Mastervolt Battery Mate 1602 IG Isolator – 120 Amp, 2 Bank for Efficient Dual Battery Charging

Battery Mate 1602 IG Isolator - 120 Amp, 2 Bank

The Battery Mate is the ultimate solution for charging several batteries simultaneously and is compatible with any type of alternator/battery charger, in both existing and new systems. As the voltage loss between the alternator and battery is negligible, the Battery Mate performs far better than conventional battery isolators. This ensures fast and complete charging of your batteries without having to make additional adjustments to the alternator.

While battery isolators are conventional diode splitters, the Battery Mate's technology is electronic and includes mosfets (transistors). Its components compensate for variations in voltage and ensure that charging continues at the right voltage level, even with several battery banks. The input side on the Battery Mate is connected to the alternator and/or battery charger, while two batteries are connected to the output side. The Battery Mate is easy to install on a DIN rail (industry standard).The Mastervolt Battery Mate can be used in any application even if the standard alternator need external excitation or voltage sensing. In this case the additional IG contact can be connected.

WARNING: This product can expose you to chemicals including di(2-ethylhexyl)phthalate (dehp) which is known to the State of California to cause cancer, birth defects or other reproductive harm. For more information go to P65Warnings.ca.gov.

The Mastervolt Battery Mate 1602 IG Isolator is a high-performance electronic device designed to manage the simultaneous charging of two battery banks with minimal voltage loss. Compatible with any alternator or battery charger, it provides fast, complete charging without requiring additional adjustments to your vehicle or boat's charging system. Its advanced technology utilizes mosfets (transistors) to accurately compensate for voltage variations, ensuring optimal charging levels across multiple batteries. The unit connects easily to a DIN rail, making installation straightforward in a variety of applications, whether in automotive, marine, or RV systems.

Unlike traditional diode splitters, the Battery Mate's electronic design offers superior efficiency and reliability. The input side connects to the alternator or charger, while two batteries are connected to the output side, allowing for seamless management of battery charging. The device also features an external IG contact option, making it suitable for applications where the standard alternator requires external excitation or voltage sensing. This flexibility ensures compatibility with a wide range of existing and new systems, providing a versatile solution for battery management.

Constructed with quality components, the Mastervolt Battery Mate 1602 IG Isolator is built to withstand demanding conditions. Its compact design, with dimensions roughly equivalent to 6 inches in length, 6 inches in width, and 4 inches in height, makes it suitable for installation in tight spaces. The unit weighs approximately 0.4 pounds, emphasizing its portability and ease of handling during setup. This isolator is an essential component for anyone looking to optimize their battery charging system, ensuring reliable power distribution and extending battery life.

Note that this product may contain chemicals such as di(2-ethylhexyl)phthalate (DEHP), which according to California regulations, could pose health risks. For safety information, please visit P65Warnings.ca.gov. For detailed installation and operation instructions, refer to the owner's manual available online at https://productimageserver.com/literature/ownersManual/54855OM.pdf.

Features:

• High-efficiency electronic design with mosfets for optimal voltage compensation

• Compatible with any alternator or battery charger, suitable for multiple systems

• Easy DIN rail mounting for straightforward installation

• Supports dual battery banks for simultaneous charging

• External IG contact option for systems requiring external excitation or voltage sensing