1000W Pure Sine Wave Inverter
| Rated power | 1000W |
| Peak power | 2000W |
| Input voltage | DC12V/24V |
| Output voltage | AC110V/220V |
| Output frequency | 50Hz/60Hz |
| Output waveform | Pure Sine Wave |
| With battery charger | YES |
With a rated power of 1000W and a peak power of 2000W, this inverter offers unrivaled performance and efficiency. One of the outstanding features of this inverter is its advanced dual-CPU single-chip intelligent control technology, which ensures high reliability and low failure rate. You can trust this inverter to deliver consistent, reliable power when you need it.
The pure sine wave output of this inverter ensures smooth and stable power, making it suitable for a wide range of applications. Whether you need to power sensitive electronics or heavy equipment, this inverter can handle it with its massive load capacity.
The input voltage of the inverter is DC12V/24V, and the output voltage is AC110V/220V, which is multifunctional and flexible. You can easily connect it to your car battery or recreational battery for portable power anywhere. 50Hz/60Hz output frequency ensures compatibility with various electrical equipment.
In addition to superior power output, this power inverter also features a built-in battery charger. This feature allows you to charge the battery directly from the inverter, saving time and energy. No need for additional chargers - this inverter has what you need.
In addition, the inverter is also equipped with comprehensive protection functions to ensure the safety of the inverter and connected equipment. It provides overvoltage, undervoltage, overload, short circuit and overtemperature protection. You can rest assured that your equipment is safe and secure.
In conclusion, the 1000W pure sine wave inverter is ideal for anyone who needs a reliable, efficient power source. With its high reliability, pure sine wave output, comprehensive protection features and built-in battery charger, this inverter is a real game changer.
1. power inverter pure sine wave use advanced dual -CPU single -chip microcomputer intelligent control technology, it has the characteristics of high reliability and low failure rate.
2. Pure wave output, strong load capacity, wide application scope.
3..With comprehensive protection functions (overload protection, over temperature protection, short -circuit protection, over voltage protection, etc.), greatly improving the reliability of the product.
4. High conversion efficiency, strong carriers and strong resistance.
5. Municipal electricity auxiliary charging function, three -stage intelligent charging, can be charged for different types of batteries.
6. Intelligent temperature control fan, energy saving, long life.
7. Perfect protection functions, such as over pressure, short circuit and overload protection.
8. The design of the industrial frequency structure, the anti -harmonic interference, is not interfered by the perceptual load harmonic, safe and stable.Car Converter 220 Quotes
1. Electric tool series: chainsaw, drilling machine, grinding machine, sand spraying machine, stamper, weeding machine, air compressor, etc.
2. Office equipment series: computers, printers, displays, copies, scanners, etc.
3. Family utensils: vacuum cleaners, fans, fluorescent lamps and incandescent lamps, electric shears, sewing machines, etc.
4. Kitchen utensil series: microwave oven, refrigerator, freezer, coffee machine, mixer, ice making machine, baking oven, etc.
5. Industrial equipment series: metal halogen, high -pressure sodium lamps, ships, vehicles, solar energy, wind power, etc.
6. Electronic field series: TV, video recorder, game machine, radio, power amplifier, audio equipment, monitoring equipment, terminal equipment, server, smart platform, satellite communication equipment, etc.
A:Absolutely. power inverter 1000w is designed with a good regulator circuit. You can even check it when measuring the true value by a multimeter. Actually the output voltage is quite stable. Here we need make a especial explanation : many customers found it is unstable when using conventional multimeter to measure voltage. We can say the operation is incorrect. Ordinary multimeter can only test pure sine waveform and calculate datas.
