BL 506, Bed.-Anl. 06.12.2007 8:54 Uhr Seite 6
11
marked with one of the symbols
illustrated may not be disposed of
in the household rubbish.
You must take them to a collection
point for old units, old batteries or
special waste (enquire at your local
authority) or the dealer from whom
you bought them. These agencies
will ensure environmentally
friendly disposal.
Care and warranty
Separate the device from other
components prior to cleaning, if
necessary, do not use aggressive
cleansing agents.
The device has been subjected to
a careful final inspection. In case
of complaints, however, please
return the device together with
the receipt. We grant a guarantee
period of 2 years from the date of
purchase.
No claims will be accepted for
damage due to wrong handling,
improper use or wear.
We reserve the right for technical
modifications.
Technical data
Mains adapter input:
230 V AC/50 Hz/19.8 W
Output :
12 V DC/800 mA/9.6 VA
Charger input:
12 V DC –13.8 V DC
Output:
2.8 V DC/5.6 V DC
Charging current:
300 mA (AAA-sized)
800 mA (AA-sized)
Car adapter input:
12 V DC-13,8 V DC
For current product information
please refer to our Internet Site
http://www.hartig-helling.de.
10
Charging times
The charging time for the
accumulators depends on the rated
capacity. To determine the charging
time for your accumulators please
divide the accumulator capacity by
the charging current (refer to
“Technical data”) and multiply this
value by 1.4.
Example:
Charging of 1800 mAh NiCd AA
accumulators
1800 mAh (capacity)
800 mA (charging current)
= 3.15 h (189 minutes)
The charging time given is an
approximate value only and may
differ considerably under certain
circumstances, e.g. depending on
the age of the accumulators or on
too frequent charging without prior
discharging (refer to “
What is the
memory effect
?”).
The charging time values are
applicable to completely
discharged accumulators.
Hints for consumers
Please note that all new NiCd and
NiMH accumulators will reach their
full capacity after 4 – 6 charging
processes only.
What is the memory effect?
If NiCd accumulators are only
partially discharged over a longer
period of time and then fully
charged immediately, only that
continuously changing partial
capacity is available. A
phenomenon, the so-called
“memory effect”, i. e., your
accumulator has not the full
capacity because it was not
discharged completely for several
times. Only the relatively low
partial capacity is available then.
In extreme cases this can mean
that it is impossible to charge the
accumulator.
Notes on Disposal
Old units, marked with the symbol
as illustrated, may not be disposed
of in the household rubbish.
Used rechargeable and non-
rechargeable batteries which are
x 1.4
