ball valve flanged

valvola a sfera saldata

control ball valve

valvola a sfera flangiata

valvola a sfera flangiata

pipe ball valve

wafer ball valve

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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Descrizione

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

Cassaforte antincendio

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

Fugitive Emission

ISO 15848-1, TA-Luft (optional)

Antistatico

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

Parametro

Specificazione

Tipo di valvola

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

Intervallo di temperatura

-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)

Operazione

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

Palla

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)

Stelo

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

–

Dispositivo antistatico

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

Classe 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)

       

Classe 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

Applicazione

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

Cassaforte antincendio

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. Costruzione del corpo: 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. Materiale del corpo: 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. Operazione: 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

GARANZIA:

SAVVY VALVES si impegna a fornire una qualità di prodotto eccezionale e un servizio post-vendita senza pensieri. Le nostre valvole sono garantite per una durata minima di 12 mesi, durante i quali forniremo gratuitamente tutti i pezzi di ricambio necessari e istruzioni di manutenzione dettagliate. Durante il periodo di garanzia, in caso di danni non causati dall'uomo, sostituiremo i componenti gratuitamente e forniremo supporto tecnico professionale. Dopo la scadenza della garanzia, i clienti dovranno pagare solo il costo dei pezzi di ricambio, beneficiando comunque di servizi di manutenzione scontati. Il nostro obiettivo è aiutare i clienti a ridurre i costi operativi e a migliorare l'efficienza produttiva attraverso una qualità affidabile e un supporto post-vendita completo. Che si tratti di richieste tecniche o di esigenze di manutenzione, il nostro team di esperti risponderà tempestivamente per garantire che il vostro sistema di valvole mantenga prestazioni ottimali in ogni momento.

 

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