4.Installation and Operation
4.3Installation and Start-Up
4.3.1
Connect the unit to the batteries per Section 3. Ensure that the nominal DC battery voltage is 12V.
4.3.2
Connect the unit to the AC load. Then connect to the AC source. Confirm that all wiring is correct and terminal is tight.
4.3.3
Press the ON/OFF button. The system will start working after a few seconds. If the AC source power fails, the unit will work in Inverter mode. Otherwise, the system will switch to AC Mode and will power the load while charging the battery.
5. Technical Specifications
Model | APSX1012SW |
| APSX2012SW |
Specification |
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Continuous Power | 1000 Watts |
| 2000 Watts |
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Peak Inverter Efficiency |
| >82% | |
Output Waveform | Sine Wave | ||
DC Current at Rated Power | 120 Amps |
| 240 Amps |
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Recommended Battery Fuse | 200 Amps |
| 400 Amps |
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Nominal Input Voltage |
| 12 VDC | |
DC Input Voltage Range | 10.0 ~ 16 VDC | ||
Low Battery Protection (Heavy/Light Load) | 10.9/11.2 VDC | ||
DC Mode Output Voltage Regulation | +/- 10% | ||
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Power Factor Allowed |
| 0.8 to 1 | |
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Frequency Regulation | 50/60 Hz, +/- 0.5 Hz (Autoselect) | ||
Standard Output Voltage | 230 VAC | ||
Load Sensing (Power Saving) |
| 100W | |
Transfer Time | 16 ms max | ||
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Forced Air Cooling | Variable Speed | ||
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Automatic Transfer Relay | 15A |
| 30A |
Adjustable Charge current | 4 ~ 40 A |
| 6 ~ 60 A |
Resistive Load |
| 100% | |
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Inductive Load |
| YES | |
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Motor Load |
| YES | |
Rectifier Load |
| YES | |
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| YES | ||
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201110117 | 11/9/2011 10:57:58 AM |
