Model E-N62 | Flanged
Adjustable Choke
EZ Flow Control
The EZ Flow Control Model EN62 is a flanged adjustable choke designed for precise flow control across a wide range of pressure classes and pipeline systems. Available in configurations from low-pressure ANSI applications up to 5,000 PSI service, the EN62 provides flexible installation options for both production and processing environments.
The adjustable stem mechanism allows operators to fine-tune flow rates in real time, making it ideal for systems with fluctuating pressure and production conditions. With multiple flange ratings and connection types available, the EN62 integrates easily into both standard and high-pressure systems.
Built with durable materials and configurable trim options, the EN62 delivers reliable performance across a wide range of applications.
Typical Applications:
Production flow control, pipeline systems, test lines, separator systems, and process control applications
Key Features
- Flanged adjustable choke design
- Available in 2-1/16” 2M and 5M configurations
- ANSI flange options: 150, 300, 600
- Working pressures from 275 PSI up to 5,000 PSI
- Orifice sizes: 3/4” to 1”
- Stem-controlled adjustable flow
- Indicator in 64ths for precise adjustment
- Trim options: alloy steel, stainless steel, SS tungsten carbide
- Available in carbon steel or stainless steel body
- Multiple flange configurations for system compatibility
- Replaceable seat and trim components
- Field serviceable bonnet assembly
- NACE / H2S configurations available
- Designed for both low and high-pressure systems
PERFORMANCE ADVANTAGES
Why the EZ Flow Control E-N62 Performs Where It Counts
VERSATILE PERFORMANCE ACROSS
MULTIPLE CLASSES
Supports both ANSI and API-style configurations, allowing use in low-pressure process systems and higher-pressure production environments.
PRECISE FLOW CONTROL IN
VARIABLE CONDITIONS
Adjustable stem allows operators to respond to changing flow and pressure conditions in real time.
CONFIGURABLE FOR EROSION &
CORROSION RESISTANCE
Multiple trim material options extend service life in abrasive and high-velocity flow conditions.
FIELD SERVICEABILITY FOR REDUCED DOWNTIME
Replaceable internal components allow maintenance without removing the full assembly from the line.
Not the choke you are looking?
Chokes Similar to the EN62
ET1 Positive Choke
Flanged positive choke designed for fixed and repeatable flow control in pipeline and
production systems.
EJWA Adjustable Choke
High-pressure flanged adjustable choke engineered for applications requiring precise control and robust construction.
EPC Positive Choke
High-pressure flanged positive choke designed for applications requiring fixed and repeatable
flow control.
EH2A Adjustable Choke
Large-bore flanged adjustable choke designed for high-capacity flow control in medium to high-pressure systems.
EH2P Positive Choke
Large-bore flanged positive choke designed for high-capacity, fixed flow control in medium to high-pressure applications.
E-P29 Adjustable Choke
Threaded adjustable choke designed for precise flow in
lower pressure wellhead and
production applications.
E-P30 Adjustable Choke
Mid-range threaded adjustable choke designed for higher pressure applications requiring precise and reliable flow control.
E-263 Adjustable Choke
High-capacity threaded adjustable choke designed for 3” line pipe applications requiring higher flow and pressure control.
E-265 Positive Choke
High-pressure threaded adjustable choke designed for 3” line pipe requiring both high flow and increased pressure.
E-N60 Positive Choke
High-pressure threaded adjustable choke designed for high-pressure wellhead and production requiring precise control.
E-FT108 Positive Choke
Compact threaded positive choke designed for stable, repeatable performance in high-pressure applications.
FT116-A Adjustable Choke
High-pressure threaded adjustable choke for applications requiring precise control and increased connection flexibility.
FT116-P Positive Choke
Compact threaded positive choke designed for high-pressure applications requiring fixed and repeatable flow control.