I believe your question is : Can you use a 100 W rating LED in a 60 W power source (meant for lighting)
If so, the answer is NO. Since 60 W power source can provide only 60 W.
However if power source is 100 w capacity, you can use LED or any type lamp that has 100 W or less.
If the exit fixture uses a LED lamp it will have a 1 to 3 watt rating. If it is a incandescent bulb, each lamp will draw about 25 watts each.
LEDs and CFLs use about a quarter of a halogen so the answer is 35-40 watts.
Lamp cord is #18 in size and is rated for 10 amps. This type of wire is strictly for use on lamps only and not to be used for power wiring.
Probably not. Sodium light fixtures generally have a "ballast".
we use mercury lamp instead of ordinary lamp because ordinary lamp has many wavelengths when mercury lamp has single wavelength so in constant deviation we use only mercury lamp.
If the exit fixture uses a LED lamp it will have a 1 to 3 watt rating. If it is a incandescent bulb, each lamp will draw about 25 watts each.
1amp 3 max depends on what rating lamp it is (or bulb).
Yes but it will only have one brightness unless it is a 3 way LED bulb.
LEDs and CFLs use about a quarter of a halogen so the answer is 35-40 watts.
Lamp cord is #18 in size and is rated for 10 amps. This type of wire is strictly for use on lamps only and not to be used for power wiring.
An led desk lamp is good for reading. It is easier on the eyes than a regular "yellow" bulb. It is also more energy efficient so you will save on your electric bill.
16 AWG is plenty large enough for a 50 or 100 watt lamp.
Probably not. Sodium light fixtures generally have a "ballast".
LED projectors are very different than your typical DLP and LCD projectors as they do not require a typical projector lamp like their predecessors. Led projectors require less maintenance than their counterparts and have much longer "lamp life" which is typically around 20,000 hours for an LED light source versus 2,000-4,000 for a conventional projector lamp. LED projectors use the light harnessed by individual laser diodes to create the light that is usually created through a standard type of bulb or lamp.
Xerographic copiers and printers use light. Sometimes the light source is a laser, sometimes an LED, sometimes a specialized fluorescent lamp or flash lamp.
light bulbs use almost exactly the energy stamped on them.100 watt bulb use approx 100 watts.But only about 2 or 3 watts of that 100 comes out as usable lightto see with.the other 97 watts is invissable heat.Compact flouresents use about 1/6 of the power for the same light output.NOTE: To improve the above answer, the unit of measurement stamped on a lamp is its power rating, not its energy, and only applies at its rated voltage. To determine its energy, you must multiply its power rating by the length of time it is in use.
The power rating is printed on the lamp holder, expressed in watts. As power describes the rate of energy consumption, you need to convert the number of watts into kilowatts (divide by 1000) and multiply this figure by the time for which the lamp is in use (expressed in hours) -this will tell you the number of kilowatt hours of energy used.