english BalAd-e.htm, updated: 22 NOV 2007 germany
schulze elektronik gmbh

Our balancing adapters for LiPoCard, LiPoBal,
LiPo(Profi)Bal and NextGeneration.
1) Balancing adapters for the Schulze BalCab10 connector.

For up to 4 cells in series connection (4s)


To use with LiPoCard, LiPoCard2, LiPoBalxx, LiPoProfiBalxx and all nextGeneration chargers.


These adapters are especially made for the use with one of your battery packs because the cell count and pitch of the adapter is fixed.

It is also possible to configure the adapter to one of your battery packs to use the automatic charge current and type selection function of our chargers.
For this reason you can equip the adapter with a resistor (for the charge current value) and a solder bridge (for the battery type).

Note: For the use of these adapters an additional BalCab10-Verl is necessary.

Note::
Because of the fact that Schulze chargers and balancers have a 2.54 mm pitch connector on board you do not need in principle an adaptor for e.g. Kokam, Graupner, Robbe batteries.
But this adapter offers by adding some components to make very simple the use of the automatic charging.

1.1) Pitch 2.54 mm
e.g. for Kokam, Graupner oder Robbe batteries
BalAd-Ko4 Order Term Possible configurations
BalAd-Ko4 BalAd-Ko4

Fitting blancing
connection cable:

BalCab10-Verl
2s, 3s, 4s battery packs


1.2) Pitch 2.00 mm
e.g. for ThunderPower or FlightPower batteries
BalAd-TP4 Order Term Possible configurations
BalAd-TP4 BalAd-TP4

Fitting blancing
connection cable:

BalCab10-Verl
2s, 3s, 4s battery packs


1.3) Extension cable
to connect the BalAd-Ko4 or BalAd-TP4
to the charger or balancer
BalCab10-Verl Order Term Possible configurations
BalCab10-Verl BalCab10-Verl For the
10-pin
Schulze balancing connector


2) Balancing adapters for the Schulze BalCab20 connector.
To use with LiPoBalxx, LiPoProfiBalxx and all nextGeneration chargers.

These adapters are made for the use with one or two of your battery packs in series.

It is also possible to configure the adapter to one of your battery packs to use the automatic charge current and type selection function of our chargers.
For this reason you can equip the adapter with a resistor (for the charge current value) and a solder bridge (for the battery type).


2.1) Pitch 2.54 mm
for up to 8 or 12 cells

E.g. for Kokam, Graupner, Robbe and
with modifications of the lead sequence on the socket also for e.g. Jamara battery packs.
Picture Order Term Possible configurations
BalAd-Ko8 BalAd-Ko8 for 5 balancers:
2s, 3s, 4s, 4s(2s+2s), 5s(3s+2s).

for 8 balancers:
2s, 3s, 4s, 4s(2s+2s), 5s(3s+2s),
6s(3s+3s, 2s+4s, 4s+2s),
7s(3s+4s, 4s+3s), 8s(4s+4s).
BalAd-Ko12 BalAd-Ko12 for 5 balancers:
2s, 3s, 4s, 5s.

for 8 balancers:
2s, 3s, 4s, 4s(2s+2s),
5s, 5s(2s+3s, 3s+2s),
6s, 6s(3s+3s, 4s+2s),
7s(4s+3s, 5s+2s),
8s(5s+3s, 6s+2s).

for 12 balancers:
2s, 3s, 4s, 4s(2s+2s),
5s, 5s(2s+3s, 3s+2s),
6s, 6s(3s+3s, 4s+2s, 2s+4s),
7s(4s+3s, 3s+4s, 5s+2s, 2s+5s),
8s(4s+4s, 5s+3s, 3s+5s, 6s+2s, 2s+6s),
9s(5s+4s, 4s+5s, 6s+3s, 3s+6s),
10s(5s+5s, 6s+4s, 4s+6s),
11s(5s+6s, 6s+5s),
12s(6s+6s).


2.2) Pitch 2.00 mm, for up to 14 cells
e.g. for ThunderPower or FlightPower batteries
Picture Order Term Possible configurations
BalAd-TP14 BalAdapt-TP14 for 5 balancers:
2s, 3s, 4s, 5s.

for 8 balancers:
2s, 3s, 4s, 5s, 6s, 7s, 8s.

for 12 balancers:
2s, 3s, 4s, 5s, 6s, 7s, 8s,
9s, 10s, 11s, 12s.

for 14 balancers:
2s, 3s, 4s, 5s, 6s, 7s, 8s,
9s, 10s, 11s, 12s, 13s, 14s.


BalAd-Ko4 - configurated for 4 cells Li-Po and 3,2 A (R=3k2)
BalAd-Ko44

BalAd-TP4 - configurated for 3 cells Li-Io and 1,5 A (R=1k5)
BalAd-TP4

BalAd-XXxx - bottom side of the prototype.
On the series product solder pads are also available for the type- and current-configuration
BalAd-TP4

BalAd-Ko8 - connected to a nextGeneration charger
BalAd-Ko8 mit nextGeneration

BalAd-TP14 - connected to a LiPoProfiBal14
BalAd-Ko8 mit nextGeneration
Copyright © 1996-2007 Schulze Elektronik GmbH. All trademarks shown are trademarks of their respective owners. All rights reserved.
http://www.schulze-elektronik-gmbh.de, designed by matthias schulze