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USER NAME
This page (left) shows the charging process with the parameters
and graph. Both the voltage and current will increase to the preset
parameters. The preset current may be limited by the charge/dis-
charge capacity and the input voltage setup. The maximum charging
process can operate with 120W.
Tapping the graph will access the data view page.
The operating data can be displayed.
Please refer to pages 27-29 for further information.
Tapping the part in the red circle (image to the left), the set
current window will appear. The operating charge current can then
be set. Tapping the button will cause the set current window
to disappear.
This setup is applied to the charger during the charging process
and the parameters are not stored in the memory.
Pressing the button will cause a pop-up window to
appear, asking whether to stop operating. Tapping the STOP or
ESC buttons will cause the charger to either stop or continue
with the charging process, respectively.
◎ DISCHARGE PAGE
Tapping the DISCHARGE icon on the main page will access the discharge mode. The pro-
gramming setup and the page transition are the same as described for the CHARGE mode.
On the main page, tap the DISCHARGE
icon to start the discharge process.
This page shows discharge setup for selecting
LiPo, Lilon, LiFe, NiCd, NiMH, Pb batteries
To program the battery parameters, tap each data box,
activating to a blue color. To edit the battery
parameters, tap the INC/DEC buttons
LiPo, LiIon, LiFe, NiCd, NiMH, Pb battery discharge modes
- Voltage
- Current
- Cut-Temp
- Max Capacity
: Final discharge voltage for each cell can be programmed
: Discharge current. - This parameter can be adjusted from 0.1 to 5.0 Amps, operating
within the maximum value of 30W
: Cut-off temperature. - With an optional temperature sensor, a safety cut-off temperature
can be set, allowing the charging or discharging process to terminate automatically for
battery temperatures exceeding the preset temperature.
: The maximum capacity setting is used to terminate a discharge at battery capaci-
ties exceeding a preset percentage value. Damaged, poorly balanced or improperly
programmed battery parameters can result in an overdischarge.
