The series of sine wave inverters is used to power electrical devices requiring an alternating voltage of 230V from batteries and automotive systems with a constant voltage of 12V. It works perfectly in places where there is no possibility of direct connection to the power grid. It can also be successfully used as an emergency power source for devices requiring continuous power, such as heating systems and central heating pumps.
PLUS versions additionally offer a control panel with a cable that can be connected to the inverter and operated remotely using a button located on the panel. The panel also has 2 LEDs that inform the user about the inverter's status (ON/OFF, error).
The distinguishing feature of sine inverters from classic simple AC/DC inverters is the generation of alternating voltage at the output with a sinusoidal waveform, identical to that in the power grid. This allows powering devices equipped with electric motors and transformers, such as power tools, pumps, and small household appliances. Simple, cheap inverters actually generate voltage with a rectangular waveform, sometimes incorrectly referred to as "modified sine wave." Such voltage is unsuitable for powering inductive or capacitive devices and may cause damage to them.
24-month manufacturer's warranty.
User manual for Volt Sinus inverters
| Technical Data | |
| rated power | 1000W |
| starting / peak power | 1500W |
| input voltage range | DC 10.5V±0.3 - 15.5V±0.5 |
| rated input voltage range | DC 12.8 - 13.2V |
| output voltage | 220V - 230V ±2% AC 50Hz |
| efficiency at rated power | ≥82% |
| leakage current (no load) | ≤1.5A |
| overvoltage protection | 15 - 15.5V |
| voltage triggering alarm for low battery | <10.5±0.3V |
| protection against battery discharge | the inverter shuts down at 9.5V ±0.3V |
| reconnection after activation of undervoltage protection | 12V ±0.3V |
| output voltage shape | pure sine wave, smooth, without "steps" |
| content of higher harmonics in the output voltage (THD) | ≤3% |
| fan activation | load >30% or when the device temperature is too high |
| overheating protection | yes |
| overload protection | the inverter will shut down at 120% load |
| short-circuit protection | yes |
| ambient temperature range required for proper operation of the device | 0° - +40° |
| AC 230V output sockets | x1, with pin |
| power supply connection | cables with eyelets (included) |
| dimensions | 33 x 13.5 x 7.7cm |
| weight | 2.22kg |
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