REGULATOR BILLET 4.5-9 PSI 2 PORT-10ORB INLET -8ORB OUT

Description

Achieving consistent and accurate fuel pressure is critical for optimal engine performance and fuel efficiency. This billet fuel pressure regulator provides fine-tuned control within a 4.5 to 9 PSI range, preventing fuel delivery fluctuations that can compromise carburetor function and engine responsiveness.

Its billet aluminum construction delivers exceptional strength and corrosion resistance, ensuring long-term reliability under demanding conditions. The compact dimensions—14.00 cm in length, 13.70 cm in width, and 7.60 cm in height—allow for versatile installation options, making it suitable for various engine compartments without compromising space.

• Precise Pressure Range: Maintains fuel pressure strictly between 4.5 and 9 PSI, preventing fuel starvation or flooding, which translates into stable air-fuel mixtures and consistent engine output.
• 2-Port Configuration: Offers straightforward integration with fuel lines, featuring a 10 ORB inlet and -8 ORB outlet for compatibility with standard fuel system fittings, simplifying installation and maintenance.
• Billet Aluminum Body: Enhances durability and heat dissipation, reducing the risk of regulator failure and ensuring consistent performance during prolonged operation.
• Compact Size and Weight: Weighing just 0.63 kg and measuring 14 cm by 13.7 cm by 7.6 cm, it provides a lightweight solution that does not compromise space or add excessive weight to the fuel system.

This regulator is designed specifically for carburetor and fuel system applications where precise pressure control is non-negotiable. Its robust materials and precision engineering ensure reliable fuel flow, supporting engine longevity and performance consistency. With Holley’s engineering backing, this regulator delivers dependable operation tailored for high-performance and street applications demanding exact fuel pressure regulation.

Investing in this regulator means securing consistent fuel delivery that enhances throttle response, reduces fuel waste, and protects engine components from pressure-related damage—ensuring your fuel system operates at peak efficiency over the long term.