Gazzini 10030302 Instrucciones De Uso página 21

Always make sure that the cables are correctly connected without any risk of
short-circuit. Make sure that the positive and negative and the left-hand and right-
hand side of the turn signal are not reversed. Do not under any circumstances
use terminal blocks for connection. After connecting, it is imperative to check
that the electrical system is functioning correctly before you set off.
The flashing frequency (speed) is set at 90 +/- 30 cycles per minute. This means
that the turn signals must flash between 60 and 120 times each minute.
If turn signals are installed which have a lower total wattage than the
originals, this normally results in a flashing frequency which is too high
or the turn signal stopping completely. The correct flashing frequency
must then be restored using an appropriate flasher relay or resistors
(which simulate the missing wattage).
Various universal flasher relays, vehicle-specific flasher relays and resistors in
different sizes are available as accessories.
The use of resistors is particularly recommended if your vehicle has a combined
relay unit which cannot be replaced (in this case, it will usually have more than
three cable connections) or if the turn signals are controlled by the motorcycle's
trip computer. The resistors need to be installed in the right and left turn signal
circuits in parallel connection. They can be positioned directly before the turn
signals or in a different position within the right or left turn signal circuit (either at
the front or the rear).
The required resistance can be determined using the following formula:
Required resistance R (in ohms) is equal to the square of the electrical system
voltage (6/12 volts) divided by the watt difference between the old and the new
turn signals. The original wattage can be found either on the original bulb itself,
in the vehicle handbook or possibly on the turn signal lens.
Example:
Turn signal original: 21 W
Turn signal accessories: 1.7 W
Watt difference: 19.3 W
Square of the electrical system voltage divided by the watt difference = required
resistor
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