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TU 2000W
Category:
DESCRIPTION
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Category |
TU600VA TUP600VA |
TU1000VA TUP1000VA |
TU1200VA TUP1200VA |
TU2000VA TUP2000VA |
TU2400VA TUP2400VA |
TU3000VA TUP3000VA |
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Inverter parameters |
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Apparent Power |
600VA |
1000VA |
1200VA |
2000VA |
2400VA |
3000VA |
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Rated Power |
480W |
800W |
960W |
1600W |
1920W |
2400W |
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Peak power |
960W |
1600W |
1920W |
3200W |
3940W |
4800W |
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Output waveform |
Modified sine wave |
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Input voltage |
12VDC Mode: 10VDC–15VDC (12VDC supply at 100%) 24VDC Mode: 20VDC–30VDC (100% power supply at 24VDC) 12V/24VDC Dual Voltage Mode: 10VDC–30VDC (80% at 12VDC supply, 100% at 24VDC supply) |
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Output voltage |
110V series: 100Vac–120Vac, 230V series: 207Vac–253Vac |
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Output frequency |
50 Hz / 60 Hz ± 0.3 Hz |
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Conversion efficiency |
12V Mode: ≥86% 24V Mode: ≥90% |
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Mains Bypass Parameters |
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Mains input voltage |
220/230/240Vac 170–280 VAC (single voltage for AC charging) 90–280 VAC (Full Voltage in Bypass Mode) |
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Municipal power frequency |
50Hz |
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Output AC voltage |
Identical to the input |
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Output frequency of the AC |
Identical to the input |
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Battery pack specifications |
12V |
24V |
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Maximum Charging Current from Mains Power |
15A |
10-12A |
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Float charging voltage |
13.75 ± 0.2 V |
27.5 ± 0.4 V |
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Overcharge voltage |
15.0 ± 0.4 V |
30.0 ± 0.8 V |
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Municipal Electricity Efficiency |
>97% |
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Switching time |
<20ms |
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Solar charging parameters |
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Battery pack specifications |
12V |
24V |
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Solar panel input range |
18Vdc to 30Vdc |
33Vdc to 60Vdc |
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Maximum charging current |
30A |
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Applicable Models |
TUP600VA/TUP1000VA/TUP1200VA/TUP2000VA/TUP2400VA/TUP3000VA |
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Other parameters |
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Human-Computer Interaction |
Solar charging, mains charging, inversion, battery voltage, output power |
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Protection feature |
Undervoltage protection, overvoltage protection, overheating protection, overload protection, short-circuit protection, overcharge protection, and over-discharge protection |
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Fault code |
E01--Communication Failure E02—Inverter Short-Circuit Protection E03 – Inverter Overload Protection E04--Overtemperature Protection E05—PV Overcurrent Protection E06 – Overvoltage Protection for Batteries E07 – Battery Undervoltage Protection E08 – Other Inverter Alarms E09 – Battery Short Circuit |
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Reverse Polarity Protection |
FUSE |
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Cooling method |
Cooling Fan Temperature Control |
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Work environment |
-20°C to 45°C |
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