SS 1/2 TOP MAIN LINE BIRD CATCHER WITH SQUARE MV

Description

Maximize fuel system efficiency and durability with the Enderle SS 1/2 Top Main Line Bird Catcher equipped with a square metering valve. Designed specifically for mechanical injection systems, this component controls fuel flow with precision to maintain consistent engine performance and reduce maintenance downtime.

Fuel delivery accuracy is critical in mechanical injection setups. The integrated square metering valve ensures exact flow regulation, which stabilizes engine operation and improves fuel economy. This reduces the risk of over- or under-fueling that can lead to engine damage or inefficiency.

Constructed from stainless steel, the main line offers superior corrosion resistance and strength, supporting long-term reliability under demanding conditions. Weighing just 0.145 kg, it provides an optimal balance between durability and ease of handling during installation or maintenance.

With precise dimensions—34.00 cm in length, 12.00 cm in width, and 4.00 cm in height—this hard line fits seamlessly into fuel systems requiring exact component sizing for leak-free connections and stable mounting. Its compact form factor minimizes space usage without compromising structural integrity.

The product belongs to Enderle’s specialized category of fuel system hard lines for mechanical injection, ensuring compatibility with a range of industrial and automotive applications. Its design accommodates standard 1/2-inch top main line setups, allowing straightforward integration into existing systems.

Installation is simplified by the square metering valve’s unique geometry, which provides secure engagement and precise adjustment capabilities. This feature helps technicians achieve optimal calibration swiftly, minimizing downtime and improving system responsiveness.

Choose the Enderle SS 1/2 Top Main Line Bird Catcher with Square MV to enhance your fuel system’s reliability and performance. Its engineered specifications and material quality set it apart, delivering consistent fuel metering and structural resilience for demanding mechanical injection environments.