Mastervolt Battery Mate 1602 IG – High-efficiency Voltage Regulator for Seamless Battery Charging in Nautical Applications

Description

Mastervolt Battery Mate 1602 IG – High-efficiency Voltage Regulator for Seamless Battery Charging in Nautical Applications

The Mastervolt Battery Mate 1602 IG is an advanced voltage regulator engineered for optimal performance in nautical environments. Crafted from anodised aluminium, this robust device is designed to withstand the rigours of marine conditions. Its electronic components are coated with corrosion-resistant synthetic materials, ensuring long-lasting reliability and functionality.

This high-performance regulator utilizes MOSFET technology to deliver superior efficiency. The system intelligently compensates for voltage drops, allowing continuous charging at the correct voltage even when connecting multiple battery banks. The multi-output capability ensures compatibility with any type of alternator or charger, making it suitable for both new installations and existing setups.

The Battery Mate 1602 IG is designed to maintain linearity in current delivery, resulting in negligible voltage drops. This feature significantly enhances its efficiency compared to traditional charge dividers. Users can expect rapid and complete charging of their batteries without the need for additional adjustments on the charging equipment. This regulator can effortlessly charge two or three batteries, ensuring high yields and eliminating voltage drops.

For applications requiring a maximum charging current of 160 amperes, the Mastervolt Battery Mate 1602 IG is the perfect solution. For those needing support for higher power requirements, consider the Battery Mate 2503, which caters to alternators with a maximum current of 250 amperes.

Material: Anodised aluminium

Corrosion Resistance: Coated electronic components

Technology: MOSFET electronic

Maximum Charging Current: 160 Amperes

Compatibility: Suitable for any brand of alternator/charger

Battery Charging: Capable of charging two or three batteries simultaneously

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