1000w power inverter features

1000w power inverter features
1,1000w with charger inverter maximum load should not exceed 700W;
2, it should be wired directly from the battery;
3, using high-power load should start the engine;
4, your inverter succulent usage when traveling with a 400 ~ 500W of rice cookers, rice stew on departure, noon Enjoy! Especially in the winter.

1500w power inverter features Practical

1500w power inverter features Practical:
Office equipment: laptop computers, mobile phones, printers, monitors
Household appliances: TV, VCR, stereo, DVD, VCD and refrigerators
Outings: outdoor lighting, microwave ovens, cooking, etc.
Outdoor work: power tools, vehicles emergency relief, commercial promotion, etc.
Recreation: cell phone, PDA, digital cameras, digital camera, battery charger and GPS satellite navigation.

500W sine wave inverter range

500w charge inverter range
1) Travel load equipment series: military vehicle, police cars, ambulances, ships, traffic lights and the like;
2) Industrial equipment series: 500w solar inverter, wind power, gas discharge lamp and the like;
3) office space: computers, printers, copiers, scanners, digital cameras and the like;
4) Kitchen utensils series: microwave oven batteries, refrigerators and the like;
5) Family electrical equipment: electric fans, vacuum cleaners, air conditioners, lighting and so on;
6) Power tool series: chainsaw, drilling machine, punching machines, air compressors.

2000w power inverter features

2000w power inverter features:
1, high conversion efficiency, fast start;
2, 2000w inverter charger strong load adaptability and stability;
3, over-current and short circuit protection to avoid damage to electrical appliances;
4, built-in fuse, safe and reliable;
5, to provide low-voltage protection; overload protection;
6, quiet operation, the appearance of solid and practical, easy to carry.

battery power inverter for how long

battery power inverter for how long?
battery power inverter load acting through time: work length = battery capacity × battery voltage × 0.8 × 0.9 / load power
For example, a battery for a 12V 60A 220V 100W light bulb:
Working time = 12 (V) × 60 (AH) × 0.8 × 0.9 / 100 (W) = 5.18 (h)
Which 12V-- battery voltage; 60 (AH) - battery capacity; 0.8-- battery discharge coefficient (constant); 0.9-- inverter conversion efficiency; 100 (W) - Lamp nominal power; 5.18 (h) - calculated 100W bulb with 60AH battery chargers work time.