Faria Dress White 2" Fuel Level Gauge (E-1/2-F)

The Faria Dress White 2" Fuel Level Gauge (E-1/2-F) is a marine-grade analog fuel monitoring instrument designed for vessel fuel tank systems requiring precision, reliability, and clean aesthetics. Built by Faria Beede Instruments—a trusted manufacturer in marine instrumentation—this gauge delivers real-time fuel consumption data critical for mission planning, range calculations, and fuel management aboard tactical watercraft, patrol boats, and support vessels. The perimeter-lighted dial design ensures visibility in low-light operational conditions, making it an essential component for crews conducting dawn, dusk, or night operations.

This 2-inch gauge operates via low-amperage current transmission through an internal meter mechanism to ground, responding to fuel tank sender unit resistance changes with consistent accuracy and minimal electrical draw. The dress white finish features a perimeter-lighted dial with bold black graphics for maximum contrast and legibility under bright sunlight and artificial light sources alike. The white aluminum bezel provides corrosion resistance in saltwater and humid environments, while the contoured black pointer enables quick fuel level assessment at a glance. The flat glass lens protects the dial face from impact and UV degradation while maintaining optical clarity without distortion—critical for crews who depend on accurate fuel gauges during extended patrols or supply missions.

Maritime operators, naval support teams, and law enforcement maritime units benefit most from this instrument's proven durability and standardized mounting footprint. The E-1/2-F designation indicates a fuel-gauge configuration compatible with standard marine sender units and electrical harnesses. Installation is straightforward: secure the gauge to a 2-inch panel cutout, connect the sender unit wire and ground, and confirm operation against known fuel levels before deployment. Complement this gauge with compatible Faria tachometer and water temperature instruments to build a cohesive instrument cluster that provides the operational awareness required for mission-critical vessel operations.