Pilotage Simplex-6 Competition RC12496 Руководство по эксплуатации онлайн [12/70] 767894

Pilotage Simplex-6 Competition RC12496 Руководство по эксплуатации онлайн [12/70] 767894
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NiMH
Nickel Metal Hydride is a type of battery chemistry supported by this charger. Nickel Metal Hydride is often abbreviated as
NiMH. “NiMH” on the LCD of the charger indicates this type of cell. The annotation has been shortened to t the constraints
of the size of the display.
NiCd
Nickel Cadmium is a type of battery chemistry supported by this charger. Nickel Cadmium is often abbreviated as NiCd.
“NiCd” on the LCD of the charger indicates this type of cell. The annotation has been shortened to t the constraints of the
size of the display.
nC
The current of fully charging or discharging a battery pack in 1/n hour. For example, for 4000mAh battery pack, 1C means
4A, 2C means 8A, etc.
nS A battery with n cells in series connection. For example, a 2s Li-Pol battery pack has the voltage of 2 cells (3.7x2=7.4V).
CC Charge Constant current charge
CV Charge Constant voltage charge
Imbalance voltage Maximum allowable voltage dierence between any cells within a Li-Pol/Li-Fe pack.
DeltaV (Delta Peak Voltage)
DeltaV is the key indicator that the charger can judge whether a NiMH/NiCd battery is fully charged.
During charge process, a NiMH/NiCd battery’s voltage increases until the battery is full. Once the battery is full the battery’s
voltage begins to drop a little. The charger monitors the voltage drop (DeltaV) and stops the charging process if the voltage
drop reaches your pre-set value. A certain amount of overcharge is usually required to ensure the highest performance from
the cells. A higher value will overcharge your batteries more and a lower value will overcharge your batteries less. Usually
NiCd batteries require a higher value (10mV-20mV/cell) and NiMH batteries require a lower value (1mV-10mV/cell).
Average Discharge Voltage
A battery average discharge voltage indicates the output power of the battery at a determined discharge rate. A battery
with a higher value will be more powerful than a battery with a lower value (if tested and used in the same conditions).

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