PWS 1100 ANGLE GRINDER
For grinding, roughing, cutting and polishing
Dear Customer! Please make sure you familiarise yourself fully with the way the equipment works before you use it for the first time and that
you understand how to handle electrical power tools correctly. Please read the operating instructions below and the accompanying
safety advice carefully. Use the equipment only as described and for the indicated purposes. By doing this you will be able to work in
complete safety and produce better results.
FEATURES
OF THE PARKSIDE PWS 1100
ON / OFF switch
Adjustable safety guard
Speed control wheel (Fig.
)
Clamping flange (Fig.
)
Auxiliary handle
Clamping nut (Fig.
)
Spindle lock
Wrench (not illustrated)
TECHNICAL
INFORMATION
Nominal power:
1100 W
Nominal voltage:
230 V ~ 50 Hz
Low load speed:
no 3,000 – 11,000 /min
Spindle: 14
mm
Grinding disc:
125 x 22 x 6 mm (outside diameter x hole size x thickness)
Sound pressure level:
91.2 dB(A) (to EN 50144)
Sound power level:
104.2 dB(A) (to EN 50144)
Vibration:
< 2.5 m/s
2
(to EN 50144)
Protection class:
II
Weight: 2.4
kg
The PWS 1100 angle grinder has INTELLIGENT POWER CONTROL. This electronic management system monitors and controls
your angle grinder in its various operating states;
Operating state
Feature
Switching On:
The IPC electronic system start-up mode ensures that the motor starts up slowly and gently. This largely
avoids heavy transient current surges, and means that electrical safety cut-out devices are not
generally tripped (building sites, domestic premises).
No-load running:
After switching on, the IPC electronic system run-up mode takes the grinder's speed up to the pre-set
required value (Setting 1 ... 6). After this is reached, the IPC system speed control mode keeps
the grinder operating at a constant speed.
Load / overload operation:
The IPC electronic system mode sees to it that, when working under load, the grinder cannot
inadvertently become overloaded. If the grinder's nominal performance rating is reached or exceeded
during use, the IPC electronic system signals to you with additional power pulses that there is an
overload. These power pulses become more pronounced with increasing overload.
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