Wednesday, Oct 26, 2011 at 17:54
Do a bit of research on the Xenon HID lights more to get a better understanding how the actually work and can across this from Mud Rhino and their conversion. To save you all I have cut and pasted the first paragraph that was interesting to me and wanted to share.
"For those of you who have little or no idea what ‘HID’ stands for, it’s an abbreviation for High Intensity
Discharge, and is the term utilised to describe a reasonably new breed of lighting that surpasses standard
old fashioned halogen lighting in almost every single conceivable aspect.
In short HID lights do not have a filament like standard lights, instead they use a capsule of glass filled
with a highly pressurized mixture of xenon gas, mercury, metal halides (sodium), and other gases. Inside
the tube is a pair of tungsten-tipped electrodes placed a few millimetres apart. Electrical energy (12-volts)
is sent to a high-voltage transformer (containing the "starter" as
well as the ballast module), which steps
up the voltage to nearly 1,000 volts. The high voltage is sent to the electrodes inside the bulb, which
causes an arc, igniting the gases inside the bulb. As the gases burn, a temperature of nearly 4,000
degrees is attained within the tube. After the initial start-up, the lights require on average less than 3
amps of energy to maintain their output. In other words, once these babies are on, they produce a hell of
a lot of light, and only consume a small portion of the energy required by Halogens, and more closely
approximating the colour temperature of natural daylight. Additionally, a HID lamp will last, on average, 3
to 5 times as long as a halogen bulb. In normal use, your HID bulb should last beyond one thousand
ignitions."
Complete pages are from the following site
http://www.mudrhino.com.au/Docs/DIY1.pdf
I found another site it was also informative, here is a section from that site.
"What is color temperature?
Many people believe that the higher the color temperature the brighter the lamp. This is totally wrong. The color temperature is purely a scale to measure the color of the light output. It is a reference purely for color and could equally be called White, Green or Blue. The reality is the higher up the scale the lamps are the less
bright they become. 5200K lamps are approx 10% brighter (measured in Lumens, not degrees K) than the 7000K. If you want lighting performance the 6000K HID lamps are the best. In our opinion 7000K has the best and most attractive light output."
Taken from
http://www.gohid.com/faq.php
Regards
Bernie
AnswerID:
468600
Follow Up By: Muntoo - Thursday, Oct 27, 2011 at 14:34
Thursday, Oct 27, 2011 at 14:34
Alot of that information is incorrect also Bernie.
1000v, its more like 25000V.
And 7000k is totally innappropriate for night driving.
Anything over 6000k and our eyes cant pick up the light, the blue light causes unwanted glare also. 5000k is the best bet
FollowupID:
742941
Follow Up By: Bernie C - Thursday, Oct 27, 2011 at 15:35
Thursday, Oct 27, 2011 at 15:35
Perhaps you should "enlighten" us all with the correct information and we can then "brighten" our night into day and see the "light" and convert.
Serious though, just in plain English for the not so technical people and they can understand how it basically works and the best colour and colour options, running amps and starting amp, the need for wiring upgrades, etc.
FollowupID:
742947
Follow Up By: Gossy - Friday, Oct 28, 2011 at 09:04
Friday, Oct 28, 2011 at 09:04
there are some good sites on Google which explains the colours that I checked out before buying the globes. 5000K was the pure white light with 4300 being so close it didn't matter. In the higher spectrum you lost lumens output and the light was quite blue.
FollowupID:
743020