Mean Well 1500~3000W True Sine Wave with Solar Charger

Wattage 1500~3000W
Features
  • True sine wave output (THD<3%)
  • 2 times high surge power for motor related application
  • Advanced digital control by microprocessor
  • High frequency design; high efficiency up to 92%
  • Conformal coating
  • Standby saving mode to conserve energy
  • Built-in fan ON/OFF control function
  • Output voltage / frequency adjustable
  • Input protections: Bat. low alarm / Bat. low shutdown / Reverse polarity / Over voltage
  • Solar input current up to 30A max.
  • Output protections: Short circuit / Overload / Over temperature / AC circuit breaker
  • Front panel indicator for load / battery / operation status
  • Selectable UPS & energy saving mode
  • AC by pass / Built-in AC and solar charger
  • Fast transfer time under 10ms ( Inverter mode Bypass mode)
  • Optional monitoring software and connection cable (MW order No.: DS-TN-1500 for TN-1500/3000 )
Model No. Data Link

You can download and/or view the PDF specifications here: Mean Well Short Form Inverter


TN-1500 / TN-3000

For more information or to speak with a Power 277 professional please call toll free: (877) 878-2348 or for international calls (001) 702-987-3111.

You can download and/or view the PDF specifications here: Mean Well Short Form Inverter

Mean Well 1500~3000W True Sine Wave with Solar Charger Features:

  • True sine wave output (THD<3%)
  • 2 times high surge power for motor related application
  • Advanced digital control by microprocessor
  • High frequency design; high efficiency up to 92%
  • Conformal coating
  • Standby saving mode to conserve energy
  • Built-in fan ON/OFF control function
  • Output voltage / frequency adjustable
  • Input protections: Bat. low alarm / Bat. low shutdown / Reverse polarity / Over voltage
  • Solar input current up to 30A max.
  • Output protections: Short circuit / Overload / Over temperature / AC circuit breaker
  • Front panel indicator for load / battery / operation status
  • Selectable UPS & energy saving mode
  • AC by pass / Built-in AC and solar charger
  • Fast transfer time under 10ms ( Inverter mode Bypass mode)
  • Optional monitoring software and connection cable (MW order No.: DS-TN-1500 for TN-1500/3000 )

 

Rated output power 1500W 3000W
Maximum output power 1725W for 3 minutes ; 2250W for 10 seconds 3450W for 3 minutes ; 4500W for 10 seconds
Output surge rating (30 cycles) 3000W 6000W
DC input rated voltage 12VDC, 24VDC or 48VDC
AC output voltage 100 / 110 / 115 / 120VAC or 200 / 220 / 230 / 240VAC adjustable via front panel or monitoring software
AC output regulation (Typ.) ±3% of rated output voltage
No load dissipation (Typ.) ?18W @ standby saving mode ?10W @ standby saving mode
Output frequency 50Hz/60Hz adjustable via front panel or monitoring software
AC output waveform True sine wave, THD<3.0%
Transfer time (Typ.) 10ms; inverter mode Bypass mode
Working temperature 0~+60ºC
Safety standards 110V UL458 approved (except for 48V and only for GFCI receptacle) UL458 approved for TYPE-G
230V Compliance to EN60950-1 (LVD)
EMC standards 110V Compliance to FCC part 15 class A
230V Compliance to EN55022 class A (class B for TN-1500), E-Mark, EN61000-4-2,3,4,5,6,8,11

 

1500W
Model Name Continue Input Output Output Effi.
power VDC VAC / Hz socket
TN-1500-112 A 1500W 10.5-15 110 / 60 TYPE-A 87%
TN-1500-124 A 1500W 21.0-30 110 / 60 TYPE-A 89%
TN-1500-148 A 1500W 42.0-60 110 / 60 TYPE-A 89%
TN-1500-212 B 1500W 10.5-15 230 / 50 TYPE-B 88%
TN-1500-224 B 1500W 21.0-30 230 / 50 TYPE-B 90%
TN-1500-248 B 1500W 42.0-60 230 / 50 TYPE-B 91%
3000W
Model Name Continue Input Output Output Effi.
power VDC VAC / Hz socket
TN-3000-112 A 3000W 10.5-15 110 / 60 TYPE-A 88%
TN-3000-124 A 3000W 21.0-30 110 / 60 TYPE-A 90%
TN-3000-148 A 3000W 42.0-60 110 / 60 TYPE-A 91%
TN-3000-212 B 3000W 10.5-15 230 / 50 TYPE-B 89%
TN-3000-224 B 3000W 21.0-30 230 / 50 TYPE-B 91%
TN-3000-248 B 3000W 42.0-60 230 / 50 TYPE-B 92%

 

Mean Well 1500~3000W True Sine Wave with Solar Charger

Mean Well 1500~3000W True Sine Wave with Solar Charger