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Neles™ X Series Supported Or Trunnion Mounted Ball

About Neles™ X Series Supported Or Trunnion Mounted Ball

Neles™ X series ball valves are designed to meet the modern requirements of chemical, petrochemical, and refining industries with improved process safety and efficiency.

Technical Specifications
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Trunnion Data sheet
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Seat Supported Data sheet
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Description

Neles™ X series ball valves are designed to meet the modern requirements of chemical, petrochemical, and refining industries with improved process safety and efficiency.

Neles™ X series modular ball valve incorporates a robust stem-to-ball connection in both seat-supported and trunnion-mounted models. In addition, the broad metal and soft seat selection ensure tightness in every application.


Specifications
Construction
Flanged, trunnion mounted, full bore ball valve
Size range
DN 50 – 600 / NPS 2” – 24” (trunnion mounted, full bore)
Face to face
ASME B16.10
Pressure ratings
EN PN 10 – 40, ASME 150 – 300
Temperature range
-50 °C … +600 °C / -60 °F … +1110 °F
Features
  • 2-piece off-center split body, solid circular body joint gaskets
  • Anti-blowout stem
  • Robust stem to ball connection both in trunnion and seat supported ball models
  • Application based seat selection options, metal-to-metal and soft seats
  • Neles Q-trim™ technology for control applications, anti-cavitation and noise attenuation
  • Low emissions according to ISO 15848
  • Fire safe certified according to API 607
  • SIL 3 certified
  • High Cv, including noise attenuation trims, which are designed self-flushing
  • High, long lasting tightness
  • Part modularity, reduced parts inventory for servicing
  • Wide material selection for application specific needs
  • Industries:

    • Oil and gas production
    • Chemical and petrochemical plants
    • Power plants
    • Liquids, gas and steam
    • High temperature service
    • Cryogenic service
    • Hydrocarbons
    • Catalyst handling
    • Solids handling
    • Polymers
    • Control and tight shut-off applications
    • High cycling
    • Emergeny applications ESD/ESV
    • LNG
    • Natural gas
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