14
connector [16.4]. Alternatively, leave the machine
to extract the dust via the extractor connector.
b) Copy routing
When routing with templates, fi t an integrated copy-
ing ring to the router (accessory).
It comes with an adapter plate for imperial
templet guides included.
Note:
Copying rings can be used in combination with
the standard base runner. A special base run-
ner is available as an accessory to improve the
contact surface.
An excessively large routing tool
may damage the copying ring and cause accidents.
Make sure that the routing tool used fi ts through
the opening on the copying ring.
Procedure:
17.1
17.2
17.3
17.4
– Lay the machine on its side on a stable base.
– Open the lever [17.4].
– Remove the base runner [17.1].
– Release the lever [17.4] again.
– Insert a copying ring [17.3] in the correct position
on the router base.
– Insert the tabs [17.2] on a base runner into the
router base.
– Push down the base runner until it engages in
the router base.
The overhang Y of the workpiece in relation the
template is calculated as follows:
Y = ½ (diameter of copying ring minus diameter of
routing bit)
c) Edge trimming
Routing tools with a bearing guide are required
when the machine is used for edge trimming. The
machine is then guided in such a way that the bear-
ing guide rolls off the workpiece.
When trimming edges, always use the chip defl ec-
tor KSF-OF to improve dust extraction.
d) Routing with a guide system FS
The guide system (partly as an accessory) makes
it easier to route straight grooves.
19.1
19.2
19.3
– Secure the guide rail to the workpiece using
clamps [19.4].
– Insert the base runner [19.3] for the guide stop
into the router base (see "Changing the base
runner").
This base runner is offset to compensate for the
height of the guide rail.
– Secure both guide rods [19.6] with the rotary
knobs [19.5] and [19.9] on the guide stop.
– Unscrew the rotary knob [19.1].
– Insert the guide rods [19.6] into the grooves on
the router base.
– Place the router with the guide stop on the guide
rail.
19.10
19.9
19.8
19.7
19.6
19.5
19.4