EPM2000-41

2000W 48V TO 110/120Vac PURE SINE WAVE INVERTER

Single phase Pure sine wave inverter
Surge Power <4000W,Frequency50/60Hz

  • Adoption of advanced SPWM technology, pure sine wave output
  • Dynamic current loop control technology to ensure inverter reliable operation
  • Wide DC input voltage range
  • Low output harmonic distortion(THD≤2%)
  • LED indicators for input voltage range, normal output & failure state
  • Extensive protections: short-circuit, overload, under/over input voltage, over-temperature, and inverter's inner fault identification protections
  • Temperature, and inverter's inner fault identification protections
  • The output voltage and frequency can be switched
  • Complete isolation-type inverter technology
  • Optional energy SAV mode(saving mode)
  • Wide working temperature range (industrial level)
  • Continuous operation at full power
Item EPM2000-41 EPM2000-42
Electrical Parameters
Input rated voltage 48V
Input voltage range 43.2~64Vdc
No load current ≤0.3A@48Vdc ≤0.4A@48Vdc
Output voltage 110/127Vac 220/230Vac
Continuous power 2000W
Power 60sec 2100~3000W
Power 1.5sec 3000~4000W
Surge Power <4000W
Output Mode Single-phase electricity
Output wave Pure sine wave
Frequency 50/60Hz
Diatortion THD THD≤2%(Resisitive load)
Efficiency at full load *1 90.6% 93%
Max. efficiency *2 93.1% 94.2%
SAV mode 0.23A; The load is detected every 10sec, if the output
power is greaterthan 20W, it will output continuously
0.2A; The load is detected every 10sec, if the output
power is greaterthan 20W, it will output continuously
DC current 45A
Shutdown status <1mA
Fuse 30A*4
Environment Parameters
Dimension 421*228*124.5mm
Hole Size φ8mm
Net weight 5.4Kg
Working temperature -20℃~+50℃
Storage temperature -35℃~+70℃
Humidity <95%(N.C.)
Altitude <5000m(Derating to operate accoding to IEC62040 at a height
exceeding 1000m)
Other Parameters
Insulation Between AC output terminals and metal case: ≥550MΩ
Dielectric strenth Between AC output terminals and metal case:
Test voltage AC1500V, 1min
Application Household appliances, cars, solar system and so on
* 1.The DC input is the rated voltage, and the pure resistive full load power is the continuous output power.
* 2.The DC input is the rated voltage and the maximum efficiency under different load power conditions.
* 3.Select the appropriate inverter according to the voltage standards of different countries.

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