A fixture is what the light bulb goes into.
It just holds the bulb, does not have a switch in the fixture.
the fixture expands from the heat generated by the bulb. so it contracts as it cools
The fixture manufacturer goes on the side of safety. A 75 watt bulb puts out both more light and heat than a 60 watt bulb. It can make the fixture burn out sooner. For even more light, why don't you go with a florescent and get a 27 watt bulb that gives off the same amount of light as a 100 watt bulb? That will give off far less heat and be far better for your fixture?
Par 38 refers to the style of bulb it takes.
The wattage rating of a recessed light is governed by the amount of heat it can dissipate. The wattage rating is set by a standards organization and has to be adhered to by the manufacturing company. The label that is on the recessed light fixture is the maximum size incandescent bulb that can be used in the fixture. Depending on the bulb size used in the fixture will reflect the amount of watts the recess light will use.
One way to loosen a light bulb that is stuck in the fixture is to break the bulb. You can then use half of a potato to unscrew the bulb from the fixture. You can also make a loop with duct tape, adhere the middle of the loop to the light bulb. Use the two ends to twist the bulb out of the fixture.
It just holds the bulb, does not have a switch in the fixture.
To my knowledge is a light bulb fixture
it will burn
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!
Hi, I just changed the whole fixture for the third light. There are two caps on each side of the fixture. With flat screw driver, take off the caps and take out the screws. The light fixture will come out and twist the socket of the light bulb. Now you can able to change the light bulb. I hope this will help you all.
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.
The fixture construction has nothing to do with the amount of energy that the fixture uses. It is the lamp in the fixture that draws the amperage. This amperage times the fixtures voltage is what gives you the fixtures wattage. W = A x V. Watts = Amps x Volts.
the fixture expands from the heat generated by the bulb. so it contracts as it cools
The fixture manufacturer goes on the side of safety. A 75 watt bulb puts out both more light and heat than a 60 watt bulb. It can make the fixture burn out sooner. For even more light, why don't you go with a florescent and get a 27 watt bulb that gives off the same amount of light as a 100 watt bulb? That will give off far less heat and be far better for your fixture?
Get the right lamp or get the right fixture. Do not attempt to modify the fixture to fit the lamp.
One possible reason is arcing inside the lamp socket. Loose bulbs can arc inside the socket. One sure sign of arcing is if the light "flickers" when it is on. Take the bulb out of the fixture and examine the contacts on the base. If any part of the base appears burned, there is arcing inside the socket. Arcing can cause a bulb to blow prematurely. Make sure the bulb is tight when istalling a new one. The best cure is to replace either the socket if it's removable, or the whole fixture if it's not. Also if it's an enclosed fixture, the heat from the light bulb can get trapped inside, causing the bulb to overheat, thereby causing it to fail prematurely. This is likely if you have too large a light bulb in the fixture, i.e. using a 100 watt bulb in a fixture designed for a 60 watt bulb. Try a lower wattage bulb.