LED conversion complete..but light still comes on...why ?
#1
LED conversion complete..but light still comes on...why ?
Guys,
I completed my LED conversion for the rear lights. Tails, signal, number plate and reverse are all, LED.
However, on my dash the bulb out light is still coming on, however both brake lights are operating perfectly
I completed my LED conversion for the rear lights. Tails, signal, number plate and reverse are all, LED.
However, on my dash the bulb out light is still coming on, however both brake lights are operating perfectly
#8
Will someone please explain how to properly wire the brake light bulbs so that i can stop getting the burnt out bulb warning light. I wasn't expecting to need more than one resistor but since there are 2 circuits it seems as though I may be wrong. It appears that both the brake light and the running light circuits will need their own resistors. If there is a way to use one resistor solely on the ground to eliminate this problem please let me know how to do it.
#9
Will someone please explain how to properly wire the brake light bulbs so that i can stop getting the burnt out bulb warning light. I wasn't expecting to need more than one resistor but since there are 2 circuits it seems as though I may be wrong. It appears that both the brake light and the running light circuits will need their own resistors. If there is a way to use one resistor solely on the ground to eliminate this problem please let me know how to do it.
#11
#13
Slapping on resistors without doing any calculations wont help you. You need to figure out the resistance/load of the stock bulb, and then look at how far off the LED is, and then try to match the two as close as possible using a proper load resistor. If the LED bulb and the resistor isn't consuming enough power then it will set off the light.
#14
Slapping on resistors without doing any calculations wont help you. You need to figure out the resistance/load of the stock bulb, and then look at how far off the LED is, and then try to match the two as close as possible using a proper load resistor. If the LED bulb and the resistor isn't consuming enough power then it will set off the light.
You need one with a heat sync/cooling fins. They get hotter than your regular bulb does. If you've ever grabbed a hot bulb after it's been on you'll know how hot this is.
Also even with a heat sync/cooling fins you still need to remember how hot it gets when you are installing it, where you put it, what's close to it, etc.
#15
Will someone please explain how to properly wire the brake light bulbs so that i can stop getting the burnt out bulb warning light. I wasn't expecting to need more than one resistor but since there are 2 circuits it seems as though I may be wrong. It appears that both the brake light and the running light circuits will need their own resistors. If there is a way to use one resistor solely on the ground to eliminate this problem please let me know how to do it.
LED brake/Tail lights are dumb. They're a HUGE PITA and are 9/10 not as bright as stock bulbs.
I feel the same way about LED signals. The stock bulbs are brighter than almost any Plug and Play LED you can buy for this car. So why would you go throught the hassle of all this for WORSE looking lights? Makes no sense.
#16
the 6 ohm 50 watt resistors from superbrightleds have cooling fins and are adequately sized for this particular job. The 68 led smd bulbs I just purchased are slightly brighter than stock, and with the last link I posted, will become plug and play. For <$100 I am replacing all of the conventional bulbs on my car with leds to give the 5.5 the update it truly deserved in 2002 when shortly after the g35 got all of its leds. The hassle with the brake lights is caused by our brake light bulb having 2 circuits, one for the brake light, and the other for the running light. A resistor can only generate resistance for one of those circuits and you will therefore get a warning when the bulb uses the other circuit. I will therefore be using the adapter in the last link so that when either circuit is used there is the correct amount of resistance. Brake Light solved, Turn signals will require the new blinker module. Job done. Total Cost $50
#18
#19
the 6 ohm 50 watt resistors from superbrightleds have cooling fins and are adequately sized for this particular job. The 68 led smd bulbs I just purchased are slightly brighter than stock, and with the last link I posted, will become plug and play. For <$100 I am replacing all of the conventional bulbs on my car with leds to give the 5.5 the update it truly deserved in 2002 when shortly after the g35 got all of its leds. The hassle with the brake lights is caused by our brake light bulb having 2 circuits, one for the brake light, and the other for the running light. A resistor can only generate resistance for one of those circuits and you will therefore get a warning when the bulb uses the other circuit. I will therefore be using the adapter in the last link so that when either circuit is used there is the correct amount of resistance. Brake Light solved, Turn signals will require the new blinker module. Job done. Total Cost $50
When LED tailights come from the factory they use a LED reflector for each LED and are set up miles different.
These plug and play LEDs try to use your stock Incandecent reflectors, or NO reflectors to get the same or better output. It just doesn't work 9/10.
Again, not worth the huge hassle. And P.S> the LED bulbs that ARE as bright will burn out just as fast as Incandecents will due to much higher voltages.
#22
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