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This page (left) shows a display of the discharging process
with the parameters and graph. Both the voltage and cur-
rent will increase to the preset parameters. The preset cur-
rent value may be limited by the charge/discharge capacity
and the input voltage setup. The max charge operates at
400W with the max discharging at 60W.
Tapping the graph will access the data view page, allowing
the operating data to be displayed.
Please refer to pages 27-29 for more information.
Tapping the part in the red circle (left) will change the
screen to the Set current window. The discharge current
parameter used during the operation can then be entered.
Tapping the X button will return to the operating window.
These setup parameters are immediately used by the
charger in the discharging process and the parameters are
not stored in the memory.
Pressing the STOP button will cause a pop-up window to
appear, asking if you want to stop operating. Tapping the
STOP or ESC buttons will cause the charger to either stop
or continue the discharge process, respectively.
Tapping the CYCLE icon on the main page will access the cycle mode. Tapping the data
box will activate this parameter (blue). Tapping the DEC/INC buttons will access the pro-
gram for the parameters.
LiPo, Lilon, LiFe, NiCd, NiMH, Pb battery cycle pages
Tap the CYCLE icon on the main
page to
access the cycle mode.
Tapping the part in the red circle will activate (blue) this parame-
ter, allowing this value to be programmed. The parameters entered
into the Charge and the Discharge mode are used to set the
charge/discharge current during the operations. Tapping the Enter
button will access the next page.
1) Operating sequence of the cycle mode
C > D - Discharge after the charge
D > C - Charge after the discharge
D:C > D - 1 time discharge: Discharge after the
charge
2) Cycle - The number of operating cycles ( 1-10 times)
3) C->D Delay - Time interval after the charge (1-30min)
4) D->C Delay - Time interval after the discharge (1-30min)
The parameters entered into the Charge and Dis-
charge modes are used in the charge/discharge pro-
cesses. These values can be changed.
LiPo, Lilon, LiFe, NiCd, NiMH, Pb battery cycle processes
The charger determines if there is a connection to the bal-
ance board.
This determination is an automatic process.
USER NAME
◎ CYCLE PAGE