GREAT PLANES ElectriFly PEAK 400 Manuel d'instructions - Page 7
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longer to fully charge batteries. Smaller cells, such as
"AAA" size cells and smaller can easily overheat when
charged with excessive charge currents, and therefore
should only be charged at low rates. High charge currents
result in much quicker charge times, but are more stressful
on batteries which can shorten their overall life span.
Larger cells, such as "AA", "A", and "2/3 sub-C" size can
handle higher charge currents, but battery temperature
should be monitored during the charge process to make
sure the battery does not overheat. The charger will remain
in the "Peak" charge state until the battery is removed from
the charger, the 2 hour time limit has been reached, peak
has been detected and charger "switches" to trickle
charge or another input command is given to the charger.
NiCd and NiMH Batteries: nickel-cadmium and nickel-
metal hydride batteries are charged using the peak
detection method. This method can result in a battery
safely receiving approximately 95-98% full charge, after
which time the charger will automatically switch to a gentle
trickle charge current. Trickle charge will help the battery
safely reach its 100% full charge potential.
To charge a battery:
1. Set the charger's current adjustment switch to the
appropriate charge current setting to match the battery
(consult your battery supplier if there is any question as to what
is the appropriate setting). "AAA" sized cells, and/or batteries
rated at 600mAh capacity and above should be charged at the
1.2A setting. "AA" and larger sized cells should be charged at
the 2.5A setting. Cells rated below 500mAh capacity should be