Feature(may vary by option.)

●Pure sine wave voltage converter: the voltage converter generates 230 V AC (AC) from the 12 V DC current (DC) of the connected battery as from a socket at home. Pure sine wave, no interference, such as household current. The conversion efficiency is 93%.
●LCD voltage display: The LCD display shows the input voltage of the battery in real time and reminds you to charge your battery according to the low voltage. Two LED lights indicate the operating status. When the inverter works normally, both LED lights will turn green. When it is in protection status, the error LED indicator lights up red.
●Intelligent fan: Equipped with a quiet fan, it automatically runs at different speeds depending on the power load (watts) and temperature to dissipate heat and reduce working noise. A temperature sensor is built into the inverter. At a temperature of over 45°C, the fans work automatically. If the temperature is above 75℃-80℃, the inverter will be switched off.
●Attention: 1. The load power must not exceed 1000 W, otherwise the inverter and cables may be damaged. 2. If the voltage display is too low, please check whether the battery power is sufficient. 3. If you use a cigarette lighter to connect the car, the load power must not exceed 150W, otherwise the inverter may be damaged. 4. Please use the battery cable included.
●[Fully Protected] Built-in fuses protect your battery and devices, safe charging technology and fans prevent the voltage converter from overheating, under/over voltage charging, overload, short circuit, over temperature shutdown and lower voltage acoustic alarm, newly developed DC terminals provide high current DC input.

[1000W]




[1500W 24V]




[1500W 12V]





Description

Pure sine wave inverterPure sine wave inverter

1: Aluminium magnesium alloy shell, light weight, good thermal conductivity, can quickly lower the temperature of the components, durable work.

2: Pure sine wave, intelligent filter, does not interfere with electrical appliances, protect electrical appliances. With a high conversion efficiency (up to 95%), the low power consumption of the product can significantly extend the battery life.

3: You can use electrical appliances including TV/LED lights/LCD displays, especially inductive load devices such as fridges, freezers.

4: Intelligent protection: Overload protection, high voltage protection, low voltage protection, overheating protection, reverse polarity protection, short circuit protection, over-current protection, intelligent chip control, perfect protection.

5: Intelligent temperature control fan makes the inverter quieter When the temperature is below 45, the fan stops working; if the temperature is 45°C or more, the fan starts to work.

6: Buzzer Alarm As soon as the protection of the inverter is triggered, the inverter immediately disconnects the power supply, the load goes into protection mode and reminds people with a buzzer alarm.

Read before use:

The load power must not exceed 1000 W, otherwise the inverter and the cables can be damaged. If the voltage indicator is too low, please check whether the battery power is sufficient. If you use a cigarette lighter to connect the car, the load power must not exceed 150 W, otherwise the inverter may be damaged. Please use the battery cable included in the package contents. If you use your own cable, make sure the cable load is not less than 1000W.

Applicable electrical reference:

Vertical household refrigerators, TVs, computers, fans, lighting, washing machines, 800 W palm drill, 700 W interior angle grinder, 800 W inner rice cooker, inkjet printer, 500 W chopper for Chinese medicine, 450 W laser printer.

Pure sine wave inverterPure sine wave inverter

Pure sine wave inverterPure sine wave inverter

Pure sine wave inverterPure sine wave inverter

LCD digital display

The LCD digital display shows the input voltage, it can clearly display when the voltage is too low or too high.

Intelligent fan

The fan starts to work automatically when the temperature is 45°C and stops working as soon as the temperature is <45°C.

Fully Protected

Full protection, low voltage protection, overload protection, short circuit protection, over temperature protection, reverse polarity protection.

Pure sine wave inverterPure sine wave inverter

1000 W pure sine wave inverter with LCD display

Advantages:

Pure sine wave output, THD<3%, close to power supply.

Provides 100% power of 1000 watts.

AC 220 V 230 V sockets and LCD voltage display

Quiet fan

Full protection, it is safer to use with full protection features.

Box contents:

  • 1 x pure sine wave inverter
  • 2 x battery connection cables
  • 2 x battery clip
  • 1 x cigarette lighter
  • 1 x manual in English and Germany

Note:

1. The inverter cannot be connected to the public mains and the AC output line cannot be touched by hand. If the battery cable is extended, the corresponding wire diameter must be double grease. (For example, the 12 V 2000 W inverter is equipped with a 10 square 50 cm battery cable. In actual use, the cable can be 100 cm long and the wire diameter should be thickened to 20 squares, i.e. 20 square 100 cm)

2. The two output wires of the inverter are live wires, so there is no problem with the grounding. Do not use one as an earth cable. It is not designed for grounding.

3. Connect the inverter to the load. Do not connect air switch or residual current circuit breaker in the middle. Hard operation does not protect the inverter, it will damage the inverter.

This inverter can transport electrical appliances with a power of no more than 1000W, and the battery you use must meet the requirements.

The formula for calculating the electrical power that the battery can transport is:

Load capacity electrical power = battery voltage * battery capacity (Ah) * 0.9

(If you use multiple batteries in row, you only need to calculate the voltage of a battery, but you need to calculate the sum of all battery capacities.)

For example, the load capacity of a 12 V 80 Ah battery is 12 x 80 x 0.9 = 864 W.

The formula for calculating battery life is:

Battery life = battery volt, battery capacity (Ah) x 0.9 x 0.8 / electrical power

For example, if you use a 12V 80Ah battery with a 750W laser printer, the battery can deliver 12 x 80 x 0.9 x 0.8 / 750 = 0.92 hours. So if you need to work longer, you need a large capacity of batteries, the larger the battery capacity, the longer the working time.

Continuous performance 1000 W
Input voltage: 12 V
Output voltage: 220 V, 230 V
Output frequency: 50 Hz
Conversion efficiency: ≥90%
Low voltage protection 10 V (10±1)
High voltage protection 15 V (15 ±1)
Overheating protection 60°C ±1
THD ≤3%
AC per socket Maximum 8.33 amps
Open-circuit current consumption <0.6 A (DC side)
Output waveform Pure sine wave

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