Faria Dress White 2" Water Pressure Gauge (30 PSI)

The Faria Dress White 2" Water Pressure Gauge (30 PSI) is a precision marine and industrial monitoring instrument designed to provide real-time system pressure readings with maximum visibility in high-ambient-light conditions. Built by Faria Beede Instruments, a trusted manufacturer of marine gauges and instrumentation, this 2-inch water pressure gauge delivers the clarity and reliability demanded in tactical support operations, vessel systems, and critical pressure monitoring applications where accurate diagnostics are mission-critical.

The perimeter-lighted white dial features bold black graphics optimized for rapid gauge reading under variable lighting. The white aluminum bezel provides corrosion resistance in salt-air and high-humidity environments, while the contoured black pointer enables precision needle tracking at a glance. The flat glass lens protects internal components while maintaining optical clarity. The gauge operates via electrical sender units with variable resistance that directly correlates pressure changes to pointer deflection—as pressure increases or decreases, sender resistance shifts proportionally, translating to accurate dial indication up to 30 PSI maximum. This electrical measurement system eliminates mechanical linkages subject to wear and drift, ensuring consistent long-term accuracy in demanding applications.

This gauge is specified for hydraulic system monitoring, freshwater and saltwater vessel cooling systems, fuel pressure diagnostics, and other pressure-sensitive applications where readable instrumentation is non-negotiable. The 2-inch face is compact enough for standard dashboard or panel integration without consuming excessive space. The 30 PSI scale suits freshwater cooling, low-pressure hydraulic circuits, and domestic water systems. Personnel responsible for equipment maintenance, marine operations, and industrial system diagnostics rely on Faria instrumentation to detect pressure anomalies that indicate leaks, pump degradation, or blockages before they develop into catastrophic failures.