Valve Cast Steel Gate Globe

GATE, GLOBE & CHECK VALVES - CAST STEEL

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APV Gate, Globe & Check Valves Cast_APV Version-Complete Version WebV.indd 2 30/5/13 2:25:41 PM

QUALITY VALVE MANUFACTURER

ContentsFigure Number System

Material Combinations/FeaturesAPI 600 Trim Types

Physical & Chemical PropertiesGeneral Design Specifications

Valve Selection CriteriaBolted Bonnet Gate Valves Overview

Bolted Bonnet Globe Valves OverviewBolted Bonnet Check Valves OverviewPressure Seal Bonnet Valves Overview

Gate Valve - Class 150Gate Valve - Class 300Gate Valve - Class 600Gate Valve - Class 900

Gate Valve - Class 1500Gate Valve (PSB) - Class 900

Gate Valve (PSB) - Class 1500Globe Valve - Class 150Globe Valve - Class 300Globe Valve - Class 600Globe Valve - Class 900

Globe Valve - Class 1500Globe Valve (PSB) - Class 900

Globe Valve (PSB) - Class 1500Swing Check Valve - Class 150Swing Check Valve - Class 300Swing Check Valve - Class 600Swing Check Valve - Class 900

Swing Check Valve - Class 1500Swing Check Valve (PSB) - Class 900

Swing Check Valve (PSB) - Class 1500Stainless Steel Gate Valve - Class 150Stainless Steel Gate Valve - Gate 300

Stainless Steel Globe Valve - Class 150/300Stainless Steel Check Valve - Class 150/300

By-Pass & DrainsSteamco Parallel Slide - Class 150-1500Steamco Stop Check - Class 150-600

Steamco Y Pattern Stop Check Globe - Class 150-600Steamco Right Angle Globe - Class 150-600Steamco Non Return Lift - Class 150-600Flowturn Check Cast Iron - Class 125/250Flowturn Gate Cast Iron - Class 125/250

Flowturn Globe Cast Iron - Class 125/250Technical Data - Equalising Devices

Technical Data - By-PassesTechnical Data - Drain & Bleed Connections

Technical Data - Flow FormulationTechnical Data - Flow Coefficients

Technical Considerations

Page 4-5Page 6-8Page 9Page 10Page 11Page 12-13Page 14Page 15Page 16Page 17-20Page 21Page 22Page 23Page 24Page 25Page 26Page 27Page 28Page 29Page 30Page 31Page 32Page 33Page 34Page 35Page 36Page 37Page 38Page 39Page 40Page 41Page 42Page 43Page 44Page 45Page 46Page 47-50Page 51Page 52Page 53Page 54Page 55Page 56-57Page 58Page 59Page 60Page 61Page 62Page 63-67Page 68

AUSTRALIAN PIPELINE VALVE


70-78 Stanbel Road Salisbury Plain South Australia 5109Telephone +61 (0)8 8285 0033 Fax +61 (0)8 8285 0044

email: [email protected]

Consistent product quality and availability of substantial stocks, makes Australian Pipeline Valve a dependablechoice for cast gate, globe and check valves, where total reliability is the number one concern.

EXAMPLE

Figure Number System

Trim Types


TRIM CODE

BODY SEAT SURFACE

DISCSURFACE

STEM BACK SEAT(STUFFING BOX)

X F6 F6 F6 F6

U Stellite Stellite F6 F6

XU Stellite F6 F6 F6

P* F304* F304* F304 F304

L* F316* F316* F316 F316

A* Monel* Monel* Monel Monel

N* Alloy 20* Alloy 20* Alloy 20 Alloy 20

H* Hastelloy B* Hastelloy B* Hastelloy B Hastelloy B

Z* Special Special Special Special

B Bronze Bronze Bronze Bronze

* Note if stellite seat then add XU modifier to end, if stellite seat and disc then add U modifier, if PTFE seat add TF modifier.

Suffix denoting operator G = Gear, Blank = Handwheel or N/A

Suffix denoting end connection (Blank is RF, RJ is RTJ, BW is Buttweld, SP is special drilling, FF = Flat Face)

Suffix denoting bonnet (P is Pressure Seal, W is Welded, Blank is Bolted)

Suffix denoting valve body material (see page 5)

N denotes NACE, Blank is Non NACE

Blank is standard configuration* D Globe-Stop Check F Flexible Disc Gate P Full Opening Check (API6D)R Right Angle S Parallel Slide T S Bend Globe Y Inclined Bonnet Z c/w Spring

Denotes trim (see below)

Basic model number (As shown in catalogue)

Valve Size (mm)

150 P47 U F N 9 P BW G -

PAGE 4

*Example Solid Wedge

Figure Number Codes

Comparative Valve Figure Numbers

BODY MATERIAL CODE BODY/BONNET AND OR CAP MATERIALSSuffix ASTM Spec. Material None A216 Gr. WCB Carbon Steel 1 A216 WCC Carbon Steel2 A352 LCC Low Carbon Steel2B A352 LCB Low Carbon Steel 3 A352 LC3 Low Carbon Steel3M A351 CF3M Stainless with Molybdenum (low carbon)4 A217 WC1 Carbon Moly 1/2% Mo4L A352 LC1 Carbon Moly 1/2% Mo5 A217 Gr. C5 5% Cr, 1/2% Mo6 A217 Gr. WC6 1-1/4% Cr, 1/2% Mo8 A351 CF8 Stainless 18% Cr, 8% Ni8C A351 CF8C Stainless 18% Cr, 10% Ni & Cb8M A351 CF8M Stainless with Molybdenum9 A217 Gr. WC9 2-1/4% CR, 1% Mo12 A217 Gr. C12 Chrome Moly 9% Cr, 1% Mo 19 Bronze Bronze B62/LG2/B14820 AL-Bronze Aluminium Bronze0 SPECIAL

VALVE TYPE CLASS APV KITZ WALWORTH CRANE VELAN POWELL

GATEVALVES

150 P47 150SCL 5202F 47 F-0064C 1503

300 P33 300SCL 5206F 33 F-1064C 3003

600 P76 600SCL 5232F 76 F-2064C 6003

900 P83 900SCL 5247F 83 F-7064C 9003

1500 P87 1500SCL 5262F 87 F-3064C 1303

2500 P25 2500SCL 25003

GLOBEVALVES

150 P143 150SCJ 5275F 143 F-0074C 1531

300 P151 300SCJ 5281F 151 F-1074C 3031

600 P171 600SCJ 5295F 171 F-2074C 6031

900 P183 900SCJ 5301F 183 F-7074C 9031

1500 P189 1500SCJ 5308F 189 F-3074C 1311

2500 P25 2500SCJ

SWINGCHECKVALVES

150 P147 150SCO 5341F 147 F-0114C 1561

300 P159 300SCO 5344F 159 F-1114C 3061

600 P175 600SCO 5350F 175 F-2114C 6061

900 P187 900SCO 5353F 187 F-7114C 9061

1500 P199 1500SCO 5356F 199 F-3114C 1361

2500 P25 2500SCO

PAGE 5

CAST STEEL GATE VALVES ANSI CLASS 150 ~ 2500

FEATURES Bolted bonnet, OS&Y, Flexible wedge.

On smaller size valves, the yoke is cast integral withbonnet. Larger size valves have two piece yoke, referto individual drawing.

Stem nut is mounted with ball bearings toreduce operating torque for ease of manualoperation in larger sizes and higher classes.

Self aligning two piece gland.

APPLICABLE STANDARDS Valves designed to API Std. 600 and

BS 1414

Valves tested to API Std. 598

Face-to-face to ANSI B16.10

Flanged ends to ANSI B16.5

Butt-welding ends to ANSI B16.25

Trim and seating surface as per API 600 standard.

Material Combinations/Features

MATERIAL LIST

*1 Lantern Ring where applicable

No.Part Name

Carbon Steel Alloy Steel Stainless Steel

WCB WCC LCB LCC C5 WC6 WC9 CF8 CF8M CF3 CF3M

APV Suffix Code 1 2B 2 5 6 9 8 8M 0 3M

1 Body A216 WCB A216 WCC A352 LCB A352 LCC A217 C5 A217 WC6 A217 WC9 A351 CF8 A351 CF8M A351 CF3 A351 CF3M

2 Seat Ring A105 A105 A350 LF2 A350 LF2 A182 F304 A182 F304 A182 F304 A182 F304 A182 F316 A182 F304L A182 F316L

3 Wedge A216 WCB A216 WCC A352 LCB A217 CF8 A217 C5 A217 WC6 A217 WC9 A351 CF8 A351 CF8M A351 CF3 A351 CF3M

4 Stem A182 F6 A182 F6 A182 F304 A182 F304 A182 F304 A182 F304 A182 F304 A182 F304 A182 F316 A182 F304L A182 F316L

5 Bonnet Bolt A193 B7 A320 L7 A193 B16 A320 B8 A193 B8M

6 Bonnet Nut A194 2H A194 4 A194 7 A194 8

7 Gasket Solid metal serrated gasket Stainless Steel & Graphite wound Non-metallic gasket Stainless Steel or Soft Iron Ring Gasket

8 Bonnet A216 WCB A216 WCC A352 LCB A352 LCC A217 C5 A217 WC6 A217 WC9 A217 CF8 A351 CF8M A351 CF3 A351 CF3M

9 Back Seat Bushing A182 F6 A182 F6 A182 F6 A182 F6 A182 F304 A182 F304 A182 F304 A182 F304 A182 F316 A182 F304L A182 F316L

10 Stem Packing Braided/Flexible Graphite or PTFE

11 Lantern*1 A182 F6 A182 F6 A182 F6 A182 F6 A182 F304 A182 F304 A182 F304 A182 F304 A182 F316 A182 304L A182 F316L

12 Pin Carbon Steel Stainless Steel Alloy Steel

13 Gland A182 F6 A182 F6 A182 F6 A182 F6 A182 F304 A182 F304 A182 F304 A182 F304 A182 F316 A182 F304L A182 F316L

14 Gland Flange A216 WCB A216 WCC A352 LCB A352 LCC A217 C5 A217 WC6 A217 WC9 A351 CF8 A351 CF8M A351 CF3 A351 CF3M

15 Gland Eyebolt A307 B A307 L7 A193 B7 A193 B8 A193 B8M

16 Gland Nut A194 2H A194 4 A194 8

17 Stem Nut A439D2 (Austenitic DI) ZCuA110Fe3 (AL-Bronze)

18 Retaining Nut Carbon Steel or Alloy Steel

19 Hand Wheel Ductile Iron or Carbon Steel

20 H.W. Lock Nut Carbon Steel Stainless Steel Alloy Steel

21 Yoke A216 WCB A216 WCC A352 LCB A352 LCC A217 C5 A217 WC6 A217 WC9 A351 CF8 A351 CF8M A351 CF3 A351 CF3M

22 Nipple Copper Alloy or Carbon Steel or Stainless Steel

23 Seat/Wedge Facing 13Cr or 16Cr-8Ni or HF(Co-CrA) or 316 or 304

PAGE 6

C

B (Open)

A

NPS

19202122

18171615141312111098

765

4321

23

CAST STEEL GLOBE VALVES ANSI CLASS 150 ~ 2500

FEATURES Bolted bonnet, OS&Y, Swivel Disc.

Plug type disc (Ball type also available).

On smaller sizes, the yoke is cast integral with bonnet. Larger sizes have two piece yoke, refer to individual drawing.

Stem nut is mounted with ball bearingsto reduce operating torque for easeof manual operation in larger sizesand higher classes.

APPLICABLE STANDARDS Valves designed to API Std. 600

and BS 1873






MATERIAL LIST

* Lantern Ring where applicable.

No.Part Name






3 Disc A105 A216 WCC A350 LF2 A352 LCC A217 C5 A217 WC6 A217 WC9 A351 CF8 A351 CF8M A351 CF3 A351 CF3M

4 Stem A182 F6 A182 F6 A182 F304 A182 F304 A182 F304 A182 F304 A182 F304 A182 F304 A182 F316 A182 F304L A182 F316L

5 Disc Nut A182 F6 A182 F6 A182 F6 A182 F304 A182 F304 A182 F304 A182 F304 A182 F304 A182 F316 A182 F304L A182 F316L

6 Gasket Solid metal serrated gasket Stainless Steel & Graphite spiral wound Non-metallic gasket Stainless Steel or Soft Iron Ring Gasket

7 Bonnet A216 WCB A216 WCC A352 LCB A352 LCC A217 C5 A217 WC6 A217 WC9 A351 CF8 A351 CF8M A351 CF3 A351 CF3M

8 Bonnet Bolt A193 B7 A320 L7 A193 B16 A320 B8 A193 B8M

9 Bonnet Nut A194 2H A194 4 A194 7 A194 8

10 Back Seat Bushing A182 F6 A182 F6 A182 F6 A182 F6 A182 F304 A182 F304 A182 F304 A182 F304 A182 F316 A182 304L A182 F316L

11 Stem Packing Braided/Flexible Graphite or PTFE

12 Lantern* A182 F6 A182 F6 A182 F6 A182 F6 A182 F304 A182 F304 A182 F304 A182 F304 A182 F316 A182 F304L A182 F316L

13 Pin Carbon Steel Stainless Steel Alloy Steel

14 Gland Flange A216 WCB A216 WCC A352 LCB A352 LCC A217 C5 A217 WC6 A217 WC9 A351 CF8 A351 CF8M A351 CF3 A351 CF3M

15 Gland A182 F6 A182 F6 A182 F6 A182 F6 A182 F304 A182 F304 A182 F304 A182 F304 A182 F316 A182 F304L A182 F316L

16 Gland Eyebolt A307 B A307 L7 A193 B7 A193 B8 A193 B8M

17 Gland Nut A194 2H A194 4 A194 8

18 Stem Nut A439D2 (Austentic DI) ZCuA110Fe3 (AL-Bronze)

19 Handwheel Ductile Iron or Steel

20 H.W. Lock Nut Carbon Steel Stainless Steel Alloy Steel

21 Seat/Disc Facing 13Cr or 16Cr-8Ni or HF(Co-CrA) ST#6 or 316 or 304

PAGE 7

B(Open)

A

NPS

C

1

2

3

4

5

6

7

8

9

10

11

12

14 15 20 19 18

16

17

13

21

CAST STEEL CHECK VALVESANSI CLASS 150 ~ 2500

FEATURES Bolted cover

Swing disc

APPLICABLE STANDARDS Valves designed to API Std. 600 6D

and BS 1868





Trim and seating surface as per API 600 standard.


MATERIAL LIST

The material is according to ASTM standard.* Eye bolt supplied in larger sizes & higher classes.

No.Part Name






3 Disc A216 WCB A216 WCC A352 LCB A352 LCC A217 C5 A217 WC6 A217 WC9 A351 CF8 A351 CF8M A351 CF3 A351 CF3M

4 Disc Nut A182 F6 A182 F6 A182 F6 A182 F6 A182 F304 A182 F304 A182 F304 A182 F304 A182 F316 A182 F304L A182 F316L

5 Hinge A216 WCB A216 WCC A352 LCB A352 LCC A217 C5 A217 WC6 A217 WC9 A351 CF8 A351 CF8M A351 CF3 A351 CF3M

6 Hinge Pin A182 F6 A182 F6 A182 F6 A182 F6 A182 F304 A182 F304 A182 F304 A182 F304 A182 F316 A182 F304L A182 F316L

7 Gasket Solid metal serrated gasket Stainless Steel & Graphite spiral wound Non-metallic gasket Stainless Steel or CAD Plated Soft Iron Ring Gasket

8 Cover A216 WCB A216 WCC A352 LCB A352 LCC A217 C5 A217 WC6 A217 WC9 A351 CF8 A351 CF8M A351 CF3 A351 CF3M

9 Cover Bolt A193 B7 A320 L7 A193 B16 A193 B8 A193 B8M

10 Cover Nut A194 2H A194 4 A194 7 A194 8

11 Washer Carbon Steel or Alloy Steel or Stainless Steel

12 Seat/Disc Facing 13Cr or 16Cr-8Ni or HF(Co-CrA) ST#6 or 316 or 304

13 Eye Bolt* A193 B7 A320 L7

PAGE 8

A

BNPS

13*10

9

8

7

6

5

4

3

2

1

12

11

API TrimNumber

Nominal Trim Trim Code Stem & other trim parts Disc/Wedge Seat Surface Trim Material Grade Service

1 410 F6 410 (13Cr) (200-275 HBN) F6 (13Cr) (200 HBN) 410 (13Cr) (250 HBN min) 13Cr-0.75Ni-1Mn

For oil and oil vapors and general services with heat treated seats and wedges. General very lowerosive or non-corrosive service between -100C and 320C. This stainless steel material lendsitself readily to hardening by heat treatment and is excellent for contacting parts such as stems,gates, and discs. Steam, gas & general service to 370C. Oil & Oil vapor 480C.

2 304 304 304 304 (18Cr-8Ni) 304 (18Cr-8Ni) 19Cr-9.5Ni-2Mn-0.08C For moderate pressure in corrosive, low erosive service between -265C and 450C.

3 310 310 (25Cr-20Ni) 310 (25Cr-20Ni) 310 (25Cr-20Ni) 25Cr-20.5Ni-2Mn For moderate pressure in corrosive or non corrosive service between -265C and 450C.

4 410-Hard F6H 410 (13Cr) (200-275 HBN) F6 (13Cr) (200-275 HBN) F6 (13Cr) (275 HBN min) 13Cr-0.75Ni-1Mn Seats 275 BHN min. As trim 1 but for medium pressure and more corrosive service.

5 410-Full Hard faced F6HF 410 (13Cr) (200-275 HBN) F6+St Gr6 (CoCr Alloy) (350 HBN min) 410+St Gr6 (CoCr Alloy) (350 HBN min) 13Cr-0.5Ni-1Mn/Co-Cr-AHigh pressure slightly erosive and corrosive service between -265C and 650C and higherpressure. Premium trim service to 650C. Excellent for high pressure water and steam service.

5a 410-Full Hard faced F6HF 410 (13Cr) (200-275 HBN) F6+Hardf. NiCr Alloy (350 HBN min) 410+Hardf. NiCr Alloy (350 HBN min) 13Cr-0.5Ni-1Mn/Co-Cr-A As trim 5 where Co is not allowed.

6 410 and Ni-Cu F6HFS 410 (13Cr) (200-275 HBN) Monel 400 (NiCu Alloy) (250 HBN min) Monel 400 (NiCu Alloy) (175 HBN min) 13Cr-0.5Ni-1Mn/Ni-Cu As trim 1 and more corrosive service.

7 410 - Very Hard F6HF+ 410 (13Cr) (200-275 HBN) F6 (13Cr) (250 HBN min) F6 (13Cr) (750 HB) 13Cr-0.5Ni-1M0/13Cr-0.5Ni-1Mo Seats 750 BHN min. As trim 1 but for higher pressure and more corrosive/erosive service.

8 410 - Hard faced F6HFS 410 (13Cr) (200-275 HBN) 410 (13Cr) (250 HBN min) 410+St Gr6 (CoCr Alloy) (350 HBN min) 13Cr-0.75Ni-1Mn/1/2Co-Cr-AUniversal trim for general service requiring long service life up to 593C. As trim 5 for moderatepressure and more corrosive service. Steam, gas & general service to 540C. Standard trim for gatevalves.

8a 410 - Hard faced F6HFS 410 (13Cr) (200-275 HBN) F6 (13Cr) (250 HBN min) 410+Hardf. NiCr Alloy (350 HBN min) 13Cr-0.75Ni-1Mn/1/2Co-Cr-A As trim 5a for moderate pressure and more corrosive service

9 Monel Monel Monel (NiCu Alloy) Monel 400 (NiCu Alloy) Monel 400 (NiCu Alloy) 70Ni-30CuFor corrosive service to 450C such as acids, alkalies, salt solutions, etc. Very corrosive fluids.Erosive-corrosive service between -240C and 480C. Resistant to sea water, acids, alkalies. Hasexcellent corrosion resistance in chlorine and alkylation service.

10 316 316 316 (18Cr-Ni-Mo) 316 (18Cr-Ni-Mo) 316 (18Cr-Ni-Mo) 18Cr-12Ni-2.5Mo-2Mn

For superior resistance to corrosion for liquids and gases which are corrosive to 410 stainless steelup to 455C. As trim 2 but a higher level of corrosive service. Provides excellent resistance tocorrosive media at high temperatures and toughness for service at low temperatures. Lowtemperature service standard for 316SS valves.

11 Monel - Hard faced MonelHFS Monel (NiCu Alloy) Monel 400 (NiCu Alloy) Monel 400+St Gr6 (350HBN min) 70Ni-30Cu/1/2Co-Cr-A As trim 9 but for medium pressure and more corrosive service.

11a Monel - Hard faced MonelHFS Monel (NiCu Alloy) Monel 400 (NiCu Alloy) Monel 400+HF NiCr Alloy (350 HBN min) 70Ni-30Cu/1/2Co-Cr-A As trim 9 but for medium pressure and more corrosive service.

12 316 - Hard faced 316HFS 316 (Cr-Ni-Mo) 316 (18Cr-8Ni-Mo) 316+St Gr6 (350 HBN min) 18Cr-12Ni-2.5Mo-2Mn1/2Co-Cr-A As trim 10 but for medium pressure and more corrosive service.

12a 316 - Hard faced 316HFS 316 (Cr-Ni-Mo) 316 (18Cr-8Ni-Mo) 316 Hardf. NiCr Alloy (350 HBN min) 18Cr-12Ni-2.5Mo-2Mn1/2Co-Cr-A As trim 10 but for medium pressure and more corrosive service.

13 Alloy 20 Alloy 20 Alloy 20 (19Cr-29Ni) Alloy 20 (19Cr-29Ni) Alloy 20 (19Cr-29Ni) 29Ni-19Cr-2.5Mo-0.07C Very corrosive service. For moderate pressure between -45C and 320C.

14 Alloy 20 - Hard faced Alloy 20HFS Alloy 20 (19Cr-29Ni) Alloy 20 (19Cr-29Ni) Alloy 20 St Gr6 (350 HBN min) 29Ni-19Cr-2.5Mo-0.07C/1/2Co-Cr-A As trim 13 but for medium pressure and more corrosive service.

14a Alloy 20 - Hard faced Alloy 20HFS Alloy 20 (19Cr-29Ni) Alloy 20 (19Cr-29Ni) Alloy 20 Hardf. NiCr Alloy (350 HBN min) 29Ni-19Cr-2.5Mo-0.07C/1/2Co-Cr-A As trim 13 but for medium pressure and more corrosive service.

15 304 - Full Hard faced 304-HF 304 (18Cr-8Ni-Mo) 304St Gr6 304+St Gr6 (350 HBN min) 19Cr-9.5Ni-2Mn-0.08C/1/2Co-Cr-A As trim 2 but more erosive service & higher pressure.

16 316 - Full Hard faced 316-HF 316 HF (18Cr-8Ni-Mo) 316+St Gr6 (320 HBN min) 316+St Gr6 (350 HBN min) 18Cr-12Ni-2.5Mo-2Mn/Co-Cr-Mo As trim 10 but more erosive service & higher pressure.

17 347 - Full Hard faced 347-HF 347 HF (18Cr-10Ni-Cb) 347+St Gr6 (350 HBN min) 347+St Gr6 (350 HBN min) 18Cr-10Ni-Cb/Co-Cr-AAs trim 13 but more corrosive service & higher pressure. Combines good corrosion resistance withhigh temperature resistance up to 800C.

18 Alloy 20 - Full Hard faced Alloy 20 HF Alloy 20 (19Cr-29Ni) Alloy 20+St Gr6 (350 HBN min) Alloy 20+St Gr6 (350 HBN min) 19Cr-29Ni/Co-Cr-A As trim 13 but more corrosive service & higher pressure. Water, gas or low pressure steam to 230C.

Special Bronze Bronze 410 (CR13) Bronze Bronze Water, oil, gas, or low pressure steam to 232C.

Special Alloy 625 Alloy 625 Alloy 625 Alloy 625 Alloy 625

NACE Specially treated 316 or 410 trim combined optionally with B7M bolts and 2HM nuts to meet NACE MR-01-75 requirements.

Full Stellite Full Hardfaced trim, suitable for abrasive & severe servicces up to 1200F (650C).

Important Note: Data provided in this chart is for informational purposes only. Always consult current API publications to verify information and trim data. Australian Pipeline Valve (APV) recommends that customers engineers analyse service requirements and specify the materials they consideroptimum for their service conditions. Temperatures shown will vary depending on service applications, pressure and media type.

The following tables detail standard trim material available. Special trims are available on request.API 600 Trim

Types

PAGE 9

Physical & Chemical Properties

MATERIALSFERRITIC STEELS

CHEMICAL REQUIREMENTS (%) MECHANICAL PROPERTIES

Carbon Manganese Phos- Sulphur Silicon Nickel Chromium Molyb- Tensile Yield Elongation Reduction

phorous denum Strength Strength 2 (50mm) of Area

N/mm2 N/mm2

CAST CARBON STEEL ASTM A216, Grade WCB

Min - - - - - - - - 485 205 22% 35%

Max 0.35 1.00 0.040 0.045 0.60 - - - 655 - - -

FORGED CARBON STEEL ASTM A105

Min - 0.60 - - - - - - 485 250 22% 30%

Max 0.35 1.05 0.040 0.05 0.35 - - - - - - -

CAST CARBON STEEL FOR LOW TEMPERATURES ASTM A352, Grade LCB*

Min - - - - - - - - 450 240 24% 35%

Max 0.30 1.00 0.040 0.045 0.60 - - - 620 - - -

CAST CARBON MOLY STEEL FOR LOW TEMPERATURES ASTM A352, Grade LC1*

Min - 0.50 - - - - - 0.45 450 240 24% 35%

Max 0.25 0.80 0.040 0.045 0.60 - - 0.65 620 - - -

CAST 212% NICKEL STEEL FOR LOW TEMPERATURES ASTM A352, Grade LC2*

Min - 0.50 - - - 2.0 - - 485 275 24% 35%

Max 0.25 0.80 0.040 0.045 0.60 3.0 - - 655 - - -

CAST 312% NICKEL STEEL FOR LOW TEMPERATURES ASTM A352, Grade LC3*

Min - 0.50 - - - 3.0 - - 485 275 24% 35%

Max 0.15 0.80 0.040 0.045 0.60 4.0 - - 655 - - -

CAST CARBON MOLY STEEL ASTM A217, Grade WCI

Min - - - - - - - 0.45 450 240 24% 35%

Max 0.25 0.80 0.040 0.045 0.60 - - 0.65 620 - - -

CAST 114% CR - 12% MO ALLOY STEEL ASTM A217, Grade WC6Min - 0.50 - - - - 1.0 0.45 485 275 20% 35%Max 0.20 0.80 0.040 0.045 0.60 - 1.50 0.65 655 - - -CAST 214% CR - 1% MO ALLOY STEEL ASTM A217, Grade WC9Min - 0.40 - - - - 2.0 0.9 485 275 20% 35%Max 0.18 0.70 0.040 0.045 0.60 - 2.75 1.20 655 - - -CAST 1 - 6% CR ALLOY STEEL ASTM A217, Grade C5Min - 0.40 - - - - 4.0 0.45 620 415 18% 35%Max 0.20 0.70 0.040 0.045 0.75 - 6.50 0.65 795 - - -CAST 9% CR - 1% MO ALLOY STEEL ASTM A217, Grade C12M in - 0.35 - - - - 8.0 0.9 620 415 18% 35%M ax 0.20 0.65 0.040 0.045 1.00 - 10.00 1.20 795 - - -CAST 12 - 14% CR ALLOY STEEL ASTM A217, Grade CA15Min - - - - - - 11.5 - 620 450 18% 30%M ax 0.15 1.00 0.040 0.030 1.50 1.0 14.0 0.50 795 - - -FORGED/ROLLED 12 - 14% CR ALLOY STEEL ASTM A182, Grade F6aMin - - - - - - 11.5 - 760 585 15% 35%Max 0.15 1.00 0.040 0.030 1.00 0.50 13.5 - - - - -

*Usual minimum service temperature : LCB at -46C (-50F), LCI at -60C (-75F), LC2 at -75C (100F), LC3 at -100C (-150F)

AUSTENTIC STEELSCHEMICAL REQUIREMENTS (%) MECHANICAL PROPERTIES

Carbon Manganese Phos- Sulphur Silicon Nickel Chromium Molyb- Tensile Yield Elongation Reductionphorous denum Strength Strength 2 (50mm) of Area

N/mm2 N/mm2

CAST STAINLESS STEEL WITH MOLYBDENUM (LOW CARBON) ASTM A351, Grade CF3MMin - - - - - 9.0 17.0 2.0 485 205 30% -Max 0.03 1.50 0.040 0.040 1.50 13.0 21.0 3.0 - - - -CAST STAINLESS STEEL WITH MOLYBDENUM ASTM A351, Grade CF8MMin - - - - - 9.0 18.0 2.0 485 205 30% -Max 0.08 1.50 0.040 0.040 1.50 12.0 21.0 3.0 - - - -CAST STAINLESS STEEL WITH COLUMBIUM (NIOBIUM) ASTM A351, Grade CF8CMin - - - - - 9.0 18.0 - 485 205 30% -Max 0.08 1.50 0.040 0.040 2.00 12.0 21.0 0.50 - - - -

ASTM A351-CF8C shall have a columbium content of not less than 8 times the carbon content but not over 1.00%

PAGE 10

API 600 Cast Steel Valves

General Design Specifications

Cast steel valves are designed and manufactured to conform with API, ASTM,ANSI and other applicable internationally recognised standards, to possess all the qualities to meet with stringent requirement criteria of petroleum, petro-chemical and general industrial applications.

Valves are tested in accordance with applicable API standards. Full traceability is maintained.

Valves offer the option of hard facing on the wedge (disc) and seating areas.Lantern rings are furnished as a standard on gate valves of class 300 and above inlarger sizes.

Gate Valves are optionally available with lantern rings. These rings along withdouble packing provide a leak-off connection. Alongside are illustrations of lanternrings as well as disc connection.

Fugitive Emission ServiceAPV offers fugitive emission service valves on special request. The valves comply withenvironmental protection requirements. APV fugitive emission valves are designed, manufactured and tested to meet less than 100ppm. Furthermore, optional live-loadingof packing bolts is available. Two sets of plate springs maintain a permanent packingstress of 3500-4000psi. Live-loading extends low emission service life especially inservice with high pressure/temperature transients.

Surface FinishThe stem on all APV Valves is surface finished to 16-32 RMS. Straightness and roundness are precisely controlled.

AMERICAN STD. BRITISH STD.

BS1414 (Gate Valve) BS1873 (Globe Valve) BS1868 (Check Valve)

Shell wall thickness and general valve design specifications API 600

Pressure-temperature ratings ANSI B16.34 BS1560

Face-to-face dimensions ANSI B16.10 BS2080 End-to-end dimensions

End flange dimensions ANSI B16.5* BS1560 Gasket contact facing

BS1414 (Gate Valve) BS1873 (Globe Valve) BS1868 (Check Valve)

Welding end dimensions ANSI B16.25

*Valves 28 and larger according to MSS SP-44 or API 605 are available.

PAGE 11

Valve Selection Criteria

Gate ValvesGate valves are used for bi-directional shut off applications where minimum

pressure drop is required. They are not designed for throttling service.

Gear operators, actuators, by-passes, actuators etc, can be fitted on request.

Parallel slide style also available.

Globe ValvesGlobe valves are ideal for throttling and shut off. They can be used for shut

off service, but do have a higher pressure drop than gate valves. Globe

valves should not be used for prolonged throttling at less than 10% open.

Gearboxes, actuators, bypasses etc, can be fitted.

RatingsValves must only be used in operating conditions within the correct ANSI

pressure-temperature ratings for valve class rating and body/bonnet

material.

Temperature LimitationsOnly use valves within the correct temperature limitations of their con-

struction. Temperature limitations of body/bonnet materials, trim, bolting,

packing and gaskets must all be considered.

PAGE 12

Valve Selection Criteria

Stop Check ValvesStop check valves are combination globe and check valves. In the open

position, they function as a lift check valve valve. In the closed position, they

are seated by manually closing the stem like a globe valve. Stop check

valves must be installed vertically (in a horizontal pipeline). They provide

positive shutoff in either direction when the stem is in the closed position.

Right angle and inclined Y style are also available.

Swing Check ValvesSwing check valves are used to prevent flow reversal. They are suitable for

service in horizontal or upwards vertical. They have low pressure drop and

are best suited for moderate velocity applications. Either too low a line

velocity or too high a velocity can damage valve internals and shorten valve

life hence correct size selection is important. Service in systems involving

rapid and frequent flow reversals, pulsation or turbulent flow should be

avoided. Also API6D full opening (piggable) type available on request.

PAGE 13

Bolted Bonnet Gate Valves

FeaturesFull body wedge guides allow correct wedge alignment. Yoke sleeve with

bearings reduce torque for easy operation. Seat rings allow easy access for

maintenance and packing replacement is simple.

Soft seated trim optionAll gate valves are available with optional PTFE seat rings. The molded PTFE

ring is bonded into a seat ring groove in the face for maximum service life.

This design is excellent for lower temperature service where tight shutoff is

required.

Parallel slide style also available, see page 47 - 50. 1. Handwheel 2. Ris ing Stem - provides open-close indication

3. Grease Fitt ing - to minimise wear and operating torque

4. Yoke Sleeve - furnished in ductile Ni-resist or aluminum-bronze for low torque operation

5. Swing Bolt - easier maintenance and packing replacement

6. Gland - flange is self-aligning to eliminate stem damage

7. Stuf fing Box

8. Stem - upset forge T-head stems to eliminate possibility of abent stem jamming the valve

9. Backseat - provides back-up stem seal.

10. Bonnet Joint

11. Body - full ported, heavy wall body API 600 wall thickness

12. Wedge - heavy pattern. Available in solid & flex wedge

13. Seat Ring - full ported rings for easy maintenance.

14. End Connections - flanged or butt weld ends

Grease injector and lantern ring option

Soft seated ST trim option

21

3

5

7

9

11

13

4

6

8

10

12

14

PAGE 14

Bolted Bonnet Globe Valves

OperationSeat rings are easily accessible for repair or replacement. Packing bolts on

most valves simplify packing replacement. Australian Pipeline Valve globe

valves are for services requiring frequent operation and throttling where

pressure drop across the valve is about 20%. Closer throttling, can result in

higher pressure drops which may cause excessive velocities or cavitation

and could cause vibration or high noise levels resulting in damage to the

valve or adjacent components/structure.

LifeHeavy construction provides years of reliable service.

DesignAvailable in bolted and pressure seal bonnet, outside screw and yoke, rising

stem with ball or plug type disc, and have flanged or butt weld ends.

StandardsBS 1873 and ANSI B16.34. Dimensions to ANSI B16.10, BS 2080 and

ISO 5752. Wall thickness complies with API 600.

1. Yoke Sleeve - furnished in aluminum-bronze toreduce torque. Larger sizes furnished with bearings.

2. Handwheel

3. Swing Bolts - easier maintenance

4. Gland - self-aligning to eliminate stem damage

5. Stuf fing Box

6. Stem - heavy duty

7. Backseat - provides back-up stem seal

8. Bonnet Joint - ring joint or spiral according to ANSIclass

9. Seat Rings - separate heavy duty, full ported rings foreasy maintenance.

10. Disc - heavy duty disc plug design

11. End Connections - flanged or butt weld ends

12. Body - full ported, with API 600 heavy wall thickness

2

1

3

5

7

9

11

4

6

8

10

12

PAGE 15

Bolted Bonnet Check Valves

Australian Pipeline Valve valves are designed to provide fast valve action and

maximum life. All valves are full ported, have full API 600 wall thickness, and

meet the requirements of ANSI B16.34. Full opening API6D (piggable) type

also available on request.

FeaturesCheck valves are designed to close quickly in either horizontal or vertical

(flow up) pipe runs. The body seat ring is installed on a 3o angle. This allows

our check valve to close even when installed in horizontal pipe run with no

pressure.

1. Disc Stop - provides positive stop in open position

2. Bonnet Joint - (ring or spiral according to class)

3. Hinge Pin - solid pin for maximum strength

4. Securing Lugs - allow disc to seat freely and preventdisc spinning

5. Hinge - designed to withstand shock and load of quickclosing

6. Disc - disc is bolted and pinned to hinge; ground seat-ing surface is mated to seat ring for positive shutoff.

7. Seat Ring - Full port seal welded or screwed

8. End Connections - flanged or buttweld

2

1

3

5

7

4

6

8

PAGE 16

Pressure Seal Bonnet Valves

Flexible Wedge Gate ValveThe wedge is a one piece, fully guided wedge. Available in flex wedge and

solid wedge. (Flexible wedge allows the seating faces to move to compen-

sate for thermal expansion). Wedging actions allows a tight seal even in low

differential pressure services. Flexible wedge construction resists wedge

sticking in service where the valve may be closed when hot and opened

when cold. Seating surfaces are hardfaced for long life.

Parallel slide also available, see page 18 and 47 - 50.

1. Yoke Sleeve - aluminum-bronze yoke sleeve has thrustbearings to minimise torque.

2. Hand Wheel - (or gear in larger sizes)

3. Yoke - offering ease of maintenance

4. Stem - The design allows the wedge to self-align, eliminatingthe possibility of jamming the wedge.

5. Gland - two piece, self-aligning gland eliminates cocking.Swing out bolting facilitates maintenance.

6. Back Seat - Integral, hardfaced

7. Pressure Seal - retaining ring and mild steel silver platedgasket to aid disassembly and provide maximum seal.

8. Seat Ring - hardfaced seat rings are welded to body.Tapered design provides clear flow path.

9. Wedge - one-piece, fully guided. Parallel seat also available.

10. Body - streamlined flow path minimises pressure drop. API 600 wall thickness.

21

3

5

7

9

4

6

8

10

11. Segment RIng

12. Thrust RIng

13. Gasket

14. Body

15. Bonnet

Flexible Wedge

Exploded View

See Exploded v iew

PAGE 17


Parallel Sl ide Gate ValvesNormally utilised for shut off service but are not recommended for

throttling. Gate valves are normally installed in horizontal pipe runs with

the valve stem vertically up. They can be installed in horizontal or vertical

pipe runs. After closing with sufficient force, the stem should be backed off

slightly (1/8 turn) to relieve stem load. Parallel Slide Valves have self aligning

discs with no wedging force and react freely to thermal changes. The design

also ensures uniform seat wear and ease of maintenance. Parallel Slide Gate

Valves are ideal where high differential pressure or thermal expansion may

cause sticking of wedge to gate in traditional gate valves.

21

3

5

7

9

4

6

8

10

1. Yoke Sleeve - aluminum-bronze yoke sleeve with thrust bearings for ease of opening.

2. Actuation - Low torque seating design reduces actuationcosts.

3. Yoke - designed to offer ease of maintenance

4. Stem - Threaded into disc housing and also pinned.

5. Gland - two piece, self-aligning gland eliminates cocking. Swingout bolting facilitates maintenance.


7. Pressure Seal - retaining ring and mild steel silver plated gasket to aid disassembly and provide maximum seal.

8. Seat Ring - hardfaced seat rings are welded to body and aredesigned for ease of maintenance.

9. Discs - Spring loaded discs are self-aligning and reduce actuator torque requirements.

10. Integral Stop - Integral stop positions for reliable seating.

PAGE 18


Globe & SDNR Check ValvesAustralian Pipeline Valve Globe valves are installed with pressure and flow

under the disc. Globe valves are suitable for most throttling applications;

they should not be used for throttling at less than 10% open. Stop Check

Valves have a guided loose disc allowing the valve to act as a combination

globe valve and check valve.

2

1

3

5

7

9

4

6

8

10

1. Yoke Sleeve - aluminum-bronze yoke sleeve minimizesoperating torque. Larger sizes have needle bearing typethrust bearings.

2. Actuation - Manual handwheel gear operator or actuated.

3. Yoke - designed to offer ease of maintenance.

4. Stem - precision-ground stem has upset tee-head for reliable stem/wedge connection.

5. Gland - two piece, self-aligning gland eliminates cocking.Swing out bolting facilitates maintenance.


7. Pressure Seal - uncomplicated design has segmentedretaining ring and mild steel silver plated gasket to aid disas-sembly and provide maximum bonnet seal.

8. Hardened Seating Surfaces - both disc and body seatingsurfaces are hard faced for maximum service life.

9. D isc - fully body guided for positive seating.

10. Body - Full port s pattern design available to minimisepressure drop.

PAGE 19


Tilt & Piston Check ValvesAustralian Pipeline Valve Check valves are installed with pressure and flow

under the disc.

2

1

3

4

1. Pressure seal design - with retaining ring.

2. Guided disc - for positive seating.

3. Welded in - hardfaced seat ring.

4. Ful l port - S pattern flow path available to minimisepressure drop.

PAGE 20

Gate ValveCat P47Class 150

DIMENSIONS (MM)

DIMENSIONS (MM)

Description Material Specs.

Body Carbon Steel A216 Gr. WCB

Bonnet Carbon Steel A216 Gr. WCB

Disc Facing Stainless Steel A182 Gr. F6a/CR13 or Stellite/HF

Stem Stainless Steel A276 Gr.410 or A182 Gr. F6a/CR13

Hand Wheel Ductile Iron A536 Gr. 65-45-12

Seat Ring Stainless Steel A182 Gr. F6a/CR13, Stellite/HF

Back Seat Ring Stainless Steel A276 Gr. 410 or A182 Gr. F6a

Yoke Sleeve Ductile Iron or Bronze A439 Gr. D2C or B62

Sleeve Gland Carbon Steel A216 Gr. WCB

Gland Flange Carbon Steel A105

Gland Ring Stainless Steel A182 Gr. F6a

Wheel Nut Carbon Steel A105

Bonnet Bolt Carbon Steel A193 Gr. B7/B7M

Bonnet Nut Carbon Steel A194 Gr. 2H/2HM

Gland Bolt Carbon Steel A193 Gr. B7

Gland Nut Carbon Steel A194 Gr. 2H

Gland Bolt Pin Carbon Steel A108 Gr. 1020

Bearing - Thrust Ball

Grease Nipple Carbon Steel A307 Gr. B

Set Screw Carbon Steel A307 Gr. B

Name Plate Stainless Steel 304/AL

Packing Asbestos Free Reinforced Graphite

Gasket Spiral Wound 304/316 Graphite filled

Standards

Face to Face/End to End ANSI B16.10

Flange Dimensions ANSI B16.5/26 & larger MSS SP-44

Basic Design API 600

Testing API 598

Size (in) 112 2 212 3 4 6 8 10 12 14 16

A. Face to Face RF 165 178 190 203 229 268 292 330 356 381 406

A. End to End BW 165 216 241 283 305 403 419 457 502 571 610

B. Valve Open 365 390 435 511 610 765 978 1146 1372 1587 1759

C. Hand Wheel Dia 229 229 229 254 305 356 406 457 508 559 559

Weight (Kg) RF * 20 24 28 30 50 85 127 195 283 450 560

For 12 to 1 dimensions see page 42 and overview brochure.

Size (in) 18 20 22 24 26 28 30 32 36 42 48

A. Face to Face RF 432 457 508 508 559 610 610 660 711 787 914

A. End to End BW 660 711 762 813 864 914 914 965 1016 1092 -

B. Valve Open 1930 2156 2346 2515 2721 2896 3130 3264 3588 4610 4842

C. Hand Wheel Dia 559 610 660 660 813 813 813 815 813 813 -

Weight (Kg) RF * 700 900 1050 1350 2000 2400 2800 3400 3820 5900 7300

For 12 to 1 dimensions see page 42 and overview brochure.For CF8/CF8M 150lb gate see page 42.* For Buttweld weights see overview brochure.

Full Port Design

PAGE 21

A

C

B


DIMENSIONS (MM)

DIMENSIONS (MM)

























Standards


Flange Dimensions ANSI B16.5


Testing API 598

Size (in) 112 2 212 3 4 6 8 10 12 14 16

A. Face to Face RF 190 216 241 283 305 403 419 457 502 762 838

A. End to End BW 190 216 241 283 305 403 419 457 502 762 838

B. Valve Open 365 429 457 527 619 829 1025 1213 1473 1589 1784

C. Hand Wheel Dia 229 229 229 254 305 406 457 508 559 559 559

Weight (Kg) RF * 20 24 44 50 74 137 217 337 580 715 1050

For 12 to 1 dimensions see page 43 and overview brochure.For RTJ & 5 dimensions see overview brochure.

Size (in) 18 20 24

A. Face to Face RF 914 991 1143

A. End to End BW 914 991 1143

B. Valve Open 1965 2194 2578

C. Hand Wheel Dia 610 660 660

Weight (Kg) RF * 1235 1655 2320

For CF8/CF8M 300Lb gate see page 43.* For Buttweld weights see overview brochure.

Full Port Design

PAGE 22

A

B

C


DIMENSIONS (MM)

DIMENSIONS (MM)
























Gasket Metal Ring Joint or Spiral Wound SS Graphite filled

Standards




Testing API 598

Size (in) 112 2 212 3 4 6 8 10 12 14 16

A. Face to Face RF 241 292 330 356 432 559 660 787 838 889 991

A. Face to Face RTJ 241 390 333 359 435 562 664 790 841 892 994

A. End to End BW 241 292 330 356 432 559 660 787 838 889 991

B. Valve Open 362 387 457 514 638 838 1029 1270 1486 1667 1832

C. Hand Wheel Dia 229 229 254 305 406 508 559 559 610 660 660

Weight (Kg) RF 35 48 60 85 135 325 515 840 1100 1360 1910

Weight (Kg) BW 22 38 45 70 105 265 380 700 925 1240 1580

Size (in) 18 20 24

A. Face to Face RF 1092 1194 1397

A. Face to Face RTJ 1095 1197 1400

A. End to End BW 1092 1194 1397

B. Valve Open 2013 2331 2610

C. Hand Wheel Dia 813 813 813

Weight (Kg) RF 2335 2750 4450

Weight (Kg) BW 1900 2150 3660

For 5 and 26 to 36 dimensions see overview brochure.

Full Port Design

PAGE 23

A

B

C


DIMENSIONS (MM)

DIMENSIONS (MM)







Seat Ring Carbon Steel A106 + Stellite/HF

Back Seat Ring Stainless Steel A182 Gr. F6a








Gland Bolt Carbon Steel A193 Gr. B7/B7M

Gland Nut Carbon Steel A194 Gr. 2H.2HM







Gasket Metal Ring Joint or Spiral Wound SS, Graphite filled

Standards



Basic Design* API 600, ANSI B16.34

Testing API 598

Size (in) 2 212 3 4 6 8 10 12 14 16 18

A. Face to Face RF/BW 368 419 381 457 610 737 838 965 1029 1130 1219

A. Face to Face RTJ 371 422 384 460 613 740 841 968 1038 1140 1232

B. Valve Open 660 702 800 902 1121 1470 1571 1715 1880 2067 2267

C. Hand Wheel Dia 356 406 356 559 610 813 610 610 610 760 -

Weight (Kg) RF 100 140 120 190 460 860 1050 1600 2220 3000 3870

Weight (Kg) BW 80 120 110 180 400 710 830 1350 1890 2565 3300

Size (in) 20

A. Face to Face RF 1321

A. Face to Face RTJ 1333

B. Valve Open 2440

C. Hand Wheel Dia 760

Weight (Kg) RF 4860

Weight (Kg) BW 4050

For 5 and 24 dimensions & weights see overview brochure.

*10 and over sizes are according to ANSI B16.34

Note: 900LB 2 & 212 are the same as 1500LB 2 & 212

Full Port Design

PAGE 24

A

B

C


DIMENSIONS (MM)

DIMENSIONS (MM)








Back Seat Ring Stainless Steel A182 Gr. F6a





Wheel Nut Carbon Steel A105 Zn. Plating




Gland Nut Carbon Steel A194 Gr. 2H/2HM







Gasket Metal Ring Joint or Sprial Wound SS Graphite filled

Standards




Testing API 598

Size (in) 2 212 3 4 6 8 10 12 14 16 18


A. Face to Face RTJ 371 422 473 549 711 841 1000 1146 1276 1407 1559

B. Valve Open 590 702 781 879 1181 1343 1511 1711 1880 2067 2267

C. Hand Wheel Dia 356 406 406 559 610 813 915 915 915 - -

Weight (Kg) RF 100 140 180 340 700 1211 2092 2951 4382 6950 9000

Weight (Kg) BW 90 130 160 240 590 986 1765 2586 3659 6000 7740

Size (in) 20

A. Face to Face RF 1664


A. Short Pattern End to End BW 1473

B. Valve Open 2440

C. Hand Wheel Dia -

Weight (Kg) RF 11130

Weight (Kg)Short PatternBW -

Long Pattern BW 9560

For 5 and 24 dimensions & weights see overview brochure.

*10 and over sizes are according to ANSI B16.34

Full Port Design

PAGE 25

A

B

C

Gate Valve (Pressure Seal)Cat P83 (-P)Class 900

DIMENSIONS (MM)

DIMENSIONS (MM)













Bonnet Bolt Carbon Steel A193Gr. B7/B7M










Gasket Soft Metal Ring CAD Plated

Standards




Testing API 598

Size (in) 2 212 3 4 6 8 10 12 14 16 18


A. Face to Face RTJ 371 422 384 460 613 740 841 968 1038 1140 1232

A. Short Pattern End to End BW 216 254 305 356 508 660 787 914 991 1092 -

B. Valve Open 660 702 690 902 1121 1470 1571 1715 1880 2067 2267

C. Hand Wheel Dia 356 406 356 457 610 610 610 610 610 760 -

Weight (Kg) Short Pattern BW 60 90 80 130 340 590 690 1150 1590 2290 3200

Weight (Kg) Long Pattern BW 66 102 100 150 364 621 739 1295 1790 2465 3200

Weight (Kg) Long Pattern RF 110 140 120 190 460 800 1000 1545 2100 2900 3700

Size (in) 20

A. Face to Face RF/BW 1321


A. Short Pattern End to End BW -

B. Valve Open 760

C. Hand Wheel Dia -

Weight (Kg) Short PatternBW 3636

Weight (Kg) Long PatternBW 4050

Weight (Kg) RF 4860

For 5 and 24 (Long Pattern) dimensions see overview brochure.

*Note: 10 and over sizes are according to ANSI B16.34

Note: 900LB 2 & 212 are the same as 1500LB 2 & 212

Full Port Design

PAGE 26

A

C

B

Gate Valve (Pressure Seal)Cat P87 (-P)Class 1500

DIMENSIONS (MM)

DIMENSIONS (MM)












Wheel Nut Carbon Steel A105 Zn. Plating












Standards




Testing API 598

Size (in) 2 212 3 4 6 8 10 12 14 16 18


A. Face to Face RTJ 371 422 473 549 711 841 1000 1146 1276 1407 1559

A. Short Pattern End to End BW 216 254 305 406 559 711 864 991 1167 1194 1346

B. Valve Open 590 702 781 879 1181 1343 1511 1711 1880 2067 2267

C. Hand Wheel Dia 356 406 457 559 610 760 813 813 - - -

Weight (Kg) Short Pattern BW 60 120 99 200 480 870 1490 2128 2800 5200 6400

Weight (Kg) Long Pattern BW 80 130 140 240 560 940 1640 2560 3200 6000 7740

Weight (Kg) Long Pattern RF 110 150 195 340 735 1180 2128 2990 4115 6950 9000

Size (in) 20

A. Face to Face RF/BW 1664


A. Short Pattern End to End BW 1473

B. Valve Open 2440

C. Hand Wheel Dia -

Weight (Kg) Short PatternBW 7980

Weight (Kg) Long PatternBW 9560

Weight (Kg) RF 11130

For 5 and 24 (Long Pattern) dimensions see overview brochure.

*Note: 10 and over sizes are according to ANSI B16.34

PAGE 27

Full Port Design

A

C

B

Globe ValveCat P143Class 150

Full Port Design

DIMENSIONS (MM)





Stem Stainless Steel A276 Gr.410 or A182 Gr. F6a


Seat Ring Stainless Steel A182 Gr. F6a/CR13-Stellite/HF

Back Seat Ring Stainless Steel A276 Gr.410 or A182 Gr. F6a


Gland Ring Stainless Steel A182 Gr. F6a/A276 Gr.410

Disc Gland Stainless Steel A217 Gr. CA-15/A276 Gr.410

Yoke Bush Stainless Steel or Bronze A439 Gr. D2C or B62



Gland Bolt Carbon Steel A193 Gr.B7



Wheel Nut Stainless Steel A192 Gr. 8/A105




Standards



Basic Design API 600*

Testing API 598

Size (in) 2 212 3 4 6 8 10 12 14 16

A. Face to Face RF 203 216 241 292 406 495 622 698.5 787 914

A. End to End BW 203 216 241 292 406 495 622 698.5 787 914

B. Valve Open 330 365 413 463 536 616 746 832 1375 1569

C. Hand Wheel Dia 203 229 254 305 356 406 559 559 600 600

Weight (Kg) RF 20 26 35 65 113 190 238 410 560 890

Weight (Kg) BW 18 22 28 55 93 170 215 370 500 795

For RTJ dimensions and 5 dimensions, see overview brochure.For 1/2 to 1 1/2 see page 44 and overview brochure.For CF8/CF8M Globe 150Lb see page 44.

*Stem is Based on B.S 1873

PAGE 28

A

B

C


Full Port Design

DIMENSIONS (MM)





Stem Stainless Steel A276 Gr.410 or A182 Gr. F6a





Gland Ring Stainless Steel A182 Gr. F6a/A276 Gr.410

Disc Gland Stainless Steel A217 Gr. CA-15/A276 Gr.410

Yoke Bush Stainless Steel or Bronze A439 Gr. D2C or B62



Gland Bolt Carbon Steel A193 Gr.B7/2HM







Standards




Testing API 598

Size (in) 2 212 3 4 6 8 10 12 14 16

A. Face to Face RF 267 292 317 356 444 559 622 711 838 863

A. End to End BW 267 292 317 356 444 559 622 711 838 863

B. Valve Open 356 400 448 537 625 800 990 1170 1380 1480

C. Hand Wheel Dia 205 229 254 305 406 559 559 559 700 -

Weight (Kg) RF 30 37 60 90 176 333 340 550 765 1100

Weight (Kg) BW 25 30 52 75 150 295 310 510 - -

For RTJ dimensions 2 - 16 and 5 RF/RTJ dimensions, see overview brochure.For 12 to 112 see page 44 and overview brochure. For CF8/CF8M Globe 300# see page 44.


PAGE 29

A

B

C


Full Port Design











Disc Gland Stainless Steel A217 Gr. CA-15

Yoke Bush Ductile Iron or Bronze A439 Gr. D2C or B62










Standards




Testing API 598

DIMENSIONS (MM)

Size (in) 2 212 3 4 6 8 10 12 14 16

A. Face to Face RF 292 330 356 432 559 660 787 838 889 991

A. Face to Face RTJ 295 333 359 435 562 663 790 841 892 994

A. End to End BW 292 330 356 432 559 660 787 838 892 994

B. Valve Open 425 438 546 663 889 997 865 1101 1426 1431

C. Hand Wheel Dia 254 305 356 457 559 660 610 660 - -

Weight (Kg) RF 39 56 68 121 280 450 720 950 1750 2260

Weight (Kg) BW 35 44 59 97 230 380 580 830 - -

For 12 to 112 see overview brochure.


PAGE 30

A

B

C


Full Port Design






















Standards




Testing API 598

DIMENSIONS (MM)

Size (in) 2 212 3 4 6 8 10 12 14 16

A. Face to Face RF/BW 368 419 381 457 610 737 838 965 1029 1130

A. Face to Face RTJ 371 422 384 460 613 740 841 968 1038 1140

A. Short Pattern End to End BW 216 254 305 256 508 660

B. Valve Open 597 648 724 832 1019 1181 1540 1840 2135 2380

C. Hand Wheel Dia 406 457 457 559 750 750 750 - - -

Weight (Kg) Short Pattern BW 60 85 80 130 229 1110

Weight (Kg) Long Pattern BW 73 110 95 150 310 1225 1345 1900 2130 2860

Weight (Kg) Long Pattern RF 98 130 110 180 440 1346 1400 2220 2650 3300

Note:- 900LB 2 & 212 are the same as 1500LB 2 & 212Parabolic disc for low torqueFor 12 to 112 dimensions see overview brochure.


PAGE 31

A

B

C

Globe Valve Cat P189Class 1500

Full Port Design








Back Seat Ring Carbon Steel A276 Gr.410 or A182 Gr. F6a













Gasket Metal Joint or Spiral Wound SS Graphite filled

Standards




Testing API 598

DIMENSIONS (MM)

Size (in) 2 212 3 4 6 8 10 12

A. Face to Face RF/BW 368 419 470 546 705 832 991 1130

A. Face to Face RTJ 371 422 473 549 708 835 1000 1146


B. Valve Open 597 648 724 816 1019 1181 1610 1950

C. Hand Wheel Dia 406 457 559 610 813 - - -


Weight (Kg) Long Pattern BW 98 130 170 255 590 1290 1700 2600

Weight (Kg) Long Pattern RF 73 110 140 230 540 1190 1480 2300

Parabolic disc for low torqueFor 12 to 112 dimensions see overview brochure.

*Stem is based on B.S. 1873

PAGE 32

A

B

C

Globe Valve(Pressure Seal Bonnet)Cat P183 (-P)Class 900

Full Port Design






















Standards




Testing API 598

DIMENSIONS (MM)

Size (in) 2 212 3 4 6 8 10 12 14 16

A. Face to Face RF/BW 368 419 381 457 610 737 838 965 1029 1130

A. Face to Face RTJ 371 422 384 460 613 740 841 968 1038 1140


B. Valve Open 597 648 724 832 1019 1181 1540 1840 2135 2380

C. Hand Wheel Dia 406 457 559 610 813 813 - - - -


Weight (Kg) Long Pattern BW 70 120 90 150 320 1225 1325 1900 2130 2860

Weight (Kg) Long Pattern RF 90 140 100 170 480 1346 1400 2200 2650 3300

Note 900LB 2 & 212 are the same as 1500LB 2 & 212Parabolic disc for low torqueFor 12 to 112 dimensions see overview brochure.


PAGE 33

A

B

C

Globe Valve(Pressure Seal Bonnet)Cat P189 (-P)Class 1500

Full Port Design






















Standards




Testing API 598

DIMENSIONS (MM)

Size (in) 2 212 3 4 6 8 10 12

A. Face to Face RF/BW 368 419 470 546 785 832 991 1130

A. Face to Face RTJ 371 422 473 549 708 835 1000 1146


B. Valve Open 597 648 724 832 1019 1181 1600 1950

C. Hand Wheel Dia 406 457 559 610 813 813 - -


Weight (Kg) Long Pattern BW 73 100 140 220 440 1190 1480 2300

Weight (Kg) Long Pattern RF 98 130 170 255 590 1290 1700 2600

Note 900LB 2 & 212 are the same as 1500LB 2 & 212Parabolic disc for low torqueFor 12 to 112 dimensions see overview brochure.


PAGE 34

A

B

C

Swing Check ValveCat P147Class 150



Cover Carbon Steel A216 Gr. WCB


Hinge Carbon Steel A276 Gr. 410 or A182 Gr. F6a/CR13

Hinge Pin Stainless Steel A182 Gr. F6a/CR13


Plug Carbon Steel A108 Gr. 1045

Cover Bolt Carbon Steel A193 Gr. B7/B7M

Cover Nut Stainless Steel A194 Gr. 2H/2HM

Disc Nut Stainless Steel A563 Gr. B

Washer Stainless Steel A276 Gr. 410

Eye Bolt Carbon Steel A105

Name Plate Stainless Steel 304 AL


Standards




Testing API 598

DIMENSIONS (MM)

DIMENSIONS (MM)

Size (in) 112 2 212 3 4 6 8 10 12 14 16

A. Face to Face RF 165 203 216 237 292 356 495 622 698 787 864

A. End to End BW 165 203 216 237 292 356 495 622 698 787 864

B. Height 114 140 140 156 184 292 353 371 416 489 521

Weight (Kg) RF 11 15 23 33 44 78 137 207 279 428 555

Weight (Kg) BW 8.5 12 16 24 34 63 122 175 229 368 483

Size (in) 18 20 24 28 30

A. Face to Face RF 978 978 1295 1448 1524

A. End to End BW 978 978 1295 1448 1524

B. Height 559 590 702 710 870

Weight (Kg) RF 775 835 1300 1450 1620

Weight (Kg) BW 685 720 1150 1300 1450

For RTJ dimensions see overview brochure.For 5 dimensions see page 45 and overview brochure.For 12 to 1 dimensions see page 45 and overview brochure..For CF8/CF8M 150Lb see page 45.

*Also meets design requirements for ANSI B16.34

Full Port Design

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A

B

Swing Check ValveCat P159Class 300



Cover Carbon Steel A216 Gr. WCB

Disc Facing Stainless Steel

Documents

Valve Cast Steel Gate Globe