Fireboy-Xintex Propane Control & Solenoid Valve w/Black Bezel Display

The Fireboy-Xintex Propane Control & Solenoid Valve with Black Bezel Display is a purpose-built safety shutoff system designed for marine vessels, RVs, and off-grid installations where propane serves as a primary fuel or heating source. This compact solenoid valve assembly lets operators cut gas supply at the source instantaneously via remote switch, eliminating the need to access manual isolation points in confined or hard-to-reach locations. For crews managing extended offshore operations or mobile installations, this type of remote propane isolation is critical safety infrastructure—reducing risk of uncontrolled leaks, fuel spills, or explosive accumulation in engine compartments or galley spaces.

The valve operates on 9–30 VDC input, making it compatible with standard 12V and 24V battery banks common to marine and RV electrical systems. Its operating temperature range of −40°F to 185°F (−40°C to 85°C) covers cold-weather standby conditions through high-load summer operation, while reverse-polarity protection safeguards against accidental wiring errors during installation. The 2-3/16-inch round black bezel integrates flush into standard panel cutouts, and the solenoid design ensures reliable actuation across thousands of cycles without drift or failure. Installation is straightforward—the compact profile (4 × 4 × 8 inches, 1.2 lbs) fits tight equipment bays without requiring custom fabrication or extended lead times.

Users managing independent power systems—marine vessels with on-board propane grill or heating, expedition vehicles with auxiliary fuel supplies, or off-grid cabins relying on propane—depend on solenoid shutoff valves to prevent catastrophic fuel events. This Fireboy-Xintex model addresses that requirement with proven reliability across marine and RV markets. The remote-switch topology means fuel isolation becomes a console function rather than a physical trip to the tank compartment, improving response time during emergency scenarios and streamlining routine shutdown procedures during seasonal layup or fuel transfer operations.