Cameron Control Choke
Introducing the Cameron Control Chokes Valves
brought to you by GOOD SUPPLIER.
Cameron Control Choke design incorporates hydrodynamic energy dissipation to reduce erosion problems while ensuring positive flow control.
Our control chokes from Cameron are designed to provide precise flow control throughout their entire operating range, with a well-proven track record in the field and available with plug & cage, external sleeve, or multistage trim types.
The Cameron Plug & Cage Control Cage uses the plug as the controlling element and throttles the flow on the internal diameter of the ported cage.
The ports in the cage are sized and arranged to give the most appropriate combination of controllability and flow capacity for each application.
The Cameron External Sleeve Control Choke has a sleeve that throttles the flow on the external diameter of the ported cage.
Cameron’s chokes are used in high CO2 and H2S, high-chloride, and high-temperature environments, and employ modern corrosion-resistant alloys (CRAs) to provide trouble-free service life.
The external sleeve trim is particularly suited for low capacity/high pressure-drop applications. The external sleeve is designed specifically for severely erosive service where the combination of high-pressure drops and high sand concentrations can reduce the life of a choke.
TAKE IT TO THE NEXT LEVEL
Low-alloy steel bodies are lined with nickel alloy 625 in a weld cladding process, providing a thick, impervious layer of the CRA bonded to the base material.
Get in contact with us NOW to have the best quality of good and reliable parts for the Cameron’s choke and industrial valves in the industry!
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PRODUCT Features
- Bleed plug assembly vents pressure before disassembly.
- The two-piece stem is threaded and locked and is removed from well bore fluids.
- Large annulus area reduces the risk of body and trim erosion caused by high velocities.
- Trim porting and geometry designed to convert potential energy pressure into kinetic energy.
- Convert heat as a result of viscous energy dissipation.
- Splits the flow into some small streams, reducing the energy levels in each stream.
- Large trim surface area increases wall friction to slow fluid.
- Ideal for applications with high pressure differentials.
- Directional changes in trim reduce energy levels.
Get in contact with us NOW and take advantage of the best quality of good and reliable parts for the Cameron’s choke and industrial valves in the industry!