Silverstar 9006XS/ST lowbeams vs standard Halogens
Guest
Posts: n/a
Re: Silverstar 9006XS/ST lowbeams vs standard Halogens
On Fri, 26 Nov 2004, wkearney99 wrote:
> Light has a temperature in addition to a luminance level. Some lights are
> warmer or colder than another. This not temperature in the tactile
> "hold/cold" sense. Some colder lights can appear to cast a light that more
> brightly illuminates a subject. They do so at the sacrifice of color
> accuracy or fidelity. As in, florescent lights are colder and make it
> somewhat clearer to 'see' than incandescent. But the color balance suffers
> because of it. I'd imagine the headlights are doing similar things.
Fluorescents aren't always "colder" though -- think "warm white" lamps.
I can get flos well-balanced with color temps from 2900K through 4600K,
but they're expensive (it is the balanced spectrum that makes them
expensive).
The real problem with standard flos is that they generally have a wicked
green spike in their output. It does lovely things to skin tones.
I think that what they're doing with the headlights is tossing out
technical terms that don't really have much meaning in the ordinary world
and using them as a selling point. Given enough lumens and a good
reflector design we could all be driving with those "brown-orange" sodium
vapor lights for headlights and our eyes wouldn't really care.
> Light has a temperature in addition to a luminance level. Some lights are
> warmer or colder than another. This not temperature in the tactile
> "hold/cold" sense. Some colder lights can appear to cast a light that more
> brightly illuminates a subject. They do so at the sacrifice of color
> accuracy or fidelity. As in, florescent lights are colder and make it
> somewhat clearer to 'see' than incandescent. But the color balance suffers
> because of it. I'd imagine the headlights are doing similar things.
Fluorescents aren't always "colder" though -- think "warm white" lamps.
I can get flos well-balanced with color temps from 2900K through 4600K,
but they're expensive (it is the balanced spectrum that makes them
expensive).
The real problem with standard flos is that they generally have a wicked
green spike in their output. It does lovely things to skin tones.
I think that what they're doing with the headlights is tossing out
technical terms that don't really have much meaning in the ordinary world
and using them as a selling point. Given enough lumens and a good
reflector design we could all be driving with those "brown-orange" sodium
vapor lights for headlights and our eyes wouldn't really care.
Guest
Posts: n/a
Re: Silverstar 9006XS/ST lowbeams vs standard Halogens
On Fri, 26 Nov 2004, wkearney99 wrote:
> Light has a temperature in addition to a luminance level. Some lights are
> warmer or colder than another. This not temperature in the tactile
> "hold/cold" sense. Some colder lights can appear to cast a light that more
> brightly illuminates a subject. They do so at the sacrifice of color
> accuracy or fidelity. As in, florescent lights are colder and make it
> somewhat clearer to 'see' than incandescent. But the color balance suffers
> because of it. I'd imagine the headlights are doing similar things.
Fluorescents aren't always "colder" though -- think "warm white" lamps.
I can get flos well-balanced with color temps from 2900K through 4600K,
but they're expensive (it is the balanced spectrum that makes them
expensive).
The real problem with standard flos is that they generally have a wicked
green spike in their output. It does lovely things to skin tones.
I think that what they're doing with the headlights is tossing out
technical terms that don't really have much meaning in the ordinary world
and using them as a selling point. Given enough lumens and a good
reflector design we could all be driving with those "brown-orange" sodium
vapor lights for headlights and our eyes wouldn't really care.
> Light has a temperature in addition to a luminance level. Some lights are
> warmer or colder than another. This not temperature in the tactile
> "hold/cold" sense. Some colder lights can appear to cast a light that more
> brightly illuminates a subject. They do so at the sacrifice of color
> accuracy or fidelity. As in, florescent lights are colder and make it
> somewhat clearer to 'see' than incandescent. But the color balance suffers
> because of it. I'd imagine the headlights are doing similar things.
Fluorescents aren't always "colder" though -- think "warm white" lamps.
I can get flos well-balanced with color temps from 2900K through 4600K,
but they're expensive (it is the balanced spectrum that makes them
expensive).
The real problem with standard flos is that they generally have a wicked
green spike in their output. It does lovely things to skin tones.
I think that what they're doing with the headlights is tossing out
technical terms that don't really have much meaning in the ordinary world
and using them as a selling point. Given enough lumens and a good
reflector design we could all be driving with those "brown-orange" sodium
vapor lights for headlights and our eyes wouldn't really care.
Guest
Posts: n/a
Re: Silverstar 9006XS/ST lowbeams vs standard Halogens
On Fri, 26 Nov 2004, wkearney99 wrote:
> Light has a temperature in addition to a luminance level. Some lights are
> warmer or colder than another. This not temperature in the tactile
> "hold/cold" sense. Some colder lights can appear to cast a light that more
> brightly illuminates a subject. They do so at the sacrifice of color
> accuracy or fidelity. As in, florescent lights are colder and make it
> somewhat clearer to 'see' than incandescent. But the color balance suffers
> because of it. I'd imagine the headlights are doing similar things.
Fluorescents aren't always "colder" though -- think "warm white" lamps.
I can get flos well-balanced with color temps from 2900K through 4600K,
but they're expensive (it is the balanced spectrum that makes them
expensive).
The real problem with standard flos is that they generally have a wicked
green spike in their output. It does lovely things to skin tones.
I think that what they're doing with the headlights is tossing out
technical terms that don't really have much meaning in the ordinary world
and using them as a selling point. Given enough lumens and a good
reflector design we could all be driving with those "brown-orange" sodium
vapor lights for headlights and our eyes wouldn't really care.
> Light has a temperature in addition to a luminance level. Some lights are
> warmer or colder than another. This not temperature in the tactile
> "hold/cold" sense. Some colder lights can appear to cast a light that more
> brightly illuminates a subject. They do so at the sacrifice of color
> accuracy or fidelity. As in, florescent lights are colder and make it
> somewhat clearer to 'see' than incandescent. But the color balance suffers
> because of it. I'd imagine the headlights are doing similar things.
Fluorescents aren't always "colder" though -- think "warm white" lamps.
I can get flos well-balanced with color temps from 2900K through 4600K,
but they're expensive (it is the balanced spectrum that makes them
expensive).
The real problem with standard flos is that they generally have a wicked
green spike in their output. It does lovely things to skin tones.
I think that what they're doing with the headlights is tossing out
technical terms that don't really have much meaning in the ordinary world
and using them as a selling point. Given enough lumens and a good
reflector design we could all be driving with those "brown-orange" sodium
vapor lights for headlights and our eyes wouldn't really care.
Guest
Posts: n/a
Re: Silverstar 9006XS/ST lowbeams vs standard Halogens
Yes, but in the short of it it is the gas in the bulb other wise why the
many flavors of gas?
HarryS
"Lee Ayrton" <layrton@panix.com> wrote in message
news:Pine.NEB.4.61.0411261312290.11333@panix3.pani x.com...
>
> Hmmm. Some confusion there.
>
> Halogen is a gas used to charge the envelope of tungsten lamps. The gas
> is there to encourage tungsten that has boiled off the filament to
> redeposit itself on the filament when it cools, rather than on the wall of
> the envelope. Apart from discouraging discoloration of the glass and
> allowing somewhat higher operating temperatures it plays no major part in
> light color in incandescent lights.
>
> "Whiter" isn't necessarily brighter, and likely isn't all that "whiter"
> either, more likely a shift towards blue. One way to achieve a shift
> towards blue is to make the filament burn hotter, the other way is to
> filter out yellow light. Filtering out yellow means that you lost lumens
> that your eye can use at night.
>
> The Sylvania 9006XS listed below consumes 55 watts and produces 1000
> lumens with a color temperature of about 4000 degrees Kelvin. If you're
> swapping lamps what you really want to know is watts consumed (load on
> your wiring) and lumens of output (bang for your buck). The color
> temperature just tells you how yellow or blue the light is and once your
> eye adjusts to the color you won't notice it.
>
> For comparison, the color temperature of a match flame is about 1900
> degrees Kelvin (1900K), a household light bulb is 3200K, late afternoon
> sunlight is about 4500K, a blue glass photoflood bulb is 4800K, an
> overcast sky is 7000K and light coming from only blue sky is 10,000 to
> 20,000K.
>
>
> On Fri, 26 Nov 2004, it was written:
>
>> It is the gas used in the bulb plus the coating on the bulb that produces
>> a whiter light with the same lumens as a halogen which produces a
>> yellowish light.
>
>> "Phil Schuman" <pschuman_nospam_me@interserv.com> wrote in message
>> news:5ZApd.32577$Qv5.18650@newssvr33.news.prodigy. com...
>>> I was thinking of replacing my lowbeams with the Sylvania Silverstar
>>> 9006XS/ST,
>>> but in looking at the specs, yes the color is whiter - vs halogen -
>>> but the lumens appear to be the same - 1000 - as the standard halogen.
>>> How can the Sylvania webpages show a "brighter" throw with the same
>>> lumens
>>> and the reflector assembly is the same....
>>>
> <URL:http://www.sylvania.com/ConsumerProducts/AutomotiveLighting/HighPerformance/Silverstar/ProductLine/default.htm>
>
> --
> Some conditions apply. YMMV. This message was packed by weight, not by
> volume. TWIAVBP, local variation may occur. Dramatization, not a real
> authority. Do not induce vomiting. No user-serviceable words inside.
many flavors of gas?
HarryS
"Lee Ayrton" <layrton@panix.com> wrote in message
news:Pine.NEB.4.61.0411261312290.11333@panix3.pani x.com...
>
> Hmmm. Some confusion there.
>
> Halogen is a gas used to charge the envelope of tungsten lamps. The gas
> is there to encourage tungsten that has boiled off the filament to
> redeposit itself on the filament when it cools, rather than on the wall of
> the envelope. Apart from discouraging discoloration of the glass and
> allowing somewhat higher operating temperatures it plays no major part in
> light color in incandescent lights.
>
> "Whiter" isn't necessarily brighter, and likely isn't all that "whiter"
> either, more likely a shift towards blue. One way to achieve a shift
> towards blue is to make the filament burn hotter, the other way is to
> filter out yellow light. Filtering out yellow means that you lost lumens
> that your eye can use at night.
>
> The Sylvania 9006XS listed below consumes 55 watts and produces 1000
> lumens with a color temperature of about 4000 degrees Kelvin. If you're
> swapping lamps what you really want to know is watts consumed (load on
> your wiring) and lumens of output (bang for your buck). The color
> temperature just tells you how yellow or blue the light is and once your
> eye adjusts to the color you won't notice it.
>
> For comparison, the color temperature of a match flame is about 1900
> degrees Kelvin (1900K), a household light bulb is 3200K, late afternoon
> sunlight is about 4500K, a blue glass photoflood bulb is 4800K, an
> overcast sky is 7000K and light coming from only blue sky is 10,000 to
> 20,000K.
>
>
> On Fri, 26 Nov 2004, it was written:
>
>> It is the gas used in the bulb plus the coating on the bulb that produces
>> a whiter light with the same lumens as a halogen which produces a
>> yellowish light.
>
>> "Phil Schuman" <pschuman_nospam_me@interserv.com> wrote in message
>> news:5ZApd.32577$Qv5.18650@newssvr33.news.prodigy. com...
>>> I was thinking of replacing my lowbeams with the Sylvania Silverstar
>>> 9006XS/ST,
>>> but in looking at the specs, yes the color is whiter - vs halogen -
>>> but the lumens appear to be the same - 1000 - as the standard halogen.
>>> How can the Sylvania webpages show a "brighter" throw with the same
>>> lumens
>>> and the reflector assembly is the same....
>>>
> <URL:http://www.sylvania.com/ConsumerProducts/AutomotiveLighting/HighPerformance/Silverstar/ProductLine/default.htm>
>
> --
> Some conditions apply. YMMV. This message was packed by weight, not by
> volume. TWIAVBP, local variation may occur. Dramatization, not a real
> authority. Do not induce vomiting. No user-serviceable words inside.
Guest
Posts: n/a
Re: Silverstar 9006XS/ST lowbeams vs standard Halogens
Yes, but in the short of it it is the gas in the bulb other wise why the
many flavors of gas?
HarryS
"Lee Ayrton" <layrton@panix.com> wrote in message
news:Pine.NEB.4.61.0411261312290.11333@panix3.pani x.com...
>
> Hmmm. Some confusion there.
>
> Halogen is a gas used to charge the envelope of tungsten lamps. The gas
> is there to encourage tungsten that has boiled off the filament to
> redeposit itself on the filament when it cools, rather than on the wall of
> the envelope. Apart from discouraging discoloration of the glass and
> allowing somewhat higher operating temperatures it plays no major part in
> light color in incandescent lights.
>
> "Whiter" isn't necessarily brighter, and likely isn't all that "whiter"
> either, more likely a shift towards blue. One way to achieve a shift
> towards blue is to make the filament burn hotter, the other way is to
> filter out yellow light. Filtering out yellow means that you lost lumens
> that your eye can use at night.
>
> The Sylvania 9006XS listed below consumes 55 watts and produces 1000
> lumens with a color temperature of about 4000 degrees Kelvin. If you're
> swapping lamps what you really want to know is watts consumed (load on
> your wiring) and lumens of output (bang for your buck). The color
> temperature just tells you how yellow or blue the light is and once your
> eye adjusts to the color you won't notice it.
>
> For comparison, the color temperature of a match flame is about 1900
> degrees Kelvin (1900K), a household light bulb is 3200K, late afternoon
> sunlight is about 4500K, a blue glass photoflood bulb is 4800K, an
> overcast sky is 7000K and light coming from only blue sky is 10,000 to
> 20,000K.
>
>
> On Fri, 26 Nov 2004, it was written:
>
>> It is the gas used in the bulb plus the coating on the bulb that produces
>> a whiter light with the same lumens as a halogen which produces a
>> yellowish light.
>
>> "Phil Schuman" <pschuman_nospam_me@interserv.com> wrote in message
>> news:5ZApd.32577$Qv5.18650@newssvr33.news.prodigy. com...
>>> I was thinking of replacing my lowbeams with the Sylvania Silverstar
>>> 9006XS/ST,
>>> but in looking at the specs, yes the color is whiter - vs halogen -
>>> but the lumens appear to be the same - 1000 - as the standard halogen.
>>> How can the Sylvania webpages show a "brighter" throw with the same
>>> lumens
>>> and the reflector assembly is the same....
>>>
> <URL:http://www.sylvania.com/ConsumerProducts/AutomotiveLighting/HighPerformance/Silverstar/ProductLine/default.htm>
>
> --
> Some conditions apply. YMMV. This message was packed by weight, not by
> volume. TWIAVBP, local variation may occur. Dramatization, not a real
> authority. Do not induce vomiting. No user-serviceable words inside.
many flavors of gas?
HarryS
"Lee Ayrton" <layrton@panix.com> wrote in message
news:Pine.NEB.4.61.0411261312290.11333@panix3.pani x.com...
>
> Hmmm. Some confusion there.
>
> Halogen is a gas used to charge the envelope of tungsten lamps. The gas
> is there to encourage tungsten that has boiled off the filament to
> redeposit itself on the filament when it cools, rather than on the wall of
> the envelope. Apart from discouraging discoloration of the glass and
> allowing somewhat higher operating temperatures it plays no major part in
> light color in incandescent lights.
>
> "Whiter" isn't necessarily brighter, and likely isn't all that "whiter"
> either, more likely a shift towards blue. One way to achieve a shift
> towards blue is to make the filament burn hotter, the other way is to
> filter out yellow light. Filtering out yellow means that you lost lumens
> that your eye can use at night.
>
> The Sylvania 9006XS listed below consumes 55 watts and produces 1000
> lumens with a color temperature of about 4000 degrees Kelvin. If you're
> swapping lamps what you really want to know is watts consumed (load on
> your wiring) and lumens of output (bang for your buck). The color
> temperature just tells you how yellow or blue the light is and once your
> eye adjusts to the color you won't notice it.
>
> For comparison, the color temperature of a match flame is about 1900
> degrees Kelvin (1900K), a household light bulb is 3200K, late afternoon
> sunlight is about 4500K, a blue glass photoflood bulb is 4800K, an
> overcast sky is 7000K and light coming from only blue sky is 10,000 to
> 20,000K.
>
>
> On Fri, 26 Nov 2004, it was written:
>
>> It is the gas used in the bulb plus the coating on the bulb that produces
>> a whiter light with the same lumens as a halogen which produces a
>> yellowish light.
>
>> "Phil Schuman" <pschuman_nospam_me@interserv.com> wrote in message
>> news:5ZApd.32577$Qv5.18650@newssvr33.news.prodigy. com...
>>> I was thinking of replacing my lowbeams with the Sylvania Silverstar
>>> 9006XS/ST,
>>> but in looking at the specs, yes the color is whiter - vs halogen -
>>> but the lumens appear to be the same - 1000 - as the standard halogen.
>>> How can the Sylvania webpages show a "brighter" throw with the same
>>> lumens
>>> and the reflector assembly is the same....
>>>
> <URL:http://www.sylvania.com/ConsumerProducts/AutomotiveLighting/HighPerformance/Silverstar/ProductLine/default.htm>
>
> --
> Some conditions apply. YMMV. This message was packed by weight, not by
> volume. TWIAVBP, local variation may occur. Dramatization, not a real
> authority. Do not induce vomiting. No user-serviceable words inside.
Guest
Posts: n/a
Re: Silverstar 9006XS/ST lowbeams vs standard Halogens
Yes, but in the short of it it is the gas in the bulb other wise why the
many flavors of gas?
HarryS
"Lee Ayrton" <layrton@panix.com> wrote in message
news:Pine.NEB.4.61.0411261312290.11333@panix3.pani x.com...
>
> Hmmm. Some confusion there.
>
> Halogen is a gas used to charge the envelope of tungsten lamps. The gas
> is there to encourage tungsten that has boiled off the filament to
> redeposit itself on the filament when it cools, rather than on the wall of
> the envelope. Apart from discouraging discoloration of the glass and
> allowing somewhat higher operating temperatures it plays no major part in
> light color in incandescent lights.
>
> "Whiter" isn't necessarily brighter, and likely isn't all that "whiter"
> either, more likely a shift towards blue. One way to achieve a shift
> towards blue is to make the filament burn hotter, the other way is to
> filter out yellow light. Filtering out yellow means that you lost lumens
> that your eye can use at night.
>
> The Sylvania 9006XS listed below consumes 55 watts and produces 1000
> lumens with a color temperature of about 4000 degrees Kelvin. If you're
> swapping lamps what you really want to know is watts consumed (load on
> your wiring) and lumens of output (bang for your buck). The color
> temperature just tells you how yellow or blue the light is and once your
> eye adjusts to the color you won't notice it.
>
> For comparison, the color temperature of a match flame is about 1900
> degrees Kelvin (1900K), a household light bulb is 3200K, late afternoon
> sunlight is about 4500K, a blue glass photoflood bulb is 4800K, an
> overcast sky is 7000K and light coming from only blue sky is 10,000 to
> 20,000K.
>
>
> On Fri, 26 Nov 2004, it was written:
>
>> It is the gas used in the bulb plus the coating on the bulb that produces
>> a whiter light with the same lumens as a halogen which produces a
>> yellowish light.
>
>> "Phil Schuman" <pschuman_nospam_me@interserv.com> wrote in message
>> news:5ZApd.32577$Qv5.18650@newssvr33.news.prodigy. com...
>>> I was thinking of replacing my lowbeams with the Sylvania Silverstar
>>> 9006XS/ST,
>>> but in looking at the specs, yes the color is whiter - vs halogen -
>>> but the lumens appear to be the same - 1000 - as the standard halogen.
>>> How can the Sylvania webpages show a "brighter" throw with the same
>>> lumens
>>> and the reflector assembly is the same....
>>>
> <URL:http://www.sylvania.com/ConsumerProducts/AutomotiveLighting/HighPerformance/Silverstar/ProductLine/default.htm>
>
> --
> Some conditions apply. YMMV. This message was packed by weight, not by
> volume. TWIAVBP, local variation may occur. Dramatization, not a real
> authority. Do not induce vomiting. No user-serviceable words inside.
many flavors of gas?
HarryS
"Lee Ayrton" <layrton@panix.com> wrote in message
news:Pine.NEB.4.61.0411261312290.11333@panix3.pani x.com...
>
> Hmmm. Some confusion there.
>
> Halogen is a gas used to charge the envelope of tungsten lamps. The gas
> is there to encourage tungsten that has boiled off the filament to
> redeposit itself on the filament when it cools, rather than on the wall of
> the envelope. Apart from discouraging discoloration of the glass and
> allowing somewhat higher operating temperatures it plays no major part in
> light color in incandescent lights.
>
> "Whiter" isn't necessarily brighter, and likely isn't all that "whiter"
> either, more likely a shift towards blue. One way to achieve a shift
> towards blue is to make the filament burn hotter, the other way is to
> filter out yellow light. Filtering out yellow means that you lost lumens
> that your eye can use at night.
>
> The Sylvania 9006XS listed below consumes 55 watts and produces 1000
> lumens with a color temperature of about 4000 degrees Kelvin. If you're
> swapping lamps what you really want to know is watts consumed (load on
> your wiring) and lumens of output (bang for your buck). The color
> temperature just tells you how yellow or blue the light is and once your
> eye adjusts to the color you won't notice it.
>
> For comparison, the color temperature of a match flame is about 1900
> degrees Kelvin (1900K), a household light bulb is 3200K, late afternoon
> sunlight is about 4500K, a blue glass photoflood bulb is 4800K, an
> overcast sky is 7000K and light coming from only blue sky is 10,000 to
> 20,000K.
>
>
> On Fri, 26 Nov 2004, it was written:
>
>> It is the gas used in the bulb plus the coating on the bulb that produces
>> a whiter light with the same lumens as a halogen which produces a
>> yellowish light.
>
>> "Phil Schuman" <pschuman_nospam_me@interserv.com> wrote in message
>> news:5ZApd.32577$Qv5.18650@newssvr33.news.prodigy. com...
>>> I was thinking of replacing my lowbeams with the Sylvania Silverstar
>>> 9006XS/ST,
>>> but in looking at the specs, yes the color is whiter - vs halogen -
>>> but the lumens appear to be the same - 1000 - as the standard halogen.
>>> How can the Sylvania webpages show a "brighter" throw with the same
>>> lumens
>>> and the reflector assembly is the same....
>>>
> <URL:http://www.sylvania.com/ConsumerProducts/AutomotiveLighting/HighPerformance/Silverstar/ProductLine/default.htm>
>
> --
> Some conditions apply. YMMV. This message was packed by weight, not by
> volume. TWIAVBP, local variation may occur. Dramatization, not a real
> authority. Do not induce vomiting. No user-serviceable words inside.
Guest
Posts: n/a
Re: Silverstar 9006XS/ST lowbeams vs standard Halogens
Using different gasses is a selling point. Xenon or krypton do pretty
much what halogen does in an incandescent light -- lets you run the
filament hotter and extends lamp life. HID lights are enclosed arc
lights, and there xenon is used to help the lamp restrike immediately when
hot (many types of enclosed arc lamps won't restrike hot and must cool
several minutes, not a good thing with headlights).
Xenon is also a buzzword and using in a tungsten light helps make unwary
buyers think that they're getting something much more snazzy than they
are. It is still just a glowing bit of wire in a glass bubble.
Bottom line: If you can see a blue filter in the lamp, you're filtering
out yellow light. Light that is filtered out is light your eye never gets
to use.
On Fri, 26 Nov 2004, it was written:
> Yes, but in the short of it it is the gas in the bulb other wise why the
> many flavors of gas?
>
> HarryS
>
> "Lee Ayrton" <layrton@panix.com> wrote in message
> news:Pine.NEB.4.61.0411261312290.11333@panix3.pani x.com...
>>
>> Hmmm. Some confusion there.
>>
>> Halogen is a gas used to charge the envelope of tungsten lamps. The gas
>> is there to encourage tungsten that has boiled off the filament to
>> redeposit itself on the filament when it cools, rather than on the wall of
>> the envelope. Apart from discouraging discoloration of the glass and
>> allowing somewhat higher operating temperatures it plays no major part in
>> light color in incandescent lights.
>>
>> "Whiter" isn't necessarily brighter, and likely isn't all that "whiter"
>> either, more likely a shift towards blue. One way to achieve a shift
>> towards blue is to make the filament burn hotter, the other way is to
>> filter out yellow light. Filtering out yellow means that you lost lumens
>> that your eye can use at night.
>>
>> The Sylvania 9006XS listed below consumes 55 watts and produces 1000
>> lumens with a color temperature of about 4000 degrees Kelvin. If you're
>> swapping lamps what you really want to know is watts consumed (load on
>> your wiring) and lumens of output (bang for your buck). The color
>> temperature just tells you how yellow or blue the light is and once your
>> eye adjusts to the color you won't notice it.
>>
>> For comparison, the color temperature of a match flame is about 1900
>> degrees Kelvin (1900K), a household light bulb is 3200K, late afternoon
>> sunlight is about 4500K, a blue glass photoflood bulb is 4800K, an
>> overcast sky is 7000K and light coming from only blue sky is 10,000 to
>> 20,000K.
>>
>>
>> On Fri, 26 Nov 2004, it was written:
>>
>>> It is the gas used in the bulb plus the coating on the bulb that produces
>>> a whiter light with the same lumens as a halogen which produces a
>>> yellowish light.
>>
>>> "Phil Schuman" <pschuman_nospam_me@interserv.com> wrote in message
>>> news:5ZApd.32577$Qv5.18650@newssvr33.news.prodigy. com...
>>>> I was thinking of replacing my lowbeams with the Sylvania Silverstar
>>>> 9006XS/ST,
>>>> but in looking at the specs, yes the color is whiter - vs halogen -
>>>> but the lumens appear to be the same - 1000 - as the standard halogen.
>>>> How can the Sylvania webpages show a "brighter" throw with the same
>>>> lumens
>>>> and the reflector assembly is the same....
>>>>
>> <URL:http://www.sylvania.com/ConsumerProducts/AutomotiveLighting/HighPerformance/Silverstar/ProductLine/default.htm>
>>
>> --
>> Some conditions apply. YMMV. This message was packed by weight, not by
>> volume. TWIAVBP, local variation may occur. Dramatization, not a real
>> authority. Do not induce vomiting. No user-serviceable words inside.
>
>
>
--
Some conditions apply. YMMV. This message was packed by weight, not
by volume. TWIAVBP, local variation may occur. Dramatization, not a real
authority. Do not induce vomiting. No user-serviceable words inside.
Guest
Posts: n/a
Re: Silverstar 9006XS/ST lowbeams vs standard Halogens
Using different gasses is a selling point. Xenon or krypton do pretty
much what halogen does in an incandescent light -- lets you run the
filament hotter and extends lamp life. HID lights are enclosed arc
lights, and there xenon is used to help the lamp restrike immediately when
hot (many types of enclosed arc lamps won't restrike hot and must cool
several minutes, not a good thing with headlights).
Xenon is also a buzzword and using in a tungsten light helps make unwary
buyers think that they're getting something much more snazzy than they
are. It is still just a glowing bit of wire in a glass bubble.
Bottom line: If you can see a blue filter in the lamp, you're filtering
out yellow light. Light that is filtered out is light your eye never gets
to use.
On Fri, 26 Nov 2004, it was written:
> Yes, but in the short of it it is the gas in the bulb other wise why the
> many flavors of gas?
>
> HarryS
>
> "Lee Ayrton" <layrton@panix.com> wrote in message
> news:Pine.NEB.4.61.0411261312290.11333@panix3.pani x.com...
>>
>> Hmmm. Some confusion there.
>>
>> Halogen is a gas used to charge the envelope of tungsten lamps. The gas
>> is there to encourage tungsten that has boiled off the filament to
>> redeposit itself on the filament when it cools, rather than on the wall of
>> the envelope. Apart from discouraging discoloration of the glass and
>> allowing somewhat higher operating temperatures it plays no major part in
>> light color in incandescent lights.
>>
>> "Whiter" isn't necessarily brighter, and likely isn't all that "whiter"
>> either, more likely a shift towards blue. One way to achieve a shift
>> towards blue is to make the filament burn hotter, the other way is to
>> filter out yellow light. Filtering out yellow means that you lost lumens
>> that your eye can use at night.
>>
>> The Sylvania 9006XS listed below consumes 55 watts and produces 1000
>> lumens with a color temperature of about 4000 degrees Kelvin. If you're
>> swapping lamps what you really want to know is watts consumed (load on
>> your wiring) and lumens of output (bang for your buck). The color
>> temperature just tells you how yellow or blue the light is and once your
>> eye adjusts to the color you won't notice it.
>>
>> For comparison, the color temperature of a match flame is about 1900
>> degrees Kelvin (1900K), a household light bulb is 3200K, late afternoon
>> sunlight is about 4500K, a blue glass photoflood bulb is 4800K, an
>> overcast sky is 7000K and light coming from only blue sky is 10,000 to
>> 20,000K.
>>
>>
>> On Fri, 26 Nov 2004, it was written:
>>
>>> It is the gas used in the bulb plus the coating on the bulb that produces
>>> a whiter light with the same lumens as a halogen which produces a
>>> yellowish light.
>>
>>> "Phil Schuman" <pschuman_nospam_me@interserv.com> wrote in message
>>> news:5ZApd.32577$Qv5.18650@newssvr33.news.prodigy. com...
>>>> I was thinking of replacing my lowbeams with the Sylvania Silverstar
>>>> 9006XS/ST,
>>>> but in looking at the specs, yes the color is whiter - vs halogen -
>>>> but the lumens appear to be the same - 1000 - as the standard halogen.
>>>> How can the Sylvania webpages show a "brighter" throw with the same
>>>> lumens
>>>> and the reflector assembly is the same....
>>>>
>> <URL:http://www.sylvania.com/ConsumerProducts/AutomotiveLighting/HighPerformance/Silverstar/ProductLine/default.htm>
>>
>> --
>> Some conditions apply. YMMV. This message was packed by weight, not by
>> volume. TWIAVBP, local variation may occur. Dramatization, not a real
>> authority. Do not induce vomiting. No user-serviceable words inside.
>
>
>
--
Some conditions apply. YMMV. This message was packed by weight, not
by volume. TWIAVBP, local variation may occur. Dramatization, not a real
authority. Do not induce vomiting. No user-serviceable words inside.
Guest
Posts: n/a
Re: Silverstar 9006XS/ST lowbeams vs standard Halogens
Using different gasses is a selling point. Xenon or krypton do pretty
much what halogen does in an incandescent light -- lets you run the
filament hotter and extends lamp life. HID lights are enclosed arc
lights, and there xenon is used to help the lamp restrike immediately when
hot (many types of enclosed arc lamps won't restrike hot and must cool
several minutes, not a good thing with headlights).
Xenon is also a buzzword and using in a tungsten light helps make unwary
buyers think that they're getting something much more snazzy than they
are. It is still just a glowing bit of wire in a glass bubble.
Bottom line: If you can see a blue filter in the lamp, you're filtering
out yellow light. Light that is filtered out is light your eye never gets
to use.
On Fri, 26 Nov 2004, it was written:
> Yes, but in the short of it it is the gas in the bulb other wise why the
> many flavors of gas?
>
> HarryS
>
> "Lee Ayrton" <layrton@panix.com> wrote in message
> news:Pine.NEB.4.61.0411261312290.11333@panix3.pani x.com...
>>
>> Hmmm. Some confusion there.
>>
>> Halogen is a gas used to charge the envelope of tungsten lamps. The gas
>> is there to encourage tungsten that has boiled off the filament to
>> redeposit itself on the filament when it cools, rather than on the wall of
>> the envelope. Apart from discouraging discoloration of the glass and
>> allowing somewhat higher operating temperatures it plays no major part in
>> light color in incandescent lights.
>>
>> "Whiter" isn't necessarily brighter, and likely isn't all that "whiter"
>> either, more likely a shift towards blue. One way to achieve a shift
>> towards blue is to make the filament burn hotter, the other way is to
>> filter out yellow light. Filtering out yellow means that you lost lumens
>> that your eye can use at night.
>>
>> The Sylvania 9006XS listed below consumes 55 watts and produces 1000
>> lumens with a color temperature of about 4000 degrees Kelvin. If you're
>> swapping lamps what you really want to know is watts consumed (load on
>> your wiring) and lumens of output (bang for your buck). The color
>> temperature just tells you how yellow or blue the light is and once your
>> eye adjusts to the color you won't notice it.
>>
>> For comparison, the color temperature of a match flame is about 1900
>> degrees Kelvin (1900K), a household light bulb is 3200K, late afternoon
>> sunlight is about 4500K, a blue glass photoflood bulb is 4800K, an
>> overcast sky is 7000K and light coming from only blue sky is 10,000 to
>> 20,000K.
>>
>>
>> On Fri, 26 Nov 2004, it was written:
>>
>>> It is the gas used in the bulb plus the coating on the bulb that produces
>>> a whiter light with the same lumens as a halogen which produces a
>>> yellowish light.
>>
>>> "Phil Schuman" <pschuman_nospam_me@interserv.com> wrote in message
>>> news:5ZApd.32577$Qv5.18650@newssvr33.news.prodigy. com...
>>>> I was thinking of replacing my lowbeams with the Sylvania Silverstar
>>>> 9006XS/ST,
>>>> but in looking at the specs, yes the color is whiter - vs halogen -
>>>> but the lumens appear to be the same - 1000 - as the standard halogen.
>>>> How can the Sylvania webpages show a "brighter" throw with the same
>>>> lumens
>>>> and the reflector assembly is the same....
>>>>
>> <URL:http://www.sylvania.com/ConsumerProducts/AutomotiveLighting/HighPerformance/Silverstar/ProductLine/default.htm>
>>
>> --
>> Some conditions apply. YMMV. This message was packed by weight, not by
>> volume. TWIAVBP, local variation may occur. Dramatization, not a real
>> authority. Do not induce vomiting. No user-serviceable words inside.
>
>
>
--
Some conditions apply. YMMV. This message was packed by weight, not
by volume. TWIAVBP, local variation may occur. Dramatization, not a real
authority. Do not induce vomiting. No user-serviceable words inside.
Guest
Posts: n/a
Re: Silverstar 9006XS/ST lowbeams vs standard Halogens
out of interest, how do you get a colour temperature of a match flame
at 1900K when wood burns at less than 500K ?
Dave Milne, Scotland
'91 Grand Wagoneer, '99 TJ
> "Lee Ayrton" <layrton@panix.com> wrote in message
> news:Pine.NEB.4.61.0411261312290.11333@panix3.pani x.com...
> For comparison, the color temperature of a match flame is about 1900
> degrees Kelvin (1900K), a household light bulb is 3200K, late afternoon
> sunlight is about 4500K, a blue glass photoflood bulb is 4800K, an
> overcast sky is 7000K and light coming from only blue sky is 10,000 to
> 20,000K.
at 1900K when wood burns at less than 500K ?
Dave Milne, Scotland
'91 Grand Wagoneer, '99 TJ
> "Lee Ayrton" <layrton@panix.com> wrote in message
> news:Pine.NEB.4.61.0411261312290.11333@panix3.pani x.com...
> For comparison, the color temperature of a match flame is about 1900
> degrees Kelvin (1900K), a household light bulb is 3200K, late afternoon
> sunlight is about 4500K, a blue glass photoflood bulb is 4800K, an
> overcast sky is 7000K and light coming from only blue sky is 10,000 to
> 20,000K.