9in 0-90 OHM Fuel Level Sender Tube Style

The 9in 0-90 OHM Fuel Level Sender Tube Style (HOLLEY 19-228) is a precision fuel tank level measurement device engineered for classic and custom fuel system builds where traditional dashboard gauges must accurately reflect tank capacity. This tube-style sender is designed for mechanics and enthusiasts who demand reliable, consistent fuel level reporting in carbureted or fuel-injected applications requiring a simple yet effective analog measurement solution. Whether you're restoring a vintage hot rod or fabricating a custom fuel cell setup, this sender provides the electrical signal necessary to drive standard 0-90 OHM gauge clusters.

Operating across a 0-90 OHM resistance range, this fuel level sender converts physical float position into proportional electrical resistance that translates directly to gauge needle movement on compatible instrument panels. The tube-style design allows vertical installation within fuel tanks, with the float mechanism riding along the interior walls to track fuel level changes accurately across empty and full conditions. HOLLEY's engineering ensures minimal hysteresis and dependable long-term performance in ethanol-blended fuels and modern gasoline formulations, making this sender compatible with both vintage mechanical gauges and modern aftermarket digital display systems that accept analog resistance inputs.

This sender benefits fuel system builders, restorative mechanics, and performance enthusiasts constructing custom tanks, fuel cells, or retrofitting classic vehicles with modern fuel management systems. Installation requires minimal wiring—simply ground the sender body and run the signal wire to your compatible fuel gauge; no external amplification or conversion modules are needed for standard analog clusters. The compact 9-inch tube profile fits most custom and OEM tank configurations, making it an ideal choice for street rods, rat rods, drag racing fuel cells, and street performance builds where accuracy and reliability cannot be compromised.