Introducing the Victron AC Current Sensor - Single Phase - Max 40A

The Victron AC Current Sensor - Single Phase - Max 40A is a pivotal component for monitoring and managing the energy efficiency of your photovoltaic (PV) inverter systems. Designed by Victron, a leader in renewable energy technology, this sensor accurately measures AC current power (VA) and calculates the energy produced or consumed by a PV inverter. Whether connected to the AC input or output of a Multi or Quattro system, it ensures that your renewable energy installations perform optimally and efficiently.

Key Features

• Precision measurement of AC current up to 40A in single-phase systems.
• Enables accurate calculation of power (VA) and energy consumption or production.
• Seamless integration with Victron Multi or Quattro systems.
• Compact and durable design for easy installation and longevity.
• Ideal for enhancing system performance and energy efficiency.

Why You Need It

Understanding and managing the flow of energy within your renewable energy systems is essential for maximizing efficiency and reducing costs. The Victron AC Current Sensor - Single Phase - Max 40A offers a simple yet powerful solution for achieving this. By providing accurate and reliable data on how much energy your system is producing or consuming, you can make informed decisions to optimize its operation and longevity.

Easy Installation and Compatibility

Designed with the installer in mind, this current sensor features a compact design that is easy to integrate into existing PV systems. Its compatibility with Victron Multi or Quattro systems makes it a versatile choice for a wide range of installations, ensuring that you can offer a more advanced and varied product offering to your customers.

Manufacturer's Quality Assurance

As a product from Victron, the AC Current Sensor comes with the assurance of quality and reliability that has made Victron a leading name in renewable energy technology. With this sensor, you are not just buying a component; you are investing in efficiency, reliability, and the future of energy management.