Poseidon Deepwater Solutions

535 E. Fernhurst Suite 121  Katy, TX 77450

 Triton 10 Series 

10,000 psi - Subsea or Topside Applications

Product Highlights

Constructed of true subsea materials

Self-Seating and Self-Sealing - Cannot be closed mechanically and is immune from over-tightening by offshore technician

Installation and Charging require separate tooling

Charging tool cannot apply torque to Triton ACV

HSE Audible warning feature to prevent removal of a valve containing pressure

3.2  Safety Factor - burst pressure of 32,000 psi

Helium Tested 

Fully Serviceable and Rebuildable in the field

3 Year Field Warranty

Features

Utilizes Triton Core Technology

Nitronic 50 Body Construction

316L Stem 

Anti-Rotation (Wedge Locking Washers - SAE-05)

    Cannot unscrew during operations

    Cannot unscrew under pressure

Redundant Sealing Mechanisms

Bias Piston - Subsea Closing

Subsea Rated

Vacuum Rated

Retrofittable with existing Mil spec valves

Compatible with current charging kits

Specifications & Dimensions

Max Depth 12,000 ft (3657 meters)

Max Pressure 10,000 psi (68.9 Mpa)

Temp Range -20F to 220F (-28C to 104C)

Flow Rate 3.25X Mil spec

Installed Height 1.46" (25.4 mm)

Installed Torque 240 in pounds (13.5 N-m)

Bottle Interfaces

        SAE-05 (1/2 20)

        Face Seal (1/2 20 with no lead in chamfer)

        Other Interfaces are available

Basic Operation of the Triton 10 Series  ACV

Bolt force (in the Triton Tooling) is used to mechanically open the valve.  Gas force from the bottle closes closes the valve.  There is no ability to close the Triton ACV mechanically.   The Triton ACV is self-seating and self-closing.

Gas Force From Bottle Closes Valve
Bolt  Force Opens Valve vs Bottle Pressure
Subsea Operation of the Triton 10 Series  ACV

This video animation shows the basic subsea operation of the Triton 10 Series Gas Charging Valve.  After charging the subsea plug is installed trapping atmospheric pressure above the bias piston.  As hydrostatic head enters the valve body the larger surface area of the bias piston results in a higher force (1.44X) exerting pressure upward trying to close the valve. The subsea bias piston prevents the valve from opening if hydrostatic pressure exceeds bottle pressure.

Gas Force From Bottle Closes Valve
SURFACE
Hydrostatic Head adds closing force
SUBSEA