NWP12K 12KW 3 Phase Inverter

NEWAY Power Series(NWP) inverter will be ideal for running three phase nonlinear loads (such as variable speed motors and small compressors and air conditioner). Pure sine power is also preferred for LaserJet printers, sensitive electronics, computer servers, microwaves and cordless drill battery chargers.The digital display will guide you to monitor your battery capacity and power consumption.

  • Soft Start
  • Output frequency:50 / 60Hz
  • Built in advance microprocessor to make friendly interface with user
  • Low no load current to save energy
  • Capable of driving highly reactive & capacitive loads at start moment.
  • Hardwire AC connection for three phase four wire
  • LED digital display for the DC input,AC output voltage and output current
  • Temperature controlled the cooling fan.
  • 2 LED indicators show operation status
  • 3 LED indicators show phase 1,phase 2 and phase 3 working status
  • High efficiency 88 ~ 93%
  • Can load both single phase or three phase loading
  • Accept three-phase unbalance


Input high voltage and Input low voltage protection
Low battery alarm
Over temperature protection
Over load protection
Short Circuit protection
Reverse polarity protection
Lack of phase protection

Model No. NWP12K
Rated Power 12KW
Surge Power >24KW/30KVA
Input Voltage 24V/48V DC
Output Phase Voltage 208V ± 10% or 380 ± 5%
Output Line Voltage 100 / 110 / 120V ± 5% or 220 / 230 / 240V ± 3%
Frequency 50 / 60Hz +/- 0.3Hz
Output Waveform Pure Sine Wave (THD < 3%)
Efficiency >88%
Input Voltage Regulation 22-30VDC / 44-60VDC
LED Indicator Red LED indicates failure, Green LED indicates normal
Protection Overload, Short Circuit, Reverse Polarity (Fuse), Over Temperature, Low battery, High battery
Operating Temperature Range 0 – 40℃
Storage Temperature Range -30℃ to 70℃
Cooling Temperature control the cooling fan
Dimensions(mm) 660X465X217
Package 796X666X432mm   1pc/Wooden case

Notice:If the load is forward/reverse direction motor, it should be connected frequency controller between the inverter and motor.