L-series (LSE/LSB/LSC) Modified Sine Wave Power Inverter | ||||||
Model | LSE-500 | LSE-750 | LSE-1000 | LSE-1300 | LSE-1650 | |
Rated power | 300W | 450W | 600W | 800W | 1000W | |
Transformer | C.R.G.O toroidal transformer | |||||
Interface | LED graphic | |||||
Display status | wroking& loading& battery | |||||
Working mode | PV(photovoltaic priority)/AC (AC priority) optional | |||||
Input | voltage | 140-275Vac | ||||
Frequency | 45-65Hz | |||||
Ouput | voltage | 220V+-3% for inverter;195-240V for AVR | ||||
Frequency | 50/60Hz optional | |||||
Waveform | Modified Sine Wave | |||||
Wave distortion | <=3% | |||||
Protection | Overload,high temperature, output high voltage/output low voltage, battery low voltage,short circuit,overcharge,over-discharge,reversed polarity, optional | |||||
Transfer time | <=6ms | |||||
Battery voltage | 12V dc | 12V dc | 12V dc | 12V dc | 24V dc | |
Charge voltage | 13.8+-5V | 13.8+-5 | 13.8+-5 | 13.8+-5 | 27.6+-0.5V | |
Low battery voltage limit | 11+-5V | 11+-0.5V | 11+-0.5V | 11+-0.5V | 22+-1V | |
Low voltage protection point | 10.5+-0.5V | 10.5+-0.3V | 10.5+-0.3V | 10.5+-0.3V | 21+-1V | |
Charge current | Max. 23A | |||||
Cooling system | Yes | |||||
Enviromental | operating temperature | 0-40℃ | ||||
Relative humidity | 10%-90%RH;non-condensing | |||||
storage temperature | ,-15°-45℃ | |||||
Qty/Ctn | 4 | 2 | ||||
Carton size(mm) | 785x305x240 | 410x395x240 | ||||
Carton G.W. | 21 | 23 | 26 | 9 | 9.8 |
750VA simulated sine wave inverter
1.Ultra strong adaptive capacity of loadings, can work for inductive loadings such as refrigerator and air conditioner;
2. Low battery bank can do high power capacity, 12V battery bank can be up to 1200W, 24V battery bank can be up to 2400W;
3. True C.R.G.O toroidal transformer, smaller idle current, lower static loss, higher efficiency;
4. Mean-time between failures(MTBF) is 5-10 times longer than high frequency inverter;
5. 32-bit high speed &accurate MCU control, with AVR functions 140-265V;
6. Good quality price ratio, same price but lifespan 5-10 times longer than HF inverter