Kid Approved Victron Lynx Shunt Markdown: -35% [4NS6waY5]

Kid Approved Victron Lynx Shunt Markdown: -35% [4NS6waY5] VE.Can

Introducing the Kid Approved Victron Lynx Shunt Markdown: -35% [4NS6waY5] VE.Can, a cutting-edge 1000A shunt designed to provide precise and reliable monitoring for your electrical system. This intelligent negative bus-bar shunt features a built-in battery monitor that keeps a close eye on the state of charge of your battery. With its seamless integration into the modular Lynx distribution system, the Lynx Shunt VE.Can is the ultimate choice for enhancing the performance and safety of your electrical setup.

• Intelligent Battery Monitoring
• VE.CAN Communication

Key Features and Specifications

The Kid Approved Victron Lynx Shunt Markdown: -35% [4NS6waY5] VE.Can comes equipped with a positive bus-bar and a dedicated location for a CNN fuse (sold separately). This ensures optimal protection for your electrical system. The shunt's built-in battery monitor accurately tracks the state of charge, providing real-time data that can be easily accessed through the Color Control GX. This advanced communication via VE.CAN allows for seamless integration with your system, ensuring that you are always informed about the health of your battery.

• Positive Bus-Bar with CNN Fuse Location
• VE.CAN Communication for Data Transfer

Practical Applications and Benefits

The Kid Approved Victron Lynx Shunt Markdown: -35% [4NS6waY5] VE.Can is an invaluable tool for a wide range of applications, from marine and mobile power systems to renewable energy installations. Its precise monitoring capabilities and seamless integration make it an essential component for ensuring the reliability and efficiency of your electrical setup. Whether you are a professional installer or a DIY enthusiast, the Lynx Shunt VE.Can is designed to meet the needs of your daily operations. With its robust construction and advanced features, this shunt is built to last and deliver consistent performance.

• Enhanced System Reliability
• Optimized Performance for Marine and Mobile Power Systems