EN
Universal high voltage inverter operating according to the selected mode of operation, under full microprocessor control with always pure sine wave output, equipped with advanced MPPT tracking controller 4kW 48V 80A - PVmax 500V DC.
Universal inverter (without batteries or solar panels) operating according to the programmed function: Solar / Battery / Grid - operating under full microprocessor control with always pure sine wave power to your devices. This model is equipped with an advanced MPPT tracking controller with increased power output up to 4000W (80A at 48Vdc battery voltage) and is designed to work with high voltage panels, which can be gradually increased by adding more panels up to 500V.
The control and display panel is located on the front panel of the inverter. It includes three indicators, four function keys, and an LCD display to indicate the operating status and input and output parameters of the unit.
Network mode | |
Input signal shape | Sinusoid (power grid or generator) |
Nominal input voltage | 230Vac |
The input voltage level at which the device will switch to battery operation | <170Vac±7V (UPS) |
The voltage level at which the device will return to mains operation | ≧180Vac±7V (UPS) |
The input voltage level at which the device will switch to battery operation. | ≧280Vac±7V |
The voltage level at which the unit will return to mains operation. | <270Vac±7V |
Maximum input voltage value | 300V AC |
Nominal input voltage frequency | 50Hz / 60Hz (Auto) |
Performance | >95% (resistive load, fully charged batteries) |
Short-circuit protection | Fuse |
Switchover time | 10ms typical (UPS) |
Operating Instructions | Download |
In the absence of mains power, the batteries are charged from the solar panels, the consumer equipment is powered from the solar panels and batteries, the ISC current increases to 80A if the solar panels can supply that much energy.
In this situation, the batteries are charged from the mains supply (ICHG=IUC), the consumer equipment is powered from the mainssupply.
In the absence of power from the grid and from solar panels, the loads are powered from batteries.