ACC PUMP DISCHARGE NOZZLE.037,STRAIGHT TYPE

Description

Improving throttle response and fuel atomization depends on the precise control of fuel discharge in your carburettor system. The Holley ACC Pump Discharge Nozzle .037, straight type, delivers this critical performance enhancement by ensuring consistent fuel flow to the acceleration circuit.

This component is designed specifically for accelerator pump systems, addressing the common issue of delayed or uneven fuel delivery during rapid throttle movements. The straight type nozzle provides a direct and unobstructed fuel path, minimizing pressure loss and optimizing pump responsiveness.

• Precise dimensioning: With a length of 12.70 cm, width of 8.80 cm, and height of 3.10 cm, the nozzle fits accurately into designated Holley carburettor models, ensuring secure installation and compatibility without modification.
• Lightweight construction: Weighing only 0.0500 kg, the nozzle contributes minimally to the overall system weight, preserving engine balance and responsiveness.
• Brand reliability: Manufactured by Holley, a leader in fuel system components, this nozzle meets stringent quality standards for durability and performance under varied operating conditions.
• Straight type design: The linear configuration reduces turbulence and fuel spray inconsistency, resulting in improved acceleration response and smoother engine operation.

Its specific design for accelerator pump components makes it an essential upgrade for engines requiring precise fuel metering during rapid throttle transitions. By maintaining consistent fuel discharge, this nozzle helps eliminate hesitation and enriches the air-fuel mixture exactly when needed.

Installation is straightforward due to exact dimensional specifications, allowing for seamless integration into compatible carburettor setups without additional adjustments. This ensures that performance gains are realized immediately upon fitting.

Choose the Holley ACC Pump Discharge Nozzle .037 straight type to enhance your fuel system’s responsiveness and maintain optimal engine performance with a component engineered to exacting specifications and proven reliability.