Faria Chesapeake White SS 2" Oil Pressure Gauge (80 PSI)

The Faria Chesapeake White Stainless Steel 2-inch Oil Pressure Gauge rated to 80 PSI is a precision analog instrument designed for marine and automotive applications where reliable pressure monitoring is critical. Built by Faria Beede Instruments, this gauge combines functional accuracy with a clean, professional aesthetic that integrates seamlessly into instrument panels and control stations.

The 2-inch dial features a perimeter-lighted white face with blue and white graphics for visibility in low-light conditions, while the polished stainless steel bezel resists corrosion in harsh marine or outdoor environments. The contoured white pointer and domed glass lens provide clear, accurate readings across the full 80 PSI range. Operation is straightforward: the gauge receives a low-amperage current through its meter mechanism, which routes to ground via a variable-resistance sending unit. As engine or system pressure fluctuates, the sender's resistance changes proportionally, moving the pointer across the scale to indicate real-time pressure levels. This proven design has been standard in marine and engine monitoring for decades.

Operators managing inboard engines, generators, or hydraulic systems depend on pressure gauges to detect anomalies—dropping oil pressure often signals impending engine failure, while sustained high pressure indicates blockage or pump malfunction. The 80 PSI range suits most small to mid-sized marine and automotive engines, and the compact 2-inch form factor fits tight panel spaces without sacrificing readability. Stainless construction ensures durability in salt-air and spray environments where standard steel would corrode rapidly.

Faria Beede remains a recognized supplier of precision instrumentation to the marine and powersports industries, with a reputation for producing gauges that withstand vibration, thermal cycling, and moisture exposure over years of continuous service. This Chesapeake model is engineered for reliability in demanding environments where instrument failure can compromise operational safety and situational awareness.