Protecting The Environment; Technical Data - Black & Decker GKC3630L20 Mode D'emploi

ENGLISH

Protecting the environment

Separate collection. This product must not be
disposed of with normal household waste.
Should you find one day that your Black & Decker product
needs replacement, or if it is of no further use to you, do not
dispose of it with household waste. Make this product avail-
able for separate collection.
z
Separate collection of used products and
packaging allows materials to be recycled and
used again. Re-use of recycled materials helps
prevent environmental pollution and reduces the
demand for raw materials.
Local regulations may provide for separate collection of elec-
trical products from the household, at municipal waste sites or
by the retailer when you purchase a new product.
Black & Decker provides a facility for the collection and
recycling of Black & Decker products once they have reached
the end of their working life. To take advantage of this service
please return your product to any authorised repair agent who
will collect them on our behalf.
You can check the location of your nearest authorised repair
agent by contacting your local Black & Decker office at
the address indicated in this manual. Alternatively, a list of
authorised Black & Decker repair agents and full details of our
after-sales service and contacts are available on the Internet
at: www.2helpU.com
14
(Original instructions)

Technical data

Voltage V
dc
Bar length mm
Max bar length
mm
Chain speed (No-load) m/s
Max cutting length mm
Oil capacity ml
Weight
kg
Battery
Voltage V
DC
Capacity
Ah
Type
Charger
Input Voltage
V
AC
Output Voltage V
DC
Current mA
Approx. charge time
min
Level of sound pressure according to EN 60745:
L (sound pressure) 72.8 dB(A), Uncertainty (K) 1.2 dB(A)
pA
L (sound power) 92.8 dB(A), Uncertainty (K) 1.2 dB(A)
WA
Vibration total values (triax vector sum) according to EN 60745:
Vibration emission value (a
GKC3630L20 (H1)
36
300
300
5
300
115
3.8
BL2036
36
2.0
Li-Ion
905673** (typ. 1)
230
36
1300
90
2 2
) 5.5 m/s , uncertainty (K) 1.5 m/s
h