Veratron Deep-Pipe Level Sender - 150mm - 0 to 180 OHM

The Veratron Deep-Pipe Level Sender — 150mm — 0 to 180 OHM is a precision fuel tank monitoring instrument engineered for accurate liquid level measurement in marine, automotive, and industrial applications. This sender is built for users who demand reliable fuel gauging without compromise—mechanics, restoration shops, and OEM integrators who understand that a faulty fuel sender introduces guesswork into tank diagnostics and consumption tracking. The 150mm deep-pipe design accommodates tanks where standard senders fall short, making it essential for custom fabrication, retrofit installations, and high-performance fuel system builds.

This sender operates on a 0–180 OHM resistance range, a direct analog output that integrates seamlessly with factory-style gauges, aftermarket analog clusters, and CAN-bus adapter modules. Inside the 38mm diameter vertical tube sits a precision float mechanism; as fuel level changes, the float rises and falls, modulating resistance proportionally. The tube's baffle holes—positioned at top and bottom—dampen fuel slosh and vibration, preventing needle flutter on the gauge during acceleration, cornering, and rough terrain. This passive dampening is critical for off-road vehicles, performance cars, and marine applications where fuel surge would otherwise produce erratic readings and obscure true consumption data.

Mechanics and fabricators benefit most when engineering custom fuel cells, oversized tanks, or restoring classics with non-standard tank geometry. The 150mm length suits deep sumps and tanks requiring extended sender mounting depth—common in drag racing fuel cells, auxiliary tanks on expedition vehicles, and aftermarket fuel systems. Verify your gauge's ohm specification (most vintage and modern gauges accept 0–180 OHM) and confirm tube clearance in your tank before purchase; this sender is thread-mount ready and pairs directly with standard sender bushings. Weight of 1 lb ensures minimal impact on fuel system pressure and flow integrity.