AccuPower IQ-338 Manual do utilizador - Página 4

Procurar online ou descarregar pdf Manual do utilizador para Carregador de bateria AccuPower IQ-338. AccuPower IQ-338 6 páginas.
Também para AccuPower IQ-338: Manual do utilizador (7 páginas)

Display:
The following values are apparent on the display during a charging process:
Program (Charge, Fast Test, Nor Test)
Battery Voltage (V)
Capacity (mAh)
Elapsed time (hh:mm)
Internal resistance (mR)
Charging current (mA)
„End" (Appears if actual charging process finished)
Channel number
You can choose the following programs:
Charge
In this program you can charge the inserted batteries.
Fast Test
With „Fast Test program" you can measure the charged capacity of the batteries. The charger
discharges the batteries in the 1st step, during the discharge process the LC Display will hide the
capacity (- - - - mAh) because it is not relevant and charges the battery completely in the 2
than it shows the charged capacity on the LC Display. Generally batteries can be charged with
higher capacity than the available discharge capacity. This mode can also be used very well for
refreshing batteries.
Nor Test (Normal Test)
The difference of „Nor Test Program" to „Fast Test Program" is, that the batteries will get charged
st
in the 1
step during this 1
(- - - - mAh) because it's not relevant, discharged in the 2
rd
the 3
step than it shows the discharged capacity in the LC Display. The process is as follows:
charge – discharge – charge. In this way the current state of health of the battery (still available
capacity of the cell) can be detected.
At Fast Test and Nor Test the discharge current will be selected automatically in relation to the
selected charging current. Below table shows the discharge current value in relation to the
selected charge current.
Selected charging current
Following discharge current
User Manual
Display Description
st
charge process the LC Display will hide the capacity
300 mA
250 mA
4/6
nd
step and charged completely again in
500 mA
700 mA
250 mA
500 mA
nd
step,
1000 mA
500 mA