Home --> Power Inverters / Conveters --> Lenmar 75 Watt DC to AC Power Inverter | Lenmar DC to AC 75 Watt Power Inverter |
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Mini 75 Watt Power Inverter Order#: LM-NVD75 MSRP Price:$24.90 Your Cost 16.97 2 or more $15.97 3 or more $14.97 |
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| The NVD75 75 watt DC to AC Power Converter is a great accessory for your portable AC power needs. Supply up to 75 watts of AC power to charge your rechargeable batteries, power to charge your mobile phone, power up your digital camera, or even recharge your pocket PC. Plugs directly into your cars standard 12V lighter plug and provides a standard polarized 2-prong US style plug in. Mini size and lightweight. | Great for Supplying up to 75 watts of AC power for: - Battery Chargers, Pocket PC's, Portable Electronics, DVD Players , Printer, CD player, VCR, Satellite Dish, Digital Camera, etc
- Handheld Toys, Mobile Phones
- 75 Watts ( 15 Min) output - 60 Watts Continuous
- Low- Voltage Cut-Out
- Over-Voltage Shutdown, Over Heat Protection, and short Circuit Protection
- Here is some information on how to determine the wattage required for your device or charger.
- How to determine the Correct Inverter for your needs
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WATTAGE CALCULATION (volt X amp = watts) Wattage refers to the amount of power (electricity) consumed by your appliances and equipment. It is important to know a little about it because you need to know wattage in order to choose a Converter or a Transformer for your equipment. The wattage of most appliances and equipment is found on decals or labels of some sort on the appliance or equipment or in the owner's manual. In addition, the decals or labels also usually give the voltage and/or amperage of the appliance. If the wattage isn't given you can still figure it out if you know the voltage and amperage. If you multiply the voltage times the amperage, the result equals the wattage of the appliance or device. For example, the decal on the appliance you want to take overseas doesn't list the wattage but gives the voltage as 120 volts and the amperage is 1.1. To find the wattage of that particular appliance, multiply the voltage 120 times the amperage 1.1, 120X1.1=132 watts. If your devices voltage was 120V and the amperage was .18 then 120x.18 = 21.6 watts. It is also important to remember that we normally recommend not to exceed 95% of any given inverters continouous output. In other words if you have a converter that supplies 60 watts of continouous output then 60x95%=57 watts. This is the recommended safe limit that the 75 watt inverter - converter above will handle without being overloaded or damaged..
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