A pin based fluorescent light fixture is the type of fixture that takes fluorescent tubes. On each end of the fluorescent tubes there are contact pins. These pins are used to hold the tube in the fixture and to supply the voltage to the tube from the fixture's ballast.
No, they are not designed to be used outside and can only be used inside.
It is a fixture that has a hermetical seal that keeps fumes and vapours from the electrical parts of the fixture. A good example of a vapour tight fixture is one that is used in paint spray booths. These types of fixtures are not to be confused with explosion proof fixtures which are in a different category altogether.
Yes, you can easily use it. Just install it as you would any other 120 volt light fixture and change the bulb from a 240 volt bulb to a 120 volt bulb. It will work just fine.
If these are all the wires you have then this would be a great assumption. It assumes also that everything before the fixture is wired correctly and with commonly used color schemes.
To attach a 120V light fixture to a 277V system, you will need a step-down transformer with a 277V primary and 120V secondary. This will allow you to safely power the light fixture at the correct voltage. You do not need a ballast in this case, as ballasts are typically used with fluorescent lights and not for altering voltage levels.
A pin based fluorescent light fixture is the type of fixture that takes fluorescent tubes. On each end of the fluorescent tubes there are contact pins. These pins are used to hold the tube in the fixture and to supply the voltage to the tube from the fixture's ballast.
Yes, European light fixtures can typically be installed in Canada. It's important to ensure the light fixture meets Canadian electrical standards and is compatible with the voltage used in Canada (usually 120V). You may need to make sure any necessary adapters or converters are used. It's recommended to consult with a licensed electrician for installation to ensure safety and compliance with regulations.
No, they are not designed to be used outside and can only be used inside.
The plural of the noun candelabrum is candelabra (candle tree, a light fixture).The term candelabrum refers to a single part of the fixture, or a candlestick, and is seldom used to refer to the fixture.
Very easy to do. Remove the two cap screws from the lens fixture (uses a 6mm socket, I believe). Very carefully use a flat tip screwdriver to gently pry the fixture from the underneath side of the trunk lid, and it should hang down with the light fixture attached to it. The fixture is made of a rubber-like plastic, so gently working it side to side will free it from the lens fixture. Remove the bulb from the light fixture by pulling it straight out (looks like an ancient camera bulb). You could use a 161 or 168 light bulb, but I used a 194 bulb (costs a little over $2.00 at O'Reillys) to reinstall into the light fixture. Going in reverse method, place the light fixture into lens fixture, and reassemble the lens fixture back to the trunk lid. Piece of cake!
It is a fixture that has a hermetical seal that keeps fumes and vapours from the electrical parts of the fixture. A good example of a vapour tight fixture is one that is used in paint spray booths. These types of fixtures are not to be confused with explosion proof fixtures which are in a different category altogether.
No, a 277V ballast is designed to work with a 277V power supply, while a 120V ballast is designed to work with a 120V power supply. Using a 277V ballast with a 120V power supply can damage the ballast and may cause safety issues. It is important to match the voltage of the ballast with the voltage of the power supply.
Yes, you can easily use it. Just install it as you would any other 120 volt light fixture and change the bulb from a 240 volt bulb to a 120 volt bulb. It will work just fine.
Not necessarily. It's the wattage of the lamps that determine how much power is used. 277V lighting merely allows for more lights to be on a circuit than if they were on a 120V. The current that is printed on the ballast, times the voltage the ballast is connected to, is what determines the cost to operate the fixture. This is the true wattage of the fixture. The wattage of the lamps are independent as new electronic ballasts can power a numerous amount of tubes of various wattages.
The NMFC code for a wall glass light fixture would depend on various factors such as the size, weight, and materials used in the fixture. It is recommended to contact the National Motor Freight Traffic Association (NMFTA) or use their online tools to determine the specific NMFC code for the item in question.
A typical recessed light can use anywhere from 7 to 100 watts, depending on the type of bulb used (LED, incandescent, or halogen) and the brightness desired. LED lights are more energy-efficient, using fewer watts compared to incandescent or halogen bulbs.