Muchmore LiPo Batteries User Manual

Lithium-polymer battery series, Safety and handling instructions

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MuchMore LiPo battery packs are configured for

balancing. Such packs do NOT include the SafeCharge

protection circuit, and do not include a red 2-pin connector as

described earlier. Instead, balancing packs include a unique

white connector which includes multiple wires (more than 2)

similar to the type of plug shown below.

WARNING!

LiPo batteries can be assembled in many configurations.

Packs are most commonly found with cells assembled in

series, normally denoted with an “S”. For example, 3 cells in

series are often denoted as “3S”. Each LiPo cell has a

nominal voltage rating of 3.7V (with a minimum

recommended discharge voltage of 2.8V, and a maximum

charge voltage of 4.20V). The more cells assembled in

series, the higher the total voltage of the pack. But

assembling in series does not affect the overall rated

capacity of the pack as shown in the diagram on page 2.

BATTERY VOLTAGES, RATINGS & APPLICATIONS

BALANCING PLUGS

LOW-HIGH VOLTAGE PROTECTOR

Lithium-Polymer Battery Series

Safety and Handling Instructions

Lithium-polymer batteries offer a variety of significant advantages over NiCd, NiMH and Li-Ion batteries for use in R/C electric

devices. It is very important to have a good understanding of the operating characteristics of LiPo batteries -

especially how to

charge and care for them safely. Always read the specifications printed on the battery’s label and this instruction sheet in

their entirety prior to use. Failure to follow these instructions can quickly result in severe, permanent damage to the batteries

and its surroundings and even start a

FIRE!

WARNING! Lithium-polymer batteries (LiPo) are ENTIRELY DIFFERENT than NiCd and NiMH batteries and must be handled

differently as well!! MuchMore Racing will not be held responsible for any and all incidental damages and bodily harm that may

result from improper use of MuchMore™ brand lithium-polymer batteries. In purchasing these products, the buyer/user agrees

to bear all responsibilities of these risks and not hold MuchMore™, its distributors (owners and employees) and/or retailers

responsible for any accidents, injury to persons, or property damage. If you do not agree with these conditions, please return

the battery to the place of purchase.

Before and after every use of your LiPo battery, inspect all cells in the pack as much as possible to ensure no physical damage

or swelling is evident. Such signs can often indicate a dangerous problem exists with the battery that could lead to failure.

MuchMore Matched LiPo battery packs include a very

small,lightweight built-in “ Low-High voltage protector”

circuit which constantly monitors the voltage of each cell

in the pack during charge-discharge. If any cell in the

pack reaches 4.20V (+/- 0.05V), the Low-High voltage

protector circuit will automatically stop the charge process

for all cells in the pack entirely. The Low-High voltage

protector circuit protects every cell in the pack from

accidental overcharge, if accidentally connected to a

non-compatible charger, and helps to make the pack more

sturdy and rigid.

MuchMore LiPo packs which contain the Low-High voltage

protector

circuitry are easily recognizable as they have a red

2-pin connector which is used for charging the

battery. Packs with the Low-High voltage protector

circuitry are NOT designed for balancing of the individual cells

in the pack.

WARNING! NEVER apply a current of greater than

1C or apply a voltage greater than 20V DC to the charge-

lead of any MuchMore LiPo battery which contains the

built-in Low-High voltage protector circuitry. Otherwise, the

Low-High voltage protector

circuit can become damaged,

preventing the battery from receiving a proper charge

and rendering all safety features in operable.

Packs with the balancing connector do NOT include the

Low-High voltage protector

circuit.

NEVER attempt to

charge a pack which has the balancing connector with

a charger that is not capable of balance charging! Failure to

do so could result in damage to the battery and its surround-

ings, and result in personal injury.

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