ProgressiveRC 4010Duo iCharger - Manual (Page 17)

iCharger Synchronous Balance Charger/Discharger 4010DUO
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Note:1. When the value of charge cells voltage exceeds the recommended value (LiPo 4.2V, LiIo 4.1V,
LiFe 3.6V), the charger will sound an alarm with beep tones. As long as the user changes the
values, the battery types and cells voltage value on the main charging interface will be
displayed alternately.
2. For the setting process for all program in this manual, tick Show to display the setting
program on MEMORY SETUP (shown in the following picture), and vice versa; the built-in
program is ticked by default.
 LiPo/LiIo/LiFe Battery Not Balance Charge Setup
When switch to Not Balance on Chg Mode, Only Chg End Current is available for charging end condition, and
“
” behind Chg Mod and Chg End Current are inactive.
Note: 1. The charger first charges with constant current (CC) according to the user setting, then turns to
constant voltage (CV) when the charging voltage reaches the peak point. In the CV phase the
current gradually falls, and the charger will terminate charging when the current falls below
the percentage of the configured charge current. For example: the default value of Chg
Current is 2A, and the default value of Chg End Current is 10%
Chg End Current=2A*10%
=0.2A
Therefore it stops charging when the charging current reduces to 0.2A.
 LiPo/LiIo/LiFe Battery Balance Charge Setup
When switch to Slow Balance, Normal Balance, Fast Balance or User Balance on Chg Mode to activate " "
button and click it to enter Balance mode setup interface.
Note: On Balance mode, the charger will monitor the voltage of individual cells to control it within the
Chg Cell Volt and equalize the voltage in all cells, to avoid some cell voltage over-charged or not
full. When selecting Balance mode, the balance port of charger or balance board must be
connected with battery except for connecting 1S battery.
Balance Start : CV,CV-0.1V — 1V,Alway
Default: CV-0.2
If the balance charge voltage is 4.2V, Balance
Start set to CV-0.2V; therefore the charger will
start to balance the battery cells when the
voltage reaches to 4.2V-0.2V=4V