ProMariner ProNautic 1210P 10 Amp 2 Bank Battery Charger – 63110

All Digital Electronic ChargingIndustry recognized with the 2010 IBEX Innovation Award, ProNauticP employs our ProMar Digital Performance Charging Platform which combines all digital keep watch over and software-based power conversion technology with global energy management features. ProNauticP addresses the trend of incorporating and the usage of more 12-volt electronics on-board as of late’s power, sail, cruising and sport fishing boats. Boasting twelve digitally-controlled performance charging profiles with finger tip selection, ProNauticP fully charges, conditions, maintains and re-conditions batteries whilst extending battery life and maximizing battery reserve power performance. ProNauticP is Power Factor Corrected with auto-ranging global AC input allowing all models to operate off a standard household power connection. Featuring dual digital displays for real-time display of actual charging voltage and amperage and AC power-on diagnostics with pass or fail status along with discreet fault indication for mis-wiring or adverse battery bank conditions. Designed to provide more time at the water enjoying what you like most… Digital Performance ChargingProMar Digital Charging Performance – 12 Selectable ProfilesUp to 12 performance & precision 4-stage charging profiles: Charge, Condition, Handle and Re-condition. Automatic dockside power mode for 12 Volt DC lighting and appliances. Factory set for Flooded (Lead Acid) batteries. AGM, GEL Factor Correction – Global AC InputAuto-ranging (100-250VAC/50-60Hz) global AC input with reduced harmonic distortion allowing all models to operate off a household power outlet connection. ProNauticP consumes less power so more AC power is to be had on On Demand TechnologyAutomatically senses and distributes 100% of to be had charging amps to any one bank or combination of all Self-Calculating Absorption and Battery Health Re-Conditioning ModeAutomatically programs conditioning time in accordance with discharge state of batteries. Mechanically d