Pure Sine Wave Inverter 2000W 3000W 4000W Power DC 12V 24V To AC 220V

Product Features and Description

Specifications of a New Pure Sine Wave Inverter 2000W 3000W 4000W Power Solar Car Inverters With LED Display DC 12V 24V To AC 220V Voltage Converter:

• Type: Inverter
• Output waveform: Pure sine wave
• Input voltage: DC 12V/24V
• Output voltage: AC 220V
• Output frequency: 50Hz
• Peak power: 2000W / 3000W / 4000W
• Continuous power: 1000W / 1500W / 2000W

Note:
12V’s inverter only can link 12V’s battery (Normal operating range is from 9.5V to 15.5V) and

24V’s inverter only can link 24V’s battery (Normal operating range is from 19.5V to 28.5V)

12V60hz 4000W 12v 60hz 3000Winverter only can link 12V’s battery (Normal operating range is from 9.5V to 17V)

(12v 60hz 40000W12v 60hz 30000W only shipped from Weihai warehouse)

Don’t connect the inverter to the household circuit!

When using 12V/24V to connect the cigarette lighter wire in the car, please do not exceed 120W. Otherwise the car fuse will blow! The installation and commissioning of the inverter should be carried out by electrical maintenance personnel who understand the structure and operation of the inverter.

Packaged included:

Packaged included:
1 x Pure Sine Wave Inverter
1 x English User manual
1xCertificate of conformity
1 x Battery thick line
1 x battery clip

1 Resistive electrical appliances

Generally, pure resistive loads that work through resistive elements are called resistive loads, such as induction cookers, mobile phones, computers, LCD TVs, incandescent lamps, electric fans, mahjong machines, audio-visual players, small printers, water dispensers, rice cookers, etc. Electrical appliances are all resistive loads.

2 inductive appliances

High-power electrical appliances made with the principle of electromagnetic induction, such as motors, compressors, air conditioners, refrigerators, washing machines, water pumps, air compressors, etc., the starting power of these products exceeds the rated power (3-12 times)

How to choose a suitable battery for inverter

Working time = U (voltage payment) × I (battery capacity) × 0.8 × 0.9 ÷ electrical power

Example: a 12V 50AH battery with a 220V 100W bulb
Working time=12Vx50AH×0.8×0.9÷100W=4.32(hours)

Note: 0.8 is the battery discharge coefficient (constant) 0.9 is the conversion efficiency of the inverter (constant)

How long it can be used is also related to the new and old performance of your battery