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2-Piece Trunnion Ball Valve 10″-600LB

2-Piece Trunnion Ball Valve 10″-600LB

Two-Piece Forged/ Cast Steel Trunnion Mounted Ball Valve
Models: Flanged / Butt Weld, Reduced Bore / Full Bore

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Description

TECHNICAL DATA SHEET

Two-Piece Forged/ Cast Steel Trunnion Mounted Ball Valve
Models: Flanged / Butt Weld, Reduced Bore / Full Bore

  1. PRODUCT OVERVIEW

This two-piece trunnion-mounted ball valve is engineered for demanding isolation and flow control applications in oil & gas, petrochemical, chemical, power generation, and long-distance pipeline services. Featuring a robust two-piece bolted body construction with fixed ball trunnion design, it provides bidirectional bubble-tight shutoff, reduced operating torque, and extended service life under high pressure and large diameter conditions .

Key Design Features:

  • Two-Piece Bolted Body Construction: Robust body/bonnet bolted connection, suitable for high-pressure classes; options for ring gasket, spiral wound gasket, or lip seal ring .
  • Trunnion-Mounted Ball: Fixed ball design with lower trunnion support and upper anti-blowout stem; absorbs line pressure thrust, significantly reduces operating torque .
  • Double Block & Bleed (DBB) Capability: Standard design enables simultaneous isolation from both upstream and downstream, with cavity pressure relief and bleed functionality .
  • Dual Piston Effect (DPE) / Single Piston Effect (SPE) Seats: Flexible seat configurations available; Inconel®-energized springs ensure low-pressure sealing .
  • Fire-Safe & Anti-Static: Compliant with API 607/6FA and BS 5353; blowout-proof stem and anti-static device standard .
  • Low Fugitive Emission Packing: Live-loaded disc spring packing system; optional ISO 15848-1 compliance .
  • Full Traceability: Positive Material Identification (PMI) and EN 10204 Type 3.1 certification available.
  1. DESIGN STANDARDS & SPECIFICATIONS

Item

Standard / Code

Design & Manufacture

API 6D, API 608, ASME B16.34, ISO 17292

Face-to-Face Dimension

ASME B16.10, API 6D

End Connections

ASME B16.5 (RF/RTJ), ASME B16.25 (BW), EN 1092-1, MSS SP-44

Pressure Testing

API 6D, API 598, ISO 5208

Fire Safe

API 607, API 6FA, ISO 10497, BS 6755 Part 2

Fugitive Emission

ISO 15848-1, TA-Luft (optional)

Anti-Static

BS 5353, ISO 17292

NACE

MR0175 / ISO 15156

SIL Rating

SIL 3 Capable (IEC 61508)

Quality System

API 6D Monogram, PED/TPED, ATEX

  1. GENERAL TECHNICAL PARAMETERS

Parameter

Specification

Valve Type

Two-Piece Trunnion Mounted, Bolted Body, Side Entry

Size Range

DN50 ~ DN800 (2″ ~ 32″) Standard; DN900 ~ DN1400 (36″ ~ 56″) Extended

Pressure Classes

ASME Class 150, 300, 600, 900, 1500, 2500; PN10 ~ PN100

Temperature Range

-29°C ~ +120°C (Soft Seated, PTFE/RPTFE)
-29°C ~ +230°C (PPL/Devlon)
-40°C ~ +560°C (Metal Seated, Hardfaced)

Extended Temperature

-196°C ~ +450°C (Cryogenic/High Temp Alloys)

Service Media

Oil, natural gas, refined products, sour gas (NACE), chemical slurries, steam, high-purity gases

Flow Pattern

Full Bore (Standard), Reduced Bore (Optional)

Flow Direction

Bidirectional (Standard); Uni-directional with cavity relief (Optional)

Operation

Manual (Lever/Gearbox), Pneumatic (DA/SR), Electric, Hydraulic, Gas-over-Oil

Mounting

ISO 5211 top flange for direct actuator mounting

Valve Function

On-Off, Isolation, Double Block & Bleed (DBB)

  1. MATERIALS OF CONSTRUCTION

Component

Standard Material Options

Notes

Body & Bonnet

ASTM A216 WCB (Carbon Steel)
ASTM A352 LCB/LCC (Low Temp Carbon)
ASTM A351 CF8/CF8M (SS304/316)
ASTM A182 F304/F316 (Forged SS)
Duplex / Super Duplex (F51/F53/F55)
Alloy 20 / Monel / Inconel / Hastelloy

Two-piece bolted construction; body seal: spiral wound + SS retainer / lip seal / ring gasket

Ball

ASTM A182 F304/F316 (Forged)
ASTM A351 CF8/CF8M (Cast)
Duplex / Super Duplex
ENP (Electroless Nickel Plated) coated
Tungsten Carbide / Chromium Carbide sprayed (Hard seal)

Trunnion-supported; chrome plating or hardfacing optional; mirror finish (Ra ≤ 0.4μm)

Stem

ASTM A182 F304/F316, 17-4 PH, Duplex
Inconel 625 / X-750 (High temp/corrosion)

Blowout-proof integral shoulder design; anti-static plunger

Trunnion / Lower Shaft

Same as stem material

Replaceable bearing design

Seat Rings

Soft Seal: PTFE, RPTFE (15% Glass/Carbon), PCTFE, PEEK, Nylon, Devlon, PPL
Metal Seal: SS316 + Stellite 6 / Stellite 21 hardfacing; Tungsten Carbide spray; Nickel-based alloy overlay

Double Piston Effect (DPE) or Single Piston Effect (SPE) design; Inconel X-750 spring energizers for low-pressure seal

Seat Carrier

ASTM A182 F304/F316 / Duplex

Flexible lip design for thermal compensation

Stem Bearings / Bushings

Reinforced PTFE / Bronze / Carbon Graphite

Low friction, corrosion resistant, self-lubricating

Thrust Washer

PTFE / RPTFE / 17-4 PH + Stellite

Anti-extrusion, wear-resistant

Body Seal

Spiral Wound SS316/Graphite, RTJ, Lip Seal, Camprofile

Flexible graphite / PTFE filler

Stem Packing

PTFE V-Ring / Graphite Ribbon + Belleville Springs

Live-loaded, low emission; ISO 15848-1 Class B optional

Gaskets

Spiral Wound (SS316/Graphite), PTFE, Metal Reinforced

Bolting

ASTM A193 B7 / B8M, ASTM A320 L7 (Low Temp)

Nuts

ASTM A194 2H / 8M / 4 / 7

Anti-Static Device

SS316 Spring + Plunger

Resistance ≤ 10Ω between stem/ball and body

  1. DIMENSIONS & CONNECTIONS

5.1 Flanged Type (ASME B16.5 / API 6D) – Class 150/300/600

Unit: mm (Reference dimensions – subject to manufacturer design)

DN

NPS

Class 150

Class 300

Class 600

RF Flange OD (Class 150/300/600)

Bolt Circle

Bolting

Approx. Weight (kg)

L (RF-RF)

L (RF-RF)

L (RF-RF)

       

Class 150

 

50

2″

178

216

292

152 / 165 / 165

120.5 / 127 / 127

4-19 / 8-19 / 8-19

12

80

3″

203

283

356

190 / 210 / 210

152.5 / 168.5 / 168

4-19 / 8-22 / 8-22

24

100

4″

229

305

432

229 / 254 / 273

190.5 / 200 / 216

8-19 / 8-22 / 8-25

38

150

6″

394

403

559

279 / 318 / 356

241.5 / 270 / 292

8-22 / 12-22 / 12-29

82

200

8″

457

502

660

343 / 381 / 419

298.5 / 330 / 349

8-22 / 12-25 / 12-32

145

250

10″

533

568

787

406 / 445 / 508

362 / 387.5 / 419

12-25 / 16-29 / 16-35

185

300

12″

610

648

838

483 / 521 / 559

432 / 451 / 489

12-25 / 16-32 / 20-32

240

350

14″

686

762

889

533 / 584 / 603

476 / 514.5 / 527

12-29 / 20-32 / 20-35

320

400

16″

762

838

991

597 / 648 / 686

540 / 571.5 / 603

16-29 / 20-35 / 20-38

410

450

18″

864

914

1092

635 / 711 / 743

578 / 628.5 / 654

16-32 / 24-35 / 20-41

520

500

20″

914

991

1194

699 / 775 / 813

635 / 686 / 724

20-32 / 24-35 / 24-41

650

600

24″

1067

1143

1397

813 / 914 / 940

749.5 / 813 / 836

20-35 / 24-41 / 24-48

880

Notes:

  • L dimension per ASME B16.10 / API 6D Short Pattern (standard); Long pattern available upon request.
  • RTJ face dimensions differ; consult factory for RTJ face-to-face and flange details .
  • For Class 900/1500/2500, dimensions available upon request; Class 2500 available up to DN600 .

5.2 Threaded / Socket Weld Type (NPT/BSPT/SW) – Forged Steel Construction

Unit: mm (Reference dimensions)

DN

NPS

L

d (Bore)

SW Depth

Thread Length

H (Open)

W

Weight (kg)

15

½”

92

14

10

13.6

140

160

2.5

20

¾”

111

19

11

14.1

150

200

3.5

25

1″

127

25

13

16.8

170

220

5.0

32

1¼”

140

32

13

19.0

190

250

7.0

40

1½”

165

38

13

19.0

210

300

9.5

50

2″

203

51

16

22.2

240

350

14.0

Source: 

  1. PRESSURE-TEMPERATURE RATING

Soft-Seated (RPTFE/PCTFE) – ASME B16.34 Derated

Temperature (°C)

Class 150 (psi)

Class 300 (psi)

Class 600 (psi)

Class 900 (psi)

Class 1500 (psi)

-29 to +38

285

740

1480

2220

3705

+50

270

705

1410

2115

3525

+100

235

615

1230

1845

3075

+150

180

470

940

1410

2350

+200

130

340

680

1020

1700

Metal-Seated (Hardfaced) – Continuous Rating

Temperature (°C)

Max. Working Pressure (% of Class Rating)

-40 ~ +260

100%

+300

92%

+400

80%

+500

65%

+560

50%

*Note: For cryogenic service (-196°C), special extended bonnet design with PCTFE/PEEK seats required; pressure rating per BS 6364 .*

  1. SEAT CONFIGURATION OPTIONS

Seat Type

Configuration

Standard

Application

Double Piston Effect (DPE)

Both seats move to seal under pressure from either direction; cavity pressure self-relieving not automatic

API 6D DIB-2

Bidirectional zero leakage; trapped cavity requires external relief

Single Piston Effect (SPE)

One seat moves to seal; opposite seat self-relieves cavity pressure

API 6D DIB-1

Bidirectional; automatic cavity pressure relief

Mixed DPE/SPE

Upstream DPE, downstream SPE – or reverse

API 6D

Customized for specific flow/preferential sealing requirements

Metal-to-Metal

Hardfaced seats, no resilient insert

API 6D / 607

High temp, abrasive, fire-safe

  1. OPERATING TORQUE (REFERENCE @ CLEAN WATER / AMBIENT)

DN

NPS

Class 150 (N·m)

Class 300 (N·m)

Class 600 (N·m)

Actuator Suggestion

50

2″

25 – 35

35 – 50

60 – 85

Manual Lever / Pneumatic

80

3″

55 – 75

80 – 110

140 – 180

Manual Lever / Gear

100

4″

95 – 125

140 – 180

240 – 300

Gearbox

150

6″

200 – 260

320 – 400

600 – 750

Gearbox / Pneumatic

200

8″

380 – 480

600 – 750

1150 – 1400

Gearbox / Pneumatic

250

10″

620 – 780

1000 – 1250

1850 – 2250

Gearbox / Pneumatic

300

12″

950 – 1150

1600 – 1950

2900 – 3500

Pneumatic / Electric

350

14″

1300 – 1600

2300 – 2800

4300 – 5200

Pneumatic / Electric

400

16″

1750 – 2150

3200 – 3900

6200 – 7500

Electric / Hydraulic

Notes:

  • Torque values are estimated for soft seats (RPTFE) with clean service media.
  • Safety factors: Pneumatic actuators: 1.3 – 1.5; Electric actuators: 1.5 – 2.0.
  • Dry gas, viscous fluids, or slurries require higher torque multipliers; consult factory.
  • Metal-seated valves require significantly higher torque (2x – 4x soft seat values).
  1. CAVITY PRESSURE RELIEF & DOUBLE BLOCK AND BLEED

Cavity Overpressure Protection:

  • Standard floating seat design in SPE configuration provides automatic self-relief of body cavity pressure to upstream pipe when cavity pressure exceeds line pressure by set margin .
  • DPE configuration does not self-relieve; external relief valve required.
  • Optional internal check valve in ball for thermal expansion relief .

Double Block & Bleed (DBB):

  • Valve design certified per API 6D for DBB functionality.
  • Body cavity can be independently vented via bleed valve while both upstream and downstream seats maintain seal against line pressure .
  1. CERTIFICATIONS & OPTIONAL FEATURES

Certification / Feature

Standard / Description

Availability

API 6D Monogram

API Specification 6D certification

Standard

Fire Safe

API 607 / API 6FA / ISO 10497

Optional

Fugitive Emission

ISO 15848-1 Class B, TA-Luft

Optional

NACE MR0175/ISO 15156

Sour service compliance

Optional

Cryogenic Service

BS 6364, ISO 28921-1, extended bonnet

Optional

Oxygen Service

CGA G-4.1, degreased, chlorine-free packaging

Optional

PED 2014/68/EU

Category IV, Module H

Optional

ATEX 2014/34/EU

Explosive atmospheres (Zone 1/2)

Optional

SIL 3

Safety Integrity Level per IEC 61508

Capable

EN 10204 3.1/3.2

Material certification

Optional

PMI Testing

Positive Material Identification

Optional

Valve Locking Device

Padlockable handle / gearbox lock

Standard

Extended Stem

For insulated/cold box service

Optional

Bottom Drain / Flush

Body cavity drain/flush port

Optional

  1. APPLICATIONS & INDUSTRY USE

Industry

Typical Service

Pressure Class

Seat Type

Oil & Gas Production

Wellhead, gathering lines, separators

Class 600–2500

Metal / PEEK

Natural Gas Transmission

Pipeline block valves, compressor stations

Class 150–600

RPTFE / PEEK

Refining & Petrochemical

Hydrocracking, catalytic cracking, coking

Class 150–1500

Metal / Graphite

Chemical Processing

Corrosive acids, caustics, solvents

Class 150–300

PTFE / Alloy 20

Power Generation

Boiler isolation, steam, condensate

Class 600–2500

Metal / Stellite

LNG / Cryogenic

Liquefaction, storage, vaporization

Class 150–600

PCTFE / PEEK

Pulp & Paper

Digester, bleaching chemicals

Class 150–300

PTFE / Titanium

Mining & Minerals

Slurry isolation, autoclave feed

Class 300–900

Metal / WC-Co

Offshore / Marine

Platform piping, FPSO, subsea

Class 150–1500

Duplex / Inconel

Hydrogen Service

High-pressure hydrogen

Class 600–1500

PEEK / Metal

  1. SELECTION & ORDERING INFORMATION

To ensure correct valve selection for your application, please specify:

  1. Valve Model: Q47F (Flanged Soft Seat) / Q347F (Gear) / Q47Y (Metal Seat) / Q67F (BW Ends)
  2. Body Construction: Two-piece bolted (standard) / Top entry (optional)
  3. Size (DN/NPS): e.g., DN200 (8″)
  4. Pressure Class: Class 150 / 300 / 600 / 900 / 1500 / 2500
  5. End Connection: RF flange, RTJ flange, BW, NPT, BSPT, SW
  6. Body Material: WCB / LCB / CF8 / CF8M / Duplex / Alloy 20 / Special alloy
  7. Ball/Stem Material: Matching body or upgraded per service
  8. Seat Type & Material: Soft (RPTFE/PCTFE/PEEK) / Metal (Stellite/WC) / Fire-safe
  9. Seat Configuration: DPE / SPE / Mixed (specify flow direction if preferential)
  10. Design Temperature: Minimum and maximum
  11. Service Media: Specific chemical name(s), concentration(s), presence of solids
  12. Operation: Manual lever / Gearbox / Pneumatic (DA/SR) / Electric / Hydraulic
  13. Special Requirements:
  • API 6D Monogram
  • Fire-safe certification (API 607/6FA)
  • NACE MR0175
  • Cryogenic service (BS 6364)
  • Fugitive emission (ISO 15848-1)
  • Oxygen cleaning (CGA G-4.1)
  • Extended bonnet length
  • Body cavity drain/bleed valves
  • PMI / EN 10204 3.1 certs

GUATANTEE:

SAVVY VALVES is committed to delivering exceptional product quality and worry-free after-sales service. Our valves are guaranteed to provide a minimum service life of 12 months, during which we will supply all necessary spare parts and detailed maintenance instructions free of charge. Within the warranty period, if any non-human-induced damage occurs, we will replace components at no cost and provide professional technical support. After the warranty expires, customers only need to pay for the cost of spare parts, while still benefiting from discounted maintenance services. Our goal is to help clients reduce operational costs and enhance production efficiency through reliable quality and comprehensive after-sales support. Whether for technical inquiries or maintenance needs, our expert team will respond promptly to ensure your valve system maintains optimal performance at all times.

 

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