Under two conditions it can. One the fixture that the lamp goes into has to be rated at 250 watts. This is highly unlikely in a home lighting fixture. The other is that the lamp has to be an incandescent lamp.
No, the ballast has to be matched to the lamp. 250 watt ballast, 250 watt lamp. Also be sure to match the lamp type to the proper ballast even though the wattage is the same. HPS ballast to HPS lamp, Metal halide ballast to metal halide lamp and mercury vapour lamp to mercury vapour ballast.
In my experience (northeast USA) most HIGH PRESSURE SODIUM street lights are 150 watt or 250 watt For example in NYC 250 watts is used at intersections and 150 watt everywhere else
2.083 amp
P = i*v250w = i * 250vi = 250/120 = 2.08a
Yes, the ballast is an intricate part of the fixture that the lamp screws into regardless of what size wattage the lamp is.
compare to different lamps mv lamp,hpsv lamps & cfl lamp these are how mush energy comsumed for 225w lamp
no the fixture has to be rated for the size and type of the bulb. most fixtures are not rated for 250W
+- 250 watt to 500 watt
Yes, but the bulb will only operate at 60 watts and only in one of the switch positions. To shut the bulb off you will have to switch through the other two positions.
ATX-250-12Z is a model number to a 250 watt PC power supply manufactured by Bestec and used in some HP computers.
250 milliwatts
There are many factors that go into calculating the energy usage of a light bulb. The wattage printed on the lamp is only the energy use of the lamp when it is new. Depending on the kind of lamp he energy required to run it will increase as it ages. For example a Metal Halide lamp can use up to 50% more power in the last 20% of its life.Another factor is the ballast that may be required to run the lamp. Each ballast has a "ballast factor" which can increase or reduce the overall energy usage of the lamp. Many ballasts have a factor as high as 1.2 which would increase the energy consumption of the lamp to 300 watts.AnswerThe question is asking about energy, not power as per the previous answer. To find the energy consumed by a lamp, or any device come to that, multiply its power rating by the time for which it is used. So a 250-W lamp will use 250 W.h (watt hours) of energy in one hour, 500 W.h in two hours, and so on. Energy is more-commonly expressed in kilowatt hours, for the purpose of billing however, where 250 W.h corresponds to 0.25 kW.h, etcAnswer: In an hour it uses 250 watt-hours. The average bulb probably uses 20-60 watt-hours each hour.