Model E-P29 | Threaded Adjustable Choke
EZ Flow Control
The EZ Flow Control Model E-P29 is a threaded adjustable choke designed for precise flow regulation in lower pressure wellhead and production applications. Built for 2” line pipe connections, it provides reliable performance with working pressures up to 2,000 PSI.
The adjustable design allows operators to fine-tune flow using a stem-controlled orifice, making it ideal for managing changing production conditions. Available with hardened steel, stainless steel, or tungsten carbide trim, the E-P29 is built to handle varying levels of erosion and service severity.
Compact and field-proven, the E-P29 delivers consistent choke control in standard oil and gas applications.
Typical Applications:
Wellhead flow control, production systems, test lines, and general choke service
Key Features
- Threaded adjustable choke design
- 2” FLP x 2” MLP connections
- Working pressure up to 2,000 PSI
- Orifice sizes: 3/4” and 1”
- Stem-controlled adjustable flow
- Indicator in 64ths for precise adjustment
- Available trim materials: alloy steel, stainless steel, SS tungsten carbide
- Stem lubrication fitting for smooth operation
- Replaceable seat and trim components
- Compact design for space-limited installations
- NACE / H2S service configurations available
- Field serviceable design
- Suitable for gas and liquid service
- Designed for standard production applications
PERFORMANCE ADVANTAGES
Why the E-P29 Performs Where It Counts
PRECISE FLOW CONTROL IN LOWER
PRESSURE SYSTEMS
Allows operators to adjust flow in real time using a stem-driven orifice. Ideal for applications where production rates fluctuate and control is required.
CONFIGURABLE TRIM FOR SERVICE CONDITIONS
Available in multiple trim materials to match erosion and corrosion conditions, improving durability and extending service life.
COMPACT AND RELIABLE FOR FIELD USE
Smaller footprint supports installation in tight wellhead layouts while maintaining dependable performance.
SERVICEABLE DESIGN FOR REDUCED DOWNTIME
Replaceable internal components allow for maintenance without replacing the full assembly, reducing cost and downtime.