SJPROPO Incorporated
“ The flow chart of SUPERNOVA DELUXE Charger ”
LIST
PAGE
0. PRODUCT STUCTURE
2
1. MAIN MENU OUTPUT1 DISPLAY
3
2. MEMORY DATA SETUP DISPLAY
4
3. USER SETUP DISPLAY
6
4. DATA VIEW DISPLAY
8
5. CYCLE DATA VIEW DISPLAY
10
6. EQUALIZER DATA VIEW DISPLAY
11
7. OPERATING START DISPLAY
12
8. OPERATING FUNCTION
15
9. OPERATING AND END DISPLAY
17
10. CYCLE OPERATING DISPLAY
19
11. CHARGER TOO HOT DISPLAY
20
12. CH2 CONTROL DISPLAY
22
14. ERROR MESSAGE DISPLAY
23
2006 – 08 - 31
jaesik-Kim
1/22 PAGE
2007-10-31
SJPROPO Incorporated
0. PRODUCT STUCTURE
128X64 LCD
FAN
OUTPUT
DEC
INC
PRESS
PC-INTERFACE
CH
CH
TEMP-SENSOR
jaesik-Kim
ESC
MODE
EQUALIZER-DATA
TX-RX
2/22 PAGE
2007-10-31
SJPROPO Incorporated
1. MAIN MENU OUTPUT1 DISPLAY
POWER-ON
START CHARGER
LOGO
SUPERNOVA DELUXE
V1.0
SJPROPO
< USER NAME.. >
MEMORY DISPLAY
[ 0 ] B AT T E R Y
BATT. TYPE
BATT. CELL
CAPACITY
CHG CURR.
DCHG CURR.
DCHG VOLT
PEAK SENS.
NAME..
:
NiCd
:
6CELL
: 3000mAh
:
3.0A
:
3.0A
: 0.9 V/C
:
8mV/C
USER SETUP DISPLAY
[ USER SETUP ]
T E M P. M O D E : ` C
BUTTON SOUND : ON
FINISH SOUND
: 5sec
MELODY
:
1
LCD CONTRAST :
10
LCD BACKLIT
:
ON
<
USER NAME.. >
DATA VIEW DISPLAY
[ DATA VIEW ]
INPUT
= 0.000 V
OUTPUT
= 0.000 V
BATT. TEMP = No. Sens
PEAK TEMP = 0.0`C
B AT. R E S .
=
0m@
CHG TEME
= 0:00:00
DCHG TIME
= 0:00:00
CYCLE DATA DISPLAY
[ CYCLE DATA ]
NO CAPACITY VOLTAGE
1 C:
0mAh
0.000V
D:
0mAh
0.000V
2 C:
0mAh
0.000V
D:
0mAh
0.000V
3 C:
0mAh
0.000V
D:
0mAh
0.000V
EQUALIZER DATA DISPLAY
[ EQUALIZER DATA ]
1)
2)
3)
4)
5)
0.000V 6)
0.000V 7)
0.000V 8)
0.000V 9)
0.000V 10)
0 .0 0 0 V
0 .0 0 0 V
0 .0 0 0 V
0 .0 0 0 V
0 . 0 0 0V
PRESS 2SEC
CHARGE/DISCHARE/CYCLE
START DISPLAY
PRESS 2SEC
CHARGE/DISCHARE/CYCLE
OPERATION DISPLAY
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3/22 PAGE
2007-10-31
SJPROPO Incorporated
2. MEMORY DATA SETUP DISPLAY
A. DISPLAY CONTROL
[ 0 ] B AT T E R Y N A M E . .
BATT. TYPE :
NiCd
BATT. CELL :
6CELL
CAPACITY
: 3000mAh
CHG CURR.
:
3.0A
DCHG CURR. :
3.0A
DCHG VOLT
: 0.9 V/C
PEAK SENS.
:
8mV/C
[ 0 ] B AT T E R Y N A M E . .
BATT. TYPE :
NiCd
BATT. CELL :
6CELL
CAPACITY
: 3000mAh
CHG CURR.
:
3.0A
DCHG CURR. :
3.0A
DCHG VOLT
: 0.9 V/C
PEAK SENS.
:
8mV/C
PRESS
PRESS
PRESS
PRESS
[ 0 ] B AT T E R Y N A M E . .
BATT. TYPE :
NiCd
BATT. CELL :
6CELL
CAPACITY
: 3000mAh
CHG CURR.
:
3.0A
DCHG CURR. :
3.0A
DCHG VOLT
: 0.9 V/C
PEAK SENS.
:
8mV/C
[ 0 ] B AT T E R Y
BATT. TYPE
BATT. CELL
CAPACITY
CHG CURR.
DCHG CURR.
DCHG VOLT
PEAK SENS.
ESC
PRESS
MEMORY NAME SET-UP
[ 0 ] B AT T E R Y N A M E . .
^
ABCDEFGHIJKLMNOPQ
RSTUVWXYZ abcdefg
hijklmnopqrstuvwx
yz 0123456789 -.'
MODE
MEMORY NAME SET-UP
[ 0 ] A BAT T E RY N AM E . .
^
ABCDEFGHIJKLMNOPQ
RSTUVWXYZ abcdefg
hijklmnopqrstuvwx
yz 0123456789 -.'
PRESS
NAME..
:
NiCd
:
6CELL
: 3000mAh
:
3.0A
:
3.0A
: 0.9 V/C
:
8mV/C
[ 0 ] B AT T E R Y N A M E . .
BATT. TYPE
: NiMH
BATT. CELL
: 00CELL
CAPACITY
: 3300mAh
CHG CURR. : 3.3A
DCHG CURR.: 3.3A
DCHG VOLT
: 0.8V/C
PEAK SENS.
: 5mV/C
[ 0 ] B AT T E R Y N A M E . .
B A T T. T Y P E : L i P o
BATT. VOLT. : 5S18.5V
CAPACITY
: 2100mAh
CHG CURR. : 2.1A
DCHG CURR.: 4.2A
DCHG VOLT
: 3.0V/C
C U T- T E M P
: 55`C
[ 0 ] B AT T E R Y N A M E . .
DCHG CURR.: 3.0A
DCHG VOLT
: 0.9V/C
PEAK SENS.
: 8mV/C
C U T- T E M P
: 55`C
M A X - C A P.
: 150%
P E A K D E L AY : 3 M I N
TRICKLE
: 100mA
jaesik-Kim
[ 0 ] B AT T E R Y N A M E . .
B AT T. T Y P E : P b
BATT. VOLT. : 6S12.0V
CAPACITY
: 45000mAh
CHG CURR. : 7.0A
DCHG CURR.: 5.0A
DCHG VOLT
: 1.8V/C
C U T- T E M P
: 55`C
[ 0 ] B AT T E R Y N A M E . .
BATT. TYPE
: NiCd
BATT. CELL
: 6CELL
CAPACITY
: 3000mAh
CHG CURR. : 3.0A
DCHG CURR.: 3.0A
DCHG VOLT
: 0.9V/C
PEAK SENS.
: 8mV/C
C U T- T E M P
: 55`C
M A X - C A P.
: 150%
P E A K D E L AY : 3 M I N
TRICKLE
: 100mA
4/22 PAGE
[ 0 ] B AT T E R Y N A M E . .
BATT. TYPE
: NiMH
BATT. CELL
: 00CELL
CAPACITY
: 3300mAh
CHG CURR. : 3.3A
DCHG CURR.: 3.3A
DCHG VOLT
: 0.8V/C
PEAK SENS.
: 5mV/C
C U T- T E M P
: 55`C
M A X - C A P.
: 150%
P E A K D E L AY : 3 M I N
TRICKLE
: 100mA
[ 0 ] B AT T E R Y N A M E . .
B A T T. T Y P E : L i P o
BATT. VOLT. : 5S18.5V
CAPACITY
: 2100mAh
CHG CURR. : 2.1A
DCHG CURR.: 4.2A
DCHG VOLT
: 3.0V/C
C U T- T E M P
: 55`C
MAX-CAP.
: 120%
[ 0 ] B AT T E R Y N A M E . .
B AT T. T Y P E : P b
BATT. VOLT. : 6S12.0V
CAPACITY
: 4500mAh
CHG CURR. : 7.0A
DCHG CURR.: 5.0A
DCHG VOLT
: 1.8V/C
CUT-TEMP
: 5805`C
MAX-CAP.
: 120%
2007-10-31
SJPROPO Incorporated
B. Operation instructions
a. Parameters per battery type.
Parameter
NiCd
NiMH
Li-Polymer
Pb
Battery cells or voltage
1 ~ 30 cell
1 ~ 30 cell
3.7V(1S) ~ 37.0V(10S)
2.0V(1S) ~ 24.0V(12S)
Capacity
100 ~ 9900mAh
100 ~ 9900mAh
100 ~ 20000mAh
500 ~ 20000mAh
Charge current
0.1 ~ 10.0A
0.1 ~ 10.0A
0.1 ~ 4.2A
0.1 ~ 10.0A
Discharge current
0.1 ~ 5.0A
0.1 ~ 5.0A
0.1 ~ 5.0A
0.1 ~ 5.0A
Discharge voltage
0.1 ~ 1.1V/cell
0.1 ~ 1.1V/cell
2.5 ~ 3.7V/cell
1.8V/cell fixed
Peak sensitivity
5 ~ 25mV/cell
3 ~ 15mV/cell, Zero Delta Peak
X
X
Trickle charge current
0 ~ 500mA
50mA/step
0 ~ 500mA
50mA/step
CV charge trickle
CV charge trickle
Temperature cut-off
10 ~ 65’C
1’C/step
10 ~ 65’C
1’C/step
10 ~ 65’C
1’C/step
10 ~ 65’C
1’C/step
50 ~ 150`F
2`F/step
50 ~ 150`F
2`F/step
50 ~ 150`F
2`F/step
50 ~ 150`F
2`F/step
Max charge capacity
10 ~ 150%
10%step
10 ~ 150%
10%step
10 ~ 120%
10%step
10 ~ 120%
10%step
Pre-peak delay
1 ~ 20min
1min/step
1 ~ 20min
1min/step
X
X
b. Operation
> Delta peak sensitivity setting.
5 ~ 25mV/C for NiCd battery and 3 ~ 15mV/C for NiMH battery.
It is also possible to set “Zero Volt Delta Peak” for NiMH battery.
> Max charge capacity setting.
This is to set how much charge out of the selected capacity.
Default setting is 150% for NiCd/MH and 120% for Li-Ion/Po.
For example, if battery capacity is set to 3000mAh and 50% is set, the charger charges and finishes up to 1500mAh.
Setting over 100% means and works as safety timers, and setting below 100% can be used for the purpose of keeping a battery pack for a long period. Generally speaking, it is recommended to keep a
battery pack with discharged condition for the purpose of keeping for a short period, but the battery pack should be kept with 10-50% charged condition in case of long keeping period.
> Tickle charge current
If trickle charge is set, the trickle charge is activated after charge.
Even if the trickle charge is set, unless charge is finished by neither delta peak nor temp cutoff, the trickle charge is not activated.
If charge is finished by the selected temp, the trickle charge should be activated only after temp becomes below than 2 degrees of the selected temperature as battery temperature is likely to continue to
increase in case of charge-completion caused by temp cutoff.
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2007-10-31
SJPROPO Incorporated
3. USER SETUP DISPLAY
A. DISPLAY CONTROL
[ USER SETUP ]
TEMP. MODE
: `F
BUTTON SOUND : ON
FINISH SOUND
: 5sec
MELODY
:
1
LCD CONTRAST : 10
LCD BACKLIT
: ON
< USER NAME.. >
[ USER SETUP ]
TEMP. MODE
: `F
BUTTON SOUND : ON
FINISH SOUND
: 5sec
MELODY
:
1
LCD CONTRAST : 10
LCD BACKLIT
: ON
< USER NAME.. >
[ USER SETUP ]
TEMP. MODE
: `F
BUTTON SOUND : ON
FINISH SOUND
: 5sec
MELODY
:
1
LCD CONTRAST : 10
LCD BACKLIT
: ON
< USER NAME.. >
jaesik-Kim
PRESS
PRESS
PRESS
PRESS
ESC
PRESS
[ USER SETUP ]
TEMP. MODE
: `F
BUTTON SOUND : ON
FINISH SOUND
: 5sec
MELODY
:
1
LCD CONTRAST : 10
LCD BACKLIT
: ON
< USER NAME.. >
[ USER SETUP ]
TEMP. MODE
: `F
BUTTON SOUND : ON
FINISH SOUND
: 5sec
MELODY
:
1
LCD CONTRAST : 10
LCD BACKLIT
: ON
< USER NAME.. >
[ USER SETUP ]
TEMP. MODE
: `F
BUTTON SOUND : ON
FINISH SOUND
: 5sec
MELODY
:
1
LCD CONTRAST : 10
LCD BACKLIT
: ON
< USER NAME.. >
PRESS
U S E R N A M E S E T- U P
< USER NAME..
>
^
ABCDEFGHIJKLMNOPQ
RSTUVWXYZ abcdefg
hijklmnopqrstuvwx
yz 0123456789 -.'
U S E R N A M E S E T- U P
<A USER NAME..
>
^
ABCDEFGHIJKLMNOPQ
RSTUVWXYZ abcdefg
hijklmnopqrstuvwx
yz 0123456789 -.'
PRESS
6/22 PAGE
2007-10-31
SJPROPO Incorporated
B. Operating instructions
a. Setting values
Parameter
Setup Value
Temperature mode
`F / `C
Button sound
On / off
Finish sound
OFF, 5sec, 15sec, 1min, ON
Melody
1 ~ 10 melodies
Lcd contrast
0 ~ 15 steps
Lcd backlit
On / Off
User name
Up to 16 letters.
b. Operating instructions.
> Temp mode
Temperature indication can be converted in either ‘F or ‘C.
> Button sound
Button sound can be set to either On or OFF.
Even if the button sound is set to OFF, the charger should sound in case error occurs.
> Finish sound time
This time is the sound time when charge is completed.
The setting time is as like :
OFF, 5sec, 15sec, 1min, ON
> Melody
10 different melody sound can be set as a completion sound.
If finish sound is set to OFF, the melody does not sound when choosing melodies.
> LCD contrast
The contrast of the letters shown on the LCD can be adjusted.
The factory default setting is 10.
> LCD backlit
On or Off for LCD Backlit
> User name setting
If User name is set to the charger, this user name should be shown in the initial display when the power is connected.
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2007-10-31
SJPROPO Incorporated
4. DATA VIEW DISPLAY
A. DISPLAY CONTROL
[ DATA VIEW ]
INPUT
= 12.403V
OUTPUT
= 0.000V
BATT. TEMP =
90.5`F
PEAK TEMP =
90.5`F
BAT. RES.
=
0m@
CHG TIME
= 0:00:00
DCHG TIME = 0:00:00
[ DATA VIEW ]
INPUT
= 12.403V
OUTPUT
= 0.000V
BATT. TEMP =
90.5`F
PEAK TEMP =
90.5`F
BAT. RES.
=
0m@
CHG TIME
= 0:00:00
DCHG TIME = 0:00:00
GRAPHIC DATA VIEW
When there is no data available to show with the graph
NO GRAPHICAL
DISPLAYS AVAILABLE..
[ DATA VIEW ]
INPUT
= 12.403V
OUTPUT
= 0.000V
BATT. TEMP =
90.5`F
PEAK TEMP =
90.5`F
BAT. RES.
=
0m@
CHG TIME
= 0:00:00
DCHG TIME = 0:00:00
[ DATA VIEW ]
OUTPUT
= 0.000V
BATT. TEMP =
90.5`F
PEAK TEMP =
90.5`F
BAT. RES.
=
0m@
CHG TIME
= 0:00:00
DCHG TIME = 0:00:00
GRAPHIC DATA VIEW
PRESS
0:00:00 00.0Ah 0.000 V
ESC
00.000Vc 00.00Vr=A x0
PRESS
0:00:00 00.0Ah 0.000 V
ESC
00.000Vc 00.00Vr=A x0
PRESS
0:00:00 00.0Ah 0.000 V
ESC
PRESS
00.000Vc 00.00Vr= A x0
ESC
0:00:00 00.0Ah 0.000 V
00.000Vc 00.00Vr=M x0
ESC
PRESS
0:00:00 00.0Ah 0.000 V
00.000Vc 00.00Vr=M x0
ESC
PRESS
0:00:00 00.0Ah 0.000 V
00.000Vc 00.00Vr =M x0
ESC
PRESS
0:00:00 00.0Ah 0.000 V
00.000Vc 00.00Vr= M x0
ESC
PRESS
0:00:00 00.0Ah 0.000 V
00.000Vc 00.00Vr=M x0
PRESS
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2007-10-31
SJPROPO Incorporated
B. Operating instructions.
> Display either charger or battery data.
> Operation of the graph display.
-
Graph does not show if data to be displayed is below 5 seconds.
-
The detailed section of the graph where user wants can be enlarged and shown.
-
The followings are not shown on the graph.
During delay operation.
During cycle operation.
-
Overall graph display time
The overall graph display time is the time which is taken from start to finish for charge or discharge.
In case of charge or discharge for NiCd/NiMH, in accordance with the selected parameters, the overall period of the graph should be automatically shown in ONE DISPLAY.
In case of charging lithium batteries, the overall period of the graph is designed for 3 hours based on 1C rate. If charge time exceeds 3 hours, the further graph after 3 hours won’t be shown as the
expected charge time on lithium batteries is not quite accurate.
In case of automatic charge or discharge, the overall period of the graph is designed for 2 hours.
> How to see the graphic view
Charged capacity
Charged time
POINT-B
Voltages of the cursor location
0:00:00 00.0Ah 0.000 V
Zoom rate : x1 ~ x5
CENTER
POINT-A
00.000Vc 00.00Vr=A x0
Selecting Auto or Manual
Center voltage of Y axis
CENTER voltage
Volume of Y axis voltage
Voltage between POINTA and Center
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2007-10-31
SJPROPO Incorporated
5. CYCLE DATA VIEW DISPLAY
A. DISPLAY CONTROL
B. Operating instructions
a. Cycle operation.
[ CYCLE DATA ]
NO CAPACITY VOLTAGE
1 C:
0mAh
0.000V
D:
0mAh
0.000V
2 C:
0mAh
0.000V
D:
0mAh
0.000V
3 C:
0mAh
0.000V
D:
0mAh
0.000V
Once the cycle is completed, charge capacity and charge peak voltages are displayed, and
discharge capacity and discharge average voltages are displayed in cycle data view display.
b. Normal charge or discharge operation.
All data should enter 1st room.
[ CYCLE DATA ]
NO CAPACITY VOLTAGE
1 C:
0mAh
0.000V
D:
0mAh
0.000V
2 C:
0mAh
0.000V
D:
0mAh
0.000V
3 C:
0mAh
0.000V
D:
0mAh
0.000V
[ CYCLE DATA ]
NO CAPACITY VOLTAGE
1 C:
0mAh
0.000V
D:
0mAh
0.000V
2 C:
0mAh
0.000V
D:
0mAh
0.000V
3 C:
0mAh
0.000V
D:
0mAh
0.000V
[ CYCLE DATA ]
NO CAPACITY VOLTAGE
1 C:
0mAh
0.000V
D:
0mAh
0.000V
2 C:
0mAh
0.000V
D:
0mAh
0.000V
3 C:
0mAh
0.000V
D:
0mAh
0.000V
4 C:
0mAh
0.000V
D:
0mAh
0.000V
5 C:
0mAh
0.000V
D:
0mAh
0.000V
6 C:
0mAh
0.000V
D:
0mAh
0.000V
7 C:
0mAh
0.000V
D:
0mAh
0.000V
8 C:
0mAh
0.000V
D:
0mAh
0.000V
9 C:
0mAh
0.000V
D:
0mAh
0.000V
10C:
0mAh
0.000V
D:
0mAh
0.000V
[ CYCLE DATA ]
NO CAPACITY VOLTAGE
8 C:
0mAh
0.000V
D:
0mAh
0.000V
9 C:
0mAh
0.000V
D:
0mAh
0.000V
10C:
0mAh
0.000V
D:
0mAh
0.000V
jaesik-Kim
10/22 PAGE
2007-10-31
SJPROPO Incorporated
6. EQUALIZER DATA VIEW DISPLAY
A. DISPLAY CONTROL
[ EQUALIZER DATA ]
1)
2)
3)
4)
5)
0.000V 6)
0.000V 7)
0.000V 8)
0.000V 9)
0.000V 10)
PRESS
0 . 0 0 0 Va v g
0.000V
0 .0 0 0 V
0 .0 0 0 V
0 .0 0 0 V
0 .0 0 0 V
0 . 0 0 0V
ESC
1 2 3 4 5 6 7 8 9 10
B. Operating instructions
> Data is only shown when the Equalizer is connected to the charger.
> Each cell voltage can be shown.
> How to see the graph
Voltages between +120mV and -120mV based on Average voltages can be shown.
Therefore, Y axis voltage is showing the difference of 240mV.
Each dot means 5mV.
AVERAGE voltages
AVG+120mV
0 . 0 0 0 Va v g
0.000V
Selected cell voltages
AVERAGE
AVG-120mV
1 2 3 4 5 6 7 8 9 10
cell
indication
jaesik-Kim
SELECT
11/22 PAGE
2007-10-31
SJPROPO Incorporated
7. OPERATING START DISPLAY
< NiCd/MH Battery >
PRESS
[ 0 ] B AT T E R Y N A M E . .
NiCd 6CELL 3000mAh
< NORMAL >
CHARGE
D-CHARGE < NORMAL >
< CHG Æ DCH >
CYCLE
[ 0 ] B AT T E R Y N A M E . .
NiCd 6CELL 3000mAh
PRESS 2SEC
CHARGE
OPERATION DISPLAY
PRESS 2SEC
CHARGE
OPERATION DISPLAY
PRESS 2SEC
CHARGE
OPERATION DISPLAY
PRESS 2SEC
CHARGE
OPERATION DISPLAY
CHARGE <AUTOMATIC>
D-CHARGE < NORMAL >
< CHG Æ DCH >
CYCLE
PRESS
[ 0 ] B AT T E R Y N A M E . .
NiCd 6CELL 3000mAh
CHARGE < NORMAL >
D-CHARGE < NORMAL >
< CHG Æ DCH >
CYCLE
[ 0 ] B AT T E R Y N A M E . .
NiCd 6CELL 3000mAh
CHARGE < LINEAR >
D-CHARGE < NORMAL >
< CHG Æ DCH >
CYCLE
[ 0 ] B AT T E R Y N A M E . .
NiCd 6CELL 3000mAh
CHARGE < RE-FLEX >
D-CHARGE < NORMAL >
< CHG Æ DCH >
CYCLE
PRESS
[ 0 ] B AT T E R Y N A M E . .
NiCd 6CELL 3000mAh
< NORMAL >
CHARGE
D-CHARGE < NORMAL >
< CHG Æ DCH >
CYCLE
[ 0 ] B AT T E R Y N A M E . .
NiCd 6CELL 3000mAh
PRESS 2SEC
DISCHARGE
OPERATION DISPLAY
< NORMAL >
CHARGE
D-CHARGE < NORMAL >
< CHG Æ DCH >
CYCLE
PRESS
jaesik-Kim
12/22 PAGE
2007-10-31
SJPROPO Incorporated
[ 0 ] B AT T E R Y N A M E
NiCd 00cell 0000mAh
PRESS 2SEC
DISCHARGE
OPERATION DISPLAY
PRESS 2SEC
DISCHARGE
OPERATION DISPLAY
PRESS 2SEC
CYCLE
OPERATION DISPLAY
< NORMAL >
CHARGE
DCHARGE <AUTOMATIC>
< CHG Æ DCH >
CYCLE
[ 0 ] B AT T E R Y N A M E
NiCd 00cell 0000mAh
< NORMAL >
CHARGE
DCHARGE < LINEAR >
< CHG Æ DCH >
CYCLE
PRESS
[ 0 ] B AT T E R Y N A M E . .
NiCd 00cell 0000mAh
< NORMAL >
CHARGE
D-CHARGE < NORMAL >
< CHG Æ DCH >
CYCLE
CYCLES TIME : 1 TIME
DELAY TIME : 10MIN
PRESS
[ 0 ] B AT T E R Y N A M E . .
NiCd 00cell 0000mAh
< NORMAL >
CHARGE
D-CHARGE < NORMAL >
<CHG Æ DCH>
CYCLE
CYCLES TIME : 1 TIME
DELAY TIME : 10MIN
[ 0 ] B AT T E R Y N A M E
NiCd 00cell 0000mAh
[ 0 ] B AT T E R Y N A M E
NiCd 00cell 0000mAh
< NORMAL >
CHARGE
D-CHARGE < NORMAL >
< CHG Æ DCH >
CYCLE
CYCLES TIME : 1 TIME
DELAY TIME : 10MIN
< NORMAL >
CHARGE
D-CHARGE < NORMAL >
<DCH Æ CHG>
CYCLE
CYCLES TIME : 1 TIME
DELAY TIME : 10MIN
[ 0 ] B AT T E R Y N A M E
NiCd 00cell 0000mAh
< NORMAL >
CHARGE
D-CHARGE < NORMAL >
< CHG Æ DCH >
CYCLE
CYCLES TIME : 1 TIME
DELAY TIME : 10MIN
jaesik-Kim
13/22 PAGE
2007-10-31
SJPROPO Incorporated
< LiPo, Pb Battery >
[ 0 ] B AT T E R Y N A M E . .
LiPo 7 .4 V 25 00mAh
PRESS 2SEC
CHARGE
OPERATION DISPLAY
PRESS 2SEC
DISCHARGE
OPERATION DISPLAY
CHARGE < CV-CC >
D-CHARGE < LINER >
< CHG Æ DCH >
CYCLE
[ 0 ] B AT T E R Y N A M E . .
LiPo 7 .4 V 25 00mAh
CHARGE < CV-CC >
D-CHARGE < LINER >
< CHG Æ DCH >
CYCLE
PRESS
[ 0 ] B AT T E R Y N A M E
LiPo 7 .4 V 25 00mAh
CHARGE < CV-CC >
D-CHARGE < LINER >
< CHG Æ DCH >
CYCLE
CYCLES TIME : 0TIME
DELAY TIME : 00MIN
PRESS
[0]BATTERY NAME LiPo
7.4V
2500mAh
CHARGE < CV-CC >
D-CHARGE < LINER >
CYCLE < CHG Æ DCH >
CYCLES TIME : 0TIME
DELAY TIME : 00MIN
[0]BATTERY NAME LiPo
7.4V
2500mAh
[0]BATTERY NAME LiPo
7.4V
2500mAh
CHARGE < CV-CC >
D-CHARGE < LINER >
< CHG Æ DCH >
CYCLE
CYCLES TIME : 0TIME
DELAY TIME : 00MIN
CHARGE < CV-CC >
D-CHARGE < LINER >
CYCLE < DCH Æ CHG >
CYCLES TIME : 0TIME
DELAY TIME : 00MIN
[ 0 ] B AT T E R Y N A M E
LiPo 7 .4 V 25 00mAh
CHARGE < CV-CC >
D-CHARGE < LINER >
< CHG Æ DCH >
CYCLE
CYCLES TIME : 0TIME
DELAY TIME : 00MIN
jaesik-Kim
14/22 PAGE
2007-10-31
SJPROPO Incorporated
8. OPERATING FUNCTION
A. AUTOMATIC CHARGE
current
> It is relating to ONLY both NiCd and NiMH.
> It is identical to the one of ICE charger.
CHARGE
> All data for auto charge is achieved inside the charger.
0A
> The charger uses data of the temp cutoff that user sets.
> NiCd-8mV/C and NiMH -6mV/C are applied.
B. AUTOMATIC DISCHARGE
DISCHARG
> It is relating to ONLY both NiCd and NiMH.
> It is identical to the one of ICE charger.
> All data for auto discharge is achieved inside the charger.
-5A
> Discharge cutoff voltages is the cell numbers that charger calculates X 0.8V.
C. NOMAL CHARGE & DISCHARGE
This is to charge or discharge by checking voltage status with stopping the currents every one minute.
> It should work in accordance with data that user sets.
time
D. LINEAR CHARGE
> It means normal linear charge method.
5sec
4msec
> It should work in accordance with data that user sets.
E. RE-FLEX CHARGE
< RE-FLEX CHARGE >
> Like right figure, this charge method is to charge with instant discharge every second.
It should be helpful to the activity of the chemistry of the battery.
> Discharge with 4C rate of the selected charge currents.
For example, if charge current is set to 4A, the instant discharge current should 1Ax4=4A.(5Amax)
> To confirm the operation of the RE-FLEX, check the battery voltages with the oscilloscope equipment.
The easiest way to check is to see the pin of the ammeter of the good power supply should instantly
move to the negative position
F. CYCLE MODE
> This mode is activated based on the selected mode in Charge and discharge.
> Set the cycle direction ((<CÆD>, <DÆC>)
> Set the cycle times ( 1 to 10 times ).
> Set the delay time 1 to 30min.
G. CC-CV CHARGE
> CC( Constant current)-CV( Constant voltage) are for charging lithium battery.
> Charge should be finished if charge current is below than CAPACITY/20 current under CV ( constant voltage ).
Even if the charge is finished, CV trickle charge continues to charge 100% of the battery pack.
CV trickle charge should be also finished if the charge current is below than 30mA.
> In the case of charging over 5 cells of LiPo pack, the Equalizer must be connected to the charger. Otherwise, the charger doest not charge over 5cells without connecting the Equalizer, however, the sample that we sent to
you today can charge over 5cells even without connecting the equalizer.
jaesik-Kim
15/22 PAGE
2007-10-31
SJPROPO Incorporated
H. Measurement of battery internal resistance.
> Internal resistance can be gained during AUTO CHARGE, AUTO DISCHARGE, NORMAL CHARGE, NORMAL DISCHARE, LINEAR DISCHAR.
> Measuring time for internal resistance.
AUTO CHARGE, AUTO DISCHARGE, NORMAL CHARGE, NORMAL DISCHARGE Æ The internal resistance is gained every one minute, and it show with the average value.
LINEAR CHARGE Æ Measures one time after 10minutes of charge.
LINEAR DISCHARGE Æ Measures one time after 3 minutes of discharge
jaesik-Kim
16/22 PAGE
2007-10-31
SJPROPO Incorporated
9. OPERATING AND END DISPLAY
A. Operating status
OPERATION MODE
CHARGE
DISCHARE
[
NORMAL ] CHARGE
ESC 2SEC
TIME
: 0000sec
CAPACITY : 0000mAh
VOLTAGE
: 00.000V
CURRENT
:
00.00A
BAT.TEMP : 000.0`F
PEAK.TEMP: 000.0`F
ESC 2SEC
[ NORMAL ] CHARGE
END: DELTA-PEAK
TIME
: 0000sec
CAPACITY : 0000mAh
VOLTAGE
: 00.000V
CURRENT
:
00.00A
BAT.TEMP : 000.0`F
PEAK.TEMP: 000.0`F
CHARGE
COMMAND MODE
AUTOMATIC
NORMAL
LINEAR
RE-PLEX
CYCLE
CC-CV
OPERATION
OPTION
DISPLAY
DISCHARGE
COMMAND MODE
[
CYCLE ] CHARGE
CHG>DCH : 1 / 2
TIME
: 0000sec
CAPACITY : 0000mAh
VOLTAGE
: 00.000V
CURRENT
:
00.00A
BAT.TEMP : 000.0`F
PEAK.TEMP: 000.0`F
AUTOMATIC
NORMAL
LINEAR
DISCHARGE
END DISPLAY
CHARGE
END DISPLAY
DELTA-PEAK
ZERO DELTA-PEAK
CC-CV FULL
TEMPERATURE
TOP-OFF TIME
MAX CAPACITY
FLAT LIMITED
TIME LIMITED
CUT-VOLTAGE
TRICKLE
CHARGE CURRENT
NiCd/Mh
Charge with the selected charge currents
LiIo/LiPo
CV trickle charge
MAIN MENU
DISPLAY
jaesik-Kim
17/22 PAGE
2007-10-31
SJPROPO Incorporated
B. Graph check and reset currents during operation.
[
NORMAL ] CHARGE
TIME
C A PAC ITY
VOLTAGE
CURRENT
BAT.TEMP
PEAK.TEMP
[
:
:
:
:
:
:
[
0:12:13
5 72 mA h
10.430V
3.01A
No. Sens
0.0`F
TIME
C A PAC ITY
VOLTAGE
CURRENT
BAT.TEMP
PEAK.TEMP
PEAK.VOLT
Avg. VOLT
IN VOLT
BATT.RES
PRESS
NORMAL ] CHARGE
TIME
C A PAC ITY
VOLTAGE
CURRENT
BAT.TEMP
PEAK.TEMP
[
:
:
:
:
:
:
0:12:13
5 72 mA h
10.430V
3.01A
No. Sens
0.0`F
:
:
:
:
:
:
No. Sens
0.0`F
10.439V
0.000V
12.143V
187M@
[
ESC
0:00:00
:
:
:
:
:
:
0:12:13
5 72 mA h
10.430V
3.01A
No. Sens
0.0`F
ESC
3.01A10.000V
0 . 0 0 0 Va v g
ESC
0.000V
[ EQUALIZER DATA ]
1)
2)
3)
4)
5)
MODE
: 0:12:13
: 5 72 mA h
: 10.430V
:
3.01A
: No. Sens
:
0.0`F
: 00.000V
: 00.000V
: 00.000V
: 000m@
NORMAL ] CHARGE
TIME
C A PAC ITY
VOLTAGE
CURRENT
BAT.TEMP
PEAK.TEMP
PRESS
NORMAL ] CHARGE
BAT.TEMP
PEAK.TEMP
PEAK. VOLT
AV 9 . V O LT
IN VOLT
B AT T. R E S
NORMAL ] CHARGE
10.210VC
0.22Vr=A X1
MODE
1 2 3 4 5 6 7 8 9 10
0.000V 6)
0.000V 7)
0.000V 8)
0.000V 9)
0.000V 10)
0 .0 0 0 V
0 .0 0 0 V
0 .0 0 0 V
0 .0 0 0 V
0 . 0 0 0V
MODE
PRESS
Refer to the graph of the Data View Display
jaesik-Kim
18/22 PAGE
2007-10-31
SJPROPO Incorporated
10. CYCLE OPERATING DISPLAY
Previous completion-status
The cycle is activated based on charge setting and discharge setting modes.
[ 0 ] B AT T E RY N a m e …
NiCd 00cell 0000mAh
CHARGE < RE-PLEX >
D-CHARGE < NORMAL >
CYCLE
< CÆD>
CYCLES TIME : 3TIME
DELAY TIME : 10MIN
[ RE-PLEX ] CHARGE
TIME
CAPACITY
VOLTAGE
CURRENT
BAT.TEMP
ADD.CAP.
: 0000sec
: 0000mAh
: 00.000V
:
00.00A
: 000.0`F
: 0000mAh
[ C Y C L E ] D E L AY
E N D : D E LTA - P E A K
S TA R T
: 9m59s
CHG>DCH :
1 / 3
B AT. V O LT : 0 0 . 0 0 0 V
B AT. T E M P : 0 0 0 . 0 ` F
[ NORMAL ] DISCHARGE
TIME
CAPACITY
VOLTAGE
CURRENT
BAT.TEMP
ADD.CAP.
: 0000sec
: 0000mAh
: 00.000V
:
00.00A
: 000.0`F
: 0000mAh
Previous completion-status
[ 0 ] B AT T E RY N a m e …
NiCd 00cell 0000mAh
CHARGE < NORMAL >
D-CHARGE < NORMAL >
CYCLE
< CÆD>
CYCLES TIME : 3TIME
DELAY TIME : 10MIN
jaesik-Kim
[NORMAL ] CHARGE
TIME
CAPACITY
VOLTAGE
CURRENT
BAT.TEMP
ADD.CAP.
: 0000sec
: 0000mAh
: 00.000V
:
00.00A
: 000.0`F
: 0000mAh
[ C Y C L E ] D E L AY
E N D : D E LTA - P E A K
S TA R T
: 9m59s
CHG>DCH :
1 / 3
B AT. V O LT : 0 0 . 0 0 0 V
B AT. T E M P : 0 0 0 . 0 ` F
19/22 PAGE
[ NORMAL ] DISCHARGE
TIME
CAPACITY
VOLTAGE
CURRENT
BAT.TEMP
ADD.CAP.
: 0000sec
: 0000mAh
: 00.000V
:
00.00A
: 000.0`F
: 0000mAh
2007-10-31
SJPROPO Incorporated
11. CHARGER TOO HOT DISPLAY
A. Operating status
[
NORMAL ] CHARGE
TIME
C A PAC ITY
VOLTAGE
CURRENT
BAT.TEMP
PEAK.TEMP
:
:
:
:
:
:
0:12:13
5 72 mA h
10.430V
8.01A
No. Sens
0.0`F
In case the internal temp
of the charger is below
than 70’C.
In case the internal temp
of the charger is too hot !
[ CHARGER TOO HOT! ]
* Charger is too hot!
Pls wait until the
charger cools!
.
When internal temp of the
charger
become
over
125’C.
[ NORMAL ] DISCHARGE
TIME
C A PAC ITY
VOLTAGE
CURRENT
BAT.TEMP
PEAK.TEMP
jaesik-Kim
:
:
:
:
:
:
0:12:13
5 72 mA h
10.430V
5.01A
No. Sens
0.0`F
[
INTERNAL TEMP
]
* Internal temp is
too hot !
.
* Contact Hobby
Services if this
message appears
often.
.
In case the internal temp
of the charger is below
than 70’C.
20/22 PAGE
2007-10-31
SJPROPO Incorporated
12. CH2 CONTROL DISPLAY
A. Display control
CH
[
TIME
CAPACITY
VOLTAGE
CURRENT
PEAK. VOLT
Rx-Tx SETUP DISPLAY
[
Rx-Tx
SETUP
TIME
CAPACITY
VOLTAGE
CURRENT
PEAK. VOLT
PRESS
]
[
: 0:00:00
: 4092mAh
: 12.735V
:
AUTO
:
0.000V
Rx-Tx
TIME
CAPACITY
VOLTAGE
CURRENT
PEAK. VOLT
SETUP
Rx-Tx
]
SETUP
]
: 0:00:00
: 4092mAh
: 12.735V
:
AUTO
:
0.000V
: 0:00:00
: 4092mAh
: 12.735V
:
AUTO
:
0.000V
PRESS
PRESS 2SEC
[
Rx-Tx
SETUP
TIME
CAPACITY
VOLTAGE
CURRENT
PEAK. VOLT
]
: 0:00:00
: 4092mAh
: 12.735V
:
AUTO
:
0.000V
ESC 2SEC
CHARGE STOP
B. Operating instructions
a. Parameters per battery type
Parameter
NiCd & NiMH
Memo
Battery cells or voltage
1 ~ 8 cell
Auto detection
Capacity
100 ~ 9900mAh
Charge current
AUTO, 0.1 ~ 2.0A
0.1A/step
Peak sensitivity
8 mV/cell
Fixed
Pre-peak delay
3min
Fixed
b. Operating instructions.
> Set the desired charge currents.
> Connect the battery to the Rx-Tx SETUP.
> Press and hold the Dial to start charging.
> The parameters that you have set won’t be stored.
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21/22 PAGE
2007-10-31
SJPROPO Incorporated
13. ERROR MESSAGE DISPLAY
[ INPUT VOLTAGE
* The present input
voltage is 0.00V.
* Pls check the input
voltage.
* The input voltage
must be 11-15V.
]
[
NO BATTERY
* A battery is not
connected to the
output
* Please connect the
battery to the output
then restart !
]
[ REVERSE POLARITY ]
* A battery is connected to the output in
reverse !
* Pls correctly connect the battery to
the output.
[ OPEN CIRCUIT
* A battery is disconnected during an operation.
* Pls reconnect the
battery and restart!
[ BAT. TEMP TOO LOW ]
* Battery temp is too
low to be charged!
[ BAT. TEMP TOO HIGH]
* Battery temp is too
high to be charged!
BAT.VOLT : 00.000V
BAT.TEMP : 000.0`F
BAT.VOLT : 00.000V
BAT.TEMP : 000.0`F
[LOW OUTPUT VOLTAGE ]
* Output voltage is
lower than the selected cells or voltages
* Pls select proper
cells or voltages
[HIGH OUTPUT VOLTAGE]
* Output voltage is
higher than the selec
ted cells or voltages
* Pls select proper
cells or voltages
[TEMPERATURE ENSOR ]
* A temperature sensor is connected in
reverse or is
defective.
[ CHARGER TOO HOT! ]
* Charger is too hot!
Pls wait until the
charger cools !
[ INTERNAL TEMP. ]
* Internal temp is
too hot !
* Contact Hobby
Services if this
message appears
often.
[DATA COMMUNICATION ]
* Something is wrong
with the internal
circuit.
* Contact Hobby
Services
[ BID CONNECTION ]
* Battery ID has been
connected or disconnected.
* Pls restart the
charger!
[ DATA RANG OVER
* The selected values
are incorrect, or
more than 5 Lithium
cells without connecting the Equalizer
can not be charged
or discharged.
jaesik-Kim
[ BID CHECKSUM
* BID is damaged.
Mode data is initialized once any button is pressed.
]
[ SHORT-CIRCUITED ]
* Output short-circuited.
* Pls check the
output.
]
[ BID DATA WRITE ]
* The data is not stored at the batteryID
* If this message is
continuously shown,
pls replace it with
new battery ID.
]
22/22 PAGE
2007-10-31