Model FT116-A | Threaded Adjustable Choke
EZ Flow Control
The EZ Flow Control Model FT116-A is a threaded adjustable choke designed for high-pressure applications requiring precise control and increased connection flexibility. Rated for 5,000 PSI service, it features a 2-1/16” connection combined with a 2” line pipe outlet, supporting a range of wellhead configurations.
The adjustable stem mechanism allows operators to fine-tune flow rates under varying pressure conditions, making it ideal for production systems where control and adaptability are critical. Available with multiple trim materials, the FT116-A is built to perform in both standard and erosive service environments.
Engineered for durability and serviceability, this model delivers consistent choke performance in high-pressure oil and gas systems.
Typical Applications:
Wellhead choke service, high-pressure production systems, test lines, and flow control applications
Key Features
- Threaded adjustable choke design
- 2-1/16” 5M x 2” MLP connections
- Working pressure up to 5,000 PSI
- Orifice sizes: 3/4” and 1”
- Stem-controlled adjustable flow
- Indicator in 64ths for precision adjustment
- Trim options: alloy steel, stainless steel, SS tungsten carbide
- Stem lubrication fitting
- Replaceable seat and trim components
- Field serviceable bonnet assembly
- NACE / H2S configurations available
- Suitable for gas and liquid service
- Designed for high-pressure applications
PERFORMANCE ADVANTAGES
Why the E-FT116-A Performs Where It Counts
PRECISE FLOW CONTROL IN HIGH
PRESSURE ENVIRONMENTS
Allows operators to adjust flow rates under demanding pressure conditions, ensuring optimal production control.
VERSATILE CONNECTION CONFIGURATION
Supports mixed connection types, improving compatibility with existing wellhead equipment.
CONFIGURABLE FOR SEVERE
SERVICE CONDITIONS
Trim material options allow the choke to withstand erosion and corrosion from high-velocity flow.
FIELD MAINTENANCE FOR REDUCED DOWNTIME
Serviceable design allows replacement of internal components without full removal, improving uptime.