2-PORT FUEL PRESSURE REGULATOR-6 ORB, 1.5-5PSI, DEADHEAD

Description

Achieving consistent and accurate fuel pressure is critical for optimal engine performance and longevity. This Aeromotive 2-port fuel pressure regulator addresses fluctuating fuel delivery issues by maintaining pressure precisely within the 1.5 to 5 PSI range, ensuring your carburettor receives stable fuel flow.

Designed with a deadhead configuration, it effectively controls fuel pressure in return-style fuel systems, preventing pressure spikes that can disrupt engine tuning. The 6 ORB fittings provide secure, leak-resistant connections compatible with common fuel system setups, enhancing reliability during operation.

• Precise pressure range of 1.5-5 PSI: Maintains consistent fuel delivery critical for carburettor performance and engine responsiveness.
• Deadhead design: Optimizes fuel system stability by regulating pressure in systems that return excess fuel to the tank.
• 6 ORB port fittings: Ensures secure, standardized connections that minimize leak risks and simplify installation.
• Compact dimensions (18.10 cm length, 5.70 cm width, 12.70 cm height): Allows installation in tight engine bays without compromising space or accessibility.
• Lightweight construction (0.39 kg): Minimizes added weight to the fuel system, preserving overall vehicle efficiency.

Manufactured by Aeromotive, a renowned brand in fuel system components, this regulator meets rigorous quality standards for durability and precision. Its robust design withstands demanding conditions, ensuring long-term reliability in performance applications.

With its specific pressure range and deadhead configuration, this regulator is ideal for carburettor-equipped engines requiring stable fuel pressure under varying load conditions. Its physical dimensions and fitting standards allow integration into existing fuel systems without modification.

Choose this Aeromotive 2-port fuel pressure regulator to enforce consistent fuel pressure, protect engine components, and enhance overall drivability with a component engineered for precision and durability.