2E HI1600 Home inverter, 1600W
The 2E HI1600 inverter with a capacity of 1,600 W is designed to convert 24 V direct current to 230 V alternating current. It can be used for any office or home loads, including resistive, inductive; electric motors and as a UPS for computer equipment and electronics in the event of a power outage. The model is compatible with generators, because it is possible to configure the interaction between the inverter and the generator.
- Pure sine wave
- External batteries are selected for the desired autonomy time
- Additional DC module
- Built-in protection functions
- Compatibility with generators
- ECO mode
- LCD screen
- Signal buzzer
- Sockets 2 × Schuko
- The possibility to choose 220/230/240 V output voltage
- The possibility to choose the charging current
|Input||24 V x DC, 156-294 V, ~50/60 Hz (network mode), 0-264 V, ~50/60 Hz (bypass mode)|
|Output||AC: 220/230/240V, ~50/60 Hz, DC: 5V(2A), 9V/12В(1A), 15V/24V(1A), 12V/24V(10A)|
|Output waveform||Pure sine wave|
|Switching time, mc||10|
|Overload||Network mode: 10 sec - 150% (switching to bypass mode), 60 sec - 125%, 120 sec - 110%; bypass mode: 5 sec - 150% (switching off), 10 sec - 125%, 60 sec - 110%|
|Maximum charger current, A||40|
|Dimensions (HxWxD), mm||160x293x280|
The inverters are particularly in demand and popular now. Among the advantages, it is worth noting a wide range of input voltage, the ability to work in overload mode.
The 2E HI1600 inverter’s specification is the presence of an optional DC module, which allows to connect devices, such as routers, switches, mobile phone (smartphone) chargers, DC fans, etc., through the DC connector of the inverter.
The 2E HI1600 inverter has built-in protection functions such as overvoltage, short circuit, undervoltage, overcharge, overheat and critical discharge.
2E HI1600 will be suitable for solving tasks in the event of an emergency shutdown of the power supply or the unavailability of the centralized power grid, in particular, it will allow to start a boiler or a refrigerator using a generator.