HID Question
Is it possible for a STAR computer or simulator such as Snap On Modus, change a setting on the computer so that during the day time The low beams still get full power. Is it a DRL option or something? *Note this is for Canada, where we have mandatory DRLS*
I have a 55w DDM slim digital kit installed, and I took instructions to my indy to set the xenon and he said he did it. But... during the day time when my lights are set to auto... they STROBE/Flicker... but... they are fine when its like pitch dark out.
Right now... to counter the strobing I manually turn on the lights, before starting the vehicle.
... its only the left one duh.
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100% plug and play into any car; no monkeying around with settings. The Dsp chip simulates a normal bulb.
As far as your problem goes if you have xenon=present I would look at the installation. If you have no error code that's the xenon=present working. You could possibly add in 4700uF anti flicker capacitors before the ballasts. Like this

I believe the DDM kit to be very sensitive. So the capacitors should help.
EDIT: You can also buy premade harnesses with the capacitors built in. Like this
http://cgi.ebay.com/ebaymotors/HID-D...item19ba109713
Last edited by zerocover; Feb 17, 2010 at 02:37 PM.



Most counterfeit lamps used in the aftermarket "kits" have no quality of the metalized salts used in the capsule. Most are not 35 watts because the bulbs usually draw more current, and the power supply is higher than the usual 80 volts. There is also a problem with "kits" in that impurities in the capsule cause it to draw more current from the car when the arc is started when light is falling on the headlight housing. The extra current makes the front CAN think there is a problem with the capsule, so it shuts off and restarts. Looks like flicker to me.
I suggest you not use a "kit" over a factory housing and 4300K lamps from GE, Osram/Sylvania, or Philips. Be aware that I have seen counterfeit Philips lamps where a genuine base was attached to a cheap capsule. Probably got the bases from old lamps.
The use of an electrolytic capacitor to add some reactance to the leads can work in limited cases. The capacitor should be rated at 50 volts, and minimum temperature of 105C. The cap will have a + or minus on the cover. The minus must be connected to the brown wire (ground) from the housing. A standard commercial capacitor will not survive in the engine compartment. I do not advise using this technique. It could zap a thousand dollar front CAN if improperly connected.
Good luck to anyone trying to get this to work.
Is it possible for a STAR computer or simulator such as Snap On Modus, change a setting on the computer so that during the day time The low beams still get full power. Is it a DRL option or something? *Note this is for Canada, where we have mandatory DRLS*
Your flickering problem is caused because of your aftermarket HID kit in your low beam, which is also used for your DRL. When your DRL is activated during daytime driving, the wattage going to that bulb is MUCH lower than the typical 55 Watts that would go to a halogen bulb when the light is turned on at night. There is not enough wattage going to your HID kit during the daytime, hence causing the flickering.
The optimal solution is if you can change a setting in your computer that would make your high beam bulb act as your DRL. As long as you have a normal halogen bulb in your high beam, then you will not have any problems. Then this way your low beam with HID kit would only turn on at night at full power.
My thought is that in your Canadian car, there should be some setting in your computer that can be changed, as long as Xenon headlights was a factory option available on a Canadian W203. My guess is that if you have a "xenon=present" setting available, this will make your high beam act as your DRL. Most cars with DRL's that have factory Xenon's will use the high beam as the DRL. Good luck!
Your flickering problem is caused because of your aftermarket HID kit in your low beam, which is also used for your DRL. When your DRL is activated during daytime driving, the wattage going to that bulb is MUCH lower than the typical 55 Watts that would go to a halogen bulb when the light is turned on at night. There is not enough wattage going to your HID kit during the daytime, hence causing the flickering.
The optimal solution is if you can change a setting in your computer that would make your high beam bulb act as your DRL. As long as you have a normal halogen bulb in your high beam, then you will not have any problems. Then this way your low beam with HID kit would only turn on at night at full power.
My thought is that in your Canadian car, there should be some setting in your computer that can be changed, as long as Xenon headlights was a factory option available on a Canadian W203. My guess is that if you have a "xenon=present" setting available, this will make your high beam act as your DRL. Most cars with DRL's that have factory Xenon's will use the high beam as the DRL. Good luck!
The big question here (which could easily solve this problem) is: how does the system treat this problem when it comes from the factory with BIX and the DRL option is enabled? Do the BIX come on at a lower brightness? Is that even possible? Do the high beams come on instead at a much lower brightness? Which additional setting needs to be changed in order to accomplish that?
I'm going to talk to my indy tech with a Snap On Modus that can simulate STAR... to see if it is possible




Your flickering problem is caused because of your aftermarket HID kit in your low beam, which is also used for your DRL. When your DRL is activated during daytime driving, the wattage going to that bulb is MUCH lower than the typical 55 Watts that would go to a halogen bulb when the light is turned on at night. There is not enough wattage going to your HID kit during the daytime, hence causing the flickering.
The optimal solution is if you can change a setting in your computer that would make your high beam bulb act as your DRL. As long as you have a normal halogen bulb in your high beam, then you will not have any problems. Then this way your low beam with HID kit would only turn on at night at full power.
My thought is that in your Canadian car, there should be some setting in your computer that can be changed, as long as Xenon headlights was a factory option available on a Canadian W203. My guess is that if you have a "xenon=present" setting available, this will make your high beam act as your DRL. Most cars with DRL's that have factory Xenon's will use the high beam as the DRL. Good luck!
I'm no MB mechanic but I don't think there would be a setting that can change your DRL to use highbeams. It makes no sense for MB to put in such an option as you'd just look like a douche driving around with highbeams on during the day.
The other solution I was going to recommend actually was putting in some kind of resistor into the high beam sockets, then keeping your high beams on all the time such that your lows always get 55W. The other option is to disable DRL through Star though no authorized MB dealer will do that for you.
Cars with factory xenon's do not use the xenon headlight as the DRL with a reduced wattage. The high beam bulb will be the DRL (at a lower wattage so you don't look like a douche)
You'll get a low beam error but your lights will work.




Cars with factory xenon's do not use the xenon headlight as the DRL with a reduced wattage. The high beam bulb will be the DRL (at a lower wattage so you don't look like a douche)
Unfortunately for the OP, I think it's highly unlikely you can simply swap using a computer. Some crimping and rewiring may work (ie swapping the leads between low and high beam) should work though if you really want that effect. I have no idea if this will result in any "bulb out" errors though.




In any case, HIDs pretty much last forever. They're rated for what, 4000+ hours? That will last most people at least 5 years on average, if not more.








