Menu Discharge; Adjustable Parameters - GRAUPNER POLARON EX-1400 Operating Instructions Manual

After proper completion of the charge process the charger emits audible sig-
CH AR GE 07:03:57
PM
nals and the display shows corresponding informations.
13 LiPo 03s 2200
So tap the window and afterwards, if necessary, the STOP or ESC key to re-
00:51:23
CC/CV
verse to basic display.
1667
0.0°C mAh
Operation Finished
11.678 2.20
V A
END : CC/CV
11.97Vi 33.3mΩ
The operation is finished.
Pls touch this window
and then the window will
disappear.
CH1 STOP STOP CH2

Menu DISCHARGE

The data concerning your batteries stored in menu "PROFILE" can be added
DISCHG 01:23:45
PM
in this menu "DISCHARGE" with the corresponding discharge parameters.
00 NiCd Auto Mode
Select the values according to battery type and cell number matching your
Voltage 0.90V
battery features and save them in the memory. So if necessary tap with your
Current Auto
fi nger or with the supplied pen on the "memory location" fi eld. In the blue area,
Max.Temp. 65°C
please tap on the INC / DEC buttons at the bottom of the display to the desired
memory location 0 ... 19. Tapping again the fi eld deactivates the choice.
Max.Capacity OFF
Within the set for the selected location in the menu "PROFILE" specifi cations
regarding battery type and cell number, as described below, in this menu "dis-
charge" will accommodate both the charging current as well as other parame-
ters.
CH1 CH2

Adjustable Parameters

• NiCd, NiMH, LiFe, LiIo, LiPo and PB batteries
Parameter
Voltage
Current
Maximal tempera-
ture
Maximal capacity
Once the settings are matching with your wishes, go to ...
24
Short description
voltage limit per cell
Discharge current
Setting range: 0.1 ... max. 10 A, maximum discharge power: 60 W
Setting range: 10 ... 80°C (Default: NiCd: 65°C, lithium and lead-acid
batteries: 55 °C).
If the temperature sensor is connected, the discharge process is termina-
ted automatically if the limit is exceeded.
Setting range: 10 ... 100% in 5% increments, OFF (Default: OFF).
To avoid damage from overcharging, the discharge process is terminated
when exceeding the predetermined limit.