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HBC-PSW series microcomputer intelligent sine wave inverter
 Characteristics (HBC-PSW series microcomputer intelligent sine wave inverter) |
HBC-PSW sine wave series inverter is one of the most advanced DC/AC change - over product in the world at present . Its main virtues such as controlled by microcomputer , humanistic design, simple operation, stable
working, no noise and pollution, so it is suitable for no electricity area, vehicle, ship, solar energy, wind mill andso on. The AC power supply outputted is also supplied for following electrical appliances : miniature electric tool,
fluorescent lamp, TV set, micro-wave oven, computer, etc.Due to high automation, connecting with commercial power or generator, HBC- PSW sine wave series inverter begins to charge battery, while, it supplies power for AC load with the help of inverter. Charger with high power and synchronous rectification that adopts two - stage charge ( Namely , constant current floating charge and constant voltage floating charge ), therefore , it always keeps the battery with enough electricity. When AC power supply breaks, under the normal condition, the automatic adapter will get the AC power supply inverted by battery for load automatically.
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| technical specification (HBC-PSW series microcomputer intelligent sine wave inverter) |
| Output rated power |
300~10KVA(single phase) |
| Input rated DC voltage |
12V,24V,36V,48V,72V,110V,220V |
| output rated AC voltage |
110V,220V |
| output frequency |
50Hz or 60Hz |
| output waveform |
sine wave |
| Efficiency |
≥70% |
| Transition time |
≤3S |
| Emergency holding time |
Depend on battery capacity and load power.The calculation formula as followes: |
| Inversion emergency time (H) |
Battery capacity(AH)
＝──────────── ×0.70η
Discharge current (A) |
| Under-voltage protection |
Single 12V batery is 9.5~10.5V(Other voltage is multiplied) |
| Over - charge protection |
Single 12V batery is 14.5~15V(Other voltage is multiplied) | |
| Model & spec (HBC-PSW series microcomputer intelligent sine wave inverter) |
| Output rated power |
300~10KVA(single phase) |
| Input rated DC voltage |
12V,24V,36V,48V,72V,110V,220V |
| output rated AC voltage |
110V,220V |
| output frequency |
50Hz or 60Hz |
| output waveform |
sine wave |
| Efficiency |
≥70% |
| Transition time |
≤3S |
| Emergency holding time |
Depend on battery capacity and load power.The calculation formula as followes: |
| Inversion emergency time (H) |
Battery capacity(AH)
＝──────────── ×0.70η
Discharge current (A) |
| Under-voltage protection |
Single 12V batery is 9.5~10.5V(Other voltage is multiplied) |
| Over - charge protection |
Single 12V batery is 14.5~15V(Other voltage is multiplied) | | |
 
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