25
en
Operate the power tool only from grounded sockets that
comply with the specifications. Do not use any connec-
tion cables that are damaged; use extension cables
with a grounding contact that are checked at regular
intervals.
A ground conductor without continuity can
cause an electric shock.
To prevent injuries, always keep your hands, clothing,
etc. away from rotating swarf.
The swarf can cause inju-
ries. Always use the chip guard.
Do not attempt to remove the cutting tool if it still turns.
This can lead to serious injuries.
Beware of any concealed electric cables, gas or water
conduits.
Check the working area before commencing
work, e. g. with a metal detector.
Do not work with materials containing magnesium.
Danger of fire.
Do not work with CFRP (carbon-fiber-reinforced poly-
mer) and materials containing asbestos.
These materi-
als are considered carcinogenic.
Do not rivet or screw any name-plates or signs onto the
power tool.
If the insulation is damaged, protection
against an electric shock will be ineffective. Adhesive
labels are recommended.
Do not overload the power tool or the storage case and
do not use it as a ladder or stand.
Overloading or stand-
ing on the power tool or the storage case can lead to
the upward shifting of the centre of gravity of the
power tool or the storage case, and its tipping over.
Do not use accessories which are not specifically
designed and recommended by the power tool manu-
facturer.
Safe operation is not ensured merely because
an accessory fits your power tool.
Clean the ventilation openings on the power tool at reg-
ular intervals using non-metal tools.
The blower of the
motor draws dust into the housing. An excessive accu-
mulation of metallic dust can cause an electrical hazard.
Before storage: Remove the application tool.
Store the power tool only in the case or packaging.
Before putting into operation, check the mains connec-
tion and the mains plug for damage.
Always operate the power tool with together with a
PRCD personal protection switch (*).
Before beginning to work, always check the proper
functioning of the PRCD personal protection switch (*)
(see page 26).
Hand/arm vibrations
The vibration emission level given in this information
sheet has been measured in accordance with a stand-
ardised test given in EN 62841 and may be used to
compare one tool with another. It may be used for a
preliminary assessment of exposure.
The declared vibration emission level represents the
main applications of the tool. However, if the tool is
used for different applications, with different accesso-
ries or poorly maintained, the vibration emission may
differ. This may significantly increase the exposure level
over the total working period.
An estimation of the level of exposure to vibration
should also take into account the times when the tool
is switched off or when it is running but not actually
doing the job. This may significantly reduce the expo-
sure level over the total working period.
Identify additional safety measures to protect the oper-
ator from the effects of vibration such as: maintain the
tool and the accessories, keep the hands warm, organi-
sation of work patterns.
Noise emission
Noise emission values determined according to
EN 62841-2-1.
Operating Instructions.
Only use water-soluble cutting fluids
(oil in water)
as
the cooling agent.
Observe the manufacturer’s instructions on coolant.
Pay attention that the set-up surface for the magnetic
foot is flat, clean, rust-free and ice-free. Remove var-
nish, putty/filler layers and other materials. Prevent an
air gap between the magnetic foot and the set-up sur-
face. The air gap reduces the magnetic holding power.
Do not operate this machine on hot surfaces; it could
lead to a permanent reduction of the magnetic holding
power.
When working, always use the magnetic foot; pay
attention that the magnetic holding power is sufficient.
When working non-magnetic materials, suitable FEIN
fastening devices, such as vacuum plates or pipe drilling
devices, which are available as accessories, must be
used. Observe the corresponding operating instruc-
tions for these.
When working on steel materials with a material thick-
ness of less than 12 mm, the workpiece must be rein-
forced with an additional steel plate in order to
guarantee the magnetic holding power.
The magnetic foot is monitored by means of a power
sensor. If no current flows through the magnet, the
motor switches off.
Work only with the absolutely required amount of
feed. Excessive feed can lead to breakage of the appli-
cation tool and loss of the magnetic holding power.
When the power supply is disconnected while the
motor is running, a protective circuit prevents auto-
matic restarting of the motor. Restart the motor again.
Do not stop the drill motor during the drilling proce-
dure.
Only remove the core bit from the drilled hole while
the motor is running.
If the core bit should remain stuck in the material, stop
the drill motor and carefully turn the core bit out coun-
ter-clockwise.
Remove the chips and the drilled core after each drilling
process.
Do not touch the chips with your bare hands.
Always use a chip hook (6 42 98 160 40 0).
Danger of burning! The surface of the magnet can
reach high temperatures. Do not touch the mag-
net with your bare hands.
When changing a drill bit, pay attention not to damage
the cutting edges.
When core drilling layered material, remove the core
and the chippings after drilling each layer.
Summary of Contents for KBE 32 QW
Page 1: ...KBE 32 7 270 KBE 32 QW 7 270...
Page 3: ...3 6 11 12 14 9 8 4 4 15 10 10 8 5 6 7 KBE 32 QW KBE 32...
Page 4: ...4 4 1 2 3 max 500 ml max 17 US fl oz 2 1...
Page 5: ...5 5 mm KBE 32 QW KBE 32 3 4 1 1 5 5 2 2 3 4 1...
Page 6: ...6...
Page 7: ...7 12 mm...
Page 8: ...8...
Page 9: ...9...
Page 10: ...10 2 1 3 4...
Page 11: ...11...
Page 12: ...12 2 5 mm 2 1 1...
Page 13: ...13 2 5 mm 2...
Page 14: ...14 2 5 mm 1 1 3 3 3 2...
Page 15: ...15 KBE 32...
Page 57: ...57 el el...
Page 60: ...60 el CFK PRCD PRCD 61 EN 62841...
Page 61: ...61 el EN 62841 2 1 FEIN 12 mm 6 42 98 160 40 0 PRCD 6 PRCD PRCD...
Page 132: ...132 ru ru...
Page 135: ...135 ru CFK PRCD PRCD 136...
Page 136: ...136 ru EN 62841 EN 62841 2 1 FEIN 12 6 42 98 160 40 0 PRCD 6 PRCD PRCD...
Page 138: ...138 uk uk...
Page 141: ...141 uk CFK PRCD PRCD 142 EN 62841...
Page 142: ...142 uk EN 62841 2 1 FEIN 12 6 42 98 160 40 0 PRCD 6 PRCD PRCD 1 2 RESET 3 4 1 2 5 TEST 6 RESET...
Page 144: ...144 bg bg...
Page 147: ...147 bg PRCD PRCD 148...
Page 148: ...148 bg EN 62841 EN 62841 2 1 FEIN 12 mm 6 42 98 160 40 0 PRCD 6...
Page 167: ...167 zh CM zh CM...
Page 170: ...170 zh CM CFK PRCD PRCD 170 EN 62841 EN 62841 2 1 FEIN 12 mm 6 42 98 160 40 0 PRCD 6 PRCD PRCD...
Page 173: ...173 zh CK zh CK...
Page 176: ...176 zh CK CFK 176 EN 62841 EN 62841 2 1 FEIN 12 6 42 98 160 40 0 PRCD 6 PRCD PRCD...
Page 178: ...178 ko ko EU...
Page 180: ...180 ko 3 41 30 465 06 0 FEIN ISO 8528 G2 AC 10 AC...
Page 181: ...181 ko CFP PRCD PRCD 182 EN 62841 EN 62841 2 1 FEIN 12 mm 6 42 98 160 40 0...
Page 183: ...183 th th...
Page 186: ...186 th CFP carbon fiber reinforced polymer PRCD PRCD 188...
Page 187: ...187 th EN 62841 EN 62841 2 1 FEIN 12 6 42 98 160 40 0...
Page 189: ...189 ja ja CE...
Page 192: ...192 ja CFRP PRCD PRCD 193 EN 62841 EN 62841 2 1...
Page 195: ...195 hi hi...
Page 198: ...198 hi 199 EN 62841 EN 62841 2 1...
Page 199: ...199 hi FEIN 12 6 42 98 160 40 0 6 1 2 RESET 3 4 1 2 5 TEST 6 RESET 12 www fein com...
Page 200: ...200 hi FEIN FEIN CE UKCA UKCA CE FEIN C E Fein GmbH D 73529 Schw bisch Gm nd...
Page 201: ...201 ar CE EFTA EFTA UKCA UKCA CE C E Fein GmbH D 73529 Schw bisch Gm nd...
Page 203: ...203 ar PRCD PRCD 202 EN 62841 EN 62841 2 1 12...
Page 204: ...204 ar h m s2 2 mm A kg s m N Hz W V m s2 min dB C 2 SI 3 41 30 465 06 0 G2 ISO 8528 10...
Page 206: ...206 ar...