• Overview
  • Specifications
  • Related Products

Overview

The Cameron TBV Series 9900  fire-tested, top-entry ball valve complements our portfolio of split-body and end-entry valve products. The TBV series 9900 ball valve is designed specifically for users who prefer welded connections and who do not want to tamper with the valve body integrity during repair or installation, or those concerned with possible flange connection leak paths during operation.

Specifications

Fire Testing

Any hydrocarbon leak (e.g., diesel, LNG, etc.) that can find an ignition source can cause a fire. As a valve manufacturer, it is our duty to keep the pressure inside a valve to help safe-guard the general public, personnel, and the environment. Fire testing helps achieve this by verifying that a valve will perform in case of a catastrophic event such as a fire. The TBV series 9900 ball valve is fire-tested in accordance with API 607, 6th ed. standards.

This testing makes the TBV series 9900 ball valve ideal for a variety of applications, including:

  • Gas processing plants (LNG)
  • Petrochemical plants
  • Refineries
  • Aerospace and fuel loading
  • Production, transport, and storage of liquefied industrial gases

Features and Benefits

  • Investment castings
  • Fire-safe approved (with fire-safe seats – indicate “FS” modifier when ordering)
  • Cryogenic and non-cryogenic versions available
  • Bonnet extensions for cold service
  • Welded connections (flanged connections available)
  • Clean room assembly and sealed in polyethylene bags
  • Cavity pressure relief for cryogenic configuration
  • Repair via the top of the valve while body integrity is maintained

Certifications and Design Standards

  • Qualification Testing
    • Initial shell and seat leakage test
    • Ambient testing – 1500 cycles ranging from no pressure to 1440 psig
    • Cryogenic testing per BS 6364
    • Repeat ambient testing – 1550 cycles
    • Low pressure and high pressure testing at ambient and cryo testing
  • Fire-tested to API 607, 6th ed.
  • 316SS blowout-proof stem according to API 608 specifications
  • Leak-tested per API 598
  • Design standards: ASME B31.3, B16.34, B16.25, B16.11