27
GB
• Carry the chain saw by the front handle with
the chain saw switched off and away from
your body. When transporting or storing the
chain saw always fit the guide bar cover.
Proper
handling of the chain saw will reduce the Iikelihood
of accidentaI contact with the moving saw chain.
• Follow instructions for lubricating, chain
tensioning and changing accessories.
Improperly tensioned or lubricated chain may either
break or increase the chance for kickback.
• Keep handles dry, clean, and free from oil and
grease.
Greasy, oily handles are slippery causing
loss of control.
• Cut wood only. Do not use chain saw for
purposes not intended. For example: do not
use chain saw for cutting plastic, masonry or
nonwood building materials.
Use of the chain
saw for operations different than intended could
result in a hazardous situation.
Causes and operator prevention of kickback
Beware of kickback!
•
Kickback may occur when the nose or tip of the
guide bar touches an object, or when the wood
closes in and pinches the saw chain in the cut.
•
Tip contact in some cases may cause a sudden
reverse reaction, kicking the guide bar up and back
towards the operator.
• Pinching the saw chain along the top of the guide
bar may push the guide bar rapidly back towards
the operator.
•
Either of these reactions may cause you to lose
control of the saw which could result in serious
personal injury. Do not rely exclusively upon the
safety devices built into your saw.
•
As a chain saw user, you should take several steps
to keep your cutting jobs free from accident or injury.
• Kickback is the result of tool misuse and/ or
incorrect operating procedures or conditions and
can be avoided by taking proper precautions as
given below:
•
Maintain a firm grip, with thumbs and fingers
encircling the chain saw handles, with both hands
on the saw and position your body and arm to allow
you to resist kickback forces (Fig. L).
•
Kickback forces can be controlled by the operator,
if proper precautions are taken. Do not let go of the
chain saw.
• Do not overreach and do not cut above shoulder height.
• This helps prevent unintended tip contact
and enables better control of the chain saw in
unexpected situations.
•
Only use replacement bars and chains specified by
the manufacturer.
•
Incorrect replacement bars and chains may cause
chain breakage and/or kickback.
• Follow the manufacturer´s sharpening and
maintenance instructions for the saw chain.
• Decreasing the depth gauge height can lead to
increased kickback.
Additional safety informations
• If the power cable for this equipment is damaged, it
must be replaced by the manufacturer, a customer
service agent of the same or a similarly qualified
person in order to prevent hazards.
•
Lay the extension cable in such a way that it will
not be caught by branches or similar during sawing.
• Use a surge protector with a release current of 30
mA or less.
•
Have your power tool serviced by a qualified repair
person using only identical replacement parts.
•
Carefully follow the maintenance, control and
service instructions in this manual.
• Practise using the saw (sawing logs on a sawhorse) and
get an experienced user or a specialist to explain to you
the function of the saw, the way of working, the techniques
of sawing and the personal protection equipment.
6. Technical data
Technical data
Cutting data Chainsaw
cutting lenght mm
440
bar lenght mm
457
capacity oiltank l
0,28
type of oil
wear resistant oil
saw chain division
3/8"
drive link thickness
1,27mm
saw chain type
Oregon
91PX062X
number of teeths drive
sprocket
6
tooth pitch of drive
sprocket
3/8"
chain brake
yes
guide bar type
Oregon
180SDEA041
engine
motor V/Hz
230-240V / 50 Hz
power W
2400
rotation speed max. min
-1
8000
Weight kg
5,0
Subject to technical changes!
Information concerning noise emission measured
according to relevant standards:
Sound pressure L
pA
= 89,3 dB(A)
Sound power L
WA
= 100,3 dB(A)
guaranteed Sound power LWA = 108 dB(A)
Uncertainty K
PA
= 2,5 dB(A)
Wear ear-muffs.
The impact of noise can cause damage to hearing.
Vibration A
hv
(front handle) = 7,618 m/s
2
Vibration A
hv
(rear handle) = 4,633 m/s
2
Uncertainty K
PA
= 1,5 m/s
2
•
The specified vibration emission value has been
measured according to a standardised testing
procedure and can be used for comparison of one
electric tool with another;
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