Universal LED resistor Chaft

Connected to the LED indicators, these resistors ensure normal flashing.

supplied in pairs

Installing resistors when changing indicators will depend on 2 parameters:
- the power of the original blinker
- the power of the adaptable blinker to be fitted.
The power difference will be compensated for by the resistor, so that the new blinker
works optimally.
E.g.: let's take a 21W original bulb flasher and a sequential LED flasher
LIGHTER ref IN1126.
The power difference is 21W - 2.4W = 18.6W per flasher.
With the engine running, the alternator delivers a voltage of around 13.5V.
Here we're looking for the resistance to compensate for the 18.6W power.
The Ohm's Law formula is R (resistance) = V (voltage)²/ P (power).
This gives us R=V²/P=13.5²/18.6=9.80Ω.
So all you need to do is fit a 10Ω resistor (ref. IN820) on each flasher to get it working
correct operation