Master-force 252-8029, Руководство оператора

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Page 9
OPERATION
COLD WEATHER OPERATION
When the battery pack is very cold, it may
“pulse” for the first minute of use to warm
itself . Put the battery pack on a tool and use
the tool in a light application . After about a
minute, the battery pack will have warmed
itself and will operate normally .
WHEN TO CHARGE THE
bATTERy PACk
The Lithium-Ion battery can be charged at
any time and will not develop a “memory”
when charged after only a partial discharge .
It is not necessary to run down the battery
pack charge before recharging . Remove
the battery pack from the tool when it is
convenient for you and your job .
1 . Use the power indicator to determine when
you need to recharge the battery pack .
2 . You can “top-off” your battery pack’s
charge before starting a big job or long
period of use .
3 . Due to Lithium-Ion’s fade-free
properties, the only time it is necessary
to charge the Lithium- Ion battery pack
is when the pack has reached the end of
its charge . To signal the end of charge,
power to the tool will drop quickly .
Charge the battery pack as needed .
HOW TO CHARGE THE bATTERy
PACk (FIG. 3)
A fully discharged battery pack will charge
about 30 minutes (with charger 252-8037) in
the desired surrounding temperature .
1 . Charge the battery pack with the correct
charger .
2 . Connect the charger to a power supply .
3 . Attach the battery pack to the charger
by aligning the raised ribs of the battery
pack with the slot in the charger . Slide
the battery pack onto the charger .
4 . The charger will communicate with the
battery pack’s circuitry to evaluate the
condition of the battery pack .
5 . During normal charging, the green LED
on the charger will flash continuously .
6 . After charging is complete, the green
LED on the charger will be on . The
power indicator LED lights will not be
displayed when the power indicator
button is pressed while the battery pack
is on the charger .
7 . The battery pack will fully charge, but
will not overcharge, if left on the charger .
FIG. 3