ISDT C4 User manual

D5!杶镾擄翄鏍撋慘㛺暺霎
C4 Smart Charger Operating Instructions
XXX/JTEU/DP
Changes in specications and data will not be further noticed.
Address:!5th Fl., Bldg. 9, Mabian Industrial Zone, Yangtian Rd.,
Block 72, Xin'An Street,Bao'An District, Shenzhen, PRC Email:[e-mail]
状柬钭唯垧笛惟泮省嫌闕赐釜
Shenzhen ISD Technology CO.,LTD

Li-Ion Charging
4.09V / 0.80A
85mΩ / 39℃
186mAh
00:13:08
96 3 80
Disclaimer and warning
Thank you for purchasing the ISDT C4 smart charger.
C4 is one of the smart chargers which has excellent
performance and supports almost all types of batteries,such
as Li-lon,Lihv,IM-R,IN-R,Ni-MH,Ni-cd,Lifepo4,eneloop.It has
high angle visible IPS display,detailedparameterandtask
progress.Dierent types batteries can be put into dierent
slots and operate independently.The charger will identify
battery type and choose the matched charging way.
Read this user manual and follow the instructions carefully
before using your new charger.
1,Never charger an non-rechargeablebattery;
2,Keep the charger away from humidity and high tempera-
ture while
charging,and ensure the cooling fan heats sinking smoothly;
3,Do not let the children close to the charger.And do not
leave the charger unattended.
4,Make sure the charging and discharging parameters is
correct.Incorrect setting of parameters will result in disastrous
consequences.
5,When the charging or discharging is completed,please cut
o the power and remove the battery as soon as possible.
Multiplecombinationmanner could be used to charge,-
discharge,storage or circulate batteries,like 4s AA /2s
AAA/2s 18650/1s 26650.
Put the battery into matched slot,and then the charger
will start charge task automatic after buzzer 3
times.Meanwhile,users could touch the touch key to stay
in the task page and change each parameter manual-
ly.The items are as follows:
Usually,there are battery type or rated voltage on the
battery surface.Users could compare the below list to
conrm it.The charger will identify battery type automat-
ically based ontestingthevoltageofbatteries.And
please select the battery types manually if the charger
choose the wrong one.
* NiZn,LiHv batteries needto selected manually.
1)Connect the charger to a AC outlet(100-240V)or
vehicleadapter.
2)Put the battery into C4 according tothe positiveand
negative pole,then the boot screen comes up and will
shows charging state(as below pic)after buzzer 3 times.
Thetaskbar shows each task statusin one visual way,
means charging, means discharge, activate,
means circulate,analyze.After any task is complet-
ed,the will displayed on the screen instead of battery
percentage .Each detailed task page would be cycle
through thewindows. Use button tocycle
between modes.
1
2
3
45 6 7
1 Touch Key
2 Battery Slot
3 IPS Display
4 Micro USB Update Port
5 USB Port
6 Fan Outlet
7 DC Input
* The lateral length of batteries need to be controlled
in 65mm-66.7mm
Specication Task setting
Automaticmode
manual mode
Interface
Model
Input Power
Circuit Power
Battery Count
Battery Size
Operating Voltage Range
Battery Chemistry Type
Charge Current Range
Discharge Current Range
Operation Modes
Cycle Count
Display
Beep Sound
Temperature Sensors
Operating Temperature
Calibration
Voltage Measurement
Current Measurement
Standby Current Drain
External Ports
USB Power Output
Firmware Update
Reverse polarity protection
Over temperature protection
Over capacity protection
Dimensions (L×W×H)
Material
Weight
C4
DC 12V - 2.5A
max. Charge power 25W
max. Discharge power 10W
1 - 4 single cells, cylindrical
AAA,AA,10440,10500,
12500,12650,13500,13650,
14500,14650,16650,17650,
18650,20650,22650,26650
0.2V - 5.0V/slot
NiMH, NiCd, NiZn,
Eneloop, Li-Ion, LiHv, LiFePO4
0.1A - 3.0A/slot
0.1A - 1.5A
Charge, Discharge, Storage,
Cycle, Activation, Analysis
1 - 99 cycles
320×240 IPS LCD
Multi-tone
5 for inner
0°C - 40°C
Factory calibration
±10mV internal resolution
±10mA internal resolution
<0.05mA/battery
DC Input, Micro USB Link,
USB power output
DC 5V / 2.1A
Yes
support
support
support
122×85×38mm
PC+ABS casing, aluminum heatsink
153g(approx.)
1.Battery type
2.Operation status
3.Capacity charged
4.Present voltage&current
5.Task operation time
6.Resistance&temperature
7.Voltage curve
8.Taskbar
9.Battery charge percentage
10. Battery discharge percentage
11.Charged nished
12.Battery circulate percentage
1
910 11 12
34
6
5
7
8
2
Battery types
Task
Current setting
cycle index
Start task
Back
Select battery type
Select task content: Charge,Discharge,Storage,Cycle,Activation,Analysis
Select current:charge/storage:0.1-3.0A;discharge:0.1A-1.5A
cycle index:1-99
Start to execute task
Back
How to conrm battery types
Default battery types of charger
and task parameters
Rated Voltage
Full charge voltage
Storage voltage
Discharge voltage
1.20V
1.65V
X
0.90V
1.5V
1.9V
X
1.20V
3.70V
4.2V
3.70V
3.10V
3.80V
4.35V
3.80V
3.30V
3.30V
3.65V
3.20V
2.90V
1.20V
1.65V
X
0.90V
NiCd/NiMH NiZn Li-lon LiHv LiFePo4 Eneloop
Default charging current: AAA/10440-0.5A
AA/10500-1A
18650-2A
26650-2.5A
Default charging current would be selected automatical-
ly according to the length of battery.Please select the
current manually if the bettery has long length and small
capacity,like 14650/16650 etc.
99 3.63
AA/R6/UM-3/14500
Battery
Task
Current
Cycle
Start
Back
Charge
Discharge
Storage
Cycle
Activation
Analysis

It is very important to know the maximum charging
current of the battery as excessive current could
inuence the life span of battery and/or cause damages.
In addition, excessive current can cause heating and/or
explosion of the battery during the charging process.
The charging and discharging capacity of battery is
usually marked with C value. Multiplying the charging C
value and battery capacity equals to the maximum
charging current supported by the battery. For example,
for a 1000 mAh battery with a charging capacity of 5C,
the maximum charging current would be 1000*5=5000-
mA; therefore, the maximum charging current is 5A.
For a lithium battery, if it is impossible to conrm the
supported charging C value, please set the charging
current below 1C for the sake of its (lithium battery)
safety.
The reference relation between C value and charging
time: charging time ≥60 minutes/charging C value (it
therefore needs around 60~70 minutes to complete
charging with 1C). Due to dierences in battery
conversion eciency, the period to complete the
charging might be extended.
In this mode,the battery could be charging and
discharging up to99cycles.And the memory eect of
rechargeablebattery could be erased under this mode
as well.
Circulative function
Please select storage functions if the battery will not be
use for a long time.When selecting storage functions,
automatic charging task can be initiated if the battery is
lower than the preset storage voltage; likewise, automat-
ic discharging task can be initiated if the battery voltage
is higher than the preset storage voltage.
Storage functions
The charger would identify the battery as an
non-rechargeablebattery if it over-voltage into 0V.Users
could select this mode to reconditioning the
battery.Please change the battery if it still could not be
charged after many times activation.
Battery activation use a low current to cycle charge-dis-
charge-charge the battery. The battery would be
activated in cyclicalprocess.Sometime it needs 2-3
*battery to complete activate it.
Activation function
This function is applied to the battery which is storaged
for more than 2 weeks or with weak discharge
performance.And this function could be also used to
identify and match the battery capacity.
Analyze function
The maximum output of USB port is 2.1A.The charger
could charging battery and your phone at same
time.The battery chargingpower will be reduced
automatically when charging over USB.
The charger is equipped with a function of measuring
the cells’ internal resistance, The cell voltage should be
measured and calculated after the charging task has
been initiated for 10s. The battery internal resistance can
slightly vary under dierent electric quantities while the
measured resistance value is usually relatively low as the
electric quantity is large.
The charging current should be adjusted instantly as the
charger measures the internal resistance of the battery;
therefore, it is normal phenomenon for acute change of
current to occur during charging.
USB charge function
When the battery was reversed or short circuit,the
charger would continue to prompterror until it has been
take o. And the corresponding slots status will be
showed as below:
batteryshort circuit and reverse
polarity protection
How to conrm Charging Current
-- -- --
Battery Reverse
internal resistance measurement function
After the charging is completed, the will displayed
on the screen instead of battery percentage .It is normal
for voltage decline to occur due to dierent performanc-
es.As the number of the charge cycle grows, the
performance decreases, and the voltage decline
phenomenon becomes obvious. To charge the battery
with a larger current would also cause a more obvious
voltage decline after the charging is complete.
Q: Why the charger could not identify the battery?
A: Pull out and plug in the battery again to ensure all
connections are reliably contacted; Please check
whether the positive and negative electrode of the
battery is well connected.And please try to put it into
another slot see if the battery could be identied.Or
please check whether the battery is over-voltage to a
empty voltage.If the error reminder continues, please
check whether the metal parts on the battery interface
are oxidized or burned resulting in unreliable connec-
tion.
Q: Could I use the C4 to discharging aLi-ion or alkaline
non-rechargeablebattery?I try to verify the battery
capacity.
A: The C4 could be used to discharge non-recharge-
ablebattery.But please note:Never charger an
non-rechargeablebattery.
Q: Error in power on self-testing:
A: The charger can automatically carry out a self-test-
ing when connected to a power supply. A self-testing
error warning sound should be heard when the
charger is connected to the battery; power on after
removing the battery for 5 minutes.
Q: I put 4 AA batteries into C4 and set the charging
current to 3A,why theactualcurrentcould not reach
to 3A?
A: Themaximumcharging power is 30W.The charger
would be automatic change to a proper current to
start charge if the setting exceeded the total power.
ISDT always focus on pursuit of perfection.Every
performanceand algorithm improvement,visual
optimization is built slowly over timeby all the
engineers.And all of this reected in the
rmware.More details about latest rmware please
check our website.
C4 smart charger upgrade steps:
1.Connect the C4 and PC with a Micro USB cable
2.Power on the C4 to start work,and then the charger
will enter into rmware upgrade mode automatically.
3.Use the “Updata program” to start update according
to theprompts.
rmware upgrade
Judgment of complete charging
Touch the button under lightcondition (no
rechargeablebattery) to make the system default pop
up,and the items are as follows:
C4 smart charger conforms to relevant EC command
and relevant commands in B: 2010,CHAPTER 15, FCC
For electronic products with this marking in
their manuals, please separately dispose
them with family garbage. When a charger
gets spoilt and cannot be used anymore,
please take it to a nearby garbage station or
recycle center.
System default FAQ
Product qualication declaration
Buzzer volume: the default is OFF, the operation sound
would be blocked, but not the sound of error warning.
System Information
Factory Parameter
Language
Volume
Backlight
Capacity Limit
Auto Charge
Cycle Display
Back
system software information
resettofactorydefaults
Default language setting
Three gears: high, medium, low; and o
Three gears: high, medium, low
Set themaximum battery capacity
Set the wait time for auto-charging
cycle modes details in manual or Auto way
back
Testing standards
EN 61000-6-3:2007 + A1:2011
EN 61000-6-3:2007
Settings
System Information
Factory Parameter
Language
Volume
Backlight
Capacity Limit
Auto Charge
Cycle Display
Back
...
...
English
Low
High
On
3s
10s
result
Yes
Yes

Li-Ion 充电中
4.09V / 0.80A
85mΩ / 39℃
186mAh
00:13:08
96 3 80
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AA/R6/UM-3/14500
电池类型
任务选择
电流设置
循环次数
开始
返回
自动
充电
自动
3
3.6
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5/46W
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䧿㚪擄翄翄牐樰懪䂏姪靕誤㬕愞䯖唻鲋䂏姪㪏俋
䯖咷㳝㪏啢艊翄焏㫧󴛯擄翄暚䯖偧!237610!247610!
257610!27761訵䯖㛽忲誤㜉頺翄牐俋啢︑

鮪擄翄頌宍䎍魯鑫㓦玜毞忞羮翄焏盧㚾艊桭俋
擄翄翄牐䯖懲羮㫓俋艊翄牐唻翄焏擄翄＝唻翄
焏艊啈噯㬬彾嬁閼羗靧懖鰥䯖㫓俋艊翄牐擄翄
雩＝㬬彾擄翄㫓蠿跤翄焏僨硰羗靧稜砋︑
翄焏擄敡翄镾撾酽鞶飨D斶棾槪㛌䯖擄翄D斶觜
飨翄焏咷㳝喥曧翄焏忞敆慁艊桭俋擄翄翄牐䯖
籌偧2111nBi艊翄焏䯖槪㛌擄翄镾撾踵1/6D䯖
㮰躅桭俋擄翄翄牐踵䯤2111+1/6>611nB䯖雩
喥曧桭俋敆慁1/6B擄翄︑
唻鲋䀑翄焏鍖㔃䯖偧楇晹熴薶呯翄焏忞敆慁艊
擄翄D斶䯖踵鑫呏瑪㡽㓄㛽啔擄翄翄牐㛄呯鮪醭
俋鲋2D艊過︑
擄翄D斶醮擄翄暚䄄艊贋鍊饅跀䯤擄翄暚䄄ｌ
71鰓㾮0擄翄D斶䯒籌偧懲羮2D擄翄䯖擄翄呝彾
暚䄄俋郿䈑㒄71 81鰓㾮䯓䯖羾鲋翄焏㩸懙镾敱
艊墬婬䯖澑暚䄄桹詵镾＝桹忞婜䂏︑
澑浧媀醣詵飨擄0敡孉粶::漛︑孉粶浧媀詵狆
䅵詵擄翄翄焏艊㚶宎敱姉︑
峑縀
嫕䀑翄焏䈑㒄䂏暚䄄叅敡醭懲羮暚䯖婠㚴㳕羮
澑浧媀︑㬕愞叅鉸嗚镾暚䯖翄焏偧楇濱鲋䎖㛄
叅鉸翄紙䯖啔靕誤㫧󴛯擄翄麇烏䯥翄焏翄紙偧䗮
鲋 䎖 㛄 叅 鉸 翄 紙 䯖啔 靕 誤 㫧 󴛯 敡 翄 麇 烏 ︑
啳瑪
嫕JNS翄焏㫓敡勢1W暚䯖擄翄鏍＝朄蛵㛫翄焏
踵醭詵擄翄焏︑㫥暚詵㬕愞牆誼嗚镾䯖張詵唻翄
焏㫧󴛯販侟䯖偧鄽㫓侸漛牆誼鞣晹熴擄翄䯖婠㚴
桖懙桹䃾䎪翄焏︑
翄焏牆誼曧㬦㫓唻翄焏艊擄翄.敡翄.擄翄艊孉
粶昷媀䯖㬦夠懲羮嬟濱艊㬫姪啔翄焏擄䒆︑孉粶
㫓蠿讜暚牆誼翄焏䯖桹暚䈑㒄!3.4跣孉粶忴懲翄
焏呝瑪⺖発牆︑
玏僉
㬎羮鲋叅敡㢋㫓跏跣曐梕飨醢艊翄焏䯖徏鍎敡
翄屟镾㪏媥艊翄焏䯥澑浧媀讜暚詵飨櫩牣翄焏
咷㳝㱚唻︑
詳橓
VTC桭俋㪟熱3/2B-! 詵醮翄焏擄翄讜暚㫧󴛯䯖嫕
VTC桹㪟熱暚䯖翄焏擄翄嗚籹＝靕誤䅝濱飨瓕
㢹VTC㪟熱︑
梪擄翄鏍錨桹翄颫廟䅋牣㳝嗚镾䯖鮪擄翄麇烏
婩僔謚俋郿21蟩㾮詵飨牣㳝妛㚧誽熱翄焏廟䅋
䯖翄焏廟䅋鮪醭讜翄㳝暚＝叅鮪墬婬䯖酽鞶棾㛺
翄㳝㪏侸暚牣嬱艊廟䅋過＝㪏濱︑擄翄鏍唻翄
焏㫧󴛯廟䅋牣㳝暚䯖＝蒃䄄㜉斾擄翄翄牐䯖罌澑
擄翄㫓蠿跤僨粷翄牐桹褃黌嘄鲋澐夠粷㝧︑羾
鲋廟䅋牣㳝昷媀艊墬婬䯖晹熴呺粷貙備鲋豕趵
廟䅋牣㳝髟酘唻斶牣㳝︑擄翄翄牐艊俋啢唻廟
䅋牣㳝艊豈薶屟桹酽呯嬁閼䯖俋咷㳝濱廟䅋艊
翄焏䯖䈑㒄㪏俋艊擄翄翄牐昷镾豈薶牣㳝熱廟
䅋︑
VTC薩脽責霘
嫕⺸駱翄焏儂扟徏蓪㣵暚䯖擄翄鏍啔＝㫪醁悞
䀨䯖茻靧僉醣翄焏䯖荁姉艊抴洟笶尓啔朄蛵偧醣
翍䉳䯤
脽爙蘒㦷嶧崍揟漿懛
冨剛蛠嗼薩脽脽玗
-- -- --
电池反接
説䈌玤㶞責霘
嫕麇烏怱󴛯酁棴暚䯖鮪麇烏寚㬫䎖㓋槵跤啔＝
朄蛵!!!!!!魍桬翄㳝艁鰓瀷︑
翄焏鮪擄敡翄酁棴謚
䯖羾鲋屟镾艊墬婬䯖翄紙＝叅鮪酽呯艊螻魖䯖㫥
嘄鲋澐夠粷㝧︑妛鹾䆠菑翄焏孉粶漛斶亱侸䯖屟
镾㬜澒醣䅝䯖㫥酽粷㝧＝桖暺朄︑桖俋艊擄翄翄
牐㫧󴛯擄翄䯖雩＝啂靪擄瓕謚翄紙螻魖艊粷㝧
桖鎢暺朄︑
R!彿墱鄽鮪抴洟廟敡駱翄焏䯖貶擄翄鏍煫桹儂
姉䯩
B!
㳛昦惽抴翄焏䯖妛薶墮忞桹㫪扟詵䉱扟㓩䯖
㛽櫩榺翄焏澐㠥椥曧壠唻擄翄鏍抴洟艊澐㠥椥
扟㓩頠偡䯖桖敘翄焏抴洟曧壠镾澐夠㛌時䯖牣㳝
翄焏曧壠㫓敡勢鑫裶翄紙䯥
偧悞䀨抲蛵㳛侟熱
粷䯖䎍櫩榺翄焏扟㓩㳟嘄㯵鬣曧壠桹炶誼硢瞮
艊粷㝧嬁閼扟㓩詵䉱屟︑
!
R!彿㬦㫓D5酓蘗屟徏䀑醭詵盧翄焏敡翄讖䯩彿
嶎䖢㛇呅髦艊翄焏咷㳝䯩
B!唻酽漛屟翄焏㫧󴛯敡翄棾薶呯呅髦艊咷㳝曧
詵飨艊䯖貶醭㒄唻呅髦㫧󴛯擄翄撋慘䯥
R!婩梽悞䀨㛫偧駁侐絔䯩
B!
婩梽靕櫩暚悞䀨侐絔;!擄翄鏍鮪醢翄暚＝靕
誤怱󴛯靕櫩蠿姃䯖澑暚偧楇㫪扟翄焏啔詵镾＝
啂靪靕櫩悞䀨䯥悞䀨謚姉蠩䅵翄焏䯖妛昢翄謚6
蟩畝醢翄︑
R!彿墱鄽鮪抴洟廟敡駱5跣BB翄焏䯖妛踵瀯跣
翄焏㛄呯鑫4B擄翄䯖踵鳘躅呺䅕翄牐㫊醭勢4B
攖䯩
B!㛽燍嶯擄敡翄嗚籹䅡壽䯖擄翄鏍桭俋擄翄嗚
籹 踵 4 1 X 䯖嫕 㛄 呯 過 㢋 㫓 擄 翄 鏍 岄 嗚 籹 暚 䯖擄
翄鏍啔＝靕誤敘踵諦㬎艊翄牐㫧󴛯擄敡翄︑
JTEU熱閔艊忞桹鲲閔鰍鮪㬉烢椥靪鉢䖢艊㭠㣵
醢澒嘒醭匯䯖瀯酽漛嗚敱艊抲䗮䯖誽熴艊抲緣䯖
㓉㓌艊〓誼䯖㰊曧蔠僨墡蠿壎暀蠘桸踙艊彾楇䯖
啔呅髦踙蠘鮪躉鬣桖昦藥跤䯖鮪JTEU呭鈫䯖倉詵
飨醣㪉勢桭 昦艊躉鬣緣鄀蠿 姃︑
D5杶镾擄翄鏍緣鄀澒䖺偧醣䯤
2/!羮Njdsp!VTC斶懪鄡啔QD醮D5㫪扟偡䯥
3/!踵D5㫪扟翄瑧婩梽䯖澑暚D5＝靕誤㫧駱躉
鬣桖 昦浧媀䯥
4/!婩蕓躉鬣桖昦蠿姃䯖慍㩻鬣慇媆啔躉鬣桖昦
勢D5︑
↖禱諳鉒
滌則銐樋勛杙
鮪擄翄鏍忞桹翄焏抴洟裶鉝笶尓醣䯖㪇慍㓩揾
䀽!!!!!!張詵㫧駱跀酛㛄鉝翨䉳︑
D5杶镾擄翄鏍觻諦荁饅艊FD慇魑飨倀GDD訅
26覈C;!3121荁饅慇魑︑
㛺暺霎跤桹澑槪宺艊翄厸鲲閔䯖鮪侐
絔 暚 䯖㛽 烏 宍 醮 咲 姲 纍 鯝 鰓 婩 侐 絔 ︑
㛽啔悞姠艊擄翄鏍愽詛䅔㫝艊纍鯝敒
䇗跤宆徏鍎孉粶懲羮跤宆︑
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龓䤿鏍䌄㳝䯤嫕㛄呯踵饅暚䯖啔嗢鳦撋慘佪抲蛵䯖
貶醭＝嗢鳦䀨㛵抲蛵䌄︑
跀酛惡峗
峈侟熱陣㛄鉝
㛳㔃
䌄㳝
鑨賂鲻姪
咷㳝䅡壽
靕誤擄翄
孉粶朄蛵
㫠螻
跀 酛 惡 峗 䯖躉 鬣 穼 梪 誑 訵
㳛鉝踵熱陣㛄呯過
跀酛㛳㔃㛄鉝
龓䤿鏍䌄㳝㜉頺䯖鰓時踵䗮跤濱飨倀饅䃽醑橭
嗢奟鑨賂鲻姪㜉頺䯖鰓踵䗮跤濱醑橭
㛄鉝敆慁艊桭俋翄焏咷㳝
婩蕓靕誤擄翄浧媀訵嬜暚䄄
孉 粶 賽 懙 諤 麇 烏 㛬 嵔 朄 蛵 䯖鰓 時 踵 靕 誤 嶗 忲 誤
㫠螻
牣㛛槪豈
觻諦
觻諦
FO!72111.7.4;3118!,!B2;3122
FO!72111.7.4;3118
酁楇

㛽薶㚪藥⺸廟藥塒醣燒窹閔;!D5杶镾擄翄鏍䯖翄瑧㬎㱚鏍)抴俧㓇樴罌䀏綈鰱嶼醭讜＝桹黌誼*
賾㒈説篵櫧
Package included:Please conrm the following items which is included in package :1x C4 smart charger,1
x power adapter(plug is dierent by region)
Package items