Interior Xenon Lighting Kit


I guess some never grow enough to realize that 



I guess some never grow enough to realize that 




, they were advertised as xenon so that's why i called them that.do you know of any other bulbs to use since these dont seem to be working out :o
For the glove box, you have to put a screwdriver on the right and make some presure to release a plastic clip; Mantaining the presure, from the up of the light you have to press it down.
Best Regards.
The Best of Mercedes & AMG
...and yes, they seem to be darker than the OEM bulbs because of this 5w discrepancy
For the glove box, you have to put a screwdriver on the right and make some presure to release a plastic clip; Mantaining the presure, from the up of the light you have to press it down.
Best Regards.
The bulbs are specially designed at 5W, as Xenon bulbs generate a
greater deal of heat than standard bulbs. With a 10W bulb, you run the
risk of overheating and burning your wiring harness.
Please let us know if there is anything we can do for you.
Thank you again.
Please send me the 10w bulbs.
FYI: Xenon bulbs generate much less heat, produce much more light (up to 300%) and still consume less power (30% less) than halogens. Noone in the right mind puts Xenons on the inside, unless it is a huge sporting facility or operating room. Speaking of which, you may want to consider this:
http://www.vikingmedical.com/orl_headlamp.php
Not too expensive, only $6K. Peanuts for a lighting enthusiast, right? :p
Aaron's supplier is right. These xenon-filled bulbs, which are not HID's, generate more heat because they are filled with a gas whose molecules absorb energy but do not otherwise accelerate breakdown of the filament. This is the reason xenon-filled halogen bulbs produce more brightness for the same output: the bulb heats up more and the filament responds by glowing brighter. These 5W bulbs may not be halogen coated, just regular tungsten filament bulbs with a xenon cavity fill, but the same principle applies.
Aaron's bulbs produce less light for a second reason (other than the lower wattage). They have a coating which absorbs visible light from the red end of the spectrum (the longer wavelengths). Less visible light = less useful illumination. You have to buy these blue-looking bulbs for their good looks alone because they don't work as well as normal ones of the same wattage. Not only that, the bulbs will burn out more quickly because they run hotter.
Marketing glitz--you have to love it.
Aaron's supplier is right. These xenon-filled bulbs, which are not HID's, generate more heat because they are filled with a gas whose molecules absorb energy but do not otherwise accelerate breakdown of the filament. This is the reason xenon-filled halogen bulbs produce more brightness for the same output: the bulb heats up more and the filament responds by glowing brighter. These 5W bulbs may not be halogen coated, just regular tungsten filament bulbs with a xenon cavity fill, but the same principle applies.
Aaron's bulbs produce less light for a second reason (other than the lower wattage). They have a coating which absorbs visible light from the red end of the spectrum (the longer wavelengths). Less visible light = less useful illumination. You have to buy these blue-looking bulbs for their good looks alone because they don't work as well as normal ones of the same wattage. Not only that, the bulbs will burn out more quickly because they run hotter.
Marketing glitz--you have to love it.
xenon - as any inert gas - adds nothing to performance of a halogen bulb. It serves as a ballast, nothing more. To understand this, let's see how a halogen bulb works.
Early incandescent bulbs had vacuum inside.
They were replaced by bulbs filled by inert gases - usually argon or argon-nitrogen mixture. It was discovered that inert gas slows down evaporation of the filament. Tungsten atoms evaporating from the filament can be bounced back to the filament by gas atoms. The filament can be operated at a higher temperature with a fill gas than with a vacuum. This results in more efficient radiation of visible light.
The next step up is a halogen bulb. Halogen bulbs are filled with an inert gas with a trace of halogen (usually iodine or bromine). When the tungsten evaporates in a halogen gas, at extremely high temperatures, the tungsten is attracted to the halogen, creating a tungsten-halogen gas, this tungsten-halogen compound is then in turn attracted back to the tungsten of the filament.
http://www.calpoly.edu/~cm/studpage/...logencycle.htm
In simpler words, the tungsten that is being boiled off is continually being replaced. It is because of this that halogen bulbs have to be so hot, not because of presence of any "ballast" gas (which, coincidentally, can be Xenon).
Now - why these pseudo-Xenon bulbs are even hotter than clear halogen bulbs is also easy to understand: they are coated. This means that they trap light of certain wavelengths inside, and the only way for this energy to dissipate is through heat. No magic here, really.
Here is my response:
Bulbs like that go for a dollar a piece.
And what, you got like 10 bulbs.
SHould have cost you in total of at most 10 bucks.
Good Luck.
The reading lights are imposible for me to take them out.
Then:
Front Dome + Rear Dome + Tunk Light have: 10W K5618-n4o 42-->44mm
Glove Box + Traffic Plate lights have: 5W C5W 3.7-->3.9mm
The glove box light is a little dificult to remove; you have to open the side of the glove box and then pull + push the entire light.
Best Regards,
Ruben.
Good Luck.
Good Luck.




