Cerbo GX MK2 (nr ref. 1100)

The Cerbo GX MK2 from Victron Energy is an advanced communication hub. It is designed for centralized monitoring and control of marine and autonomous energy systems, enabling optimized energy management.

The Cerbo GX MK2 integrates a dual-core processor and significant connectivity improvements. It features three isolated VE.Direct ports, two parallel RJ45 VE.Bus sockets (isolated), and two fully functional VE.Can CAN bus ports (one of which is isolated). Additionally, it has three fully functional USB ports, unlike previous versions where one port was dedicated solely to power.

You can monitor your system in real time in several ways:

Via the Victron Remote Management (VRM) portal remotely.With the VictronConnect app using the built-in Bluetooth and Wi-Fi.On-site via the optional GX Touch 50 or GX Touch 70 touchscreens.Or via a compatible multifunction display (MFD).

The Cerbo GX MK2 can connect to a wide range of Victron products, including:

The Multi/Quattro/VE.Bus inverters. Battery monitors (BMV, SmartShunt). MPPT solar charge controllers. Orion XS and Smart IP43 chargers (via VE.Direct). RS inverters, Multi RS, and MPPT RS. The DC Link Box.

Yes, the Cerbo GX MK2 is equipped with integrated Bluetooth and Wi-Fi. This allows local access via the VictronConnect app and remote access via the Victron Remote Management (VRM) portal.

The Cerbo GX MK2 is equipped with three isolated VE.Direct ports for connecting various Victron devices.

Yes, the Cerbo GX MK2 is compatible with the optional GX Touch 50 and GX Touch 70 touchscreens. It can also connect to a compatible multifunction display (MFD) via its HDMI port.

The Cerbo GX MK2 has four inputs for resistive tank level sensors. It also supports third-party NMEA 2000 tank level sensors, Mopeka ultrasonic Bluetooth sensors, Safiery Star-Tank sensors, and Gobius Bluetooth sensors.

The Cerbo GX MK2 has four inputs for temperature sensors. These inputs support a temperature range from -40°C to +70°C. Temperature sensors are not included with the device.

Yes, the Cerbo GX MK2 supports the NMEA 2000 protocol. This includes NMEA 2000 output for integration with marine systems, connection to NMEA 2000 GPS, and third-party NMEA 2000 tank level sensors.

The Cerbo GX MK2 offers several internet connectivity options:

An integrated Ethernet port. Integrated Wi-Fi connectivity. The ability to connect an external GX LTE 4G modem via USB. Connection to a mobile router via USB.

Yes, the Cerbo GX MK2 is equipped with two programmable relay outputs. These relays can be configured to control various external devices according to your system requirements.

The HDMI port on the Cerbo GX MK2 allows connection of an external display, such as a standard monitor or a compatible multifunction display (MFD), to show the system user interface.

Yes, the Cerbo GX MK2 can monitor AC loads when connected to compatible Victron devices such as Multis/Quattros, or to an external Victron Energy Meter VM-3P75CT energy meter.

Yes, the Cerbo GX MK2 supports DC load monitoring. This is typically done by integrating it with a compatible battery monitor (such as a BMV or SmartShunt) or by configuring it in DC load monitoring mode.

The Cerbo GX MK2 is powered by a direct current (DC) source with an input voltage range of 8 to 70 VDC, typically connected via its dedicated power input.

The Cerbo GX MK2 has three fully functional USB ports. These ports can be used to connect various devices, such as USB GPS units, USB storage devices, or a GX LTE 4G modem for internet connectivity.

Yes, the Cerbo GX MK2 supports CANopen integration for electric propulsion systems. It is compatible with Sevcon controllers, Curtis F series and Curtis E/SE series.

The Cerbo GX MK2 is equipped with four digital inputs. These inputs can count pulses, which can be useful for various monitoring applications.

Yes, the Cerbo GX MK2 can monitor the state of charge (SoC) of your battery. It integrates with compatible battery monitors (such as BMV or SmartShunt) or VE.Bus devices, and allows you to select the SoC calculation source.