10
MODE 1 : CYCLE
MODE 2 : CHARGE
MODE 3 : DISCHARGE
Next step will be an example at “MODE 2” (T240 DUO)
Note: 8 groups data can be saved.
Step 3: If you often use the same batterys, We Highly suggest you to save the feature by selecting
“Save icon” in the parameter menu. Click unused icon to save the data and it will be easy
for you to charge next time. (Image 10-11)
Instruction for charging NiMH please follow the below steps:
Step 1. Enter to Menu, Select Battery Type (Image 8)
Such as: NiMH, Enter into “SET PARAMETER FOR NiMH BETTERY” (Image 9)
Step 2. Select “CHARGE” MODE, And set the related parameters (Image 9)
LiPo
LiFe
Lilo
LiHV
NiMH
NiCD
PB
Smart
SETTING
MONITOR
MEMORY
CALIBRATION
T240
CH1
CH1
CH2
CH2
1
CHARGE
CYCLE
MORE...
DISCHARGE
Battery Cell
Charge Current
Discharge Current
15S
1.5A
4mV/S
Delta v
Invalid
3
2
LiHv Auto
BAL Charge
Curr: 5.0A
TVC:4.36V/S
NiMH Auto
BAL Charge
Curr: 1.5A
Delta:7mv/s
LiPo Auto
BAL Charge
Curr: 5.0A
TVC:4.20V/S
LiPo Auto
BAL Charge
Curr: 5.0A
TVC:4.20V/S
LiHv Auto
BAL Charge
Curr: 5.0A
TVC:4.36V/S
NiMH Auto
BAL Charge
Curr: 1.5A
Delta:7mv/s
LiPo Auto
BAL Charge
Curr: 5.0A
TVC:4.20V/S
LiPo Auto
BAL Charge
Curr: 5.0A
TVC:4.20V/S
1
2
PROGRAM OF NiMH/NiCd
Summary of Contents for T240 Reactor
Page 1: ...T240 T240 AC DC 10A Touch Charger...
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