65 Amp RV Converter 120V AC to 12V DC, Lead & Lithium Compatible, 65Amp RV Power Converter Battery Charger with Built-in 4 Stage Smart Charging, Replacement for WF-9800 Series

Features a reliable 65-amp output paired with three preset voltage modes (13V, 14.6V, 16.5V), offering flexible power solutions for charging batteries or running 12V equipment in RVs, automotive, marine, or car audio setups—adaptable to diverse usage needs.

• 65AMP STEADY OUTPUT WITH 3 FIXED VOLTAGE MODES: Features a reliable 65-amp output paired with three preset voltage modes (13V, 14.6V, 16.5V), offering flexible power solutions for charging batteries or running 12V equipment in RVs, automotive, marine, or car audio setups—adaptable to diverse usage needs.
• EFFICIENT 120V AC TO 12V DC CONVERSION: Engineered with advanced circuitry, this rv power converter reliably converts 120V AC to 12V DC power, delivering consistent performance for all your RV adventures. Keep your essential devices running smoothly wherever you go.
• COMPATIBILITY WITH LEAD & LITHIUM BATTERIES: The rv converter 65 amp is designed to fully charge both lead-acid and lithium battery types while supplying clean, stable DC power. Fit for RVs, marine applications, automotive use, and other 12V power setups requiring robust and clean DC power.
• BUILT-IN 4 STAGES SMART CHARGING: This RV power converter provides an automatic charging system in 4 steps: (1) A fast charge ("Boost"), (2) A standard charge ("Normal"), (3) A trickle charge ("Storage"), (4) A equalization charge ("Desulfation"). These modes optimize the charging profile and parameters for maximum efficiency, and prevents overcharging, preserves battery health, and significantly extends its service lifespan.
• DURABLE MULTI-MATERIAL CONSTRUCTION: The rv converter is built with a robust blend of steel, plastic, aluminum alloy, circuit boards, and copper components. The combination ensures structural sturdiness, efficient heat dissipation (via aluminum), and reliable electrical conductivity (from copper), ideal for long-term use in various conditions.