Xantrex Statpower Prosine 1800 GFCI

The Xantrex Statpower Prosine 1800 GFCI is a professional-grade true sine wave inverter designed to deliver 1800 watts of clean AC power from DC sources in mission-critical and remote applications. Built for operators who demand reliability when grid power is unavailable, this 120-volt, 60 Hz inverter converts DC battery power into pure sine wave AC output—essential for sensitive electronics, communications equipment, and power-hungry tactical operations.

The Prosine 1800's true sine wave technology distinguishes it from modified sine wave alternatives. This matters: true sine wave output protects sensitive avionics, medical devices, microprocessors, and precision instrumentation from voltage distortion damage. The 1800-watt capacity handles both sustained loads and surge-demanding equipment simultaneously—refrigeration units, power tools, charging stations, and multiple lower-draw devices without dropping voltage. The backlit LCD display panel, remotely mountable, provides real-time monitoring of output voltage, load percentage, and system status. Built-in GFCI protection adds safety margin for wet-environment operations, vessel systems, and ground-fault-sensitive installations.

Field deployment scenarios favor this inverter: extended field operations, remote base camps, emergency backup power, off-grid shelters, vehicle-based command centers, and recreational/industrial sites lacking shore or grid connection. This is the choice for operations already equipped with quality multistage battery chargers—the Prosine 1800 complements existing power infrastructure rather than replacing it. At 19.4 lbs and compact dimensions (14 x 8 x 19 inches), portability remains viable despite professional-grade output capacity.

The Statpower Prosine inverter line represents a proven standard in recreational and industrial power conversion. The Prosine 1800 specification delivers mid-range wattage—sufficient for most tactical power demands without the bulk of higher-wattage models—making it a balanced choice for mobile operations where space and weight contribute to operational flexibility.