TU 2000W

Input Voltage 12 VDC mode: 10 VDC to 15 VDC (100% powered by 12 VDC) 24 VDC mode: 20 VDC to 30 VDC (100% powered by 24 VDC) 12 V/24 VDC dual-voltage mode: 10 VDC to 30 VDC (80% powered by 12 VDC, 100% powered by 24 VDC)

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TU Series

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Product Description

Category	TU600VA TUP600VA	TU1000VA TUP1000VA	TU1200VA TUP1200VA		TU2000VA TUP2000VA		TU2400VA TUP2400VA	TU3000VA TUP3000VA
Inverter 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	12 VDC mode: 10 VDC to 15 VDC (12 VDC supply at 100%) 24 VDC mode: 20 VDC to 30 VDC (100% powered by 24 VDC) 12V/24VDC dual-voltage mode: 10VDC–30VDC (80% at 12VDC supply, 100% at 24VDC supply)
Output voltage	110V series: 100Vac–120Vac, 230V series: 207Vac–253Vac
Output frequency	50 Hz/60 Hz ± 0.3 Hz
Conversion efficiency	12V Mode: ≥86% 24V Mode: ≥90%
Mains Bypass Parameters
Mains input voltage	220/230/240Vac 170~280 Vac (single-voltage AC charging)/ 90~280 Vac (full voltage in bypass mode)
Mains frequency	50Hz
AC output voltage	Same as the input
AC output frequency	Same as the input
Battery Pack Specifications	12V					24V
Maximum charging current from the mains	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	18 Vdc ~ 30 Vdc			33 Vdc ~ 60 Vdc
Maximum charging current	30A
Applicable Models	TUP600VA/TUP1000VA/TUP1200VA/TUP2000VA/TUP2400VA/TUP3000VA
Other parameters
Human-Computer Interaction	Solar charging, mains charging, inversion, battery voltage, output power
Protection Function	Undervoltage protection, overvoltage protection, overheating protection, overload protection, short-circuit protection, overcharge protection, and overdischarge protection.
Fault code	E01--Communication Failure E02--Inverter Short-Circuit Protection E03--Inverter Overload Protection E04--Overtemperature Protection E05--PV Overcurrent Protection E06--Battery Overvoltage Protection E07—Battery Undervoltage Protection E08—Other Inverter Alarms E09--Battery Short Circuit
Reverse Polarity Protection	FUSE
Cooling method	Cooling Fan Temperature Control
Work environment	-20℃~45℃

Keywords:

TU 1000W

TU 3000W

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