Model E-P30 | Threaded Adjustable Choke
EZ Flow Control
The EZ Flow Control Model E-P30 is a threaded adjustable choke designed for higher pressure applications requiring precise and reliable flow control. Rated for working pressures up to 3,000 PSI, it provides enhanced performance over lower pressure models while maintaining a compact, field-proven design.
The adjustable stem mechanism allows fine control of flow rates, making it suitable for production systems where pressure and flow conditions vary. With multiple trim material options, the E-P30 can be configured for both standard and more demanding service environments.
Built for durability and flexibility, the E-P30 is a dependable solution for mid-range pressure choke applications.
Typical Applications:
Wellhead control, production flow lines, test systems, and moderate pressure choke service
Key Features
- Threaded adjustable choke design
- 2” FLP x 2” MLP connections
- Working pressure up to 3,000 PSI
- Orifice sizes: 3/4” and 1”
- Stem-controlled adjustable flow
- Indicator in 64ths for precision control
- Available trim: alloy steel, stainless steel, SS tungsten carbide
- Stem lubrication fitting
- Replaceable seat and trim components
- Field serviceable design
- NACE / H2S configurations available
- Compact installation footprint
- Suitable for gas and liquid service
- Designed for moderate pressure applications
PERFORMANCE ADVANTAGES
Why the E-P30 Performs Where It Counts
ENHANCED PRESSURE CAPABILITY
WITH PRECISE CONTROL
Handles higher pressures while maintaining accurate flow adjustment, making it suitable for more demanding production environments.
ADAPTABLE TO MULTIPLE SERVICE CONDITIONS
Trim material options allow the choke to be configured for varying erosion and corrosion conditions.
RELIABLE PERFORMANCE IN VARIABLE
FLOW CONDITIONS
Provides stable control even as system pressure and flow rates fluctuate.
REDUCED MAINTENANCE THROUGH
SERVICEABLE DESIGN
Internal components can be replaced in the field, minimizing downtime and extending product life.