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Beschikbare talen
Beschikbare talen
Text
MEH900-2
Electrical plane
230-240 V~
50 Hz
900 W
n
: 16,000 min
-1
0
Nr. WU5460150
Bj.
SN:
SN: XXXXX
Technical data
Physical data
Dimensions W x H x L
(without accessories
and without mains
cable)
Length of mains
cable
Weight
approximately
Plane width
Plane depth
Electrical data
Operating
voltage
Network
frequency
Power
consumption
Protection class II (housing double
Protection type
Idle revolutions
54
5460150-Elektrohobel-man.indd 54
5460150-Elektrohobel-man.indd 54
Meaning
model designation
device designation
supply voltage
network frequency
power consumption
idle revolutions (rpm)
item number
Construction year
Series number
The first two underlined
numbers give the month
of manufacture.
approximately
160 x 180 x 300 mm
3.0 m
2,750 g
82 mm
0–3 mm
230-240 V~
50 Hz
900 W
insulated)
IP 20 (only for use in dry
indoor spaces)
n
: 16,000 min
-1
0
Ergonomic data
Sound pressure level
Noise output level
Vibrations
The measured vibration
values were determined in
accordance with EN 62841-1,
EN 62841-2-14.
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.
Try to keep the vibration loads as low
as possible. Examples of measures that
may be taken to reduce the vibration
load include wearing gloves when using
the tool and limiting the length of the
working period. All parts of the operating
cycle must be taken into account for
this purpose (for example, also including
times in which the power tool is switched
off and times in which it is switched on,
but is running without load).
5 – Make ready for use
Figure 5-1: Mounting the shavings
collection bag.
In place of the shavings
collection bag, a suitable
extraction system may be
connected.
Figure 5-2: Connect the electrical plane
to the power socket.
L
= 91.2 dB(A)
pA
K
= 3 dB
pA
L
= 102.2 dB(A)
WA
K
= 3 dB
WA
4.130 m/s
2
K = 1.5 m/s
2
21.11.22 07:57
21.11.22 07:57
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