Ansmann Energy Basic 5 Instrucciones De Manejo página 5

GB
oPerating instruCtions BasiC 5
use of the Charger
Charger for 1-4 nickel/cadmium and nickel/metal-hydride rechargeable batteries size Micro (AAA),
Mignon (AA), BABY (C), MONO (D) and a 9 Volt block.
disPlay
LED green (1): This LED signalises the charging process of the cylindrical cells.
LED red (2): This LED signalises the charging process of the 9 Volt block.
attention
This charger is designed for charging of rechargeable nickel/cadmium and nickel/metal-hydride batteries.
Do not insert other types of batteries. Danger of explosion!
enVironmental referenCe
By using rechargeable batteries and chargers you conserve the environment gently and safe money by
doing so. Rechar-geable batteries are not to be disposed in domestic waste. Give used batteries back to
your dealer or rather to the battery collecting point.
Caution
Keep your charger in a dry place (indoor use only). Danger of fire and electric shock!
Damaged power cables are to be taken to authorized dealers.
Commissioning
Plug the power plug into a convenient mains socket (cf. identification-plate) and place the batteries into the
battery mounting adapter on the charger. The charger will then start up automatically.
Insertion of the cylindrical cells:
Push the contact bow (3) to the right. Insert the battery/batteries up to the bottom of the charging box
(shaped like a V). You can then release the contact bow.
Insertion of the 9 Volt block:
The LED for the 9 Volt block will light up, if the battery is inserted correctly. (Always insert batteries with
correct direction of poles according to the symbols in the charging box!) Please take not that all batteries
have not to be inserted simultaneous, the different charging processes being totally separated from each
other.Only empty batteries should be charged as recommended in the table of charging times below.
After a certain time (cf. table of charging times (4)), batteries are to be taken out of the charger. Danger
of overcharging!
Formula for maximum charging time:
Charging time (h) ≈
1,4 (charging factor) x capacity (mAh)
charging current (mA)