Power conditioner modified sine wave 1000W Automotive power inverter

The power conditioner modified sine wave can convert direct current into alternating current for household appliances, solar equipment and telecommunications equipment when there is no grid power supply.

In order to prevent damage to this inverter, safety performance such as soft start and short circuit protection have been added to its standard design. The cool casing and internal fan also help improve its performance.

Features of power conditioner modified sine wave:

1. Stable working performance: even in the case of undervoltage or overvoltage, the inverter can withstand 10% voltage fluctuations until it stops;

2. Full load temperature <50 degrees: The cooling surface design and load control fan help reduce the temperature of the inverter and extend its service life;

3. High efficiency: world leader, always> 95%;

4. Low interference: The use of advanced technology avoids the interference of precision instruments;

Power conditioner modified sine wave application:

Wind power, solar panels, homes, offices, cars, wood boards and some places where power is lacking. Very suitable for travel, camping, tents, boat trips, work on the road and in places without electricity!

load:

1>Office equipment series: computers, printers, copiers, scanners, digital cameras, etc.

2>Household appliances series: vacuum cleaners, fans, lighting equipment, electric cutters, TVs, sewing machines, electric fans, AC, etc.

3>Kitchen appliances series: microwave ovens, freezers, coffee machines, blenders, induction cookers, etc.

4>Electronic product series: TV, video recorder, game console, radio, power amplifier, audio equipment, surveillance equipment, terminal equipment, intelligence platform, satellite communication equipment.

5>Vehicle or shipboard equipment series: military vehicles, police cars, medical ambulances, ships, traffic lights, etc.

6>Industrial equipment series: solar energy, wind energy, gas discharge lamps,

FAQ:

1. Question: What is the main difference between a pure sine wave inverter and an improved sine wave inverter?

Answer: There are two main differences between a pure sine wave inverter and an improved sine wave inverter: efficiency and cost. Pure sine wave inverters excel in two aspects: effectively powering devices that use alternating current, and powering devices such as radios that may be subject to interference. However, they can be expensive. On the other hand, improved sine wave inverters may produce some interference, resulting in insufficient current to reach pure current, but they are cheaper than pure sine wave inverters.

2. Q: What type of inverter do I need, pure sine wave or improved sine wave?

Answer: If you need an inverter to power sensitive electronic equipment, such as: medical equipment, computers, dimmers/variable speed equipment, heaters/heating coils or equipment that only needs clean power; buy a pure sine inverter ...On the other hand, if you need a temporary power supply when you are in the tailgate, camping, traveling, or powering laptops/two-way radios, fans, blenders, microwave ovens, etc., an improved sine wave inverter is wise and reasonably priced select. If you are not sure which appliance is right for you, please contact us.

3. Question: How to choose an inverter?

Answer: For inductive loads: if you want to connect inductive loads (such as compressors, pumps, old CRT TVs, refrigerators, freezers, air conditioners, relays, fluorescent lights, vacuum cleaners), please choose inverters, whose power is 3-7 times higher than The rated power of the load is large. For example, for a 150w refrigerator, please choose a 1000w or higher inverter; for an 800w air conditioner, please choose a 2500w or higher inverter. For resistive load: If you connect a resistive load (for example, computer, LED TV, fan, scanner, fax machine, copier, audio system, juicer, heater, rice cooker, coffee machine, microwave oven, casserole), Please select the inverter power for continuous use higher than the rated power of the load. For example, for a load near 700w, it is best to choose an inverter with a continuous power greater than 800w.