FAQ tagged with 'fluorescent'
Frequently asked questions
Compact Fluorescent Lamp. For more information, see the Wikipedia article.
While commercial test equipment is available for determining whether a magnetic ballast is in place, there is an inexpensive do-it-yourself test that can be done with your cell phone! Just point your cell phone camera at the lamp, and take … Continue reading
The Environmental Protection Agency has detailed instructions. The most important step is to first get out and air the room! Note that CFL’s, fluorescent tubes, high intensity discharge bulbs, neon bulbs, and other lamps may contain mercury. Please see this … Continue reading
The number 8 indicates that the tube diameter is 8 one-eight inches, meaning that this tube has a 1 inch diameter. A T12 tube has a diameter of 12/8, that is, 1.5 inch and a T5 tube is a very … Continue reading
Incandescent – the most common type of lighting in the home; the familiar light bulb Thomas Edison perfected as a practical, commercially viable lighting system. Fluorescent – used most commonly in commercial settings and which is much more efficient than … Continue reading
This is the most energy efficient type of ballast for fluorescent lights, but results in the least number of starts from a lamp. This ballast is the preferred choice for installations where lamps are not turned on and off very … Continue reading
An electronic ballast is a more advanced design which utilizes solid state circuitry to provide greater energy efficiency and less flicker. An electronic ballast, by increasing the frequency of current surging through the lamp from the line voltage 60 Hz … Continue reading
Both fluorescent and HID lamps require a ballast to provide starting voltage and establish an arc (flow of energy) between lamp electrodes. Once that lamp is up and running, the ballast regulates the current and power. Ballasts vary in complexity, … Continue reading
A high power ballast is one that delivers current to the fluorescent lamp in a more energy efficient manner than a lower power ballast. The technical nitty-gritty is that an arc discharge device such as a fluorescent lamp, electric welding … Continue reading
A program start ballast is a specialized type of rapid start ballast that turns on fluorescent lights in a tightly controlled sequence of steps. This in turn provides a more gentle start-up that results in longer bulb life. This type … Continue reading
A rapid start ballast is a type of fluorescent lamp ballast that provides superior lamp life and more cycle life than instant start ballasts, but uses slightly more energy than instant start. Rapid start ballasts, unlike instant start ballasts, can … Continue reading
A programmed start ballast is an advanced type of rapid start ballast. This ballast gives the best life and most starts from lamps. Accordingly this is the preferred type of ballast for situations where lights are cycled off and back … Continue reading
Fluorescent lights should be turned off whenever you’ll be away for 15 minutes or more according to the US Department of Energy.