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I recently purchased the L.E.D. bulbs for my turnsignals and corner markers.
I can run the back L.E.D.s and the corner markers with no problem. Although the blink rate is considerably faster on the turnsignals, they all work.
However, when I install and run the front turnsignal L.E.D.s together with the back I get no blinking (all the right lights are on, just no blinking) and a buzzing noise. If I replace the stock bulb the blinking resumes.
I am thinking the L.E.D.s are not causing enough "resistance" (I hope that is the right term) to make the flasher cycle?
Anybody have any experience, educated opinions, or ideas?
I read something once about their being a def. reason why you cant run L.E.D bulbs in newer superdutys. I am sure someone will come along and help you out........
You will need 1 equalizer for every bulb that is in the flash circuit.
If you replace both front and rear flashing bulbs you will need 4 equalizers to correct the resistance in the circuit.
If you know your electronics you can build them with the correct resistor.
Turn signals haven't changed since the 40's. But with LED's that will change soon. The problem is current or load on the relay that turns off and on the lights. When the current flows, it pulls current thru a bi-metal connection and the heat caused will break the link and allow it to cool and connect again. The load and voltage will vary the rate of "blink". The LED's have very low current draw and thus with one bulb replaced the blink rate changed. With all the bulds replaced, it's just like no lights installed. This rate change was also a quick way to tell that you have a indicator blown out.
One solve if your going to replace all the lights with LED's is to replace the flasher relay with a solid state unit and adjust the rate. For replacing a rear set or front set, a current load is needed.
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