Pa : 94 Db(A), K Pa : 3 Db Wa : 105 Db(A), Kwa; Lwa; M/S 2 , K M = 1,5 M/S; Scope Of Delivery - Meister PS600M Traduction Du Manuel D'utilisation Original

GB
Operating instructions & safety hints
WARNING! To reduce the risk of injury, please read the operating
instructions through carefully before using the device, and then store with
the machine! When passing the device on to another user, these operating
instructions must also be included!
Contents
1 - Scope of delivery
2 - Technical information
3 - Components
4 - Correct use
5 - General safety
instructions
6 - Safety instructions
relating specifically to
the equipment

1 - Scope of delivery

• 1 Orbital Jigsaw
• 1 Saw Blade
• 1 Adjusting key
• 1 Hoover adaptor
• Operating Instructions
• Guarantee

2 - Technical information

Technical data
Power supply
Power input
Stroke rate (no-load)
Length of stroke
Diagonal cuts
Cable
Technical changes reserved.
Noise emission/vibration
L : 94 dB(A), K
pA pA
L : 105 dB(A), K
WA WA
5403120-Pendelhubstichsaege_man.indd 33 5403120-Pendelhubstichsaege_man.indd 33
Page
33
33
34
34
35
38
230 V ~ /50 Hz
600 W
n = 3000 min -1
0
18 mm
2 x 0-45°
180 cm
: 3 dB
: 3 dB
7 - Installation and setting
8 - Operation
9 - Mode of operation
10 - Maintenance and
environmental
protection
11 - Service instructions
a = 8,22 m/s 2 , K = 1,5 m/s
h,B B
a = 6,74 m/s , K
2
h,M M
a mit „Sawing wood";
h,B
a mit „Sawing metal sheet".
h,M
Noise/vibration information
Measuring values determined in accord-
ance with EN 62841.
The specified vibration emission value
was measured in accordance with a
normed test procedure and can be used
in order to compare one electrical tool
with another.
The specified vibration emission value
can also be used for an introductory
evaluation of the influence.
The vibrations and noise emis-
sions generated when the power
tool is actually being used may devi-
ate from the specified values depend-
ing on the way in which the power
tool is used, and specifically, on the
basis of the type of workpiece being
processed.
Page
39
40
40
40
41
2
= 1,5 m/s
2
17.07.20 06:58 17.07.20 06:58
33