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Displaying the battery and charger temperature ‘Ext. Int. Temp’

This functions displays the external battery temperature and the internal charger temperature.

  The external temperature can only be displayed if an external temperature sensor is 

connected to the charger (not included, available as an accessory). This tempera-

ture sensor is attached to the battery.

Pause length between charging/discharging ‘Rest Time’

A battery heats up during charging (depending on the charging current). In charging/

discharging cyclical operation, the charger can pause between charging and discharging to 

allow the battery to cool down before the next discharging process. Enter the length of the 

pause between charging and discharging to give the battery sufficient time to cool down before 

the next process is started. You can set pause lengths of between 1 and 60 minutes.

Voltage for delta U detection ‘NiMH Sensitivity’/‘NiCd Sensitivity’ (NiMH and NiCd bat-

teries only)

Here, set the voltage at which the delta U charging method detects a fully charged battery. If 

the value is too high, the charger may fail to recognise that the battery is fully charged. In that 

case, the charging duration safety timer or the capacity limitation circuit will usually respond 

(if set correctly). Voltages can be set between 3 mV and 15 mV. The default setting is 4 mV.

  If the value is too low, the charger switches off before the battery is fully charged.

 

Change the voltage step-by-step and monitor the charging process. Due to the large 

variety of different batteries, it is not possible to recommend an optimal setting.

Delay time for delta U detection ‘PEAK DELAY’ (NiMH only)

The charger ends the charging process for NiMH batteries using the delta U method. Here, set 

how long the charger should continue charging after the delta U detection.

Switching button confirmation/warning tones on/off ‘Key Beep’

Use the ‘Key Beep’ function to enable (‘ON’) or disable (‘OFF’) button confirmation tones to 

confirm operations and settings. Use the ‘Buzzer’ function to enable (‘ON’) or disable (‘OFF’) 

function/warning messages.

Displaying the firmware version ‘Version’

The charger’s current firmware is shown at the bottom right of the LC display.

Loading factory settings ‘LOAD FACTORY SET’

This functions allows you to restore factory settings.
Press and hold the 

ENTER START

   button 

(6)

 for longer than 3 seconds. ‘COMPLETED’ 

appears on the LC display 

(10)

. The charger then restarts and loads the main menu.

  Note that all previously configured settings will be restored to the factory defaults. 

The data in the 10 battery profile memories will also be deleted.

Additional process information

You can fetch information on the charging and/or discharging process during the charging 

process or on the LC display.
•  Press the 

STATUS DEC -

 button 

(8)

 to display the various settings on the LC display 

(10)

If no button is pressed for a few seconds, the charger returns to the normal display.

•  Press the 

STATUS INC + 

button 

(7)

 to display and monitor the voltage of individual cells 

if you have connected a balancer cable for charging lithium batteries. Briefly press the 

ENTER START

 button 

(6)

 so that the charger returns to the normal display.

This display shows the final voltage applied to the battery at 

the end of charging.

This display shows the internal temperature of the device and 

the battery temperature (if an external temperature sensor is 

connected).
This displays indicates whether the safety timer is on (‘ON’). 

The duration of the set time is also displayed in minutes.

The display indicates that maximum capacity limitation is 

switched on or off, plus shows the set maximum shut-off 

value.
A balancer cable is connected to the battery. The charger can 

verify the cell voltage of individual cells in the battery pack.

Warning and error messages on the LC display

The charger monitors its functions and displays warning messages. Warning tones are also 

sounded.

REVERSE POLARITY

The polarity of the battery connections is incorrect.

CONNECTION BREAK

The connection to the battery has been interrupted, e.g. if the 

battery was disconnected during charging.

CONNECT ERROR
CHECK MAIN PORT

The battery was connected with reverse polarity.

BALANCE CONNECT 
ERROR

The balancer terminal on the battery was not connected 

properly or was connected with reverse polarity.

INT.TEMP.TOO HI

The internal charger temperature is too high.

EXT.TEMP.TOO HI

The temperature measured by the external temperature 

sensor (not included, available separately) is too high.

OVER CHARGE
CAPACITY LIMIT

The preset capacity limit (see section 16) was exceeded.

OVER TIME LIMIT

The preset time limit for the charging process was exceeded.

BATTERY WAS FULL

The connected battery is fully charged. If necessary, check 

the setting for the number of cells.

Care and cleaning

  Never use aggressive detergents, rubbing alcohol or other chemical solutions, 

as these may damage the housing or stop the product from functioning properly.

•  Disconnect the product from the mains before each cleaning. Disconnect the plug from the 

mains power socket.

•  Use a dry, lint-free cloth to clean the product.
•  To prevent scratch marks, do not press too hard on the surface of the enclosure or LC 

display when cleaning.

Disposal

a) Product

  Electronic devices are recyclable waste and must not be placed in household waste. 

At the end of its service life, dispose of the product according to the relevant statu-

tory regulations.

 

Remove any inserted (rechargeable) batteries and dispose of them separately from 

the product.

b) (Rechargeable) batteries

  As the end user, you are required by law (Battery Ordinance) to return all used 

(rechargeable) batteries. Disposing of them in household waste is prohibited.

 

(Rechargeable) batteries containing hazardous substances are labeled with this 

symbol to indicate that disposal in domestic waste is forbidden. The abbreviations 

for the heavy metals involved are: Cd = Cadmium, Hg = Mercury, Pb = Lead (name 

on (rechargeable) batteries, e.g. below the waste bin icon on the left).

 

Used (rechargeable) batteries can be returned to collection points in your municipal-

ity, our stores or wherever (rechargeable) batteries are sold.

You thus fulfil your statutory obligations and contribute to environmental protection.

Technical data

Input voltage/current .....................  100 - 240 V/AC, 50/60 Hz, 0.85 A
Trickle charging current ................ max. 300 mA
Charging power ............................ max. 60 W
Discharging power ........................ 10 W
Charging current ........................... 0.1 - 6.0 A
Discharging current ...................... 0.1 - 2.0 A
Suitable for ...................................  LiPo/LiHV/Li-ion/Life battery 2-4S 

NiCd/NiMH battery 6-8S 

Lead-acid battery 3-6S

Balancer current ........................... max. 200 mA/cell
Temperature sensor cable ............  Not  included, 

can be ordered with Conrad item no. 2258298

Charging rate ................................ Max. 2 C
Discharge rate .............................. Max. 40 C, continuous 20 C
Rated energy ................................ 27.38 Wh
Lead-acid battery voltage ............. 6 - 12 V
Program memory .......................... 10 memory slots
Connector type .............................  T plug with wire 12# 85 mm, charge cable 22# 60 mm 

JST-XHR-3P, GRP-20# hard case

Internal fan operating temp ........... 40 °C
Dimensions (L x W x H) ................  115 x 95 x 50 mm (charger) 

139 x 46 x 25 mm (battery)

Weight ..........................................  326 g (charger) 

225 g (battery)

This is a publication by Conrad Electronic SE, Klaus-Conrad-Str. 1, D-92240 Hirschau (www.conrad.com). 

All rights including translation reserved. Reproduction by any method, e.g. photocopy, microfilming or capture in electronic 

data processing systems, requires the prior written approval of the publisher. Reprinting, also in part, is prohibited. This 

publication reflects the technical status at the time of printing.

Copyright 2021 by Conrad Electronic SE. 

  

*2332378_v2_0321_02_DS_m_2L_(1)

Summary of Contents for 2332378

Page 1: ...er kann unter Umständen das Produkt zerstören Lassen Sie das Produkt zuerst auf Zimmertemperatur kommen bevor es angeschlossen und verwendet wird Dies kann u U mehrere Stunden dauern Die Netzsteckdose muss sich in der Nähe des Geräts befinden und leicht zugänglich sein Ziehen Sie Netzstecker nie an der Leitung aus der Steckdose ziehen Sie sie immer nur an den dafür vorgesehenen Griffflächen aus de...

Page 2: ...eichende Belüftung zu achten Decken Sie das Ladegerät und den Akku niemals ab Verwenden Sie niemals Akkupacks die aus unterschiedlichen Zellen zusammengestellt sind Laden Entladen Sie Akkus niemals unbeaufsichtigt Laden Entladen Sie einen Akku niemals direkt im Modell Entnehmen Sie den Akku zuerst aus dem Modell Achten Sie beim Anschluss des Akkus an Ihr Modell oder Ladegerät auf die richtige Polu...

Page 3: ...d NiMH Pb Nennspannung V Zelle 3 7 V 3 6 V 3 3 V 3 8 V 1 2 V 1 2 V 2 0 V max Ladespannung V Zelle 4 2 V 4 1 V 3 6 V 4 35 V 1 5 V 1 5 V 2 46 V Spannung bei Lagerung V Zelle 3 8 V 3 7 V 3 3 V 3 9 V nicht unterstützt nicht unterstützt nicht unterstützt Ladestrom für Schnellladung 1C 1C 4C 1C 1C 2C 1C 2C 0 4C Min Spannung nach Entladung V Zelle 3 0 3 3 V pro Zelle 2 9 3 2 V pro Zelle 2 6 2 9 V pro Zel...

Page 4: ...ln Entfernen Sie nie mals die Ladekabel vom Ladegerät solange derAkku noch daran angeschlossen ist Wichtig beim Aufladen Entladen eines mehrzelligen Lithium Akkus mit Balanceran schluss Mehrzellige Lithium Akkus verfügen normalerweise immer über einen Balancer Anschluss Mittels dieses Anschlusses wird es möglich dass das Ladegerät die Spannung jeder einzelnen Zelle separat überwachen kann DasLadeg...

Page 5: ...ken und halten Sie die Taste ENTER START 6 länger als 3 Sekunden um das eingestellte Akkuprogramm zu starten Drücken Sie die Taste STOP BATT PROG 9 um zum vorherigen Menü zurückzukehren a Programme für Lithium Akkus LiPo LiIon LiFe LiHV Die Akkuprogramme und dienen zum Laden und Entladen von Lithium Akkus mit einer Nennspannung von 3 7 V 3 3 V und 3 8 V pro Zelle Sie unterscheiden sich grundsätzli...

Page 6: ...eingestellt haben Das Ladegerät erkennt die Zellenanzahl des angeschlossenen Akkus und zeigt diese an R Anzahl der vom Ladegerät erkannten Zellen S Anzahl der Zellen die Sie eingestellt haben Wenn beide Angaben identisch sind können Sie mit dem Laden beginnen Wenn dies nicht zutrifft drücken Sie die Taste STOP BATT PROG 9 um zum vorherigen Menü zurückzukehren Überprüfen Sie die eingestellte Anzahl...

Page 7: ...er Kapazität des Akkus betragen Ein höherer Ladestrom ist nicht zulässig denn dadurch wird der Akku überlastet Es besteht nicht nur Explosions und Brandgefahr sondern auch Verletzungsgefahr durch die enthaltene Säure Beachten Sie außerdem unbedingt die auf dem Akku aufgedruckten Informationen bzw Daten des Akkuherstellers insbesondere die Angaben zum Ladestrom w er laubt ist Blei Säure Akkus könne...

Page 8: ...Akku die Schnellladung verträgt Laden Sie einen Akku also zunächst normal vollständig mit dem Akkuprogramm NiMH CHARGE auf Erst danach starten Sie das Akkuprogramm RE PEAK Gehen Sie dazu wie folgt vor Battery type Charge current Battery voltage Elapsed time Charged capacity Enter Akkutyp geladene Kapazität vergangene Zeit Ladestrom Akkuspannung Wählen Sie für den Akkutyp NiMH NiCd das Akkuprogramm...

Page 9: ...bhängig vom Akkutyp und der Zellenzahl Die max Ladeleistung beträgt 60 W Entladestrom Stellen Sie hier den gewünschten Entladestrom ein Dieser muss entsprechend dem verwendeten Akku gewählt werden Der während dem Entladevorgang tatsächlich vorhandene Entladestrom ist abhän gig vom Akkutyp und der Zellenanzahl Die max Entladeleistung beträgt 10 W Entladeschluss Spannung pro Zelle Hier kann die Span...

Page 10: ...heit der Temperatur einstellen Temperature Unit Stellen Sie hier die gewünschte Temperatureinheit für die Werteanzeige der Temperatur ein Es stehen Celsius und Fahrenheit zur Verfügung Anzeige der Akku und Ladegeräte Temperatur Ext Int Temp Diese Funktion zeigt Ihnen die externe Akkutemperatur und die interne Temperatur des Ladegeräts an Die externe Temperatur kann nur dann angezeigt werden wenn a...

Page 11: ...men Sie evtl eingelegte Batterien Akkus und entsorgen Sie diese getrennt vom Produkt b Batterien Akkus Sie als Endverbraucher sind gesetzlich Batterieverordnung zur Rückgabe aller gebrauchten Batterien Akkus verpflichtet eine Entsorgung über den Hausmüll ist untersagt Schadstoffhaltige Batterien Akkus sind mit dem nebenstehenden Symbol geken nzeichnet das auf das Verbot der Entsorgung über den Hau...

Page 12: ...tre or a qualified electrician Never plug in or unplug the mains plug when your hands are wet e Operation Always set the correct charging voltage Otherwise there is a risk of fire and explosion Ensure that there is sufficient ventilation during operation Never cover the charger Leave sufficient distance at least 20 cm between the charger and other objects The charger may cause a fire if it overhea...

Page 13: ...weight This makes lithium batteries especially lithium polymer batteries particularly suitable for use in model making However lithium batteries require particular care to ensure safe charging discharging operation and handling The following section provides an overview of the potential hazards associated with lithium batteries and explains how these hazards can be avoided to ensure a long service...

Page 14: ...ew a Charger 1 2 3 4 5 11 12 10 9 8 7 6 1 USB connection charging connection 2 Temperature sensor connection for external 3 Battery connection 4 Battery connection 5 Balancer connection 6 ENTER START button 7 STATUS INC button 8 STATUS DEC button 9 STOP BATT PROG button 10 LC display 11 AC INPUT 100 240 V AC voltage connection 12 Fan controlled by temperature sensor Operation a Setup Set the charg...

Page 15: ...ery is inserted with the correct polarity red cable positive black cable negative 2 Connect the charger to the power supply The charging cable must not be connected to the battery yet This may result in a short circuit of the charging cable connector which could cause a fire or explosion 3 The balancer connection 5 is used for connection of the balancer cable Always insert the balancer cable conne...

Page 16: ...ance The final charging voltage is also very important and must be precisely matched to the charging voltage of the battery These are 4 2 V for LiPo 3 6 V for LiFe 4 1 V for Li ion and 4 35 V for LiHV batteries The charging current and rated voltage as well as the number of cells must be set correctly in order for the battery to be charged If the battery has a balancer connection this is the case ...

Page 17: ...his reduces the charging capacity as the charging cycle is stopped earlier by the charger s integrated safety mechanism This means that for example a LiPo battery cannot be fully charged using the fast charge function Only approx 90 of the capacity achievable with the normal charging process will be available Fast charge mode should only be used when you need to charge a battery as quick ly as pos...

Page 18: ...the status during the charging process in real time Press the STOP BATT PROG button 9 once to stop an ongoing charging process Discharging lead acid batteries Pb DISCHARGE Stop Enter 3 s Select the desired battery programme for the battery type Pb Pb DISCHARGE The display shows the set discharging current on the left and the rated battery voltage of the connected battery on the right hand side of ...

Page 19: ... Discharging current Time passed Battery type Discharged capacity Battery voltage Press the STOP BATT PROG button 9 to stop discharging A confirmation beep indicates that the process is has ended Charging and discharging cycles of NiMH NiCd batteries NiMH CYCLE and NiCd CYC LE To test batteries form new batteries or refresh older batteries you can automatically perform up to 5 charging discharging...

Page 20: ...ery measurement function BATT METER The charger can display the current voltages of the cells in a lithium battery With the LiPo battery measurement function you can display the highest voltage the lowest voltage and the voltage of each cell Make sure to connect the balancer connectors to use the function To activate the display proceed as follows In the charger s main menu use the STATUS INC and ...

Page 21: ...is connected to the battery The charger can verify the cell voltage of individual cells in the battery pack Warning and error messages on the LC display The charger monitors its functions and displays warning messages Warning tones are also sounded REVERSE POLARITY The polarity of the battery connections is incorrect CONNECTION BREAK The connection to the battery has been interrupted e g if the ba...

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