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    800 Watt Pure Sine Wave Power Inverter, 24V DC to 220V AC

    $175.38
    $198.89
    Competitive price 800W continuous and 1600W peak power inverter with pure sine wave output can convert DC voltages (12V/24V/48V) to AC voltages (110V/120V/220V/230V/240V) for home & car use, with USB port and universal AC outlet, full protections, LED indicator, built-in cooling fan, to give your device or equipment safe and stable power.
    SKU: ATO-PI-800W
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    Free Shipping Worldwide
    Delivery date: 6-20 days

    800 Watt/1600 Watt pure sine wave power inverter has optional input voltages of DC 12V/24V/48V and output voltages of AC 110V/120V/220V/230V/240V with safe charging design, best DC to AC inverter for powering cell phone, laptop, fan, MP3 player, and other devices requiring less than 800W power.

    Features

    • Provides 800W continuous power and 1600W surge power
    • Pure sine wave inverter, capable of producing clean & stable electricity
    • Soft-start technology
    • USB charging port for powering your phone, laptop, etc.
    • Aluminum alloy shell with good heat dissipation
    • Multiple protections against under and over voltage, over load, over temperature, short circuit and input polarity reverse connection
    • ON/OFF switch design, easy to use
    • Intelligent cooling fan, long working life

    Specification

    Model ATO-JYP-800W
    Output Power 800 Watt
    Peak Power 1600 Watt
    Input Voltage* DC 12V DC 24V DC 48V DC 12V DC 24V DC 48V
    Input DC Voltage Range 10-15.5V 20-31V 40-61V 10-15.5V 20-31V 40-61V
    Output Voltage* 100V AC or 110V AC or 120V AC ±5% 220V AC or 230V AC or 240V AC ±5%
    No-load Current (less-than) 0.8A 0.5A 0.3A 0.8A 0.5A 0.3A
    Output Frequency* 50Hz±0.5Hz or 60Hz±0.5Hz
    Output Wave Pure sine wave
    Waveform Distortion THD<3% (linear load)
    USB Port 5V 1A
    Outlets Type Universal outlet
    Max. Working Efficiency 90.0%
    Low Voltage Alarm 10.5V±0.5V 21V±0.5V 42V±1V 10.5V±0.5V 21V±0.5V 42V±1V
    Low Voltage Shutdown 10V±0.5V 20V±0.5V 40V±1.5V 10V±0.5V 20V±0.5V 40V±1.5V
    Low Voltage Recovery 13V±0.5V 24V±0.5V 48V±1V 13V±0.5V 24V±0.5V 48V±1V
    Over Voltage Shutdown 15.5V±0.5V 31V±0.5V 61V±1V 15.5V±0.5V 31V±0.5V 61V±1V
    Over Voltage Recovery 14.8V±0.5V 29.5V±0.5V 59V±1V 14.8V±0.5V 29.5V±0.5V 59V±1V
    Protection Low voltage, Over voltage, Over load, Over temperature, Short circuit, Input polarity reverse connection
    Cooling Way Intelligent air cooling
    Remote Control* Wired control (2m) or Wireless control (30m)
    Operating Temperature ﹣10℃~ +50℃
    Storage Temperature ﹣30℃~ +70℃
    Humidity ≤90%, non-condensing
    Dimensions (W*H*D) 278*135*78mm
    Package Size (W*H*D) 355*180*95mm
    Net./Gross Weight 1.7kg/2.2kg
    Warranty 12 Months

    Wiring Diagram

    12V 24V pure sine power inverter wiring
    Note: The wiring of 48V inverter is similar to the 24V inverter, and the batteries are connected in series.

    Protection Functions & Applications

    pure sine wave power inverter protections

    Pure sine wave power inverter applications

     

    • Reverse Polarity Protection
      Auto protection when input positive and negative polarities are reversely connected – The fuse blown out.
    • Short Circuit Protection
      Automatically self-protect when short circuit occurs – Red LED light ON.
    • Low Voltage Protection
      Automatically protect when in low voltage – Alarm first, the voltage continuously reduces, the red light is on and the inverter shuts down.
    • Over Voltage Protection
      Automatically protect when in high voltage – Red LED light is on, and the inverter automatically shuts down.
    • Over Temperature Protection
      Automatically self-protect when at high temperature – Alarm first, the temperature continuously rises, the red light is on and the inverter shuts down.
    • Overload Protection
      Automatic self-protection when there is overload – Red LED light is on and the inverter automatically shuts down.

    Tips: How to judge whether the power inverter is appropriate?

    First of all, it need to consider efficiency of conversion. Because the inverter itself has a certain power consumption characteristics, part of the current will be always lost when DC is inverted to AC. Therefore, the high or low efficiency of conversion in this process has also become one of the standards that power inverter is good or bad.

    Secondly, take into account the quality of inverter's output AC power. Good power inverters output high quality AC power after invertering. And good stability is not only beneficial to the service efficiency of the inverter, but also beneficial to the safety of users' lives and property. What’s more, the service life of power inverter is relatively longer. However, for the poor quality of the inverter, the output power is unstable, which may cause safety hazards and shorten its service life.

    In addition, when purchasing a power inverter, it also needs to consider the DC component contained in the output AC, which is called ripple voltage. It will be completely filtered in the filter circuit of the good inverter.

    In this video, ATO makes a simple test on the input and output voltage of 1000W 24 DC to 220V AC pure sine wave power inverter. And, this power inverter is used to power a cell phone and a fan which work normally.

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