ASTM A105 DBB Ball Valve, API 6D, 8 Inch, DN200, 600 LB, RF
Key Specifications / Features
Model no.: JSC-240110-TMBV-01
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Our Chinese-manufactured ASTM A105 DBB (Double Block and Bleed) Ball Valve meets API 6D standards. This trunnion-designed valve, with a bolted bonnet construction, provides secure shut-off in critical applications. Sized at 8 inches (DN200) for Class 600 LB and PN100 operations, its RF (Raised Face) design enhances compatibility. The gear operation ensures precise control. Trust the quality and performance of our ASTM A105 DBB Ball Valve for your industrial processes.
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Detail Information
Piping Double Block & Bleed (DBB) Ball Valves
Valve Description: Ball valve, soft seat, trunnion type, bolted bonnet, DBB, dual ball/twin ball, three pieces, forged carbon steel
Body Material: ASTM A105
Nominal Diameter: 8 Inch
Nominal Class: Class 600 LB
Design / Manufacture: API 6D
Face to Face: ASME B16.10
Test and Inspection: API 598
Seat: RPTFE
End connection: RF
Mode of Operation: Gear Operation
The DBB ball valve, designed to replace the complex form of multiple valve connections in pipeline, utilizes a twin-valve design. By combining two valves into one body, a twin-valve design reduces weight and potential leaks paths while meeting requirements for double block and bleed.
Material: Carbon Steel, Stainless Steel, Alloy Steel, etc.
Floating or trunnion mounted, for the purpose of DBB and DIB
Size Range: 1/2 – 16 Inch, DN15-DN400
Pressure Range: Class 150 LB – 2500 LB, PN20-PN420
Specification
• Floating or trunnion mounted
• Reduced or full bore
• Side or top entry
• Flanged, Hub end, screwed ends, weld ends
• Fire safe and anti-static design
• Anti-blow out stem
• Soft or metal seated
• Bleed valve; needle or ball type
• Bolted or welded body
• Materials, virtually any, CS, SS, low alloy, high alloy
• Size from 2 Inch and up to 24 Inch
• Class 150 to 2500 LB, PN10 – PN420, 10000 – 15000 PSI
• ASME B16.34, API 6D, ISO 17292
Options
• Fugitive emission tested
• Fire safe certified
• NACE
• Cryogenic execution
• High temperature execution
• Automation
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