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    600 Watt Pure Sine Wave Power Inverter, 12V DC to 110V AC

    5 out of 5 based on 1 reviews | Write a review
    600 Watt DC to AC pure sine wave power inverter is available for optional DC input 12/24/48 Volts and AC output 110/120/220/230/240 Volts , used for car, home and solar, with full protection against overload, overheat, low voltage, over voltage and short circuit, built-in fuse and cooling fan.
    SKU: ATO-PI-600W
    Free shipping
    Delivery date: 6-12 days

    600 Watt pure sine wave power inverter are on sale, optional DC input 12V/24V/48V and AC output 110V/120V/220V/230V/240V. Low price, high efficiency and factory direct sale.

    600W Power Inverter Specification

    Model ATO-ZPX-600W
    Output Power 600 Watt
    Peak Power 1200 Watt
    Input Voltage DC 12V DC 24V DC 48V DC 12V DC 24V DC 48V
    Input DC Voltage Range 9.55-15.5V 19.8-30.2V 40.2-60.4V 9.55-15.5V 19.8-30.2V 40.2-60.4V
    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) 0.6A 0.3A 0.15A 0.6A 0.3A 0.15A
    Output Frequency 50Hz±1Hz or 60Hz±1Hz
    Output Wave Pure sine wave
    Waveform Distortion THD<3% (linear load)
    USB Port 5V 1000mA
    Outlets Type Universal outlet
    Max. Working Efficiency 93.80%
    Starting Bipolar soft start
    Low Voltage Alarm 10V±0.5V 21V±0.5V 42V±1V 10V±0.5V 21V±0.5V 42V±1V
    Low Voltage Shutdown 9.5±0.5V 20V±0.5V 40V±1V 9.5±0.5V 20V±0.5V 40V±1V
    Low Voltage Recovery 13±0.5V 24V±0.5V 48V±1V 13±0.5V 24V±0.5V 48V±1V
    Over Voltage Shutdown 15.5±0.5V 31V±0.5V 61V±1V 15.5±0.5V 31V±0.5V 61V±1V
    Over Voltage Recovery 14.8±0.5V 29V±0.5V 59V±1V 14.8±0.5V 29V±0.5V 59V±1V
    LED Light Green indicator light ON (inverter output, normal operation)
    Red indicator flashes (under/over voltage, overload, overheat, short circuit)
    Protection Battery over/under voltage, overload, overheat, AC short circuit protection (positive and negative polarity reverse protection)
    Fuse DC short circuit protection
    Display LED digital display
    Circuit Topology Frequency link
    Cooling Way Intelligent cooling, built-in cooling block
    Operating Temperature ﹣10℃~ +50℃
    Storage Temperature ﹣30℃~ +70℃
    Humidity ≤90%, non-condensing
    Dimensions (W*H*D) 270*150*92mm
    Package Size (W*H*D) 305*190*115mm
    Gross Weight 1.9kg

    12/24/48 Volts Power Inverter Wiring Diagram

    Power Inverter Wiring Connection Diagram

    Tips: Car Inverters Applications

    Inverters are used to convert DC energy (batteries) into AC power, and it consists of an inverter bridge, control logic, and a filter circuit. It is widely used in air conditioner, home theater, electric grinding wheel, electric tools, sewing machines, DVD, VCD, computers, TV, washing machines, range hoods, refrigerators, video recorders, massagers, fans, lighting and so on.

    Besides, when you drive to work or travel, the car inverter works which can be connected to the batteries or car cigarette lighter to energize the electrical appliances. The powers of car inverter output via the cigarette lighter have 20W, 40W, 80W, 120W, and 150W. For the larger power like 300W, 500W, 600W etc., the power inverters need to be connected to the battery via the cable. Thus, the home appliances can work as they are connected to the output side of the power inverter, such as cellphones, laptops, digital cameras, lights, electric razors, CD players, game consoles, PDAs, power tools, car refrigerators, and various travel, camping, medical emergency appliances.

    In this video, ATO show you the testing of 1000W pure sine wave power inverter, 24 DC to 220V AC. Furthermore, this power inverter is used to charge a fan and cell phone.

    Existing reviews of 600 Watt Pure Sine Wave Power Inverter, 12V DC to 110V AC
    Working time of the inverter
    How long does the power inverter work?
    From: Brandon | Date: 09/10/2018
    Was this review helpful? Yes No (0/0)
    ATO Responded
    It depends on the capacity of battery. The about working time can be calculated by the formula:
    Working time = Battery voltage * Battery capacity * 0.8 * 0.9 / Load power
    For example, a 12V 60AH battery drives a 100W load, and the working time is calculated:
    12 (V) * 60 (AH) * 0.8 * 0.9 / 100 (W) = 5.184 hours
    Note: 0.8 is the number of battery discharge (Normal); 0.9 is the efficiency of power inverter (Normal).
    Of course, the actual working time is also related to the conditions of the battery.
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