GB
MT
30
Technical data
Angle Grinder ...........PWS 125 H7
Rated voltage
U
...............230 V ∼, 50 Hz
Rated output
P
..............................1200 W
Length Mains connection cable ...........3 m
Protection class .....
⧈
II (double insulation)
Protection type .....................................IPX0
No-load rotation speed
n
0
......................................3000-12000 min
−1
Permissible sanding and cutting discs
– diameter ................................. ≤ 125 mm
– Borehole ............................ Ø 22.23 mm
– Thickness ..................................... ≤ 6 mm
Thread ................................................. M14
Thread length of the grinding spindle
....................................................... ≤ 12 mm
Sound power level (
L
WA
)
.....................................98.5 dB; K
WA
=3 dB
Sound pressure level (
L
pA
)
...................................... 90.5 dB; K
pA
=3 dB
Vibration (
a
h
)
–Handle ............ 4.547 m/s²; K=1.5 m/s²
–Additional handle
............................ 7.819 m/s²; K=1.5 m/s²
Cutting disc ..................WA60 T BF
Disc rotational speed n
max
. ≤ 12200 min
-1
Disc speed v
0
............................ ≤ 80 m/s*
diameter ....................................Ø 125 mm
Borehole ................................ Ø 22.23 mm
Thickness ......................................≤ 1.2 mm
* The grinding disc must withstand a rota-
tional speed of 80 m/s.
Levels of noise and vibration were determ-
ined according to the standards and regu-
lations in the declaration of conformity.
The specified total vibration value and the
stated noise emission value have been
measured according to a standardised
test method and can be used to compare
one power tool with another. The specified
total vibration value and the stated spe-
cified noise emission value can also be
used for a provisional assessment of the
load.
WARNING!
The vibration and noise
emissions may deviate from the specified
values during actual use of the power tool,
depending on how the power tool is be-
ing used. Try to keep the exposure to vi-
brations as low as possible. An example
of a measure to reduce vibration exposure
is limiting the working hours. All parts of
the operating cycle have to be considered
while doing so (for example, times when
the power tool is switched off and times
when it is switched on but running without
any load).
WARNING!
Grinding thin metal
sheet or other well vibrating structures
with a large surface area can result in
increased noise exposure and a much
(up to 15 dB) higher overall noise emis-
sion than the specified noise emission val-
ues. Use heavy flexible damping mats or
similar to prevent sound radiation from
such workpieces. Take into account the in-
creased noise emission and wear appro-
priate hearing protection.
Safety information
This section deals with the basic safety in-
structions for using the device.
Meaning of the safety
information
DANGER!
If you do not observe this
safety instruction, an accident will occur.
The result of which is severe bodily injury
or death.
WARNING!
If you do not observe
this safety instruction, an accident may
occur. The result of which is likely severe
bodily injury or death.
Summary of Contents for PWS 125 H7
Page 268: ...SI 268...
Page 313: ...BG 313 16 WA60 T BF 125 mm 1 2 mm 2 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 A 18 19 20...
Page 315: ...BG 315 15 dB II...
Page 316: ...BG 316 1 a b c 2 a b c d...
Page 317: ...BG 317 e f RCD RCD 3 a b c d e f g h...
Page 318: ...BG 318 4 a b c d e f g h 5 a...
Page 319: ...BG 319...
Page 320: ...BG 320...
Page 321: ...BG 321 10 mm...
Page 322: ...BG 322...
Page 323: ...BG 323 FI 30 mA...
Page 324: ...BG 324 PARKSIDE 3 3 1 6 5...
Page 325: ...BG 325 12 1 1 2 8 B 1 2 3 10 22 4 21 10 10 10 5 B 1 2 3 21 10 4 22 10 14 C 1 2 3 14 10 14...
Page 327: ...BG 327 M14 12 mm H I 1 12 2 20 12 3 12 4 20 5 12 6 20 12 11 F 125 mm 14 10...
Page 328: ...BG 328 14 10 G 125 mm 10 14 10 30 40 J 20 M14 3 2 3 4 6 6 6 327...
Page 329: ...BG 329 1 2 1 5 2 5 5 3 4 5 1 2 1 5 5 5 3 4 4...
Page 330: ...BG 330 D 1 7 6 6 2 27 23 24 3 28 26 24 4 24 25 5 25 6 28 26 7 27 23 24 8 6 7 9 1 8...
Page 331: ...BG 331 5 18 18 5...
Page 332: ...BG 332 2012 19 3 II 3...
Page 333: ...BG 333 IAN 441335_2210...
Page 340: ...GR 340 15 dB II...
Page 341: ...GR 341 1 a b c 2 a b c d e...
Page 342: ...GR 342 f RCD RCD 3 a b c d e f g h...
Page 343: ...GR 343 4 a b c d e f g h 5 SERVICE a service...
Page 344: ...GR 344...
Page 345: ...GR 345...
Page 346: ...GR 346 10 mm...
Page 347: ...GR 347...
Page 348: ...GR 348 FI 30 mA...
Page 349: ...GR 349 PARKSIDE 3 3 1 6...
Page 350: ...GR 350 5 12 1 1 2 8 B 1 2 3 10 22 4 21 10 10 10 5 B 1 2 3 21 10 4 22 10...
Page 352: ...GR 352 6 12 7 20 18 17 12 M14 12 mm H I 1 12 2 20 12 3 12 4 20 5 12 6 20 12...
Page 353: ...GR 353 11 F 125 mm 14 10 14 10 G 125 mm 10 14 10 30 40 J 20 M14 3...
Page 354: ...GR 354 2 3 4 6 6 6 352 1 2 1 5 2 5 5 3 4 5 1 2 1 5 5 5 3 4 4...
Page 355: ...GR 355 D 1 7 6 6 2 27 23 24 3 28 26 24 4 24 25 5 25 6 28 26 7 27 23 24 8 6 7 9 1 8...
Page 356: ...GR 356 5 18...
Page 357: ...GR 357 18 5 2012 19 3...
Page 358: ...GR 358 IAN 441335_2210 e mail...
Page 361: ...361...