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To estimate vibration and noise emissions accurately, the times
when the tool is switched off or when it is running but not actu-
ally being used should also be taken into account. This may
significantly reduce vibration and noise emissions over the
total working period.
Implement additional safety measures to protect the operator
from the effects of vibration, such as servicing the power tool
and application tools, keeping their hands warm, and organ-
ising workflows correctly.
Fitting
Pull the plug out of the socket before carrying
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out any work on the power tool.
Inserting the Router Bit (see figure A)
Wearing protective gloves while fitting and
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changing router bits is recommended.
Router bits are available in a wide variety of designs and
qualities depending on the intended application.
Router bits made of high-performance high-speed
steel (HSS) are suited to machining soft materials such as
softwood and plastic.
Router bits with carbide tips are especially suitable for
hard and abrasive materials such as hardwood and alu-
minium.
Only use undamaged and clean router bits.
– Swivel the spindle locking lever (5) anticlockwise as far as
it will go (➊). If necessary, turn the motor spindle by hand
until you hear it engage.
– Loosen the cap nut (3) with the open-ended spanner (25)
(width across flats 19 mm) by turning it clockwise (➋).
– Slide the router bit into the collet. The bit shank must be in-
serted into the collet at least up to the mark.
– Tighten the cap nut (3) with the open-ended spanner (25)
(width across flats 19 mm) by turning it anticlockwise. Lock
the spindle locking lever (5) fully back into place.
Do not insert a router bit with a diameter larger
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than 50 mm when the guide bushing is not
mounted. These router bits will not fit through the base
plate.
Do not, under any circumstances, tighten the col-
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let with the tightening nut until a router bit has
been fitted. The collet may otherwise become damaged.
Dust/Chip Extraction
The dust from materials such as lead paint, some types of
wood, minerals and metal can be harmful to human health.
Touching or breathing in this dust can trigger allergic reactions
and/or cause respiratory illnesses in the user or in people in
the near vicinity.
Certain dusts, such as oak or beech dust, are classified as car-
cinogenic, especially in conjunction with wood treatment ad-
ditives (chromate, wood preservative). Materials containing
asbestos may only be machined by specialists.
– Use a dust extraction system that is suitable for the material
wherever possible.
– Provide good ventilation at the workplace.
– It is advisable to wear a P2 filter class breathing mask.
The regulations on the material being machined that apply in
the country of use must be observed.
Avoid dust accumulation at the workplace. Dust
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can easily ignite.
Connecting the Dust Extraction System
(see figure B)
Use in conjunction with Würth extractor system and dust ex-
traction adapter (item 0702400249).
Attach an extraction hose (dia. 35 mm) (26) (accessory) to
the fitted dust extraction adapter. Connect the dust extraction
hose (26) to a dust extractor (accessory).
The power tool can be directly connected to the plug socket of
a Würth all-purpose dust extractor with remote starter. This
dust extractor is started up automatically when the power tool
is switched on.
The dust extractor must be suitable for the material being
worked.
When extracting dry dust or dust that is especially detrimental
to health or carcinogenic, use a special dust extractor.
Operation
Products that are only sold in AUS and NZ: Use a
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residual current device (RCD) with a nominal residual cur-
rent of 30 mA or less.
Pay attention to the mains voltage. The voltage
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of the power source must match the voltage
specified on the rating plate of the power tool.
Power tools marked with 230 V can also be op-
erated with 220 V.
Starting Operation
Preselecting the speed
You can preselect the required speed using the speed
preselection thumbwheel (22), even during operation.
1−2
low speed
3−4
medium speed
5−6
high speed
The values shown in the table are guide values. The required
speed is dependent on the material and the work conditions
and can be determined by practical trials.
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