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Product Information Guide
ECO-SW Series
SineWave Combined Inverter & Charger
1000W
4000W
2000W
5000W
3000W
6000W
Power saver
Power saver
auto
auto
Bypass
Bypass
mode
mode
IN V OF F
Power saver
Power saver
off
off
120/230VAC
50/60Hz
Power saver
Power saver
Power saver
Power saver
auto
auto
auto
auto
Bypass
Bypass
mode
mode
IN V OF F
Power saver
Power saver
Power saver
Power saver
Power save function ON
off
off
off
off
INV OFF
Warning: High internal voltage!!
Please read and understand the instructions
before operating, installing or opening this
unit. Other alarms are explained in the
instruction manual.
Mains power ON, battery charger active
Inverter mode, battery charger OFF
Power save function ON
Models: ECO-SW1K ECO-SW2K ECO-SW3K
ECO-SW4K ECO-SW5K
Warning: High internal voltage!!
Please read and understand the instructions
before operating, installing or opening this
unit. Other alarms are explained in the
instruction manual.
Mains power ON, battery charger active
Inverter mode, battery charger OFF
ECO-SW Series
Sine Wave Inverter/Charger
ECO-SW Series
Sine Wave Inverter/Charger
ECO-SW6K
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Table of Contents
Related Manuals for ProStar ECO-SW1K
Summary of Contents for ProStar ECO-SW1K
- Page 1 Mains power ON, battery charger active Inverter mode, battery charger OFF Bypass Bypass mode mode IN V OF F Power saver Power saver Power save function ON ECO-SW Series Sine Wave Inverter/Charger 120/230VAC Models: ECO-SW1K ECO-SW2K ECO-SW3K ECO-SW4K ECO-SW5K ECO-SW6K 50/60Hz...
- Page 2 Combined inverter & charger Basic wiring for the ECO-SW Series Warning:High voltage,do not open unless qualified to do so; Please read instructions before working on this product. AC Input Warning: High internal voltage!! Please read and understand the instructions before operating, installing or opening this Power saver Power saver unit.
- Page 3 ECO-SW ECO-SW Charge Stage Transition Definitions Boost CC Stage: If AC input is applied, the charger will run at full ● current in CC mode until the charger reaches the boost voltage. Software timer will measure the time from AC start until the battery ●...
- Page 4 Sine wave(Utility or Generator) Input Wave form: Nominal voltage: 120VAC 230VAC ± ± /154v ± ± 100v /164v ± ± 140v ± ± 135v 150VAC 270VAC Typical or quasi sine wave ± ± 3000 6000 9000 12000 15000 18000 10.5v VAC 164-243VAC(W) 95-127VAC Charge current...
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