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Charging: 

 
After you have slid the battery into the charging slot,  the system checks the battery 
briefly,  the  green  signal  lamp  goes out,  and  the  red  signal  lamps start  to glow.  The 
automatic charging process has now started. 
 
During  the  charging  process,  the  internal  temperature  of  the  battery  is  monitored 
continuously.  If  the  temperature  exceeds  its  threshold  value  during  the  charging 
process, this will stop immediately. If an overheated battery is inserted into the charging 
slot, the charging process only begins after the battery has cooled off. This may extend 
the charging time accordingly. 
 
In order to start the charging process directly, do not insert overheated batteries into 
the charging device (e.g. batteries that were previously 
discharged under extreme conditions). 
 
During  charging,  voltage  &  current  are  regularly  monitored.  Upon  reaching  its 
maximum capacity, the battery is immediately disconnected from the charging current. 
The  measurement  applied  in  the  device  for  internal  impedance  detection  therefore 
rules  out  overcharging.  Therefore,  a  charged  battery  does  not  need  to  be  removed 
from the charging slot, but instead remains full thanks to the automatically activated 
conservation  mode  (this  compensates  the  self-

discharge  caused  by  the  battery’s 

interior resistance). The battery is therefore always available in an optimal state. Li-Ion 
batteries are charged directly in  dialogue with the battery, and the final shut-off and 
charge conservation is completed in dialogue with the battery or the adapter chip. 
 
The flashing green LED indicates the availability of the battery. 
 
This signals that: 

the battery in the battery is fully charged 

conservation mode is active 

 
If  you  possess  a  battery  management  system  (AM  5400),  the  blue  LED  indicates 
instructions  for  use  of  the  battery  in  the  device.    Additional  detailed  information  is 
provided in the separate use instructions. 
 

 

 

Summary of Contents for BCS 5400 basic

Page 1: ...Operating Manual V 1 7d BCS 5400 5401 m BCS 5400 5401 basic ...

Page 2: ...sition Charging current up to max 5 amperes effective Capacities battery 0 1 to 100 Ah Battery voltage NiCd and NiMh to 16 8 V optionally higher Li Ion up to 36 V Connection EU 230 V 50 Hz mains fuse 3 15 A US 110 V 60Hz mains fuse 6 30 A Mains connection via cooling device plug connector Cooling Thermo management Charge independent ventilation with cooling automation Dimensions W x H x D in cm we...

Page 3: ...l interior impedance at the electrode electrolyte transition Originally used for applications with maximum reliability requirements e g involving medical technology like life support systems and this technology is also found in other applications like safety equipment UPS systems electrical vehicles radio stations data collection devices mobile telephones laptops and specific applications in the a...

Page 4: ...icro processor controlled charging Automatic battery and voltage detection Automatic transition to conservation mode after full charging Error analysis and indication via LED signal encoding Charging possible for extremely low batteries Optional programming for individual charging parameters e g for regions with other climatic conditions Automatic configuration of charging rates via processor in t...

Page 5: ...nts to the left side of the charging slot The system is not compatible with other similar charging adapters with 8 pin contact connectors from other manufacturers If you want to use these please contact us 4 Switch on After you have inserted all necessary adapters switch on the device with the main switch rear side After switching on all optical signal lamps glow in sequence to check the functiona...

Page 6: ...an adapter has been inserted correctly or until the parameter sets of the adapter have been imported for the charging circuit board Do not use force to insert the charging adapter If the adapter is inserted in the correct direction in the adapter mount use soft pressure to slide the last 5 mm up to the end stop in the connector device Never hammer the charging adapter into the mount ...

Page 7: ...to the user for the respective device or the battery level in this slot Figure charging slot front view 4 fastening screws of the charging slot Battery technologies that can be charged Charging slot voltage range min max Charging slot number Function LED Green Charging function ready complete Blue Notice Red Charging or errors messages in combination with red or blue ...

Page 8: ...the art via the charging strip up to the adapter using a software update An update is possible using a conventional USB cable and a PC including user software The combination of rotary switch left in the figure USB 3 0 interface centre of figure and the network connection provide the system maximum flexibility The network interface right in the figure is provided for the network connection of the ...

Page 9: ...icated points and the adapter type matches the battery then you can slide the battery into the corresponding charging slot Nevertheless if an acoustic signal sounds please compare the contact configuration of the battery with that of the adapter again The BCS 5400 5401 m is fully compatible with the adapters of the previous series of our charging stations i e all adapters with the older design 8 p...

Page 10: ...eaching its maximum capacity the battery is immediately disconnected from the charging current The measurement applied in the device for internal impedance detection therefore rules out overcharging Therefore a charged battery does not need to be removed from the charging slot but instead remains full thanks to the automatically activated conservation mode this compensates the self discharge cause...

Page 11: ...nal charging device these could nevertheless possess less capacity in spite of complete charging This so called memory effect results from the different charging processes After charging this battery multiple times with the BCS 5400 m this effect should be completely corrected again provided the battery is not yet damaged ...

Page 12: ...ry If a battery or system function deviates from the specified criteria during the charging cycle an optical and acoustic signal message will be provided to the user The optical signal message takes place during registration via the attached LED together with an acoustic signal The LED flashes again during the signal tone after the process has been completed If the battery is removed from the char...

Page 13: ...ceive a software update then ask for an updated version of the documents in case of doubt Security system The device is equipped with a regular security query After the supply voltage switches on the charging device electronics are checked for any possible errors by a self test If the detected parameters do not match the saved ones this is indicated to the user by a message These system checks tak...

Page 14: ... require an alteration in the device required then this may only be completed by trained technical personnel Defective safeguards on the device may only be replaced with equivalent designs The BCS 5400 5401 m may only be operated in dry rooms Ensure sufficient ventilation The ventilation slits on the respective device may never be covered during operation to prevent possible heat accumulation In s...

Page 15: ...nserted Use an adapter that matches the corresponding battery and insert it correctly The thermo element in the battery is defective Replace the defective battery After approx 100 min The signal lamps flash The maximum charging time has been exceeded Replace the defective battery The battery does not provide power in spite of a full charge One or more cells in the battery are defective Replace the...

Page 16: ...5401 m serial no serial production According to the guidelines 2004 108 EC ex 89 336 ECC guideline 2006 95 EC ex 73 23 ECC and guideline 2006 42 EC for safe fault free operation matching the following standards or standard documents EN 60065 EN 55014 EN 55011 EN 61000 3 2 EN 61000 6 2 Bremen 01 05 2014 Dipl Wirtsch Ing FH Marcus Runge Geschäftsführung Chief Executive Officer WEEE Reg Nr DE 5098254...

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