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  • TU 3000W.jpg

TU 3000W

Input Voltage 12VDC Mode: 10VDC~15VDC (12VDC power supply 100%) 24VDC Mode: 20VDC~30VDC (24VDC power supply 100%) 12V/24VDC Dual Voltage Mode: 10VDC~30VDC (12VDC power supply 80%, 24VDC power supply 100%)

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DESCRIPTION

Category

TU600VA

TUP600VA

TU1000VA

TUP1000VA

TU1200VA

TUP1200VA

TU2000VA

TUP2000VA

TU2400VA

TUP2400VA

TU3000VA

TUP3000VA

Inversion Parameters

Apparent Power

600VA

1000VA

1200VA

2000VA

2400VA

3000VA

Rated Power

480W

800W

960W

1600W

1920W

2400W

Peak Power

960W

1600W

1920W

3200W

3940W

4800W

Output Waveform

Modified Sine Wave

Input Voltage

12VDC Mode: 10VDC~15VDC (100% power at 12VDC)
24VDC Mode: 20VDC~30VDC (100% power at 24VDC)
12V/24VDC Dual Voltage Mode: 10VDC~30VDC (80% power at 12VDC, 100% power at 24VDC)

Output Voltage

110V series: 100Vac~120Vac, 230V series: 207Vac~253Vac

Output Frequency

50HZ/60HZ ± 0.3HZ

Conversion Efficiency

12V Mode: ≥86% 24V Mode: ≥90%

Mains Bypass Parameters

Mains Input Voltage

220/230/240Vac

170~280Vac (AC charging single voltage)/

90~280Vac (Bypass full voltage operation)

Mains Frequency

50Hz

AC Output Voltage

Same as input

AC Output Frequency

Same as input

Battery Pack Specifications

12V

24V

Maximum Mains Charging Current

15A

10-12A

Float Charging Voltage

13.75±0.2V

27.5±0.4V

Overcharge Voltage

15.0±0.4V

30.0±0.8V

Mains Efficiency

>97%

Switching Time

<20ms

Solar Charging Parameters

Battery Pack Specifications

12V

24V

Solar Panel Input Range

18Vdc~30 Vdc

33Vdc~60Vdc

Maximum Charging Current

30A

Applicable Models

TUP600VA/TUP1000VA/TUP1200VA/TUP2000VA/TUP2400VA/TUP3000VA

Other Parameters

Human-Machine Interaction

Solar charging, mains charging, inversion, battery voltage, output power

Protection Functions

Under-voltage protection, over-voltage protection, overheat protection, overload protection, short circuit protection, overcharge protection, over-discharge protection

Fault Codes

E01--Communication Failure

E02--Inversion Short Circuit Protection

E03--Inversion Overload Protection

E04--Over Temperature Protection

E05--PV Overcurrent Protection

E06--Battery Overvoltage Protection

E07--Battery Undervoltage Protection

E08--Other Inversion Alarms

E09--Battery Short Circuit

Reverse Polarity Protection

FUSE

Cooling Method

Cooling Fan Temperature Control

Operating Environment

-20℃~45℃

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