F316 Floating Ball Valve for Cryogenic Service-1″ 900LB RF

Description

TECHNICAL DATASHEET

F316 Floating Ball Valve – Cryogenic Service

 
GENERAL  
Valve Type Floating Ball Valve, Cryogenic Service (Extended Bonnet)
Size 1″ (DN 25)
Pressure Class 900 LB
End Connection Raised Face (RF) Flanged
Operation Manual (Lever / Gear) – Lever operated standard for this size
Body Style Two-Piece / Three-Piece Forged Body (typical for cryogenic)
Temperature Range -196 °C to +38 °C (-320 °F to +100 °F)
Design Life 20 years (typical)
 
 
STANDARDS & COMPLIANCE  
Design & Manufacture API 6D / ISO 17292, BS 6364 (Cryogenic), ASME B16.34
Face-to-Face ASME B16.10 (Long Pattern)
Flange Dimensions ASME B16.5
Pressure-Temperature Rating ASME B16.34
Fire-Safe Design API 607 / API 6FA (as option)
Fugitive Emissions ISO 15848-1 (as option)
Testing & Inspection API 598, BS 6364 (Cryogenic test at -196 °C)
Quality System ISO 9001
 
 
PRESSURE – TEMPERATURE RATING  
Maximum Working Pressure at 38 °C / 100 °F 153.2 bar (2220 psig) – Class 900 rating
Maximum Working Pressure at -196 °C 153.2 bar (standard permits full rating at cryogenic temp for austenitic stainless steel)
 
 
MATERIALS OF CONSTRUCTION  
Body / Bonnet ASTM A182 F316 (Forged)
Ball ASTM A182 F316 / A276 Type 316, solid
Stem ASTM A182 F316, blow-out proof design
Seat Rings PCTFE (Kel-F®) – typical for cryogenic
Stem Packing PTFE / Graphite composite (live-loaded possible)
Body Gasket Spiral wound SS316/Graphite or PTFE
Bonnet Extension ASTM A182 F316 (gas column extension)
Bolting ASTM A193 Gr. B8M / A194 Gr. 8M
Handwheel / Lever ASTM A276 Type 304 or carbon steel with SS handle
 
 
VALVE TESTING  
Shell Test (Hydrostatic) 1.5 × Max. Working Pressure (229.8 bar)
Seat Leakage (Hydrostatic) API 598 – Zero leakage (soft seated)
Seat Leakage (Pneumatic) 6 bar air – zero bubbles
Cryogenic Seat Leakage BS 6364 – tested with liquid nitrogen at -196 °C, allowable leakage rate < 100 mm³/s × DN (or zero depending on spec)
Optional Tests Fire-safe test per API 607, fugitive emission test ISO 15848-1
 
 
DIMENSIONS mm inches
Face-to-Face (L) 254 10.00
Flange Outer Diameter (D) 149.2 5.875
Flange Thickness (T) 28.6 1.125
Raised Face Height (RF) 6.4 0.25
Bolt Circle Diameter (B) 111.1 4.375
Number of Bolts & Size 4 × 3/4″-10 UNC  
Centre to Top of Stem (H) – approx. ~320 ~12.6
Extended Bonnet Length (L1) ~150 ~5.9
Handwheel / Lever Radius (R) ~200 ~7.9
Approx. Weight 18 kg 40 lbs

Note: Dimensions are typical and subject to manufacturer’s specific design. Height depends on insulation thickness (sized for up to 50 mm insulation here).

 
 
ADDITIONAL FEATURES  
Bonnet Extension Gas column design to protect stem packing from cryogenic temps, complies with BS 6364
Anti-Static Device Spring-loaded ball-stem-body conductivity
Blow-out Proof Stem Stem inserted from inside the body
Stem Seal Triple seal with adjustable gland
Cavity Relief Self-relieving seats (upstream/downstream)
Locking Device Provision for padlock in fully open/closed position
Drain / Vent Not standard in this size (available on request)

NOTES:

  1. Material certificates to EN 10204 3.1 can be supplied.

  2. For oxygen service, specify degreasing and cleaning to CGA G-4.1 or equivalent.

  3. Valve is bi-directional (floating ball design).

  4. Painting: standard is passivated surface; external anti-corrosion paint available on request.


This datasheet is for reference and typical specification. For a final quote or manufacturing drawing, contact the valve manufacturer with the complete service conditions and insulation details.