63130 - Mixed (recovered 16407) ProMariner ProNautic 1230P 30 Amp 3 Bank Battery Charger

ProMariner ProNautic 1230P 3 Bank 30 Amp 12vDC Battery Charger 100-240VAC input

• ProMar Digital Charging Performance - 12 Selectable Profiles
• Power Factor Correction - Global AC Input
• Distributed On Demand Technology
• Digital Self-Calculating Absorption and Battery Health Re-Conditioning Mode
• Conservation Energy Saver Mode
• Service and Fault Mode LED Indicators
• Automatic Fan Speed Control
• Automatic Temperature Compensation and Built-in Safety

Industry recognized with the 2010 IBEX Innovation Award, ProNauticP employs our Generation 3 ProMar Digital Performance Charging Platform which combines all digital control and softwarebased power conversion technology with global energy management features. ProNauticP addresses the trend of incorporating and using more 12-volt electronics onboard today'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 while extending battery life and maximizing battery reserve power performance. Designed to provide more time on the water enjoying what you like most?boating.

The ProMariner ProNautic 1230P is a 30 Amp, 3-bank battery charger designed for 12VDC systems. It features a global AC input range of 100-240VAC with power factor correction, making it suitable for various power environments. This unit utilizes a digital charging platform with 12 selectable profiles to manage battery health, including re-conditioning and absorption modes. Key functionalities include Distributed On Demand Technology, Conservation Energy Saver Mode, and automatic temperature compensation. It also provides Service and Fault Mode LED indicators and automatic fan speed control for operational monitoring. The ProNautic 1230P, part number 63130, is intended for IT and business applications requiring reliable multi-bank battery charging, particularly in scenarios with multiple 12-volt electronics. It addresses the need for efficient power management and extended battery life in demanding operational settings.