[10]
This program is used to adjust each type of
battery’s voltage to a level in which it is suitable for
long-term storage (LiPo: 3.85V, LiFe: 3.3V, LiIon:
3.75V). This process will discharge the cells if the
initial voltage is higher than the storage voltage, or
charge them if the voltage is too low.
Select the Lithium battery program, and touch
“STOR” to enter the storage mode parameter
setting interface. Once you have entered in all of
the correct parameters, hold “START” for 2 seconds
to begin the storage mode. This process will stop
automatically when the battery voltage reaches the
set storage voltage, or can be stopped manually by
touching the “STOP” button.
The purpose of discharging is to confirm the remaining capable capacity of a battery. To avoid
over-discharging it is important to set up the correct nominal voltage before beginning the
discharging process. The voltage of Lithium batteries should never be lower than the battery
manufacturer’s recommended voltage as this could irreparably damage the cells. Usually it is not
necessary to discharge a Lithium battery. In order to ensure safety, this charger does not allow the
discharge current of a battery to exceed the maximum discharge current as set by the user, which
will be displayed on the screen.
“CURR 2.0A”
Discharge current setting (0.1-2.0A)
“ENDV 3.00”
Discharge end voltage
7.3. Lithium Battery Discharging
Up
7.2. Lithium Battery Storage Control
Up
“CHG”
The selected Charge Mode
CHG
: Charge
BALA
: Balance Charge
Change interface
“UNIT”
View unit settings
“GraPh”
View battery charging graph
“Back”
Back to previous menu
Summary of Contents for TS80
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