no but connector used in 110 rated have to be different in 220 rated system
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They are very much different. If you place a 110v rated fixture on a 220v circuit, all else being equal, you will double your current flow and odds are it isn't designed to carry twice the current. It will burn out.
On the other hand, if you place a 220v rated fixture on a 110v circuit, all else being equal, you will only draw half as many amps as it is designed for and likely won't get any light. It won't burn out, but it almost certainly won't work.
There are many fluorescent light fixtures that are rated for more than one voltage, however. They have internal mechanisms that allow you to connect them to different voltages and still work properly. But the fixture still has to be rated for the voltage that you connect to it.
The first answer above is correct in that cord and plug connections in the same installation (home, building, business) must be different for different voltages.
It sounds like the fixture that you acquired was from an industrial site. 277 volts is the star point voltage of a 480 three phase system. You will have to change the ballast out to the proper voltage that you need. If you want to spend some money you can get a step up auto transformer to make the conversion but the cost would off set the cost of a new fixture many times.
'Lighting', or the amount of light is not measured in watts. A 'watt' is a unit of power, measurement of current drawn. Most 100 watt/110 volt lamps initially produce 1690 lumens (a 'lumen' is the measure of the total "amount" of visible light emitted by a source). A 15 foot by 10 foot room is not very big, and one or two 100 watt incandescent lamps on a ceiling light fixture on a 120 volt service can light it adequately. I mention "110 volt" as in parts of the world with 220 mains these numbers change. As the voltage is doubled, the watts required would halve for the same amount of light. In other words, all other things being equal, a 50 watt 220 volt lamp should use the same amount of power, producing the same amount of light as a 100 watt 110 volt lamp.
400w is the power 110 is the voltage. Is your light using 110v already or 220v? Believe you are already running at 110 and u don't understand electrical terms. Perhaps you should call an electrician
110 and 240
You need to rewire to a lower voltage at panel or get a transformer that steps down 277 to 110 volts. Make sure wire is sized for new load as well as breaker.
As long as it's a regular incandescent light fixture, and the sockets will accept US bulbs, with provisions for grounding, then yes. You may need to upgrade the wiring to a heavier guage; I'd suggest 14 guage stranded wire through the entire fixture. If it's not incandescent, then no, unless it has a multi-tap ballast.
No. France also runs on 50Hz as opposed to the US 60Hz system.
You will need a small converter as the outlets are different, as is the voltage. NZ is 240 while USA is 110. The converters go for about US$12 - US$20.
Is it incandescent or flourescent? If it's incandescent it will work okay--it'll be dim but it will work. A fluorescent probably wouldn't fire. Now having said that, if this is a European lamp google "110v European base bulbs" and you'll find light bulbs that work on 110v but have bases that screw into European sockets. Just change the plug on the lamp and you're golden.
Although it would be electrically safe, you probably don't want to do this, as it would give off very little light, far less than 1/2 of the rated amount of light.
The factory Mustang pump is rated at 88 liters per hour. The Cobra's pump is rated at 110 lph. The factory Mustang pump is rated at 88 liters per hour. The Cobra's pump is rated at 110 lph. The factory Mustang pump is rated at 88 liters per hour. The Cobra's pump is rated at 110 lph.
Wiring to the circuit breakers is 220 volts. The circuit breaker box has 2 110 Volt lines. If you connect two black lines together from one side nothing happens. If the these two black wires are from different circuit breakers you may have a safety issue by back feeding the electricity. If you connect 2 different 110 volt lines you will end up with a short. This ends up as a 220 volt short.
Chiquititas - 1995 2-110 is rated/received certificates of: Argentina:Atp
Chiquititas - 1995 5-110 is rated/received certificates of: Argentina:Atp
Chiquititas - 1995 6-110 is rated/received certificates of: Argentina:Atp
Chiquititas - 1995 3-110 is rated/received certificates of: Argentina:Atp
Chiquititas - 1995 4-110 is rated/received certificates of: Argentina:Atp