Parker Speed
1/8 NPT Back Pressure Port
1/8 NPT Back Pressure Port – Available at Parker Speed
Enhance Your Turbo Flange with a Convenient Back Pressure Port
The 1/8 NPT Back Pressure Port is a valuable addition to any turbo flange, facilitating precise monitoring of exhaust back pressure in turbocharged systems. Now available at Parker Speed, this feature allows for more accurate tuning and performance assessment.
Key Features
Seamless Integration
This port can be added to any of Parker Speed's turbo flanges, providing a convenient solution for monitoring exhaust back pressure without the need for additional modifications.
Standard 1/8 NPT Sizing
Utilizing a standard 1/8 NPT size, this port is compatible with a wide range of pressure sensors and fittings, ensuring versatility and ease of use.
Custom Installation
By purchasing this option alongside your chosen flange, Parker Speed will incorporate the 1/8 NPT back pressure port into the flange during manufacturing, ensuring a precise and clean installation.
Consideration of Lead Time
Please note that adding this option may extend your order processing time by up to two weeks. It's advisable to plan accordingly and contact Parker Speed with any questions regarding lead times.
Benefits
Enhanced Monitoring
Incorporating a back pressure port enables real-time monitoring of exhaust back pressure, aiding in fine-tuning and optimizing engine performance.
Simplified Installation
Having the port pre-installed in your turbo flange eliminates the need for additional drilling or welding, reducing installation complexity and potential for errors.
Improved Diagnostic Capability
Access to exhaust back pressure data can assist in diagnosing performance issues, ensuring your turbocharged system operates at its best.
Conclusion
The 1/8 NPT Back Pressure Port, available at Parker Speed, offers a practical solution for those seeking to monitor and optimize exhaust back pressure in turbocharged applications. By integrating this port into your turbo flange, you can achieve more precise tuning and enhanced performance monitoring.