SRNE 2KW IC Series High Frequency Pure Sine Wave 4x4 Inverter 12V

SRNE 2KW IC Series High Frequency Pure Sine Wave 4x4 Inverter 12V

Power your energy needs with the SRNE 3KW IC Series High-Frequency Pure Sine Wave Inverter, designed for efficiency, reliability, and intelligent operation. Whether you're using it for off-grid solar systems or backup power, this inverter ensures stable performance with advanced SPWM modulation technology, delivering a pure sine wave output for high-quality power.

Product Features:

• Stable

• Advanced SPWM modulation technology with pure sine wave output and high power quality.
• High power density and long life devices are selected to support long term operation at full power.
  

• Efficiency

• High conversion efficiency, low losses and low harmonic distortion rate.
• Multiple operating modes for maximum power savings.

• Intelligent

• Bluetooth as standard, supports mobile phone app to view device operating parameters.
• Multiple expansion interfaces to meet the diverse needs of users.

• Safety

• With battery over-voltage and over-discharge protection, output overload and short-circuit protection and over-temperature protection.
  
• Surge protection design is suitable for lithium battery power systems.

Specifications:

• Main

  • Rated battery voltage: 12Vdc
  • Battery voltage range: 10.8～16Vdc
  • Rated output power: 2,000W
  • Peak power: 4,000W
  • Rated output voltage: 220/230（default）/240Vac（±3%）
  • Output Frequency: 50/60Hz
  • Output Waveform: Pure sine wave
    
  • THD: THD<3%（Resistive load）
  • Power Factor: 0.2-1（Load power≤Continuous output power)
  • Rated Output Efficiency: >89%
  • Max. Output Efficiency: >92%(30% load)
  • Standby Current (OFF mode): <0.24A
  • 0 Load Ourrent (ON mode): <1.0A

• General

  • Dimensions: 366*300*116mm
  • Weight: 6.0kg
  • Noise: <60dB
  • Cooling Method: Neutral Cooling+ Intelligent Fan
  • IP Grade: IP20
  • Ambient Temperature: -20°C～60°C
  • Certificates: CE、ROHS、IEC62109-1/2、EN61000-6-2/4

Important Notice: Click Here