High-quality Victron Lynx Class-t Power In (m10) - Lyn060404010 Kit [WcQnjr5L]

Victron Lynx Class-T Power In (M10) – Essential DC System Integration

The Victron Lynx Class-T Power In (M10) is a game-changer for high-capacity DC systems, designed to offer safe and reliable connections for Lithium battery strings. This modular DC busbar system is an integral part of the Lynx Distribution system, providing a seamless and efficient solution for renewable energy setups, including solar, wind, and hybrid systems. Its robust design supports a maximum current capacity of 800A, making it ideal for demanding energy systems where performance and safety are paramount.

Key Features for Enhanced System Protection and Scalability

The Lynx Class-T Power In stands out with its essential features, ensuring both safety and flexibility. Equipped with positive and negative busbars, it offers seamless connections to Lithium battery strings, while two Class-T fuses provide crucial protection for high-current applications. A dedicated grounding connection further enhances system safety. Its compatibility with other M10 Lynx modules allows for scalable configurations, making it perfect for large-scale Lithium battery systems. The product code LYN060404010 and GTIN 8719076062967 ensure easy identification and integration.

Expandable and Versatile for Advanced Energy Solutions

For installations requiring more than two battery strings, multiple Lynx Class-T Power In modules can be linked, offering a modular approach to complex battery configurations. This versatility is essential for large-scale systems where adaptability and reliability are crucial. The unit’s robust design allows for the addition of more fuses, connecting seamlessly with other Lynx products, including the Lynx Distributor, to create a comprehensive, flexible DC distribution network. With its focus on safety, efficiency, and scalability, the Victron Lynx Class-T Power In (M10) is the perfect choice for solar, wind, and hybrid applications demanding reliable, high-current connectivity.