KEMOT prosinus-2200 pure sine wave backup power supply with charging function.
It is designed to supply AC loads with a nominal voltage of 230 VAC and a power of 1600 W, for example:
Central heating pumps
Induction pumps
Fireplace pumps
Automation for thermal convectors
Other devices up to 1600W
Thanks to the pure sinusoidal output voltage (load supply), the device ensures stable operation without overheating even when supplying inductive loads such as pumps or fans. Using a 12V battery, it provides full uninterrupted 230V AC power. It contains a battery protection system against overload, short circuit, overvoltage and overheating.
The device can operate in three modes:
Emergency power supply with charging function - converts the 12V DC voltage from an external battery into 230V AC and charges the external battery at the same time.
As a rectifier - charges an external battery (the device must be connected to AC 230V)
As a converter - converts 12V DC from an external battery to 230V AC.
The device is equipped with a clear and transparent LED display with current status indicators.
- Power supplies
- Input voltage
- Output voltage and frequency
- Load level
- Battery level
Specification:
- Rated power: 1600 W
- Battery type: 12V DC
- Maximum battery voltage: 15V DC
- Input voltage range: 190 - 260 V AC
- Input frequency: 45 ~ 60 Hz
- Output voltage range: 230 V AC +/- 5% / Inverter: 230 VAC +/- 3%
- Output frequency: 50/60 Hz +/- 0.5 Hz
- Output voltage shape: Pure sine wave
- Output efficiency:> = 85% (DC to AC)
- Battery charging current: Max. 20 A
- Battery capacity: 100-400 Ah (suggested: 200 Ah). Attention ! external battery not included !!!
- Estimated charging time: 4-14 hours (depends on battery capacity)
- Switching time: <= 4="" ms="" li="">
- Protections: against overload, short circuit, too high or too low voltage
- Permissible operating temperature: 0-40 ° C
- Permissible air humidity 10 - 90%
Attention! The external battery is not included in the package and is purchased separately, depending on the required capacity.