EVO-TEC™ 36V 10A DC TO DC CHARGER – NORSK LITHIUM
The Norsk Lithium EVO-TEC™ 36V 10A DC to DC Charger is a compact, high-performance solution engineered to charge 36V LiFePO4 batteries from your marine alternator through your starting battery. Featuring advanced 2-stage CC/CV charging technology, it delivers precise and reliable power transfer to keep your lithium system operating at peak performance. The charger’s operation is easily managed via the yellow ACC wire for seamless integration with your boat’s ignition or accessory circuit.
This non-isolated charger design shares a common ground between input and output, providing superior efficiency and a reduced footprint—ideal for marine environments where space is limited and dependable charging power is essential.
ADVANCED 2-STAGE CC/CV CHARGING TECHNOLOGY
Operation of the charger controlled via the yellow ACC wire
LED CHARGING STATUS LIGHT
The LED Charging Status Light provides real-time visual feedback on the charging status of your battery. With this convenient LED indicator, you can easily monitor the charging process at a glance.
8MM RING TERMINAL CONNECTORS
The 8mm Ring Terminal Connectors ensures a secure and reliable connection between your DC to DC charger and the battery. These connectors are designed for easy installation and provide a robust, corrosion-resistant connection that can withstand the harshest conditions.
IP65 WATERPROOF
The Norsk Lithium 36V 10A DC to DC Charger is designed to endure the toughest marine environments with its IP65 waterproof rating. This robust charger ensures reliable performance even in wet conditions, safeguarding against dust and water. Whether navigating through rough seas or cruising in rainy weather, the IP65 rating provides peace of mind, knowing that your battery charger remains fully operational and protected.
NON-ISOLATED
This DC to DC charger is non-isolated, meaning the input and output grounds are electrically connected. This design offers higher efficiency and a smaller footprint, making it ideal for marine systems where space is limited.
What others are saying
There are no contributions yet.