The Victron Energy AC Current Sensor is an external sensor for single-phase systems that provides accurate energy consumption measurement. It integrates with Victron GX and BMV monitors, provides simple installation, and ensures reliable operation in PV installations.
The Victron Energy AC Current Sensor is an external sensor for single-phase systems that provides accurate energy consumption measurement. It integrates with Victron GX and BMV monitors, provides simple installation, and ensures reliable operation in PV installations.


The Victron Energy AC Current Sensor is an external sensor for single-phase systems that provides accurate energy consumption measurement. It integrates with Victron GX and BMV monitors, provides simple installation, and ensures reliable operation in PV installations.
Guarantee
24 month
Delivery from Europe in
5 - 8
business days
This single-phase AC current sensor is an essential component in any power management system, offering accurate current measurement up to 40A. By precisely monitoring power parameters, it provides better control and optimization of power system performance, especially in environments where accuracy and reliability are crucial.
The AC sensor is designed to provide the highest accuracy in current measurement. It is ideal for systems requiring precise data, which translates into more efficient energy management.
The device enables seamless integration with a VRM management system. Power and energy data calculated from the PV inverter can be transmitted and monitored remotely using Color Control, allowing for complete control of the power system from any location.
The sensor offers flexible connectivity, allowing both measuring cables to be easily integrated with AUX inputs and/or temperature sensors on Multi or Quattro devices. This solution enables even broader applications, adapting to a variety of energy systems.
The AC current sensor monitors power (VA) and calculates energy from PV inverters connected to AC outputs. Its versatility allows for use in a variety of systems, and data can be transmitted to the VRM platform, allowing for continuous monitoring of operating parameters remotely.