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Connecting the charger, Connect cellpro packs as shown in this diagram, Cellpro 4s charger – ProgressiveRC 4S Gold FMA Cellpro User Manual

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Connecting the charger

Connecting packs with a Cellpro connector

Connect Cellpro Packs as shown in this diagram:

Connect to 10–16 VDC

(e.g., gel cell or power supply)

Optional connection to PC

using FMA FSIM1 cable

Cellpro 4s Charger

Node Connector

Mode

Button

Power

Connector

(not used

during

charging)

1s to 4s

LiPo or A123

Pack

Data display

CAUTION: When two LiPo packs are connected in series, do not connect them to two

separate chargers that are wired to a single power source. This sets up the dangerous

condition in which the series-connected packs are being charged in parallel (the power

source provides a common ground).

One or both chargers, as well as the packs,

will be damaged. This condition will be avoided if the chargers are driven from two

unconnected power sources (e.g., two lead acid batteries). For safest charging of

series-connected packs, disconnect the packs from each other before connecting them

to chargers.

Connecting non-Cellpro packs

FMA Direct offers plug-and-play adapters for charging LiPo packs equipped with node con-

nectors made by other vendors. Check the Cellpro section at www.fmadirect.com for the lat-

est adapters.

If an adapter isn’t available for the pack you want to charge, or if the pack doesn’t have a

node connector, the FMA CPBP7 LiPo Pack Node Connector cable assembly will make the

pack compatible with the Cellpro 4s Charger. The diagrams below show how the Node Con-

nector attaches to packs of various configurations. Additional assembly information is pro-

vided with the Node Connector.

Pin 1

FMA CPBP7 LiPo Pack

Node Connector

Red

Black

Pack positive
Node 3
Node 2
Node 1
Pack negative

Cell 4

+

Cell 3

+

Pack positive

(red), 14.8V*

Pack negative

(blk), 0V

Node 3, 11.1V*

Cell 2

+

Node 2, 7.4V*

4s Pack

Cell 1

+

Node 1, 3.7V*

Cell 3

+

Cell 2

+

Node 2, 7.4V*

3s Pack

Cell 1

+

Node 1, 3.7V*

Pack postive

(red), 7.4V*

Pack negative

(blk), 0V

Pack postive

(red), 11.1V*

Pack negative

(blk), 0V

Cell 2

+

2s Pack

Cell 1

+

Node 1, 3.7V*

* Nominal voltage with respect to pack negative.