Inverter with 48 V 5000 VA current charger made of steel with blue Quattro-II Victron Energy blue finish

Product description:

• This is a pure wave current inverter/charger, model Quattro II.
• It can be connected to two AC power sources independently. For example, to one port and one generator or to two generators.
  • It will connect to the active power source automatically.
• With two alternating current outputs:
  • One main output provides the "uninterruptible" function. In the event of a power failure, the MultiPlus will supply power to the connected loads.
    • This happens in less than 20 milliseconds, so that the electronic devices remain switched on.
  • The second output is only activated when one of the inputs has an AC power supply. Devices that do not drain the battery, e.g. a kettle, should be connected to this output.
• It allows the configuration of three units for a three-phase output.
• Up to six inverters can be connected in parallel to increase power.
• As a very powerful battery charger, it allows a current limit to be set for each of the AC inputs.
  • The inverter will consider other AC loads and use the excess energy for battery charging. In this way it will avoid overloading the generator or the port.
• Its Power Assist technology will compensate for the lack of power from the grid or generator when a power peak is required for a short period of time.
  • When the load is reduced, the excess power is reused to charge the battery.
• The inverter can be used with photovoltaic (solar) systems, whether grid-connected or off-grid.
  • The inverter can be used with grid-connected or off-grid photovoltaic (solar) systems.
• It is compatible with GX devices that allow control and monitoring.
• It can be configured with VE.Configure software.
  • A computer or laptop with MK3-USB cable is required.
• A Color Control GX can be used to store and display data free of charge on the VRM (Victron Remote Management) web.
• It has a programmable relay.
• It is made of steel with blue finish.
• The dimensions are 328 mm wide, 560 mm high and 148 mm deep.
• The nominal voltage is 48 V.
• The load current of the inverter is 50 A.
• Its apparent power is 5000 VA (volt-amperes).
• Its peak power is 9000 W.
• Its input voltage range is 38 to 66 Vdc.
• The output voltage is 230 Vac.
• Frequency is 50 Hz.
• The charger has an AC input of 187 - 265 Vac.
  • Maximum battery current of 70A.
  • Frequency 45 - 65 Hz.
• IP21 protection, protection against vertical water dripping.
• Energy protection type A and G.
• Weighs 30 kg.
• Safety standard: EN-IEC 60335-1, EN-IEC 60335-2-29, EN-IEC 62109-1, EN-IEC 62109-2.

Optional:

• Venus GX electrical system monitoring controller.
  • This is a monitoring controller for Victron power systems.
  • You can configure the state of charge, voltage, load, off-peak times and monthly test runs.
  • Parameter reading can be done from the free VRM website for remote monitoring.
  • It has a customisable start/stop system.
  • Once connected to the internet all data is sent to the VRM.
    • If there is no internet connection, the Venus GX will store the data for 48 hours.
    • Allows a micro SD card or USB flash drive to increase data storage capacity.
  • Data can be converted offline with the Victron Connect App.
  • Internet connection can be made with an Ethernet cable via wifi.
  • Updates automatically if a software version is available (when connected to the internet).
  • It has an integrated Linux Venus OS operating system.
  • The fuel tank level inputs are resistive, so they must be connected to a resistive tank level transmitter.
    • Note: Victron does not supply such transmitters.
    • The tank level ports can be configured for compatibility with European tank level transmitters (0 - 180 Ohm).
  • Power supply voltage range is 8 - 70 Vdc.
  • Current consumption of 210 mA at 12 V, 110 mA at 24 V and 60 mA at 48 V.
  • With two isolated VE.Direct ports.
  • With two VE.Can ports with isolated parallel RJ45 sockets.
  • 2nd CAN interface non-isolated.
  • With two VE.Bus ports with parallel and isolated RJ45 sockets.
  • With two non-isolated USB host ports.
  • With one RJ 45 socket for 10 / 100 / 1000 MB.
  • It measures 143 mm wide, 45 mm high and 96 mm deep.
  • Operates in temperatures from -20 to 50 ºC.
  • Safety standard EN 60950-1:2005+A1:2009+A2:2013.
• Controller with display for monitoring electrical systems, Color Control GX.
  • You can configure the state of charge, voltage, load, off-peak times and monthly function tests.
  • Monitor and control locally on the Color Control GX itself.
  • Reading, monitoring and parameter setting can be done from the free VRM website.
  • It has a customisable start/stop system.
  • Once connected to the internet all data is sent to the VRM.
    • If there is no internet connection, it will store the data for 48 hours.
    • Allows a micro SD card or USB stick to increase data storage capacity.
  • Data can be converted offline with the Victron Connect App.
  • Internet connection can be made with an Ethernet cable via wifi.
  • Updates automatically if a software version is available (when connected to the internet).
  • It has an integrated Linux Venus OS operating system.
  • Modbus-TCP can be used to control electrical systems connected to the Color Control GX.
  • To obtain data from the VRM Portal, the VRM JSON API can be used.
  • The voltage range of the power supply is 8 - 70 Vdc.
  • The current consumption is given as follows:
    • 12 Vdc will draw a maximum of 245 mA with the display at full current.
    • 24 Vdc will draw a maximum of 125 mA with the display at full current.
    • 48 Vdc will draw 65 mA with the display at maximum current.
  • With two isolated VE.Direct ports.
  • With two VE.Can ports with isolated parallel RJ45 sockets.
  • With two VE.Bus ports with isolated parallel RJ45 sockets.
  • With two non-isolated USB host ports.
  • With one RJ 45 socket for 10 / 100 / 1000 MB.
  • Its dimensions are 120 mm wide, 130 mm high and 28 mm deep.
  • Operates in temperatures from -20 to 50 °C.
  • Safety standard EN 60950-1:2005+A1:2009+A2:2013.

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