This is a 12V 3000W modified sine wave inverter. It is ideally suitable for Journeys, Camping, Tents, Boat Trip, Working on the way and everywhere, where is no electricity! Simply connect the Power Inverter with a Battery and then connect to electrical appliances.
FEATURES:
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POWER：Output Continuous Power: 3000 Watts; Output peak power (<10ms) : 6000 Watts.
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MULTI-PROTECTION: Automatic voltage regulation(AVR); Intelligent power management (IPM); Intelligent fan control (IFC
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Soft Start Function:Smooth start-up of applicance .
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High efficient: Wide-range high efficient circuit maximize the operating time and more energy saving.
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Turbo Cooling: Keep the inverter surface cool and higher efficiency.
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Thermal Protection (The unit shut down when it overheats).
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Battery alarm ( Alarm activated when battery discharges to10.5v).
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Battery Protection ( The unit shut down when battery discharges to 10v).
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Short circuit protection (The unit shut down when the output is short circuit).
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Overload Protection ( The unit shut down when the loading power exceeds the rating power).
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Low Interference Technology
PRODUCT DATA:Output wave form: Modified Sine Wave
Temperature protection:≥ 75±5℃
Fan start temperature: ≥45±5℃
Output frequency: 50HZ±2%
AC output: 230v±5%
DC input :12V
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Enrise12V/110V-M3000W
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Enrise24V/110V-M3000W
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Enrise48V/110V-M3000W
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Enrise12V220V-M3000W
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Enrise24V//220V-M3000W
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Enrise48V/220V-M3000W
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Continuous Power
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3000W
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Surge Power
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6000W
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Frequency
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60HZ±0.5HZ or 50HZ±0.5HZ
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Wave Form
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Modified sine wave
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Short circuit protection
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Yes
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Output Efficiency
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≥90%
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DC Voltage
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DC12V
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DC24V
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DC48V
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DC12V
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DC24V
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DC48V
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AC Voltage
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100VAC or 110VAC or 120VAC ±5%
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220VAC or 230VAC or 240VAC ±5%
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No Load Current Draw
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≤2A
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≤2A
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≤2A
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≤2A
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≤2A
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≤2A
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DC Voltage Working
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11-14.5V
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20-31V
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40-61V
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11-14.5V
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20-31V
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40-61V
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Low Voltage Alarm
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10.5±0.5V
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21±0.5V
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42±1V
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10.5±0.5V
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21±0.5V
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42±1V
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Low Voltage Protection
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10±0.5V
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20±0.5V
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40±1V
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10±0.5V
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20±0.5V
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40±1V
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Over Voltage Protection
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14.5±0.5V
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31±0.5V
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61±1V
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14.5±0.5V
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31±0.5V
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61±1V
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Low Voltage Recovery
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13.5±0.5V
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24±0.5V
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48±1V
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13.5±0.5V
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24±0.5V
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48±1V
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Over Voltage Recovery
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14.5V±0.5V
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29V±0.5V
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59V±1V
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14.5V±0.5V
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29V±0.5V
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59V±1V
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Protection
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Low Voltage/Over Voltage
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Green LED Alarm and Automatic Recovery
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Overload
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Green LED Alarm and Automatic Recovery
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Over Temperature
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Green LED Alarm and Automatic Recovery
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Short Circuit
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Green LED Alarm and Automatic Recovery
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Start
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soft-start
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Fuse
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40A*7
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AC Regulation
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THD<3%(Linear Load)
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Cooling Way
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Intelligent Cooling Fan
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Cooling Fan start
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≥40±5°
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Temperature Prection
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70±5°
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Warranty
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2 year
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PROTECTIONS:
Low Voltage Protection: when the battery is in low voltage condition, the inverter will shut down, at the same time, an alarm will sound and the indicator light will turn on.
Over Voltage Protection: when the input voltage higher than rated voltage, the inverter will shut down, at the same time, an alarm will sound and the indicator light will turn on.
Overload Protection: When the load wattage exceeds inverter rated watts, the inverter will shut down, at the same time, an alarm will sound and the indicator light will turn on.
Reverse Polarity Protection: when the inverter is connected reversely, inverter's fuse will be burnt to protect the inverter. The DC input side with mosfet protection will not work. You have to replace all burnt fuses.
Short Circuit Protection: When the output side is short circuited, the inverter will shut down, an alarm will sound and the indicator light will turn on.
Temperature control: If the temperature in the unit reaches 45℃ the two cooling fan will turn on.
Over Temperature Protection: when the inside temperature is over 75 ℃, the inverter will shut down,the indicator light will turn on and alarm will sound.
SERVICE ENVIRONMENT:
Ambient temperature:-30℃-------+50℃
Stroage temperature:-20℃-------+70℃
Relative humidity:0~80%, no condensation
Normal Questions :Q: How many hours your inverter can load?
A: The Use time depends on the size of the battery capacity .There is a formula:
Hours = battery capacity X battery voltage X 0.8X0.9 / load power
For example: a 12V 100AH batteryload a 220V 100W lights
Working time = 12 (V) X100 (AH) X0.8X0.9 / 100 (W) = 8.6 (h)
Q:What is a resistive load and the inductive load?
A:The circuit is purely resistive load or can be equivalent to pure resistance, such a load is a resistive load. For example: incandescent, electric fans and other resistive loads.Inductance type loads are inductive loads. For example: motors, transformers, pumps, air conditioning, etc.
If connecting with inductive loads (e.g. Compressor, Pump, old CRT TV, Refrigerator, Ice conditioner, Air conditioner, Relays,Fluorescent lamp, Vacuum cleaner), please choose inverter whose rate power is 3-7 times higher than the load's rate power.
PROTECTIONS:
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