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Pressure Seal T Globe Valves


Design Features and Benefits

Pressure Seal T Globe Valves

Detail A*Where applicable

Segment RingThrust Ring*GasketBodyBonnet

Actuators – valves can be suppliedwith any type of electric, hydraulic, orpneumatic actuator. Standard manualactuators are handwheels through 14".

Yoke Sleeve – aluminum-bronzeyoke sleeve minimizes operating torque.Needle type thrust bearings available.

Stem – precision-machined stemhas shouldered-head for reliablestem/disc connection.

Pressure Seal – uncomplicateddesign has segmented retainingring and graphite/SS Caps*gasket to aid disassembly andprovide maximum bonnet seal.

Hardened Seating Surfaces – both disc and body seating surfaces arehard faced for maximum service life.

Body – streamlined �ow pathminimizes pressure drop. Butt weld, Venturi or �anged ends provide piping alternatives.

Bolted Yoke – yoke is bolted to body.

Gland – two piece, self-aligning glandeliminates cocking.

Detail A

Yoke – yoke provides easy maintenanceand actuator mounting.

Integral Backseat – hard facedfor maximum backseat life.

Disc – fully body guided for perfectseating in high pressure services.


Components and Materials of Construction

Pressure T Seal Globe Valves

50

7016a

3598, 16

3055

71

10

31

56

3652

46124

72

113

11

NO PART NAME CARBON STEEL 1¼ CHROME 2¼ CHROME 9 Cr-1Mo-V 316 STAINLESS50 HANDWHEEL CAST OR DUCTILE IRON CAST OR DUCTILE IRON CAST OR DUCTILE IRON CAST OR DUCTILE IRON CAST OR DUCTILE IRON31 YOKE SLEEVE BRONZE BRONZE BRONZE BRONZE BRONZE70 STEM 13% CHROME 13% CHROME 13% CHROME 13% CHROME ASTM A705 GR 63036 GLAND FLANGE CARBON STEEL CARBON STEEL CARBON STEEL CARBON STEEL CARBON STEEL35 GLAND 12% CHROME 12% CHROME 12% CHROME 12% CHROME 300 SERIES SST46 PACKING GRAPHITIC* GRAPHITIC** GRAPHITIC** GRAPHlTlC** GRAPHITIC**30 BONNET CARBON STEEL W/CO-CR ASTM A182 GR, F22 W/CO-CR ASTM A182 GR, F22 W/CO-CR ASTM A182 GR, F91 W/CO-CR ASTM A182 GR, F316 W/CO-CR124 SEGMENT RING AISI 4340 OR 4140 AISI 4340 OR 4140 AISI 4340 OR 4140 AISI 4340 OR 4140 AISI 4340 OR 414073 THRUST RING3 AISI 4340 OR 4140 AISI 4340 OR 4140 AISI 4340 OR 4140 AISI 4340 OR 4140 AISI 4340 OR 414055 GASKET MILD STEEL SILVER PLATED5 MILD STEEL SILVER PLATED5 MILD STEEL SILVER PLATED5 MILD STEEL SILVER PLATED5 ASTM A182 GR F316L CHROME PLATED5

72 DISC NUT CARBON STEEL 316 SS OR 2¼ CR 316 SS OR 2¼ CR 316 SS 316L SS71 DISC CARBON STEEL W/CO-CR OVERLAY 316 SS OR 2¼ CR W/CO-CR OVERLAY 316 SS OR 2¼ CR W/CO-CR OVERLAY 316 SS W/CO-CR OVERLAY 316L SS W/CO-CR OVERLAY11 SEAT RING CARBON STEEL W/CO-CR 316 SS OR 2¼ CR W/CO-CR 316 SS OR 2¼ CR W/CO-CR ALLOY 91 W/CO-CR OVERLAY 316L SS10 BODY1 ASTM A216 GR WCB OR WCC2 ASTM A217 GR WC6 ASTM A217 GR WC9 ASTM A217 GR C12-A ASTM A351 GR CF8M98 BONNET STUDS ASTM A193 GR B7 ASTM A193 GR B7 ASTM A193 GR B7 ASTM A193 GR B7 ASTM A193 GR B716 YOKE STUD NUTS ASTM A194 GR 2H ASTM A194 GR 2H ASTM A194 GR 2H ASTM A194 GR 2H ASTM A194 GR 2H52 GLAND STUD CARBON STEEL CARBON STEEL CARBON STEEL CARBON STEEL CARBON STEEL16a GLAND NUTS ASTM A194 GR 2H ASTM A194 GR 2H ASTM A194 GR 2H ASTM A194 GR 2H ASTM A194 GR 2H113 DISC THRUST PLATE 316 SS/PLATED 316 SS/PLATED 316 SS/PLATED 316 SS/PLATED 316 SS/PLATED16c59 GREASE FITTING MFG STAD. MFG STAD. MFG STAD. MFG STAD. MFGSTAD98 THREADED COL. ASTM A193 GR B7 ASTM A193 GR B7 ASTM A193 GR B7 ASTM A193 GR B7 ASTM A193 GR B798b DRAW BOLTING ASTM A193 GR B7 ASTM A193 GR B7 ASTM A193 GR B7 ASTM A193 GR B7 ASTM A193 GR B754 HANDWHEEL NUT CARBON STEEL CARBON STEEL CARBON STEEL CARBON STEEL CARBON STEEL

CNI reserves the right to change or modify product design or construction without prior notice and without incurring any obligation to make such changes and modifications on products previously or subsequently sold.

NOTES:1. A 309 SS inlay is furnished in the gasket area of the body on ASME class 2500 valves. For this option on other pressure classes, specify special features suffix H.2. WCC valve bonnet and internals will be manufactured with 300 series stainless or 2¼ CR material.3. Thrust ring comes standard on 12” and larger ASME class 1500. All sizes of ASME class 2500.4. The aboe table lists Typical materials of construction. Actual materials will meet customer requirements 5. Stainless steel capped graphitic gaskets are available*Special high temperature packing is recommended for services over 850°F. Consult factory when ordering.**High temperature packing is standard.



ASME Class 900

M

M

K

K

A A21

A

Fig. No. 56009-7-WE* Butt Weld Ends

Fig. No. 56009-7 Flanged, Raised Face

Fig. No. 56009-7-RJ Flanged, Ring Joint

Dim DescriptionVALVE SIZES (inches)

2 2.5 3 4 6 8 10 12 14

A End-to-EndWeld Ends

in. 124 124 12 14 20 26 31 36 39mm 304 304 304 355 508 660 787 914 990

A1Face-to-FaceFlanged Ends

in. N/A N/A 15 18 24 29 33 38 40.5mm N/A N/A 381 457 609 736 838 965 1028

A2Face-to-Face

RTJin. N/A N/A 15.13 18.13 24.13 29.13 33.13 38.13 40.88

mm N/A N/A 384 460 612 739 841 968 1039

K Center-to-TopOpen

in. 18 18 18 23 33 39 46 52 60mm 457 457 457 584 825 990 1186 1320 1524

M Handwheel Dia.

in. 16 16 16 16 28 28 36 36 36mm 406 406 406 406 711 711 914 914 914

** WeightWeld Ends

lbs 90 90 90 198 576 965 1603 2272 3384kg 41 41 41 90 261 437 727 1030 1534

** WeightFlanged Ends

lbs N/A N/A 150 275 765 1325 2050 2920 4430kg N/A N/A 68 124 346 600 929 1324 2009

NOTE:1. Integral body seat on 2” through 4” size.

VENTURI GLOBE VALVES Fig. No. 56009-7-WE* Butt Weld Ends


8x6x8 10x8x10 12x10x12 14x12x14 16x14x16

A End-to-Endin. 24 29 33 38 40.5

mm 609 736 838 965 1028

K Center-to-TopOpen

in. 33 39 46 52 60mm 825 990 1168 1320 1524

M Handwheel Dia.

in. 28 28 36 36 36mm 711 711 914 914 914

** Weightlbs 580 979 1628 2340 3424kg 263 444 738 1061 1553

GENERAL NOTES:1. Dimensions, weights, and other engineering data are subject to change or modification. This data is not to be used for construction

unless confirmed by CNI.2. Flow coefficients are available in the flow data page.3. Meets design requirements of ASME Section III, B16.34, B16.5, B16.25 and B16.10.4. Mfg std end-to-end dimensions * Specify pipe schedule. ** Weight includes standard bevel gear where applicable.



T Pattern ASME Class 1500Fig. No. 56015-7-WE* Butt Weld Ends

Fig. No. 56015-7 Flanged, Raised Face

Fig. No. 56015-7-RJ Flanged, Ring Joint


2 2.5 3 4 6 8 10 12


in. 14.5 16.5 18.5 21.5 27.75 32.75 39 44.5mm 368 419 469 546 704 831 990 1130


in. 16.54 16.5 18.5 21.5 27.75 32.75 39 44.5mm 419 419 469 546 704 831 990 1130

A2Face-to-Face

RTJin. 16.634 16.63 18.63 21.63 28 33.13 39.38 45.13

mm 422 422 473 549 711 841 1000 1146

K Center-to-TopOpen

in. 19 19 23 27 37 47 50 57mm 482 482 577 685 933 1193 1270 1447

M Handwheel Dia.

in. 16 16 16 16 28 36 36 42mm 406 406 406 406 711 914 914 1066

** WeightWeld Ends

lbs 105 105 175 333 810 1381 2565 4046kg 47 47 79 151 367 626 1163 1835


lbs 165 165 255 460 1110 1880 3380 5270kg 75 75 115 208 503 852 1533 2390

NOTE:

1. Integral body seat on 2” through 4” size

VENTURI GLOBE VALVES Fig. No. 56015-7-WE* Butt Weld Ends


8x6x8 10x8x10 12x10x12 14x12x14

A End-to-Endin. 27.75 32.75 39 44.5

mm 705 831 990 1130

K Center-to-TopOpen

in. 37 47 50 57mm 933 1193 1270 1447

M Handwheel Dia.

in. 28 36 36 42mm 711 914 914 1066

** Weightlbs 816 1396 2595 4082kg 370 633 1177 1851

GENERAL NOTES:1. Dimensions, weights, and other engineering data are subject to change or modification. This data is not to be used for construction

unless confirmed by CNI.2. Flow coefficients are available in the flow data page.3. Meets design requirements of ASME Section III, B16.34, B16.5, B16.25 and B16.10.4. Mfg std end-to-end dimensions* Specify pipe schedule.**Weight includes standard bevel gear where applicable.

M

M

K

K

A A21

A



ASME Class 2500Fig. No. 56025H-7-WE* Butt Weld Ends

Fig. No. 56025H-7 Flanged, Raised Face

Fig. No. 56025H-7-RJ Flanged, Ring Joint

M

M

K

K

A A21

A


2 2.5 3 4 6 8 10 12


in. 13** 4 13 15** 4 18 24 29** 4 33** 4 38** 4

mm 330 330 381 457 609 736 838 965


in. 20**4 20 22.75 26.5 36 40.25 50 56mm 508 508 578 673 914 1022 1270 1422

A2Face-to-Face

RTJin. 20.25** 4 20.25 23 26.88 36.5 40.88 50.88 56.88

mm 514 514 584 683 927 1039 1293 1445

K Center-to-TopOpen

in. 20 20 24 27 38 47 56 60mm 495 495 603 685 971 1200 1416 1524

M Handwheel Dia.

in. 16 16 16 16 28 36 42 42mm 406 406 406 406 711 914 1066 1066

** WeightWeld Ends

lbs 165 165 253 310 1013 1693 2911 4200kg 74 74 114 140 459 767 1320 1905


lbs 260 260 430 575 1700 2730 4900 7300kg 117 117 195 260 770 1238 2222 3310

NOTE:1. Integral body seat on 2” through 3” size.

VENTURI GLOBE VALVES Fig. No. 55525H-7-WE* Butt Weld Ends


8x6x8 10x8x10 12x10x12 14x12x14

A End-to-Endin. 31.25 36 40.25 50

mm 914 1092 1244 1625

K Center-to-TopOpen

in. 38 47 56 60mm 971 1200 1416 1524

M Handwheel Dia.

in 28 36 42 42mm 711 914 1066 1066

** Weightlbs 1063 1828 3125 4460kg 482 829 1417 2023

NOTES:1. Impact Handwheel standard—all sizes.

GENERAL NOTES:1. Dimensions, weights, and other engineering data are subject to change or modification. This data is not to be used for

construction unless confirmed by CNI.2. Flow coefficients are available in the flow data page.3. Meets design requirements of ASME Section III, B16.34, B16.5, B16.25 and B16.10.4. Mfg std end-to-end dimensions* Specify pipe schedule.**Weight includes standard bevel gear where applicable.


Pressure Seal Globe Valves

Flow Data

PRESSuRE SEAL

GLOBE VALVES FuLL OPEN Cv

Valve SizePressure Class

900 1500 2500

2½ 90 65 45

3 105 95 65

4 195 170 105

6 455 395 265

8 800 695 470

10 1250 1085 750

12 1820 1580 1100

14 2205 — —

PRESSuRE SEAL

VENTuRI GLOBE VALVES FuLL OPEN Cv

Valve SizePressure Class

900 1500 2500

8 x 6 x 8 450 390 260

10 x 8 x 10 770 690 465

12 x 10 x 12 1215 1055 745

14 x 12 x 14 1775 1550 1070

16 x 14 x 16 2125 — —


Bolted Bonnet Globe Valves


Cast Steel Bolted Bonnet Globe Valves

Swing Bolts – facilitate easiermaintenance and packing replacement.

Stu�ng Box – optional lanternrings and bleed connections available.

Bonnet Joint – joint varies withASME class rating.

Handwheel – large handwheelsfor easy operation. Also availablewith gearing, motor actuatorsor cylinder actuators for moredi�cult services.

Yoke sleeve – furnished in bronze to reduce operatingtorque. Most sizes furnishedwith ball bearing yoke sleeve.

Gland – two-piece gland/gland�ange is self-aligning to eliminatestem damage from cocked gland.

Stem – precision machined stemhas a backseat design.

Disc – heavy duty disc available inplug, ball or V-port design.

End Connections – choice of �angedor butt weld ends for piping �exibility.

Seat Rings – separate heavy duty,full ported rings for easy maintenance.

Body – full ported, heavy duty bodyand wall thickness for maximum service life.Provided with bosses for optional by-passesor drains.

Backseat – machined bonnet stembushing provides back-up stem seal.

Crane Nuclear cast steel bolted bonnet globe valves are designed and manufactured to provide maximum service life and dependability. Valves meet, or exceed, the design requirements of ASME B16.34. Valves are available in a complete range of body/bonnet materials and trims.


Range of MaterialsStandard body/bonnet materials include ten grades of carbon, low alloy and stainless steels. For special applications they can be supplied in other grades of alloy and stainless steel. There’s a full range of trim materials to match any service. Optional packing and gasket materials are available for a full range of service conditions..

Actuator FlexibilityAll valves are available with hand-wheels, gearing, electric motor actuators or pneumatic or hydraulic cylinder actuators.

Easy OperationThreaded seat rings are easily accessible for repair or replacement. Packing swing bolts on most valves simplify packing replacement. All CNI bolted bonnet designs facilitate fast disassembly.

Longer LifeRugged construction provides years of reliable service. A two piece packing gland prevents cocking and stem damage.




Disc TypesCNI globe valves are available with a choice of disc types to meet specific shutoff and throttling applications. Please request service recommendations for throttling applications.

Class 150 – The standard, circular bonnet joint is the simplest and most economical configuration for low pressure services. The male and female joint confines the gasket O.D. and I.D. Our standard gasket is corrugated metal, but flat gaskets of other materials are available when specified.

Class 300 and up – The circular male and female bonnet joint is self-aligning and encapsulates the gasket. Typical gasket types are spiral wound or double jacketed.

V-Port DiscOptional disc configuration, where more linear throttling characteristics are required. The bottom of the disc is guided by the body seat ring for maxi-mum disc stability in throttling applica-tions. Valves with V-port trim are pro-vided with non-revolving stems. Ideal for non-severe throttling service where near linear characteristics are required.

Optional Soft Seated TrimAll globe valves are available with optional soft seated disc. The molded resilient ring is bonded into a groove in the disc for maximum service life.

This design is excellent for lower temperature service where tight shutoff is required. Specify “15” in figure number system and provide customer material specifications.

Plug DiscSimplest and most economical disc type available. The disc is stem guided on all sizes. Disc has a differential angle front the seat to provide a line contact for maximum sealing. Simplest disc type for field repair.

Ball Type DiscOptional disc configuration which provides line contact between spherical disc and conical body seat. This design minimizes galling tendency with non-hardened stainless steel seats and is less likely to stick in the body seat.

Standard Bonnet JointsBody/bonnet joints on CNI valves are designed for rugged services with a more than adequate number of bonnet bolts. The standard joint varies, depending on valve class. These standard joints are shown.



Components and Materials of Construction

54

16a

524946

30

16b

55

72

11

10

50

31

3635

70

32

71

98

Part Name Carbon Steel LCB LC3 WC6 WC9

46 Packing (F) Graphitic Graphitic Graphitic Graphitic Graphitic

30 Bonnet ASTM A216 Gr WCB ASTM A352 Gr LCB ASTM A352 Gr LC3 ASTM A217 Gr WC6 ASTM A217 Gr WC9

55 Bonnet Gasket Mild Steel (E) 304 SS (A) (E) 304 SS (A) (E) 304 SS (E) 304 SS (E)

16b Bonnet Stud Nuts ASTM A194 Gr 2H ASTM A194 Gr 7 ASTM A194 Gr 7 ASTM A194 Gr 2H ASTM A194 Gr 2H

98 Bonnet Studs ASTM A193 Gr B7 ASTM A320 Gr L7 ASTM A320 Gr L7 ASTM A193 Gr B7 (B) ASTM A193 Gr B7 (B)

0 Body ASTM A216 Gr WCB ASTM A352 Gr LCB ASTM A352 Gr LC3 ASTM A217 Gr WC6 ASTM A217 Gr WC9

Part Name C5 C12 CA6NM CF8C CF8M

46 Packing (F) Graphitic Graphitic Graphitic Graphitic Graphitic

30 Bonnet ASTM A217 Gr C5 ASTM A217 Gr C12 ASTM A487 Gr CA6NM ASTM A351 Gr CF8C ASTM A351 Gr CF8M

55 Bonnet Gasket 304 SS (E) 304 SS (E) 304 SS (E) 347 SS (E) 316 SS (E)

16b Bonnet Stud Nuts ASTM A194 Gr 2H (C) ASTM A194 Gr 2H (C) ASTM A194 Gr 2H ASTM A194 Gr 2H (D) ASTM A194 Gr 2H (E)

98 Bonnet Studs ASTM A193 Gr B7 (C) ASTM A193 Gr B7 (C) ASTM A193 Gr B7 ASTM A193 Gr B7 (D) ASTM A193 Gr B7 (E)

10 Body ASTM A217 Gr C5 ASTM A217 Gr C12 ASTM A487 Gr CA6NM ASTM A351 Gr CF8C ASTM A351 CF8M

(A) Limits std. const. to +1000°F (538°C). Special const. for maximum temperature between +1000°F (538°C) and +1110°F (599°C) available on application.

(B) Limits std. const. to +1000°F (538°C). Special const. for maximum temperature between +1000°F (538°C) and +1200°F (649°C) available on application.

(C) Limits std. const. to temperature between -20°F (-29°C) and +1000°F (538°C). Special const. for temperature between +1000°F (538°C) and +1200°F (649°C) available on application.

(D) Limits std. const. to temperature between -20°F (-29°C) and +1000°F (538°C). Special const. for lower temperature or temperature between +1000°F (538°C) and +1200°F (649°C) available on application.

(E) Class 150 gaskets are corrugated. Class 300 gaskets are double jacketed or spiral wound construction.

(F) For services over 850°F CNI recommends special high temperature packing. Please consult factory when ordering.

(G) Integral yoke illustrated, on larger sizes, the yoke may be separated from the bonnet..

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 MODIFICATIONS ON PRODUCTS PREVIOUSLY OR SUBSEQUENTLY SOLD.

Part Name Material54 Handwheel Nut Carbon Steel50 Handwheel Malleable or Ductile Iron31 Yoke sleeve Bronze16a Eyebolt Nut Carbon Steel36 Gland Flange Carbon Steel52 Eyebolt Carbon Steel35 Gland 300 Series SS49 Eyebolt Pin Carbon Steel

Trim Parts72 Disc Nut32 Bonnet Stem Bushing70 Stem 400 Series SS or 17-4 PH SS71 Disc (See Note 1)11 Seat Ring (See Note 1)See below for balance

NOTE 1: Disc and seat ring may either be solid facing material or a base material equal to or better than the body/bonnet material with facing as shown.NOTE 2: The table lists typical materials of construction. Actual materials will meet customer requirements


ASME Class 150


Fig. No. 160

Fig. No. 160 plug disc 1½”-12”

Fig. No. 160B ball disc 1½”-12”

RELATED DATATypical materials and trims, see page 12.See Technical Data section for flow calculations (Cv).

NOTES:1. Dimensions, weights and other engineering data are subject to change

or modification. This data is not to be used for construction unless confirmed by the factory.

FEATURES• Full range of body/bonnet materials

• Full range of trim materials

• Choice of plug or ball disc

• OS&Y construction

• Flanged or butt weld ends

• Full port design

• Renewable seat rings – also available seal welded

• Male and female bonnet joint

• Corrugated metal bonnet gasket

• Meet design requirements of ASME B16.5, B16.34, B16.25, B16.10 and ASME Section III

DIMENSIONS and WEIGHTSFIGURE NUMBERS: 160, 160B


1.5 2 2.5 3 4 6 8 10 12

A Face to FaceFlanged Ends

in. 6.50 8.00 8.50 9.50 11.50 16.00 19.50 24.50 27.50

mm 165 203 216 241 292 406 495 622 699

A1 End to EndWeld Ends

in. 6.50 8.00 8.50 9.50 11.50 16.00 19.50 24.50 27.50

mm 165 203 216 241 292 406 495 622 699

A2 Face to FaceRTJ

in. 7.00 8.50 9.00 10.00 12.00 16.50 20.00 25.00 28.00

mm 178 216 229 254 305 419 508 635 711

K Center to TopOpen

in. 11.42 12.44 12.99 14.37 16.30 19.87 24.53 31.61 33.03

mm 290 316 330 364 414 505 623 803 839

MHandwheel

Dia.in. 8 8 10 10 10 14 18 18 18

mm 203 2203 254 254 254 356 457 457 457

WeightFlanged Ends

lbs 30 50 69 84 138 238 411 598 824

kg 14 23 32 38 63 108 186 271 374

WeightWeld Ends

lbs 23 42 56 69 117 199 361 527 718

kg 11 19 25 31 53 90 164 239 326

Gap on CL 150


ASME Class 150









• Corrugated metal bonnet gasket


Fig. No. 161 V-port disc 2”-10”

Note: Non-revolving style stem (illustrated) is also

used in diagrams shown in Fig. No. 361 and 661.

DIMENSIONS and WEIGHTSFIGURE NUMBER: 161


2 3 4 6 8 10


in 8.00 9.50 11.50 16.00 19.50 24.50

mm 203 241 292 406 495 622


in 8.00 9.50 11.50 16.00 19.50 24.50

mm. 203 241 292 406 495 622

A2 Face to FaceRTJ

in 8.00 9.50 11.50 16.00 19.50 24.50

mm. 203 241 292 406 495 622

K Center to TopOpen

in 12.44 14.37 16.30 19.87 24.53 31.61

mm. 316 364 414 505 623 803

MHandwheel

Dia.in 8 10 14 14 18 18

mm. 203 254 356 356 457 457

WeightFlanged Ends

lbs 64 108 160 271 445 670

kg 29 49 73 123 202 304

WeightWeld Ends

lbs 56 90 137 240 397 573

kg 25 41 62 109 180 260




Fig. No. 161

Gap on CL 150


ASME Class 300





Fig. No. 360



Fig. No. 361 V-port disc 1½”-8”

NOTE: See illustration for Fig. No. 161 on P.15 for non-revolving style stem used

on Fig. No. 361

DIMENSIONS and WEIGHTS

FIGURE NUMBERS: 360, 360B & 360S FIGURE No: 361

Dim DescriptionVALVE SIZES (inches) VALVE SIZES (inches)

1.5 2 2.5 3 4 6 8 10 12 1.5 2 3 4 6 8

AFace to Face

Flanged Endsin. 9 10.50 11.50 12.50 14.00 17.50 22.00 24.50 28.00 9.00 10.50 12.50 14.00 17.50 22.00

mm 229 267 292 318 356 445 559 622 711 229 267 318 356 445 559


in 9 10.50 11.50 12.50 14.00 17.50 22.00 24.50 28.00 9.00 10.50 12.50 14.00 17.50 22.00

mm 229 267 292 318 356 445 559 622 711 229 267 318 356 445 559

A2

Face to FaceRTJ

in. 9.50 11.13 12.13 13.12 14.63 18.13 22.62 25.13 28.63 9.50 11.12 13.12 14.62 18.12 22.62

mm 241 283 308 333 371 460 575 638 727 241 283 333 371 460 575

KCenter to Top

Openin. — 13.78 15.39 16.54 19.37 24.41 31.22 45.08 49.61 13.78 13.78 16.54 19.37 24.41 31.22

mm — 350 391 420 492 620 793 1145 1260 350 350 420 492 620 793

MHandwheel

Dia.in. 8 8 10 10 14 18 18 34 34 8 8 10 14 18 18

mm 203 203 254 254 356 457 457 864 864 203 203 254 356 457 457

WeightFlanged Ends

lbs 60 79 104 137 224 388 635 1258 1698 70 94 157 248 418 669

kg 27 36 47 62 102 176 288 571 770 32 43 71 112 190 303

WeightWeld Ends

lbs 47 66 85 110 183 321 539 1114 1474 60 85 135 203 362 565

kg 21 30 39 50 83 146 244 505 669 27 39 61 92 164 256








• Male and Female bonnet joint

• Graphite bonnet gasket

• Anti-friction bearing yoke sleeve available



ASME Class 600


DIMENSIONS and WEIGHTS

FIGURE NUMBERS: 660, 660B FIGURE No: 661

Dim DescriptionVALVE SIZES (inches) VALVE SIZES (inches)

1.5 2 2.5 3 4 6 8 12 2 3 4 6-12


in. 9.50 11.50 13.00 14.00 17.00 22.00 26.00 33.00 11.50 14.00 17.00 CF

mm 241 292 330 356 432 559 660 838 292 356 432 CF


in. 9.50 11.50 13.00 14.00 17.00 22.00 26.00 33.00 11.50 14.00 17.00 CF

mm 241 292 330 356 432 559 660 838 292 356 432 CF

A2

Face to FaceRTJ

in. 9.50 11.63 13.13 14.13 17.13 22.13 26.13 33.13 11.63 14.13 17.13 CF

mm 241 295 333 359 435 562 664 841 295 359 435 CF

K Center to TopOpen

in. — 15.43 17.00 18.82 20.87 26.57 28.39 42.28 15.43 18.82 20.87 CF

mm — 392 432 478 530 675 721 1074 392 478 530 CF

M HandwheelDia.

in. 8 10 10 14 18 24 24 34 10 14 18 CF

mm 203 254 254 356 457 610 610 864 254 356 457 CF

WeightFlanged Ends

lbs 76 115 138 191 318 782 1224 2820 130 211 342 CF

kg 34 52 63 87 144 355 555 1280 59 96 155 CF

WeightWeld Ends

lbs 70 97 116 166 272 656 1100 2500 113 186 296 CF

kg 32 44 53 75 123 298 499 1134 51 84 134 CF









• Anti-friction bearing yoke sleeve available







Fig. No. 661 V-port disc 2”-4”

NOTE: See illustration for Fig. No. 161 on P.15 for

non-revolving style stem used on Fig. No. 661

Fig. No. 660



Valv

e Pe

rcen

t Ope

n

Percent of Full Open Cv

% Open vs % Cv

(1) 10

20

40

60

80

100

0 20 40 60 80 100

Plug orBall Disc

V-PortDisc

Valve Size

PRESSuRE CLASS

150 300 600 900

Plug or Ball Disc V-Port Disc Plug or Ball Disc V-Port Disc Plug or Ball Disc V-Port Disc Plug or Ball Disc

1½ 23 – 23 21 23 – –

2 43 40 43 40 43 40 –

2½ 70 – 70 – 70 – –

3 100 92 100 92 100 92 90

4 185 170 185 170 185 170 170

5 297 273 – – – – –

6 440 405 440 405 440 405 –

8 810 745 810 745 780 – –

10 1260 1150 1260 – – – –

12 1890 – 1890 – 1810 – –

Bolted Bonnet Globe Valves(1) not recommended for throttling at less than 10% open.

Flow Data

The flow coefficient (Cv) readings in the tables apply to fully open valves only. Flow coefficients at other than fully open may be approximated by use of the characteristic flow curve illustrated above.


Pressure Seal Y Pattern Globe Valves



Pressure Seal Y-Globe Valves

Seating Surface – the disc and body seating surfaces are hard faced for extended service.

Pressure Seal Design – consists of a gasket, thrustring and uncomplicated segmented retaining rings toensure maximum bonnet seal.

Stem – stainless steel stem is precision machinedfor minimal packing friction during operation.

Stem Guide – acts as anti-rotatingdevice for the stem.

Backseat – integral hard faced bonnetbackseat.

Detail A

Gland – two piece self-aligning gland and gland�ange eliminates cocking if packingadjustment is required.

Actuation – Hammerblow actuationmechanism is illustrated.

Yoke – the yoke features hassle-free assembly/disassembly of topworks and simple actuator mounting.

Guiding System – includes a two-piece disc assembly and hard faced body guides. The disc assembly maintains contact with the guides through the full valve stroke.

Low Pressure Drop = Low Operating Cost

Body – streamlined �ow path demonstratinghigh Cv factors which minimizepressure dropacross a given system.

Detail ARotated 45° ccw

*Where applicable

Segment RingThrust Ring*GasketBodyBonnet


Y-Globe Valves • Components and Materials of Construction


NO PART NAME CARBON STEEL 1¼ CHROME 2¼ CHROME 9Cr-1Mo-V 316 STAINLESS10 BODY ASTM A216 GR WCB OR WCC1 W/CO-CR ASTM A217 GR WC6 W/CO-CR ASTM A217 GR WC9 W/CO-CR ASTM A217 GR C12A W/CO-CR ASTM A351 GR CF8M W/CO-CR11 SEAT RING CARBON STEEL W/ CO-CR OVERLAY 316 SS OR 2¼ CR W/ CO-CR OVERLAY 316 SS OR 2¼ CR W/ CO-CR OVERLAY ALLOY 91 W/ CO-CR OVERLAY 316L W/CO-CR OVERLAY16a NUT ASTM A194 GR 2H ASTM A194 GR 2H ASTM A194 GR 2H ASTM A194 GR 2H ASTM A194 GR 2H16c NUT ASTM A194 GR 2H ASTM A194 GR 2H ASTM A194 GR 2H ASTM A194 GR 2H ASTM A194 GR 2H19 SCREW A193 GR B7 A193 GR B7 A193 GR B7 A193 GR B7 A193 GR B721 JACKING BOLTS A582 GR 416 A582 GR 416 A582 GR 416 A582 GR 416 A582 GR 41673 THRUST RING2 AISI 4140 OR 4340 AISI 4140 OR 4340 AISI 4140 OR 4340 AISI 4140 OR 4340 AISI 4140 OR 434030 BONNET CARBON STEEL W/CO-CR ASTM A182 GR F22 W/CO-CR ASTM A182 GR F22 W/CO-CR ASTM A182 GR F91 W/CO-CR ASTM A182 GR F316 W/CO-CR35 GLAND 12% CHROME 12% CHROME 12% CHROME 12% CHROME 300 SERIES SST36 GLAND FLANGE CARBON STEEL CARBON STEEL CARBON STEEL CARBON STEEL CARBON STEEL43 LOWER PLATE CARBON STEEL CARBON STEEL CARBON STEEL CARBON STEEL CARBON STEEL46 PACKING GRAPHITIC GRAPHITIC GRAPHITIC GRAPHITIC GRAPHITIC55 GASKET MILD STEEL WITH SILVER PLATE4 MILD STEEL WITH SILVER PLATE4 MILD STEEL WITH SILVER PLATE4 MILD STEEL WITH SILVER PLATE4 MILD STEEL WITH SILVER PLATE4

62 KEY AISI 01 AISI 01 AISI 01 AISI 01 AISI 0167 STEM GUIDE CARBON STEEL CARBON STEEL CARBON STEEL CARBON STEEL CARBON STEEL70 STEM ASTM A582 GR 416 ASTM A582 GR 416 ASTM A582 GR 416 ASTM A582 GR 416 ASTM A705 GR 63071 DISC CARBON STEEL W/ CO-CR OVERLAY 316 SS OR 1¼ CR W/ CO-CR OVERLAY 316 SS OR 2¼ CR W/ CO-CR OVERLAY 316 SS W/ CO-CR OVERLAY 316L SS W/ CO-CR OVERLAY72 DISC NUT CARBON STEEL W/ CO-CR OVERLAY 316 SS OR 1¼ CR W/ CO-CR OVERLAY 316 SS OR 2¼ CR W/ CO-CR OVERLAY 316 SS W/ CO-CR OVERLAY 316L SS W/ CO-CR OVERLAY97 STUD ASTM A193 GR B7 ASTM A193 GR B7 ASTM A193 GR B7 ASTM A193 GR B7 ASTM A193 GR B798 BOLT ASTM A193 GR B7 ASTM A193 GR B7 ASTM A193 GR B7 ASTM A193 GR B7 ASTM A193 GR B7120 ADAPTER CARBON STEEL CARBON STEEL CARBON STEEL CARBON STEEL CARBON STEEL124 SEGMENT RING AISI 4140 OR 4340 AISI 4140 OR 4340 AISI 4140 OR 4340 AISI 4140 OR 4340 AISI 4140 OR 4340200 ACTUATOR CONSULT FACTORY CONSULT FACTORY CONSULT FACTORY CONSULT FACTORY CONSULT FACTORY

Pacific Valves® reserves the right to change or modify product design or construction without prior notice and without incurring any obligation to make such changes and modifications on products previously or subsequently sold.

NOTES:1. WCC valve bonnets and internals will be manufactured with 300 series SS and/or 2¼ CR.2. Thrust ring on all 12” and larger 1500 and all 2500. 3. The table lists typical materials of construction. Actual materials will meet customer requirements4. Stainless steel capped graphitic gaskets are available

120

67

3635

124

30

7072

48

11

10

46

7055 97

Detail A

See Detail A

6219

16a98a

200

71

43

16c

21


ASME Class 600


GENERAL NOTES:1. Dimensions, weights, and other engineering data are subject to change or modification.

This data is not to be used for construction unless confirmed by CNI.2. For best performance, size for full open operation. See Cv in the Technical Data Section.3. Valves supplied with hammerblow handwheel as a standard.4. Meets design requirements of ASME Section III, B16.34 and B16.25. * Specify pipe schedule.

K

A

K

A A21

Y-GLOBE STOP VALVESFig. No. 59006-7-WE* Butt Weld Ends


6 8 10 12 14 16 18 20 24

AEnd-to-EndWeld Ends

in. 18.00 23.00 28.00 32.00 32.00 41.00 41.00 60.00 66.00

mm 457 584 711 813 813 1041 1041 1524 1676

K Center-to-Topin. 25.50 25.50 35.38 45.56 45.56 77.00 77.00 85.63 108.00

mm 648 648 899 1157 1157 1956 1956 2175 2743

MHandwheel

Dia.

in. 28 28 36 48 48 48 72 72 72

mm 711 711 914 1219 1219 1219 1829 1829 1829

WeightWeld Ends

lbs 779 820 1830 2560 2560 5570 5570 7500 13500

kg 354 372 830 1161 1161 2527 2527 3398 6116

VENTURI Y-GLOBE STOP VALVESFig. No. 59006-7-WE* Butt Weld Ends


10x8x10 12x10x12 14x12x14 16x14x16 18x16x18 20x18x20 22x20x22 26x24x26


in. 23.00 28.00 32.00 32.00 41.00 41.00 60.00 66.00

mm 584 711 813 813 1041 1041 1524 1676

K Center-to-Topin. 25.50 35.38 45.56 45.56 77.00 77.00 85.63 108.00

mm 648 899 1157 1157 1956 1956 2175 2743

M Handwheel Dia.

in. 28 36 48 48 48 72 72 72

mm 711 914 1219 1219 1219 1829 1829 1829

WeightWeld Ends

lbs 900 2025 2825 2825 6125 6125 6600 7900

kg 408 918 1281 1281 2778 2778 2994 3583


ASME Class 900



This data is not to be used for construction unless confirmed by CNI.2. For best performance, size for full open operation. See Flow Calculations in the Technical Data Section.3. Valves supplied with hammerblow handwheel as a standard.4. Meets design requirements of ASME Section III, B16.34 and B16.25. * Specify pipe schedule.



6 8 10 12 14 16 18 20 24


in. 27.75 30.00 36.25 41.00 43.00 54.00 63.00 54.50 59.50

mm 705 762 921 1041 1092 1372 1600 1384 1511

K Center-to-Topin. 40.47 53.38 63.58 77.84 77.84 89.62 98.11 110.97 110.83

mm 1028 1356 1615 1977 1977 2276 2492 2819 2815

MHandwheel

Dia.

in. 28 28 36 48 48 48 72 72 72

mm 711 711 914 1219 1219 1219 1829 1829 1829

WeightWeld Ends

lbs 810 1560 2900 3950 3950 7700 7825 9800 16000

kg 367 709 1318 1795 1795 3495 3550 4446 7273



8x6x8 10x8x10 12x10x12 14x12x14 16x14x16 18x16x18 20x18x20 22x20x22 26x24x26


in. 27.75 30.00 36.25 41.00 43.00 54.00 63.00 54.50 61.50

mm 705 762 921 1014 1092 1372 1600 1384 1562

K Center-to-Topin. 40.47 53.38 63.58 77.84 77.84 89.62 98.11 110.97 110.83

mm 1028 1356 1615 1977 1977 2276 2492 2819 2815

M Handwheel Dia.

in. 28 28 36 48 48 48 72 72 72

mm 711 711 914 1219 1219 1219 1829 1829 1829

WeightWeld Ends

lbs 810 1500 2900 4100 4100 8000 8000 13000 16000

kg 367 675 1305 1845 1845 3600 3600 5850 7200

K

A

K

A A21


General Notes:1. Dimensions, weights, and other engineering data are subject to change or modification.


K

A

K

A A21


ASME Class 1500



6 8 10 12 14 16 18 20 24


in. 27.75 30.00 36.25 41.00 43.00 54.00 63.00 54.50 59.50

mm 705 762 921 1041 1092 1372 1600 1384 1511

K Center-to-Topin. 40.47 53.38 63.58 77.84 77.84 89.62 98.11 110.97 110.83

mm 1028 1356 1615 1977 1977 2276 2492 2819 2815

MHandwheel

Dia.

in. 28 28 36 48 48 48 72 72 72

mm 711 711 914 1219 1219 1219 1829 1829 1829

WeightWeld Ends

lbs 810 1560 2900 3950 3950 7700 7825 9800 16000

kg 367 709 1318 1795 1795 3494 3550 4446 7273





in. 27.75 30.00 36.25 41.00 43.00 54.00 63.00 54.50 61.50

mm 705 762 921 1014 1092 1372 1600 1384 1562

K Center-to-Topin. 40.47 53.38 63.58 77.84 77.84 89.62 98.11 110.97 110.83

mm 1028 1356 1615 1977 1977 2276 2492 2819 2815

M Handwheel Dia.

in. 28 28 36 48 48 48 72 72 72

mm 711 711 914 1219 1219 1219 1829 1829 1829

WeightWeld Ends

lbs 890 1730 3220 4380 4380 8470 8600 10750 17000

kg 404 786 1464 1991 1991 3843 3900 4877 7727




Y-GLOBE STOP VALVESFig. No. 59025H-7-WE* Butt Weld Ends


6 8 10 12 14 16 18 20 24


in. 30.00 30.00 36.00 41.00 48.75 48.75 58.00 58.00 68.00

mm 762 762 914 1041 1238 1238 1473 1473 1727

K Center-to-Topin. 54.36 54.36 61.08 72.04 78.07 78.07 97.99 97.99 113.75

mm 1381 1381 1551 1830 1983 1983 2489 2489 2889

MHandwheel

Dia.

in. 28 28 36 36 48 48 72 72 72

mm 711 711 914 914 1219 1219 1829 1829 1829

WeightWeld Ends

lbs 1650 1650 3290 4745 7600 7600 11300 11300 17500

kg 750 750 1348 2157 3448 3448 5136 6864 7940

VENTURI Y-GLOBE STOP VALVESFig. No. 59025H-7-WE* Butt Weld Ends




in. 30.00 30.00 36.00 41.00 48.75 48.75 58.00 58.00 68.00

mm 762 762 914 1041 1238 1238 1473 1473 1727

K Center-to-Topin. 54.36 54.36 61.08 72.04 78.07 78.07 97.99 97.99 113.75

mm 1381 1381 1551 1830 1983 1983 2489 2489 2889

M Handwheel Dia.

in. 28 28 48 48 48 48 72 72 72

mm 711 711 1219 1219 1219 1219 1829 1829 1829

WeightWeld Ends

lbs 1865 1865 3267 5270 8360 8360 12000 12000 19250

kg 846 846 1482 2395 3793 3793 5455 5455 8734


ASME Class 2500

K

A

K

A A21


The flow coefficient (Cv) reading in the tables apply to fully open valves only. Flow coefficients at other than fully open may be approximated by use of the characteristic flow curve illustrated above.

Characteristic Flow Curves for Y-Globe Valves

Estimating Cv For Less Than Fully Open Valves

0 20

20

0

40

60

80

100

40 60 80 100Percent of Full Open Cv

Valv

e Pe

rcen

t Op

en

0 20

20

(1) 10

0

40

60

80

100

40 60 80 100Percent of Full Open Cv

Valv

e Pe

rcen

t Op

en

(1) 10

PRESSuRE SEAL

VENTuRI Y-GLOBE VALVES FuLL OPEN CV

Valve SizePRESSuRE CLASS

600 900 1500 2500

8 x 6 x 8 1100 1000 1000 650

10 x 8 x 10 1925 1675 1675 1125

12 x 10 x 12 2875 2600 2600 1775

14 x 12 x 14 4375 3650 3650 2525

16 x 14 x 16 4075 3450 3450 3875

18 x 16 x 18 7250 5700 5700 3575

20 x 18 x 20 6950 5525 5525 6300

22 x 20 x 22 11200 8675 8675 5925

16 x 24 x 26 15850 12825 12825 8600

PRESSuRE SEAL

Y-GLOBE VALVES FuLL OPEN CV

Valve SizePRESSuRE CLASS

600 900 1500 2500

8 2025 1750 1750 1175

10 3025 2725 2725 1875

12 4600 3825 3825 2650

14 4300 3650 3650 4075

16 7650 6000 6000 3775

18 7325 5825 5825 6625

20 11800 9125 9125 6225

24 16450 13500 13500 9050


Flow Data

Figure 3: Y-GlobeValves


Pressure Seal Globe Valves

1 2 - 4 5 6 7 8 - 10 11 12 13 - 15 - 17 - 19 20 21 - 23 24 25 26 27 28 29 30

1 - 2 = Size of Connection 2H = 2 ½” Valve 03 = 3” Valve

4 - 6 = Valve Type 560 = Globe Stop 590 = Y Globe Valve

7 - 8 = Pressure Class 09 = 900 9C = 900 Intermediate Class (see sales order notes) 15 = 1500 1C = 1500 Intermediate Class (see sales order notes) 25 = 2500 2C = 2500 Intermediate Class (see sales order notes) 45 = 4500

10 = Valve Port Size *S = Standard port

11 - 12 = By Pass, Drain & Bleed Arrangements * NN = N.A. EA = Equalizing Line from body neck to A EB = Equalizing Line from body neck to B KW = Bonnet Vent in upstream side of wedge J1 = Single valve bypass from A to B J2 = Double valve bypass from A to B J3 = Triple valve bypass from A to B and body neck JA = Single valve equalizing line from body neck to A JB = Single valve equalizing line from body neck to B VV = 6” socket weld nipples with globe style drain valves at locations C&D PP = 6” socket weld nipples capped at locations C&D V? = 6” socket weld nipple with globe style drain valve at location? (A-G) P? = 6” socket weld nipple capped at location? (A-G)

13 = Custom Feature *N = N.A. X = See sales order notes

15 = Special Processing *S = No special processing Z = See sales order notes

17 = Body Material 1 = WCB 2 = WCC 4 = C12A 5 = C5 6 = WC6 9 = WC9

19 = Customer Pipe Schedule A = 10 B = 20 C = 30 D = 40 E = STD F = 60 G = 80 H = XS J = 100 K = 120 L = 140 M = 160 N = XXS X = Custom (see sales order notes)

20 - 21 = Valve Weld End Prep Figure (per ASME B16.25)

Pipe wall thickness .1875” to .88” *2B = For use with no backing ring or split rectangular backing ring 2C = For use with continuous rectangular backing ring 2D = For use with continuous tapered backing ring

Pipe wall thickness greater than .88” *3B = For use with no backing ring or split rectangular backing ring 3C = For use with continuous rectangular backing ring 3D = For use with continuous tapered backing ring

For use with GTAW root pass or consumable insert ring 5B = Pipe wall thickness from .38” to 1.0” 6B = Pipe wall thickness over 1.0”

XX = Custom weld ends (see sales order notes)

RF = Raised face flanged end connections

23 = Manual Operation N = N.A. H = Handwheel L = Handwheel with locking device (closed) R = Handwheel with locking device (open) J = Handwheel with chain G = Manual Bevel Gear Operator C = Manual Bevel Gear Operator with Chainwheel A = Manual Bevel Gear with Air Wrench P = Manual Bevel Gear with position indicator M = Manual Bevel Gear Operator with locking device (closed) R = Manual Bevel Gear Operator with locking device (open) B = Hammerblow Handwheel

24 = Valve Actuator N = N.A. E = Direct mount Electric Motor Operator T = Direct mount Electric Motor Operator with thermal compensating device F = Electric Motor Operator with Bevel Gear P = Pneumatic Operator H = Hydraulic Operator M = Operator mounted by customer

25 = Gear & Actuator Mounting Dimensions (per MSS SP-102) N = N.A. 5 = FA25 1 = FA7 6 = FA30 2 = FA10 7 = FA35 3 = FA14 8 = FA40 4 = FA16 9 = Other

*Denotes Standard Offering

Ordering Number System


The following is an example of a Pacific gate valve figure number. The fields have been numbered and will be explained in the corresponding section.

Figure Number: 12” — 360 J — 1 — R — WC6 — WE — BG

1 2 3 4 5 6 7 8

Category Description1 Valve Size2 Figure Number3 Special Feature Suffix4 Trim Designations5 Special Trim Suffix6 Body & Bonnet Material7 Valve Ends8 Operator Type Suffix9 Other Special Options

CaTEGORY 1: VaLVE SizE

0.50 0.75 1.00 1.25 1.50 2.00 2.50 3.00 4.00 6.00

½” ¾” 1” 1- ¼” 1½” 2” 2½” 3” 4” 6”

8.00 10.00 12.00 14.00 16.00 18.00 20.00 24.00 30.00 36.00

8” 10” 12” 14” 16” 18” 20” 24” 30” 36”

Standard Figure Number System Globe

BOLTED BONNET-GLOBE VALVE, OS&Y

160 Class 150, plug type disc globe valve

160B Class 150, ball type disc globe valve

161 Class 150 V-Port disc globe valve


360B Class 300, ball disc globe valve

361 Class 300, V-port disc globe valve


660B Class 600, ball disc globe valve

661 Class 600, V-port disc globe valve




Ordering Number SystemCaTEGORY 3: SPECiaL FEaTuRE SuFFixa1 Single seal welded seat ring(s) and bonnet stem bushing (Not available in 1½” Globe Valves)B Ball type discE Spiral wound bonnet gasketF Extended bonnet-Length of extension follows “F” Example: F12=12” extended bonnet.G Grease injector with lantern ringH 309 stainless steel inlay in body neck (specific to pressure seal valves)i Graphite stem packing and bonnet gasketJ Standard single valve by-pass as defined by the Pacific Valves catalogJa Single bypass from body neck to AJB Single bypass from body neck to BJ2 Double bypass from A to BJ3 Triple bypass from A to B and body neckL or L1 Lantern ring and pipe plug in stuffing boxL2 Sleeve & bonnet stem bushing in stuffing boxM K-monel body/bonnet boltingM1 Alloy 20 body/bonnet boltingO Not used-too easily confused with zerou Drill, tap and plug-Letter location specified after the “U” Example UG=DT&P at location Gx Monel inlay in seat ring threaded area

CaTEGORY 4: TRiM DESiGNaTiONSThe base material of the disc and seat ring must be equal to or better in corrosion resistance than the material of the body and bonnet. The overlay or facing will be as shown below.

All “H” trims may be supplied without Stellite or equal hard facing, if desired by the customer. In this case, disc and seat ring facing will be the same material.

u 13% chrome stem and disc facing with “Stellite or equal” faced seat ring(s)1 13% chrome stem, disc facing and seat ring facing2 13% chrome stem and disc facing with “Stellite only” seat ring{s) facing6 Carbon Steel or Alloy Steel disc/plug with Carbon or Alloy Steel body or body seats6H Carbon Steel or Alloy Steel disc/plus with Stellite 6 body seats7 13% chrome stem and “Stellite or equal” disc and seat ring facing33 NOREM hard facing



8H Monel stem and disk facing with “Stellite or equal” faced seat ring(s)10H 304 stainless stem, disk facing and “Stellite or equal” faced seat ring(s)12H 316 stainless stem, disk facing and “Stellite or equal” facing ring(s)15 Special trim materials—must be defined on the sales order16 CA15 (410 SS) disc/plug with Carbon or Alloy Steel body or body seats17H 347 stainless stem, disk facing and “Stellite or equal” faced seat ring(s)23H Inconel stem, disc facing and “Stellite or equal” faced seat ring(s) 28H 304L stainless stem, disc facing and “Stellite or equal” faced seat ring(s)31 13% Chrome stem, “Stellite 21 disc and seat ring facing.

Also includes backseat, disc nut and body guides on Y-globe valves

CaTEGORY 5: SPECiaL TRiM SuFFixK Kel-F insert in seat or wedge/disc facingR Kalrez insert in seat or wedge/disc facingV Viton insert in seat or wedge/disc facing

BTR Kalrez “High Intensity Shut Off Valve”BTV Viton “High Integrity Shut Off Valve”

CaTEGORY 6: BODY aND BONNET/CaP MaTERiaL (no designation req’d for carbon steel)This section is designated by the ASTM material “grade” for all specific materials except carbon steel, which requires no designation. If the material has special qualifications and/or requirements, an “X” will follow the material designation and be defined on the sales order or shop job instructions.

Example: CF8M-X X=Specific carbon equivalency

CaTEGORY 7: VaLVE ENDS (no designation required for standard flanges)LG Large Groove flanged endsLT Large Tongue flanged endsWE() Butt weld ends-Schedule of mating pipe defined within O. When the schedule Is special, it will be signified by “X”.

Unless otherwise specified, all valves will be supplied with butt welding ends conforming to ASME 816.25 either Fig. 2(b) or 3(b) depending on the nominal pipe wall thickness.

RJ Ring joint type flange valve endsST Small tongue flanged endsSG Small groove flanged endsFF Flat face flanged endsLM Large male flanged ends




LF Large female flanged ends

N1() Nipple extension on one (1) end only. Length of extension is defined within the ().

N2() Nipple extension on both ends. Length of extension is defined within the ().

SF() Smooth face—when requirement is other than 125 to 200 Ra, the maximum will be defined within the (). No designation is required if there requirement is PV standard.

RF() Raised face—when requirement is other than B16.5, it will be defined within the (). No designations required if the requirement is PV standard

CaTEGORY 8: OPERaTiONDefine the bevel gear operator model number on the Sales Order or Shop Job Instructions if a model other than the Pacific Valves’ standard is used.

a Hydraulic cylinder actuator

BG Bevel gear actuator

BGa Bevel gear with air adapter

BGS Bevel gear actuator with stem cover

BGaS Bevel gear with air adapter and stem cover

C Pneumatic cylinder actuator (fall as Is)

CC Pneumatic cylinder actuator (fall closed)

CO Pneumatic cylinder actuator (fan open)

D() Chainwheel with amount of chain as defined within the parenthesis () in feet

E Electric motor actuator

ET Electric motor actuator with Thermal Pack

ETS Electric motor actuator with Thermal Pack and stem cover

ES Electric motor actuator with stem cover

HB Hammerblow handwheel

MTG Valve to be suitable to mount a specific actuator by the customer. Details of the operator must be specified on the sales order or shop job instructions




Notes

NU

-SEC

3-BU

-EN

-LT-

CN-2

013_

08

FOR PARTS:

CRANE NUCLEAR

860 Remington Bldv.

Bolingbrook, IL 60440 USA

Tel: 630.226.4900

Fax: 630.226.4648

FOR SERVICES:

CRANE NUCLEAR

2825 Cobb International Blvd.

Kennesaw, GA 30152 USA

Tel: 770.424.6343

Fax: 770.429.4752

Crane Co., and its subsidiaries cannot accept responsibility for possible errors in catalogues, brochures, other printed materials, and website information. Crane Co. reserves the right to alter its products without notice, including products already on order provided that such alteration can be made without changes being necessary in specifications already agreed. All trademarks in this material are property of the Crane Co. or its subsidiaries.

© 2013 CRANE Nuclear, www.cranenuclear.com

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