.9 4.5
3
/
47.50 7.50 7.00 5.26 .81 8.50 10
20 124.0 190.5 177.8 133.6 20.6 215.9 4.5
18.50 8.50 8.00 5.26 .81 8.50 16
25 215.9 215.9 203.2 133.6 20.6 215.9 7.2
11
/
29.50 9.50 9.00 6.21 1.17 12.19 28
40 241.3 241.3 228.6 157.7 29.7 309.6 12.6
211.50 11.62 11.00 7.05 1.50 15.00 40
50 292.1 295.2 279.4 179.1 38.1 381.0 18.0
314.00 14.12 13.50 8.90 2.25 20.00 78
80 355.6 358.7 342.9 226.1 57.2 508.0 35.1
417.00 17.12 16.50 10.11 3.00 32.00 153
100 431.8 434.9 419.1 256.8 76.2 812.8 68.9
622.00 22.12 21.50 13.09 4.50 57.00 320
150 558.8 561.9 546.1 332.5 114.3 1447.8 144
826.00 26.12 25.50 15.39* 6.00 N/A 520
200 660.4 663.5 647.7 390.9* 152.4 N/A 234
10 31.00 31.12 30.50 17.76* 7.50 N/A 1000
250 787.4 790.5 774.7 451.1* 190.5 N/A 450
D
C
A
B2
Regular Port Class 900†— Flanged Ends – S901 Configuration
Size Weight◊
in/mm A1A2A3BC Dlb/kg
315.00 15.12 14.50 9.66 2.25 20.00 150
80 381.0 384.1 368.3 245.4 57.2 508.0 67.5
418.00 18.12 17.50 12.82 3.00 57.00 260
100 457.2 460.3 444.5 325.6 76.2 1447.8 117
624.00 24.12 23.50 14.34* 4.50 N/A 600
150 609.6 612.7 596.9 364.2* 114.3 N/A 270
829.00 29.12 28.50 16.96* 6.00 N/A 1175
200 737.0 739.7 724.0 430.8* 152.4 N/A 529
Regular Port Class 1500†— Flanged Ends – S1501 Configuration
Size Weight◊
in/mm A1A2A3BC Dlb/kg
1
/
29.50 9.50 9.00 6.41 .81 12.19 .27
15 241.3 241.3 228.6 162.8 20.6 309.6 12.2
3
/
49.75 9.75 9.25 6.41 .81 12.19 30
20 247.7 247.7 235.0 162.8 20.6 309.6 13.5
110.00 10.00 9.50 6.41 .81 12.19 35
25 254.0 254.0 241.3 162.8 20.6 309.6 15.8
11
/
212.00 12.00 11.50 8.22 1.17 15.00 70
40 304.8 304.8 291.1 208.8 29.7 381.0 31.5
214.50 14.62 14.00 8.63 1.50 20.00 105
50 368.3 371.4 355.6 219.2 38.1 508.0 47.3
318.50 18.62 18.00 11.57 2.25 20.00 260
80 469.9 473.0 457.2 293.9 57.2 508.0 117
421.50 21.62 21.00 13.94* 3.00 N/A 400
100 546.1 549.1 533.4 351.5* 76.2 N/A 180
627.75 28.00 27.25 15.96* 4.50 N/A 960
150 704.9 711.2 692.2 405.4* 114.3 N/A 432
832.75 33.12 32.25 21.17* 6.00 N/A 1700
200 831.9 841.3 819.2 537.7* 152.4 N/A 765
10 39.00 39.38 38.50 23.75* 7.50 N/A N/A
250 990.6 1000.3 977.9 603.3* 190.5 N/A N/A
Notes: Extended bonnet standard on Class 600, 900 & 1500.
A1= raised face A2= ring type joint A3= flat faced
Flange ends conform to ANSI specifications B16.5.
See page 17 for alloy weight conversion factors.
†Available with metal or carbon graphite seats only.
*Dimensions shown with asterisk are to top of stem.
Handle not offered.
◊All weights are approximate for steel.
17
Flow Control Division
McCANNA Valves
Dimensions and Weights (continued)
D
C
A
B1
Full Port Class 150 — Flanged Ends – S1F1 Configuration
D
C
A
B2
Notes: A1= raised face A2= ring type joint
B1= standard bonnet B2= extended bonnet
*Dimensions shown with asterisk are to top of stem.
Handle not offered. Flange ends conform to ANSI
specifications B16.5. Flange facing finish is 125–250
Micro-inches Ra. Lower dimensions are millimeters, kg,
or DN for valve size.
◊All weights are approximate for steel. See page 17 for
alloy weight conversion factors. For sizes not shown
contact Flowserve.
17.50 8.00 4.71 6.21 1.19 8.50 19
25 190.5 203.2 119.6 157.7 30.2 215.9 8.6
11/29.50 10.00 5.15 6.90 1.50 12.19 26
40 241.3 254.0 130.9 175.3 38.1 309.6 11.7
211.12 11.75 6.75 8.75 2.25 15.00 59
50 282.5 298.5 171.5 222.3 57.2 381.0 26.6
315.25 15.88 8.39 10.39 3.00 20.00 95
80 387.4 403.4 213.1 263.9 76.2 508.0 42.8
418.00 18.62 10.87 12.87 4.50 32.00 171
100 457.2 473.0 276.1 326.9 114.3 812.8 77.0
622.00 22.62 15.58 17.58 6.00 42.00 350
150 558.8 574.5 395.7 446.5 152.4 1066.8 158
827.00 27.62 *15.88 N/A 8.00 N/A 675
200 685.8 701.5 403.4 N/A 203.2 N/A 304
10 32.50 33.12 *21.46 N/A 10.00 N/A 1025
250 825.5 841.2 545.1 N/A 254.0 N/A 462
12 38.00 38.62 *21.94 N/A 12.00 N/A 1770
300 965.2 981.0 557.3 N/A 304.8 N/A 797
14 41.75 41.88 *25.42 N/A 14.00
350 1060.5 1063.8 645.7 N/A 355.6 N/A
Size Weight
in/mm A1A2B2CDlb/kg
110.00 10.00 6.11 1.19 12.19 28
25 254.0 254.0 155.2 30.2 309.6 12.6
11/212.50 12.50 7.41 1.50 15.00 40
40 317.5 317.5 188.2 38.1 381.0 18.0
213.00 13.12 9.10 2.25 20.00 78
50 330.2 333.3 231.1 57.2 508.0 35.1
317.50 17.62 9.78 3.00 32.00 153
80 444.5 447.6 248.4 76.2 812.8 68.9
420.00 20.12 13.51 4.50 57.00 320
100 508.0 511.1 343.2 114.3 1447.8 144
626.00 26.12 *15.90 6.00 N/A 520
150 660.4 663.5 403.9 152.4 N/A 234
831.25 31.38 *18.48 8.00 N/A 1000
200 793.8 797.1 469.4 203.2 N/A 450
10 37.00 37.12 *20.76 10.00 N/A
300 939.8 942.8 527.3 254.00 N/A
12 42.00 42.12 *22.78 12.00 N/A
400 1066.8 1069.8 578.6 304.8 N/A
Size Weight†
in/mm A1A2B1B2CDlb/kg
17.00 7.50 4.68 6.18 1.19 8.50 13
25 177.8 190.5 118.9 157.0 30.2 215.9 5.9
11/28.75 9.25 5.11 6.86 1.50 12.19 20
40 222.3 235.0 129.8 174.2 38.1 309.6 9.0
210.50 11.00 6.72 8.72 2.25 15.00 41
50 266.7 279.4 170.7 221.5 57.2 381.0 18.5
313.50 14.00 8.30 10.30 3.00 20.00 70
80 342.9 355.6 210.8 261.6 76.2 508.0 31.5
417.00 17.50 10.79 12.79 4.50 32.00 166
100 431.8 444.5 274.1 324.9 114.3 812.8 74.7
621.50 22.00 15.55 17.55 6.00 42.00 284
150 546.1 558.8 395.0 445.8 152.4 1066.8 128
824.50 25.00 *15.70 N/A 8.00 N/A 635
200 622.3 635.0 398.8 N/A 203.2 N/A 286
10 32.50 33.00 *21.46 N/A 10.00 N/A 940
250 825.5 838.2 545.1 N/A 254.0 N/A 423
12 38.00 38.50 *21.94 N/A 12.00 N/A 1680
300 965.2 977.9 557.3 N/A 304.8 N/A 756
14 41.75 41.88 *25.42 N/A 14.00
350 1060.5 1063.8 645.7 N/A 355.6 N/A
◊
Size Weight†
in/mm A1A2B1B2CDlb/kg
Full Port Class 300 — Flanged Ends – S3F1 Configuration
Full Port Class 600 — Flanged Ends – S6F1 Configuration
18
Flow Control Division
McCANNA Valves
Regular Port Class 300 — Threaded and Socket End,
S302 & S303 Configurations
Size Weight◊
in/
mm
A1A2B1B2CD E Flb/kg
1
/
24.19 5.56 3.69 4.94 .81 6.50 .865/.855 .38 4
15 106.4 141.2 93.7 125.5 20.6 165.1 22.0/21.7 9.7 1.8
3
/
43.81 3.81 3.69 4.94 .81 6.50 1.075/1.065 .50 4
20 96.8 96.8 93.7 125.5 20.6 165.1 27.3/27.1 12.7 1.8
13.81 3.81 3.69 4.94 .81 6.50 1.340/1.330 .50 4
25 96.8 96.8 93.7 125.5 20.6 165.1 34.0/33.8 12.7 1.8
1–1
/
24.75 4.75 4.50 6.00 1.19 8.50 1.925/1.915 .50 7
40 120.6 120.6 114.3 152.4 30.2 215.9 48.9/48.6 12.7 3.2
25.62 5.50 4.84 6.59 1.50 12.19 2.421/2.406 .62 11
50 142.7 139.7 122.9 167.4 38.1 309.6 61.5/61.1 15.7 5.0
38.19 8.00 6.38 8.48 2.25 15.00 3.550/3.535 .62 29
80 208.0 203.2 162.1 212.9 57.2 381.0 90.2/89.8 15.7 13.1
Regular Port Class 600 — Threaded and Socket End,
Extended Bonnet, S602 & S603 Configurations
Size Weight◊
in/
mm
A1A2B1B2CD E Flb/kg
1
/
24.75 4.75 N/A 5.06 .81 6.50 .865/.855 .38 11
15 120.6 120.6 N/A 128.5 20.6 165.1 22.0/21.7 9.7 5.0
3
/
44.38 4.25 N/A 5.06 .81 6.50 1.075/1.065 .50 10
20 111.3 108.0 N/A 128.5 20.6 165.1 27.3/27.1 12.7 4.5
14.25 4.25 N/A 5.06 .81 6.50 1.340/1.330 .50 10
25 108.0 108.0 N/A 128.5 20.6 165.1 34.0/33.8 12.7 4.5
1–1
/
25.12 5.12 N/A 6.16 1.19 8.50 1.925/1.915 .50 18
40 130.0 130.0 N/A 156.5 30.2 215.9 48.9/48.6 12.7 8.1
25.88 5.75 N/A 6.72 1.50 12.19 2.421/2.406 .62 30
50 149.4 146.1 N/A 170.7 38.1 309.6 61.5/61.1 15.7 13.5
D
C
A
F
E
B2
D
C
A
F
E
B1
Regular Port Class 600 — Butt Weld Ends,
S604 Configuration
Size Weight◊
in/
mm
AB
1B2CDlb/kg
314.00 N/A 8.59 2.25 20.00 52
80 355.6 N/A 218.2 57.2 508.0 23.4
417.00 N/A 10.22 3.00 32.00 100
100 431.8 N/A 259.6 76.2 812.8 45.0
622.00 N/A 12.69 4.50 57.00 190
150 558.8 N/A 322.3 114.2 1447.8 85.5
826.00 N/A 15.38* 6.00 N/A 400
200 660.4 N/A 390.6* 152.4 N/A 180.0
D
C
A
B2
Material Multiplier Material Multiplier
Alloy 20 1.0 Monel & Nickel 1.1
Aluminum 0.5 Stainless Steel 1.0
Bronze 1.1 Titanium .65
Hastelloy “C” 1.0 —————— ——
Alloy Weight Conversion Factors
D
C
A
B1
Notes: Extended bonnet standard on Class 600 & 1500.
A1= threaded end A2= socket end B1= standard bonnet
B2= extended bonnet E= socket diameter F= socket depth
Threaded ends per ANSI B1.20.1 Socket ends per ANSI spec B16.11.
◊All weights are approximate for steel. See chart at left for alloy weight
conversion factors.
Regular Port Class 300 — Butt Weld Ends,
S304 Configuration
Size Weight◊
in/
mm
AB
1B2CDlb/kg
1
/
27.44 3.69 4.94 .81 6.50 3
15 189.0 93.7 125.5 20.6 165.1 1.4
3
/
47.44 3.69 4.94 .81 6.50 3
20 189.0 93.7 125.5 20.6 165.1 1.4
13.44 3.59 4.84 .81 6.50 3
25 87.4 91.2 122.9 20.6 165.1 1.4
1–1
/
24.75 4.50 6.00 1.19 6.50 5
40 120.7 114.3 152.4 30.2 165.1 2.3
25.62 4.84 6.59 1.50 12.19 9
50 143.0 123.0 167.4 38.1 309.6 4.1
311.12 6.25 8.25 2.25 15.00 32
80 282.4 158.8 209.6 57.2 381.0 14.4
412.00 8.03 10.03 3.00 20.00 53
100 304.8 203.9 254.8 76.2 508.0 23.9
615.88 10.16 12.16 4.50 32.00 124
150 403.4 258.1 308.9 114.3 812.8 55.8
820.50 15.06 17.06 6.00 42.00 213
200 520.7 382.5 433.3 152.4 1066.8 95.9
10 22.06 15.52 N/A 7.50 N/A 405
250 560.3 394.2 N/A 190.5 N/A 182.3
19
Flow Control Division
McCANNA Valves
Materials of Construction
Regular Port ANSI Class 150, Class 300, Class 600, Class 900 and Class 1500
Part Description Alloy 20 Bronze Carbon Steel Hastelloy C Monel Nickel Stainless Steel Titanium
Body—Threaded or ASTM A351 ASTM B62/B584 ASTM A216† ASTM A494 ASTM A494 ASTM A494 ASTM A351 ASTM B367
flanged ends Gr. CN-7M Gr. C83600 Gr. WCB Gr. CW-12M Gr. M35-1 Gr. CZ100 Gr. CF 8M Gr. C3
Body—Socket or ASTM A351 ASTM B62/B584 ASTM A216† ASTM A494 ASTM A494 ASTM A494 ASTM A351 ASTM B367
butt weld ends Gr. CN-7M Gr. C83600 Gr. WCB Gr. CW-12M Gr. M35-1 Gr. CZ100 Gr. CF 3M Gr. C3
Bonnet* ASTM A351 ASTM B62 ASTM A216† ASTM A494 ASTM A494 ASTM A494 ASTM A351 ASTM B367
Gr. CN-7M 85-5-5-5 Gr. WCB Gr. CW-12M Gr. M35-1 Gr. CZ100 Gr. CF 8M Gr. C3
ASTM B473 ASTM B21●ASTM A181† ASTM B574 Alloy K500 ASTM B160 ASTM A479 CAST ASTM B367 GRC3
UNS N08020 UNS C48500 Gr. 70 UNS N10276 Alloy 200 Type 316 FORG ASTM B381 GR F-3
BAR ASTM B348 GR 4
Ball* ASTM B351 ASTM B16●ASTM A479 ASTM B494 Alloy 501 ASTM A494 ASTM B348
Gr. CN-7M 85-5-5-5 Type 316 Gr.CW-12M Alloy 411 Gr. CZ100 Gr. 4
ASTM A351 ASTM A351
Gr. CF 8M Gr. CF 8M
Stem ASTM B473 ASTM B21●ASTM A276†† ASTM B574 Alloy K500 Inconel 625 ASTM A276†† ASTM B358
UNS N08020 UNS C48500 Type 316 UNS N10276 Type 316 Gr. 4
CFB (1⁄2-3") CFB (1⁄2-3")
CFA (4-10") CFA (4-10")
Spring Inconel X750 ASTM A313 ASTM A313 Inconel X750 Inconel 625 Inconel 625 ASTM A313 ASTM B348
T and R Seat Type 316 Type 316 Type 316 Gr. 5
Spring Inconel X750 Inconel X750 Inconel X750 Inconel X750 Inconel 625 Inconel 625 Inconel X750 ASTM B348
all other Seats Gr. 5
Seat Ring ASTM B473 ASTM A312 ASTM A312 ASTM B574 Alloy K500 ASTM B161 ASTM A312 ASTM B338
UNS N08020 Gr. TP316 Gr. TP316 UNS N10276 (1⁄2–1") or Alloy 501 Alloy 200 Gr. TP316 Gr. 2
ASTM B619
UNS N10276(1-1⁄2–10")
Bonnet Bolts ASTM A193 ASTM A193 ASTM A193 ASTM A193 ASTM A193 ASTM A193 ASTM A193 ASTM A193
Gr. B8M ◊Gr. B7 ◊Gr. B7 ◊Gr. B8M ◊Gr. B8M ◊Gr. B8M ◊Gr. B8M ◊Gr. B8M ◊
Stem Handle
Handle Retainer Nut
Travel Stop
Bonnet
(Extended)
Body
Ball
Seat Rings
Seat
Adjusting Nut
Gland RingStem Seals
Bonnet Bolts
Bonnet Gasket
Spring
Notes: Consult Flowserve for materials of construction for configurations not listed.
*Size of valve determines ASTM specification. Consult factory for specific information.
†Black Oxide Coated
●Crack-free chrome plated
†† Stem material for 600, 900 & 1500 Class valves is 17-4PH (ASTM A564, type 630).
◊Size 1
/
2" – 2" Class 300 and 600 ASTM A453 GR660 Stainless Steel Capscrew used.
20
Flow Control Division
McCANNA Valves
Materials of Construction
Full Port ANSI Class 150, Class 300, Class 600, Class 900 and Class 1500
Part Description Alloy 20 Carbon Steel Hastelloy C Monel Nickel Stainless Steel Titanium
Body ASTM A351 ASTM A216† ASTM A494 ASTM A494 ASTM A494 ASTM A351 ASTM B367
Gr. CN-7M Gr. WCB Gr. CW-12M Gr. M35-1 Gr. CZ100 Gr. CF 8M Gr. C3
Bonnet* ASTM A351 ASTM A216† ASTM A494 ASTM A494 ASTM A494 ASTM A351 ASTM B367
Gr. CN-7M Gr. WCB Gr. CW-12M Gr. M35-1 Gr. CZ100 Gr. CF 8M Gr. C3
ASTM A181†
Gr. 70
Ball* ASTM B473■ASTM A479 ASTM B574 Alloy K500 ASTM B160 ASTM A479 ASTM B348
UNS N08020 Type 316 UNS N10276 or Alloy 501 Alloy 200 Type 316 Gr. 4
ASTM B351■ASTM A351 ASTM B494 Alloy 411 ASTM A494 ASTM A351 ASTM B367
Gr. CN-7M Gr. CF 8M Gr.CW-12M Gr. CZ100 Gr. CF 8M Gr. C3
Stem ASTM B473■ASTM A276†† ASTM B574 Alloy K500 Inconel 625 ASTM A276†† ASTM B358
UNS N08020 Type 316 UNS N10276 Type 316 Gr. 4
CFB (1⁄2-3") CFB (1⁄2-3")
CFA (4-10") CFA (4-10")
Spring Inconel X750 ASTM A313 Inconel X750 Inconel 625 Inconel 625 ASTM A313 ASTM B348
T and R Seat Type 316 Type 316 Gr. 5
Spring Inconel X750 Inconel X750 Inconel X750 Inconel 625 Inconel 625 Inconel X750 ASTM B348
all other Seats Gr. 5
Seat Ring ASTM B473 ASTM A312 ASTM B574 Alloy K500 ASTM B161 ASTM A312 ASTM B338
UNS N08020 Gr. TP316 UNS N10276 (1⁄2–1") or Alloy 501 Alloy 200 Gr. TP316 Gr. 2
ASTM B619
UNS N10276(1-1⁄2–10")
Bonnet Bolts ASTM A193 ASTM A193 ASTM A193 ASTM A193 ASTM A193 ASTM A193 ASTM A193
Gr. B8M ◊Gr. B7 Gr. B8M ◊Gr. B8M ◊Gr. B8M ◊Gr. B8M ◊Gr. B8M ◊
Stem
Bonnet
Body
Seat
Adjusting Nut
Gland Ring
Stem Seals
Bonnet Bolts
Bonnet Gasket
Spring
Notes: Consult Flowserve for materials of construction for configurations not listed.
*Size of valve determines ASTM specification. Consult factory for specific information.
†Black Oxide Coated
■Hard chrome plated
†† Stem material for 600 Class valves is ASTM A564 type 6340 (17-PH).
◊Size 1" Class 300 and 600 ASTM A453 GR660 Stainless Steel Capscrew used.
Seat Ring
Ball
21
Flow Control Division
McCANNA Valves
McCANNA Automated Control Packages are made to suit your
requirements. Whether your application calls for simple on/off
flow control or more sophisticated process automation,
McCANNA offers a wide range of valve actuator packages to
match individual requirements and provide excellent flexibility
for automated flow control.
Automated McCannaseal Valve Packages
The Series 75 electric AC or DC actuator is designed for on/off
and modulating applications. It provides precise, reliable,
automatic rotary valve operation in a rugged compact package.
The Series 75 is available in a variety of NEMA enclosures, and
is easily adaptable for PLC/computer applications. Many options,
such as feedback systems and positioner/controller, are available
with torques up to 3000 in-lb.
Electric Automation
Flow Control Division
McCANNA Valves
The Series 39 pneumatic actuator is an accurate, compact,
powerful, double-piston, rack-and-pinion actuator with an
impressive track record for reliability.
Pneumatic Automation
An Integral Valve Control Unit is available offering integral
control and communication capabilities. The complete control
unit consists of the Series 39 pneumatic actuator with integral
limit switches, low wattage solenoid, manual override and LEDs
to assist in calibration and to detect the status of system
components. The entire control package is contained in an
enclosure with a combined Type 4, 4x, 7, 9 and 12 rating.
This integral unit eliminates the need for expensive brackets and
couplings commonly used with actuator accessories.
Loop Powered Positioner with auto calibration and zero air
bleed. Operated by a 4-20 mA analog signal, this unit’s
microprocessor and three-button keypad provide on-site
calibration, action, split-range, speed fault delay, etc.
22
Automated McCannaseal Valve Packages
Flow Control Division
McCANNA Valves
(1) (2) (3) (4) (5) (6)
How to Specify and Order
Furnishing the information below will speed deliveries of your orders for McCannaseal ball valves.
Order by valve size and figure number.
McCANNA Ball Valve Figure No. Code System(1)
Valve I II III IV V VI VII
Size End Body Standard Special
(inches) Type Pressure (2) Connection Material (1) Seats Trim (1)(3) Preparation
Notes: (1) This is basic Figure Number Code System only. Not all combinations available. Not all materials shown.
(2) Nominal pressure rating only. Actual CWP ratings vary with construction and valve configurations.
(3) Trim consists of ball, stem and seat ring.
(4) Valves qualified to API-607 4th edition.
(5) Standard flange finish 125–250 Micro-Inches Ra.
(6) Specify pipe schedule.
1
/
2
3
/
4
1
11
/
2
2
3
4
6
8
10
12
14
16
18
20
S - McCannaseal
C - Cryogenic
Z - Fire-Seal
Regular Port –
1
/
2" thru 6" (4)
Y - Fire-Seal
Regular Port –
8" and up
Z - Fire-Seal
Full Port – 1"
thru 4" (4)
Y - Fire-Seal
Full Port – 6"
thru 12" (4)
15 - ANSI Class 150
30 - ANSI Class 300
60 - ANSI Class 600
90 - ANSI Class 900
150 - ANSI Class 1500
1F - Full Port
ANSI Class 150
3F - Full Port
ANSI Class 300
6F - Full Port
ANSI Class 600
1 - Flanged
RF or FF(5)
2 - Threaded
3 - Socket Weld
4 - Butt Weld(6)
6 - RTJ Flanged
A - Threaded
X Socket
AL - Aluminum
A2 - Alloy 20
BR - Bronze
CS - Carbon Steel
HB - Hastelloy “B”
HC - Hastelloy “C”
MO - Monel
NI - Nickel
S6 - SS316
TI - Titanium
6L - SS316L
DS - Duplex SS
1S151 CS TS6
SIZE I, II, III IV VVI VII
Ordering Example:
(1) Valve size
(2) Type, pressure class or group, and end
connection from Column I, II, and III
(3) Body material from Column IV
(4) Seat from Column V
(5) Trim from Column VI
(6) Special preparation description
Notes: Above available in standard or Fire-Seal qualified to API 607 4th Edition
*For information on Class 600 Butt Weld 1
/
2" – 2", contact Flowserve.
McCannaseal Product Ranges
Size Class 150/PN 20 Class 300 / PN 50 Class 600 / PN 100 Class 900 Class 1500
Full Port Full Port Full Port PN 150 PN250
in. DN Flanged Flanged Flanged Flanged Threaded Socket Butt Weld Flanged Flanged Threaded Socket Butt Weld Flanged Flanged
1
/
215 S151 — S301 — S302 S303 S304 S601 — S602 S603 S604* — S1501
3
/
420 S151 — S301 — S302 S303 S304 S601 — S602 S603 S604* — S1501
125S151 S1F1 S301 S3F1 S302 S303 S304 S601 S6F1 S602 S603 S604* — S1501
11
/
240 S151 S1F1 S301 S3F1 S302 S303 S304 S601 S6F1 S602 S603 S604* — S1501
250S151 S1F1 S301 S3F1 S302 S303 S304 S601 S6F1 S602 S603 S604* — S1501
380S151 S1F1 S301 S3F1 S302 S303 S304 S601 S6F1 — — S604 S901 S1501
4100 S151 S1F1 S301 S3F1 — — S304 S601 S6F1 — — S604 S901 S1501
6150 S151 S1F1 S301 S3F1 — — S304 S601 S6F1 — — S604 S901 S1501
8200 S151 S1F1 S301 S3F1 — — S304 S601 S6F1 — — S604 S901 S1501
10 250 S151 S1F1 S301 S3F1 — — S304 S601 S6F1 — — — — S1501
12 300 S151 S1F1 S301 S3F1 — — — — S6F1 — — — — —
14 350 S151 — S301 — — — — — — — — — — —
16 400 S151 — S301 — — — — — — — — — — —
18 450 S151 — S301 — — — — — — — — — — —
20 ————————————
23
T - TFE
R - Reinforced TFE
U - Reinforced TFE
Fire-Seal
W - HiLoad TFE
Fire-Seal
G - Carbon Graphite
J - Filled Peek
M - Metal
L - CeraMc
3 - ZYMAXX
AL - Aluminum
A2 - Alloy 20
BR - Bronze
HB - Hastelloy “B”
HC - Hastelloy “C”
MO - Monel
N1- Nickel
S6 - SS316
SO - SS410
TI - Titanium
6L - SS316L
DS - Duplex SS
CERAMIC
HC CA
MO CM
AZ CA
Specify service or
variation
McCANNA ... All The Right Valves In All The Right Places
McCannaseal®Ball Valves
Top-of-the-line, top-entry ball valves with wedge-seat design are available in sizes 1
/
2" to 14" for pressures to 3750 psi. Available in a wide range of materials.
McCannao
®Ball Valves
Economical, end-entry threaded end ball valves with prestressed, Fire-Seal®seats in sizes 1
/
4" to 2" for pressures to 1200 psi.
McCANNA 800
®Ball Valves
Standard ball valves that combine high-pressure reliability, low cost and Fire-Seal seats in sizes 1
/
4" through 2" for pressures to 2000 psig.
McCANNA General Purpose Ball Valves
Sturdy, compact general purpose design available in brass or steel in sizes 1
/
4" to 2" for pressures to 2000 psi.
Diaphragm Valves
Versatile, weir-type soft-seated valves provide leak-tight shuto on sizes from 1
/
2" through 12" for pressures to 200 psi.
Flow Control Division
McCANNA Valves
© 2003 Flowserve Corporation, Irving, Texas, USA. Flowserve and Worcester Controls are registered trademarks of Flowserve Corporation. RFP 100-2 8/03 Printed in USA
NOTICE: McCANNA Ball Valves are designed and manufactured using good workmanship and materials, and they meet all applicable industry standards. McCANNA is anxious to avoid injuries and
property damage which could result from misapplication of the product. Proper valve selection is imperative. Examples of the misapplications or misuse of a valve include but are not limited to use in a
service in which the pressure/temperature rating is exceeded or in a chemical service incompatible with the valve materials; use of undersized valve actuators; use of extremely fast valve actuation and/or
continuous valve cycling on standard valves; making modications of the product of any kind; failure to use caution in operating valves in high temperature, high pressure, or highly hazardous services;
and the failure to maintain valves as recommended. The right is reserved to change or modify product design or construction without prior notice and without incurring any obligation to make such
changes and modication on products previously or subsequently sold.
Flowserve Corporation has established industry leadership in the design and manufacture of its products. When properly selected, this Flowserve product is designed to perform its intended function safely during its useful life.
However, the purchaser or user of Flowserve products should be aware that Flowserve products might be used in numerous applications under a wide variety of industrial service conditions. Although Flowserve can (and often
does) provide general guidelines, it cannot provide specic data and warnings for all possible applications. The purchaser/use r must therefore assume the ultimate responsibility for the proper sizing and selection, installation,
operation, and maintenance of Flowserve products. The purchaser/user should read and understand the Installation Operation Maintenance (IOM) instructions included with the product, and train its employees and contractors in
the safe use of Flowserve products in connection with the specic application.
While the information and specications contained in this literature are believed to be accurate, they are supplied for informative purposes only and should not be considered certied or as a guarantee of satisfactory results by
reliance thereon. Nothing contained herein is to be construed as a warranty or guarantee, express or implied, regarding any matter with respect to this product. Because Flowserve is continually improving and upgrading its
product design, the specications, dimensions and information contained herein are subject to change without notice. Should any question arise concerning these provisions, the purchaser/user should contact Flowserve
Corporation at any one of its worldwide operations or oces.
For more information about Flowserve Corporation, contact www.owserve.com or call USA 1-800-225-6989.
FLOWSERVE CORPORATION
FLOW CONTROL DIVISION
1978 Foreman Drive
Cookeville, Tennessee 38501 USA
Phone: 931 432 4021
Facsimile: 931 432 3105
www.owserve.com
Choose automated McCANNA control
packages tailored to your requirements.
Where full automation is not needed, manual gear operators are available for all
size and pressure classes of McCANNA Ball valves.
Cryoseal
®is a registered trademark of M&FC Holding, Co., Inc.
Fire-Seal
®is a registered trademark of M&FC Holding, Co., Inc.
McCannaseal
®is a registered trademark of M&FC Holding, Co., Inc.
McCANNAFLO
®is a registered trademark of M&FC Holding, Co., Inc.
Invensys
®is a registered trademark of BTR SIEBE PIC
McCANNA 800
®is registered trademark of Weavex Corp.

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