User manual Cell Meter 8 Battery capacity tester

Art.-Nr.: X5501
MODELLBAU
1. ALLGEMEINES
Das Cellmeter 8 ist ein präzises Messgerät, um den Zustand von Akkus genau zu erkennen. Das Gerät ist primär für
den Einsatz im Modellsport konzipiert und unterstützt folgende Akkutypen:
• LiPo-Akkus (Lithium Polymer)
• LiFe-Akkus (Lithium Ferrite)
• LiIon-Akkus (Lithium Ionen)
• LiHV-Akkus (Lithium Polymer High Voltage)
• NiCd-Akkus (Nickel Cadmium)
• NiMH-Akkus (Nickel Metall Hydrit)
Lithium-Akkus (1-8s)
Das CellMeter 8 kann 2-8s Lithium-Akkus ohne zusätzliche Versorgungsspannung testen. Um eine 1s Lithium-Zelle zu
vermessen, muss zusätzlich ein NiMH-Akku mit mindestens 4 Zellen am NiMH-Port des CellMeter 8 angeschlossen werden.
Nickel-Akkus (1-8s)
Das CellMeter 8 kann 4-8s Nickel-Akkus ohne zusätzliche Versorgungsspannung testen. Um Nickel-Akkus mit weniger
als 4 Zellen zu vermessen, muss zusätzlich ein Lithium-Akku mit 2-8s am Lithium-Port des CellMeter 8 angeschlossen
werden.
2. ANSCHLUSS
Lithium-Akkus werden mit dem Balancer-Anschluss an der 9-poligen Stiftleiste (Pin-Abstand 2,54 mm) angeschlossen. Achten
Sie dabei auf die korrekte Polung. Nickel-Akkus werden an der 3-poligen Stiftleiste (Pin-Abstand 2,54 mm) angeschlossen.
3. EINSTELLUNGEN
Nach dem Anschluss des Akkus, die Taste Setup Menu für eine Sekunde gedrückt halten, um in den Setup Mode zu gelangen.
Durch kurzes Drücken der Taste Setup Menu gelangen Sie in den nächsten Menüpunkt. Durch langes Drücken der Taste Setup
Menu verlassen Sie den Setup Mode. Kurzes Drücken der Taste CELL verringert die Einstellwerte, mit MODE werden die Werte
erhöht. Im Menüpunkt Entladeschlussspannung werden durch langes Drücken der Tasten CELL und MODE die Werte in großen
Schritten erhöht oder verringert.
BEDIENUNGSANLEITUNG
Technische Änderungen sind ohne vorherige Ankündigungen möglich! Jeder Nachdruck,
auch auszugsweise, bedarf unserer ausdrücklichen, schriftlichen Genehmigung.
Pichler Modellbau GmbH • Lauterbachstrasse 19 • D-84307 Eggenfelden
Tel. [phone] • Fax: [phone] • [e-mail] • www.extron-modellbau.de
MODELLBAU
Cellmeter8 V2.0 使用明
高精度， 池，平衡放器，舵机器
1.CellMeter8 V2.0 介
Cellmeter8 V2.0 是一个可以池状的器，池类型包含大部分可充池，池类型；
1. Li-Ion(离子池)
2. Li-Po(聚合物池)
3. Li-Fe(池)
4. Li-HV(高池)
5. Ni-Cd(池)
6. NiMH(池)
池类型（LIPO,LIFE,LION，LIHV）,不需要外供的情况下CELLMETER8 可支持2-8S，1S
池，需要接入大于3S的池或者UBEC 5V 到NICD,NIMH 端口CELLMETER8 提供工作源。
2．接池
CELLMETER8 有两种池接端口；
池的接端口格92.54距，可直接插入距2.54MM的池平衡插，接池
平衡插，平衡插的极要准CELLMETER8 Lithium 端口的Θ极，池的接端口格3
2.54MM距，可直接插入距2.54MM的池主插，池的主插一般2格，
在接插，极要准3接口最上方的Θ极，正极要准3接口中的⊕
PPM Adjust
Servo Test
PPM OUT
Battery Voltage Capacity Checker
Balance Discharger / Servo Tester
TYPE CELL MODE
Setup Menu Servo Test Discharge
8 67 5 4 3 2 1
Lithium
Servo 5V
Power IN
Nicd/MH
CellMeter 8
LiPo
Discharge
V
1S 2S 3S 4S
5S
6S 7S 8S
Total
30.80
48
%
Li-HV
Li-lon
Li-Po
Li-Fe
NiCd
NiMH
PPM Adjust
Servo Test
PPM OUT
Battery Voltage Capacity Checker
Balance Discharger / Servo Tester
TYPE CELL MODE
Setup Menu Servo Test Discharge
8 67 5 4 3 2 1
Lithium
Servo 5V
Power IN
Nicd/MH
LiPo
Discharge
V
1S 2S 3S 4S
5S
6S 7S 8S
Total
30.80
48
%
Li-HV
Li-lon
Li-Po
Li-Fe
NiCd
NiMH
池和池接示意（可同接池和池）
3.参数置：
Cellmeter8 接池或池在工作状，按（按下保持1S以上的）setup Menu 按
入下一参数置，按是退出参数置模式，返回到池模式，参数模式下，短按CELL
参数减少，短按MODE参数增大，放截止参数置状下，按CELL按快速减小，
按MODE按快速增大。
a
PPM Adjust
Servo Test
PPM OUT
Battery Voltage Capacity Checker
Balance Discharger / Servo Tester
TYPE CELL MO DE
8 67 5 4 3 2 1
Lithium
Servo 5V
Power IN
Nicd/MH
CellMeter 8
Li-HV
Li-lon
Li-Po
Li-Fe
NiCd
NiMH
PPM Adjust
Servo Test
PPM OUT
Battery Voltage Capacity Checker
Balance Discharger / Servo Tester
TYPE CELL MO DE
Setup Menu Servo Test Discharge
8 67
5
4 3 2 1
Lithium
Servo 5V
Power IN
Nicd/MH
CellMeter 8
30
Li-HV
Li-lon
Li-Po
Li-Fe
NiCd
NiMH
PPM Adjust
Servo Test
PPM OUT
Battery Voltage Capacity Checker
Balance Discharger / Servo Tester
TYPE CELL MO DE
8 6
7 5 4
3 2 1
Lithium
Servo 5V
Power IN
Nicd/MH
CellMeter 8
2500
PPM
US
h
Li-HV
Li-lon
Li-Po
Li-Fe
NiCd
NiMH
PPM Adjust
Servo Test
PPM OUT
Battery Voltage Capacity Checker
Balance Discharger / Servo Tester
TYPE CELL MO DE
Setup Menu Servo Test Discharge
8 67 5 4 3 2 1
Lithium
Servo 5V
Power IN
Nicd/MH
CellMeter 8
50H
PPM
Li-HV
Li-lon
Li-Po
Li-Fe
NiCd
NiMH
PPM Adjust
Servo Test
PPM OUT
Battery Voltage Capacity Checker
Balance Discharger / Servo Tester
TYPE CELL MO DE
Setup Menu Servo Test Discharge
8
67 5 4 3 2 1
Lithium
Servo 5V
Power IN
Nicd/MH
CellMeter 8
Discharge
V
3.700
Li-HV
Li-lon
Li-Po
Li-Fe
NiCd
NiMH
PPM Adjust
Servo Test
PPM OUT
Battery Voltage Capacity Checker
Balance Discharger / Servo Tester
TYPE CELL MO DE
Setup Menu Servo Test Discharge
8
67
5
4 3 2 1
Lithium
Servo 5V
Power IN
Nicd/MH
CellMeter 8
LiPo
Discharge
V
1S 2S 3S 4S
5S
6S 7S 8S
Total
30.80
48
%
Li-HV
Li-lon
Li-Po
Li-Fe
NiCd
NiMH
舵机范置
示模式 放截止置模式 舵机率置
背光开启置 提示声音开关置
示
（默模式）
放截止 舵机率
参数置模式 参数置模式
舵机范
参数置模式
背光开启
参数置模式
提示声音开关
参数置模式
短按置按
按
置
短按
置
短按
置
短按
置
短按
置
按
置
按
返回

示
按
置
按
返回

示
按
置
按
返回

示
按
置
按
返回

示
舵机范置：500-2500us, 1000-2000us
放截止置范:2.000-4.200V 舵机率置:60Hz, 100Hz, 125Hz,200Hz, 250Hz,300Hz
背光开启置：off,10s-60s,on 提示声音开关置：on,off
4.池模式；
将需要的池(LIPO,LIFE,LION,LIHV)平衡插正确插入到CELLMETER8的9Lithium 端口，
CELLMETER8从池得工作源后启工作，LCD屏幕会示池的池数，池，
池类型和池剩余量百分比以及代表剩余量的条形案，由于每种池类型有不同的定以
及与其相的量关系，因此需要正确的池类型CELLMETER8屏幕上示的池剩余量百
分比以及代表剩余量的条形案才会准确，池模式下短按TYPE按，在智能判断允的条件
下，可在池类型LIPO,LIFE,LION,LIHV之循却，
CELLMETER8 有智能判断池类型，被的池中任意一池高于3.6V，将不能切到
LIFE类型，被 的池中任意一池高于4.1V，将不能切到LION类型。
池模式下短按CELL按，LCD屏幕示将从池示状切到每池示模式，
每短按一次CELL按切到下一池示，1S-2S,…8S,-1S.-2S。循切示，每
池示模式下，短按MODE,按将切到池和池数示模式。
（假被池数是N,那么只会示1S-NS,CELLMETER8 会智能示被池数和）
池模式下短按MODE按，LCD屏幕会示最高芯的以及在屏幕端示最高
的那芯是哪一，再次短按MODE 按，LCD屏幕会示最低芯的以及在屏幕端
示最低的那芯是哪一，再次短按MODE按，LCD屏幕会示最高芯的减去
最低芯的而得到的差距差，以及在屏幕端示最高芯和最低芯是哪两。
PPM Adjust
Servo Test
PPM OUT
Battery Voltage Capacity Checker
Balance Discharger / Servo Tester
TYPE CELL MO DE
Setup Menu Servo Test Discharge
8
67
5 4
3 2 1
Lithium
Servo 5V
Power IN
Nicd/MH
LiPo
Discharge
V
1S 2S 3S 4S
5S
6S 7S 8S
Total
30.80
48
%
PPM Adjust
Servo Test
PPM OUT
Battery Voltage Capacity Checker
Balance Discharger / Servo Tester
TYPE CELL MO DE
Setup Menu Servo Test Discharge
8
67 5 4
3
2
1
Lithium
Servo 5V
Power IN
Nicd/MH
2500
PPM
US
h
PPM Adjust
Servo Test
PPM OUT
Battery Voltage Capacity Checker
Balance Discharger / Servo Tester
TYPE CELL MO DE
Setup Menu Servo Test Discharge
8 67 5 4 3 2 1
Lithium
Servo 5V
Power IN
Nicd/MH
50H
PPM
PPM Adjust
Servo Test
PPM OUT
Battery Voltage Capacity Checker
Balance Discharger / Servo Tester
TYPE CELL MO DE
Setup Menu Servo Test Discharge
8 67 5 4 3 2 1
Lithium
Servo 5V
Power IN
Nicd/MH
PPM Adjust
Servo Test
PPM OUT
Battery Voltage Capacity Checker
Balance Discharger / Servo Tester
TYPE CELL MO DE
Setup Menu Servo Test Discharge
8
67
5 4
3 2 1
Lithium
Servo 5V
Power IN
Nicd/MH
Discharge
V
3.700
PPM Adjust
Servo Test
PPM OUT
Battery Voltage Capacity Checker
Balance Discharger / Servo Tester
TYPE CELL MO DE
Setup Menu Servo Test Discharge
8
67 5 4
3
2
1
Lithium
Servo 5V
Power IN
Nicd/MH
30
Li-HV
Li-lon
Li-Po
Li-Fe
NiCd
NiMH
Li-HV
Li-lon
Li-Po
Li-Fe
NiCd
NiMH
Li-HV
Li-lon
Li-Po
Li-Fe
NiCd
NiMH
Li-HV
Li-lon
Li-Po
Li-Fe
NiCd
NiMH
Li-HV
Li-lon
Li-Po
Li-Fe
NiCd
NiMH
Li-HV
Li-lon
Li-Po
Li-Fe
NiCd
NiMH
CellMeter 8 V2.0 User Guide and Manual
High-Precision ! Battery Voltage Capacity Checker/Balance
Discharger/Servo Tester
1.Instruction
Cellmeter 8 V2.0 is a clever device that can show you the condition of your battery packs,compared
with the old version,V2.0 battery voltage accurate range is up to +,-0.007V.
It can be used with the most common battery types used for the rc model products
LiLon( Lithium lon)
LiPo(Lithium Polymer)
LiFe(Lithium Ferrite)
LiHV(High Voltage Lithium Battery)
NiCd( Nickel Cadmium)
NiMH(Nickel Metal Hydrate)
Lithium Battery Types( Lipo.Li-Ion,LiFe, LiHV )
1.The CellMeter8 can test 2-8s lithium battery without need the additional working power.
2.When the cellmeter8 tested 1s lithium battery, it needs to get more 3S of Nickel Batteries or 5V
UBEC insert NiCD/NiMH port to provide working power.
Nickel Battery type ( NiCd or NiMH)
1.The CellMeter8 can test 4-8S Nickel battery without need the additional working power
2.When the CellMeter8 test less than 4S NiCd/NiMH Battery, it needs to get the working power of 2-8S
Lithium Battery
2.Connecting
1.For Lithium Battery Port, its size is 9 Pins, 2.54mm distance, keep connecting with the balance
connector of lithium battery, and keep correct the direction of +/- .
2.For the NiMH, NiCD Battery Port, the size is 3 Pins,2.54mm distance, keep connecting with main line
menu”, enter into setting mode, and then short press “setup menu” again, it will enter into next setting
mode. Long press is out of setting mode, and return back to battery checking mode. In the setting
mode, short press ”CELL” button, it will decrease , short press “ MODE” button, it will increase. In
discharge stop voltage setting mode, long press “CELL” button mean quickly decrease, long press
“MODE” button means quickly increase.
Nickel-Akkus
Lithium-Akkus
7. TEST VON DREHZAHLSTELLERN
Schließen Sie den BEC-Regler an den Servo-Test-Port an, dabei auf korrkete Polung achten! Verbinden Sie den BEC-Regler mit
einem geeigneten Antriebsakku. Die Taste Servo Test für eine Sekunde gedrückt halten, um in den Servo-Test-Mode zu gelangen.
Mit dem Stellrad an der linken Seite des CellMeter 8 kann nun der Regler betätigt und getestet werden. Je nach Einstellung kann
der Regler nun zwischen 500~2.500µs oder 1.000~2.000µs angesprochen werden. Durch Drücken der Taste CELL oder MODE
kann in den automatischen Test Mode gewechselt werden. Dabei durchläuft der Regler automatisch den Stellbereich.
8. DISPLAYANSICHTEN
3 4
5池模式
将需要的池(NICD,NIMH)主正极插正确插入到CELLMETER8的3NICD/NIMH端口，
在没有池接到CELLMETER8的Lithium端口，CELLMETER8从池得工作源后开启工作，
LCD屏幕会示池的池数，池，池类型和池剩余量百分比以及代表剩余量的
条形案，
（如果池接入CELLMETER8提供源供，需要短按TYPE按才可以切到池模式）
因池采用池的主正极方式，没有池采用平衡插那么，不能
示池每，池模式只会示芯数，池，池类型和池剩余量百分比
以及代表剩余量的条形案，由于两种池（NICD,NIMH）类型有不同的定以及相的
量关系，因此需要正确的池类型，CELLMETER8屏幕上示的池剩余量百分比以及代表
剩余量的条形案才会准确。
同，正确的池芯的数，LCD屏幕才能正确的示池剩余量百分比以及剩余量的条
形案，池模式下，短按TYPE按可在池类型NICD,NIMH之循切，短按CELL按可
以在CELLMETER8智能判断范内人工手精确池的芯数，以达到LCD屏幕正确的示
池剩余量百分比以及剩余量的条形案。
6.池平衡放模式和快速放（快速放模需要独配50W或150W）
平衡放
将需要平衡放的池（LIPO,LION,LIFE，LIHV）平衡插正确插入到CELLMETER8的9Lithium
端口，CELLMETER8从池得工作源后开始工作，LCD屏幕示池的等参数，此
按MODE(DISCHARGE)按，CELLMETER8入平衡放模式，开始按照放截止参数接的
池平衡放（出厂默3.700V）
将端口接的池所有芯的平衡放到用定的放截止参数，如池某芯的
小于置的放截止，按MODE(DISCHARGE)按，品将不会切到平衡放模式，并且
有BB响的提示音，提示用放截止参数置。
平衡放完成后，CELLMETER8会有完成提示音一直BB响提示用，及从CELLMETER8端口出已
平衡放完成的池，若池平衡放完成后接在CELLMETER8上，因系工作源是从
池的1S和2S中取的，所以系的待机功耗会致池的1S和2S下降，池的各
将不在平衡。
平衡放模式下短按MODE(DISCHARGE)按，可入平衡模式，平衡模式是以最低的那芯
放参数的准，其它比准高的芯行放，直至所有芯的和准相
当即完成平衡功能，平衡完成后CELMETER8会有完成提示音一直BB响，提示用，及出CELLMETER8
端口的池，若池不被拔出，系将待机功耗致池1S和2S芯下降，池的各芯
将不在平衡。
快速放（50W或150W）
将快速放模信号3孔插接到CELLMETER8左上角的Servo Test PPM OUT端口，准正极和
信号的方向正确插入到端口，并将池（LIPO,LIFE,LION，LIHV）平衡插正确插入到CELLMETER8
的9 Lithium端口，池（LIPO,LIFE,LION,LIHV）主供T接到快速放模的T端口，按
MODE(DISCHARGE)按，CELLMETE8入快速平衡放模式，其参数置和功能操作同平衡放模式。
7.舵机和模式；
舵机
Servo 5V Power IN(NICD,NIMH)端口接供源5-6V，可以用4S NICD/NIMH,池或者UBEC
5V模供。源正确接后，CELLMETER8开始工作，供使用的池端口，因次屏幕示的
池的模式，此通屏幕上示池的确是否与舵机工作参数匹配，如不匹配需要
更与舵机工作匹配的源CELLMETER8供，如供和舵机工作不匹配，很可能会
舵机，供确正确无后，将舵机的3孔插接到CELMETER8左上角的Servo Test PPM
OUT端口，准正极和信号的方向正确的插入到端口。
按CELL(Servo Test)按入舵机模式，舵机模式下默手信号，即通手
CELLMETER8左的PPM ADJUST,旋来改 PPM信号的占空比手舵机功能，范
500-2500US 或者1000-2000US 由用定舵机范参数决定。
手信号模式下短按CELL (Servo Test)按或者MODE (DISCHARGE)按，入到自信号
模式，模式下PPM信号的占空比自的从小到大，在从大到小循化，通用手
CELLMETER8左的PPM ADJUST 旋来改PPM信号占空比化的速度，自老化舵机的
功能。
自信号模式下短按 CELL(Servo Test)按或者MODE(Discharge)按，入到中点信号模
式，模式下PPM信号占空比固定1500US。
子速器
将子速器的3孔插接到CELLMETER8左上角的 Servo Test PPM OUT 端口，准正极和信号
的方向正确的插入到端口，（CELLMETER8供由子速器内部的BEC提供5V源供工作，无需
接其他供源）按CELL(Servo Test)按入PPM信号出模式，PPM信号出占空比的方法
和舵机模式PPM信号方法相同。
8.功能界面示
PPM Adjust
Servo Test
PPM OUT
Battery Voltage Capacity Checker
Balance Discharger / Servo Tester
TYPE CELL MODE
Setup Menu Servo Test Discharge
8 67 5 4 3 2 1
Lithium
Servo 5V
Power IN
Nicd/MH
CellMeter 8
LiPo
V
1S 2S 3S 4S
5S
6S 7S 8S
Total
30.80
48
%
Max-Min
Li-HV
Li-lon
Li-Po
Li-Fe
NiCd
NiMH
PPM Adjust
Servo Test
PPM OUT
Battery Voltage Capacity Checker
Balance Discharger / Servo Tester
TYPE CELL MODE
Setup Menu Servo Test Discharge
8 67
5
4 3 2 1
Lithium
Servo 5V
Power IN
Nicd/MH
CellMeter 8
LiPo
V
1S
Max
3.852
48
%
8S
池量示 池最低芯示 池最高芯示
PPM Adjust
Servo Test
PPM OUT
Battery Voltage Capacity Checker
Balance Discharger / Servo Tester
TYPE CELL MODE
Setup Menu Servo Test Discharge
8 67 5 4 3 2 1
Lithium
Servo 5V
Power IN
Nicd/MH
CellMeter 8
LiPo
Discharge
V
1S 2S 3S 4S
5S
6S 7S 8S
Total
30.80
48
%
PPM Adjust
Servo Test
PPM OUT
Battery Voltage Capacity Checker
Balance Discharger / Servo Tester
TYPE CELL MODE
Setup Menu Servo Test Discharge
8 67 5 4 3 2 1
Lithium
Servo 5V
Power IN
Nicd/MH
CellMeter 8
LiPo
Discharge
V
1S 2S 3S 4S
5S
6S 7S 8S
Total
30.80
48
%
PPM Adjust
Servo Test
PPM OUT
Battery Voltage Capacity Checker
Balance Discharger / Servo Tester
TYPE CELL MODE
Setup Menu Servo Test Discharge
8 67 5 4 3 2 1
Lithium
Servo 5V
Power IN
Nicd/MH
CellMeter 8
LiPo
V
1S 2S 3S 4S
5S
6S 7S 8S
Total
12.00
99
%
PPM Adjust
Servo Test
PPM OUT
Battery Voltage Capacity Checker
Balance Discharger / Servo Tester
TYPE CELL MODE
Setup Menu Servo Test Discharge
8 67 5 4 3 2 1
Lithium
Servo 5V
Power IN
Nicd/MH
CellMeter 8
LiPo
V
1S 8S
Max-Min
0.002
PPM Adjust
Servo Test
PPM OUT
Battery Voltage Capacity Checker
Balance Discharger / Servo Tester
TYPE CELL MODE
Setup Menu Servo Test Discharge
8 67 5 4 3 2 1
Lithium
Servo 5V
Power IN
Nicd/MH
CellMeter 8
PPM
US
1500
PPM Adjust
Servo Test
PPM OUT
Battery Voltage Capacity Checker
Balance Discharger / Servo Tester
TYPE CELL MODE
Setup Menu Servo Test Discharge
8 67 5 4 3 2 1
Lithium
Servo 5V
Power IN
Nicd/MH
CellMeter 8
PPM
US
1234
Li-HV
Li-lon
Li-Po
Li-Fe
NiCd
NiMH
Li-HV
Li-lon
Li-Po
Li-Fe
NiCd
NiMH
Li-HV
Li-lon
Li-Po
Li-Fe
NiCd
NiMH
Li-HV
Li-lon
Li-Po
Li-Fe
NiCd
NiMH
Li-HV
Li-lon
Li-Po
Li-Fe
NiCd
NiMH
Li-HV
Li-lon
Li-Po
Li-Fe
NiCd
NiMH
Li-HV
Li-lon
Li-Po
Li-Fe
NiCd
NiMH
PPM Adjust
Servo Test
PPM OUT
Battery Voltage Capacity Checker
Balance Discharger / Servo Tester
TYPE CELL MODE
Setup Menu Servo Test Discharge
8 67
5
4 3 2 1
Lithium
Servo 5V
Power IN
Nicd/MH
CellMeter 8
LiPo
V
1S
Min
3.850
48
%
池高低差示 池量示 池放模式示
池平衡模式示 舵机中点模式示 舵机手模式示
Li-HV
Li-lon
Li-Po
Li-Fe
NiCd
NiMH
c
7.SERVO/ESC TEST MODE
Servo 5V power in NICD,NIMH port connection power supply 5-6V, you can use NICD,NIMH-4S
battery pack or 5V UBEC module as a power supply,
After connection power, cellmeter8 started to work, The working power was from the Nickel battery
port, Therefore, the screen showed a nickel battery detection mode, at this time, the device shows the
voltage of Nickel battery whether was matched with voltage of servo working , if that is no matched, it
needs to replace the working power to the cellmeter8, or it will burn the servo
After confirm working power correct, put the 3 hole plug of servo connect to the Servo Test / PPM OUT
port on the left of the cellmeter8, correct insertion of the positive and negative poles and the direction
of the signal to the port.
Long Press “CELL” (Servo Test ) button to enter the servo test mode, The test signal is the default for
the servo test mode, with the user adjust the left PPM knob of the cellmeter8 to change the duty cycle
of the PPM signal to achieve the test function of servo , the adjustment range is 500-2500uS or
1000-2000uS,which is determined by the servo testing range,
Short Press “CELL “(Servo Test) or “ MODE”(Discharge) key in the manual mode, Enter into the
automatic signal test mode, in this mode the PPM signal is accounted automatically from small to
large, In this Change from large to small With the user manually adjust the left PPM knob of the
cellmeter8 to change the PPM signal and the speed to complete the aging-testing automatically
In the automatic signal test mode, Short Press “CELL”(Servo Test ) or “MODE” (Discharge) button to
enter the test mode of midpoint signal, The duty cycle of the PPM signal is 1500Us
ESC TEST MODE
Connect the 3 hole plug of the ESC to the test PPM OUT/ ESC port on the left of the CellMeter8, Keep
correct insertion of the positive and negative poles ,and direction of the signal ,And the cellmeter8
working power was from the electronic speed regulator for the internal BEC supply 5V power, No
connection to other power) ,Long press “CELL”( Servo Test) button to enter the output mode of PPM
signal, PPM signal output cycle adjustment method were the same with servo test PPM signal
adjustment method
PPM Adjust
Servo Test
PPM OUT
Battery Voltage Capacity Checker
Balance Discharger / Servo Tester
TYPE CELL MODE
Setup Menu Servo Test Discharge
8 67 5 4 3 2 1
Lithium
Servo 5V
Power IN
Nicd/MH
LiPo
V
1S
Max
3.852
48
%
8S
PPM Adjust
Servo Test
PPM OUT
Battery Voltage Capacity Checker
Balance Discharger / Servo Tester
TYPE CELL MODE
Setup Menu Servo Test Discharge
8
67 5 4 3 2
1
Lithium
Servo 5V
Power IN
Nicd/MH
LiPo
Discharge
V
1S 2S 3S 4S
5S
6S 7S 8S
Total
30.80
48
%
PPM Adjust
Servo Test
PPM OUT
Battery Voltage Capacity Checker
Balance Discharger / Servo Tester
TYPE CELL MODE
Setup Menu Servo Test Discharge
8
67
5
4 3 2 1
Lithium
Servo 5V
Power IN
Nicd/MH
LiPo
Discharge
V
1S 2S 3S 4S
5S
6S 7S 8S
Total
30.80
48
%
PPM Adjust
Servo Test
PPM OUT
Battery Voltage Capacity Checker
Balance Discharger / Servo Tester
TYPE CELL MODE
Setup Menu Servo Test Discharge
8
67
5
4 3 2 1
Lithium
Servo 5V
Power IN
Nicd/MH
V
1S 2S 3S 4S
5S
6S 7S 8S
Total
5.12
99
%
PPM Adjust
Servo Test
PPM OUT
Battery Voltage Capacity Checker
Balance Discharger / Servo Tester
TYPE CELL MODE
Setup Menu Servo Test Discharge
8
67
5
4 3 2
1
Lithium
Servo 5V
Power IN
Nicd/MH
LiPo
V
1S 8S
Max-Min
0.002
PPM Adjust
Servo Test
PPM OUT
Battery Voltage Capacity Checker
Balance Discharger / Servo Tester
TYPE CELL MODE
Setup Menu Servo Test Discharge
8 6
7 5 4
3
2
1
Lithium
Servo 5V
Power IN
Nicd/MH
PPM
US
1500
PPM Adjust
Servo Test
PPM OUT
Battery Voltage Capacity Checker
Balance Discharger / Servo Tester
TYPE CELL MODE
Setup Menu Servo Test Discharge
8
67
5
4 3 2 1
Lithium
Servo 5V
Power IN
Nicd/MH
PPM
US
1234
Li-HV
Li-lon
Li-Po
Li-Fe
NiCd
NiMH
Li-HV
Li-lon
Li-Po
Li-Fe
NiCd
NiMH
Li-HV
Li-lon
Li-Po
Li-Fe
NiCd
NiMH
Li-HV
Li-lon
Li-Po
Li-Fe
NiCd
NiMH
Li-HV
Li-lon
Li-Po
Li-Fe
NiCd
NiMH
Li-HV
Li-lon
Li-Po
Li-Fe
NiCd
NiMH
PPM Adjust
Servo Test
PPM OUT
Battery Voltage Capacity Checker
Balance Discharger / Servo Tester
TYPE CELL MODE
Setup Menu Servo Test Discharge
8 6
7 5 4
3 2 1
Lithium
Servo 5V
Power IN
Nicd/MH
LiPo
V
1S 2S 3S 4S
5S
6S 7S 8S
Total
30.80
48
%
Max-Min
Li-HV
Li-lon
Li-Po
Li-Fe
NiCd
NiMH
Li-HV
Li-lon
Li-Po
Li-Fe
NiCd
NiMH
PPM Adjust
Servo Test
PPM OUT
Battery Voltage Capacity Checker
Balance Discharger / Servo Tester
TYPE CELL MODE
Setup Menu Servo Test Discharge
8 67 5 4 3 2 1
Lithium
Servo 5V
Power IN
Nicd/MH
LiPo
V
1S
Min
3.850
48
%
Li-HV
Li-lon
Li-Po
Li-Fe
NiCd
NiMH
shown at the top of the screen, Third press MODE button, the device will show the difference between
highest voltage value and lowest voltage value , and also show the which two cell for highest voltage
value and lowest voltage value at top of the screen.
5. NICKEL BATTERY DETECTION MODE
1.CellMeter 8 keep connecting with Nickel Battery, LCD display screen will show the cell number of
Lithium battery, total voltage , battery type, and the percentage of remained battery capacity and the
diagram of remained battery capacity. If there is Lithium battery can offer the working power, it need to
short press “ TYPE” to switch the detection mode of Nickel Battery.
2.The CellMeter8 only can connect with main line of Nickel battery, so it can not show each cell voltage
value, only can show the cell number, total voltage, and the remained percentage of battery capacity,
and diagram of remained battery capacity.
Because the (NiCd, NiMH) two types of Nickel batteries have different constant voltage ,and related
capacity, it needs to pick correct typed of Nickel Battery, The CellMeter8 screen will show more
accurate percentage of remaining battery capacity and diagram of remained battery capacity.
3.In Nickel battery detection mode,
Short press “TYPE” button to switch between the battery type NiCd and NIMH, Short Press “CELL” key
can pick accurate cell number of Nickel batter in Auto- checking range .so that the CellMeter8 can
show the correct percentage of remained batteries capacity, and diagram of remained battery capacity.
6.LITHIUM BATTERY BALANCE DISCHARGE / FAST DISHCARGE
(Fast discharge module need to be selected independently 50W, or 150W)
Balance Discharge
1.The CellMeter8 connected with Lithium battery( LiPo, Li-ion, LiFe, Li-HV), and the CellMeter 8 starts
working, the LCD display screen will show the total voltage, and others data, at this time, and long
press “ Discharge” key, the CellMeter8 enter into the mode of balance discharge, it will discharge as
the default voltage value 3.700V.
2.All the voltage of the Lithium battery connected with the CellMeter8 port ,and then will the voltage
balance discharge to end discharge voltage value that user set, if the voltage value of one cell of the
Lithium battery was less than the voltage value that user set, long press “MODE”(Discharge) button,
the CellMeter8 will not switch into balance discharge mode, and it will have a BB sounds that showed
error, it will tell user that discharge end voltage value set wrong,
3.After the CellMeter8 completion of balance discharge, it will have a constant BB sounds remind of
user completed ,and that time you need to take out the completed battery from the port of CellMeter8.
if the lithium battery completely discharge, and long time keep connecting with the cellmeter8 port, the
device will get the power from Lithium battery 1S and 2S again ,it will lead 1S and 2S voltage will be
down constantly , finally the each cell of lithium battery will be not balance,
4.In the mode of balance discharge,, short press “MODE” (Discharge) key, it can enter into balance
mode, it will be as a standard voltage value for discharge spec data, at lowest voltage of that cell, and
to discharge for higher voltage value, until the voltage value of all battery and standard voltage value
keep same, it means completed balance function, after completion of balance, there a BB sounds
remind of user completed balance, that time you need to take out the battery from the port of
Cellmeter8, if the lithium battery completely balance, and long time keep connecting with the
cellmeter8 port, the device will get the power from Lithium battery 1S and 2S again ,it will lead 1S
and 2S voltage will be down constantly , finally the each cell of lithium battery will be not balance,
Fast Discharge (50W or 150W )
The Signal line of the fast discharge module is connected to the test PPM OUT servo port on the left
corner of the cellmeter8, keep correct insertion of the positive and negative poles, and the direction
of the signal to the port, And the balance connector of the lithium battery into the 9 pin Lithium port
of cellmeter8, The T Dean of the main line from the lithium battery connected with the T Dean port
of fast discharge mode, Long Press Discharge button, CellMeter8 enter into the fast discharge mode,
and all spec data setting, and operation will be same with balance discharge mode,
NiMH
Gesamtspannung Lithium-Akkupack
Niedrigste Zellenspannung Höchste Zellenspannung
Spannungsdierenz min/max
Gesamtspannung Nickel-Akkupack Lithium-Akkupack Entladevorgang
Lithium-Akkupack Balance-Vorgang
Servotest Neutralposition Manueller Servotest