11
10
Router EN
cut by carrying out another trial cut.
After setting the depth-of-cut, the position of
the index mark (26), on the depth stop should
not be changed anymore so that the currently
adjusted setting can always be read off the
scale.
5. USAGE OF THE STEP BUFFER
a) Dividing the cutting procedure in
several steps
For deep cuts, it is recommended to carry out
several cuts, each with less material removal.
By using the step buffer, the cutting process
can be divided into several steps.
Set the required depth-of-cut with the lowest
step of the step buffer. Afterwards, the higher
steps can be used for the last two cuts.
b) Pre-adjustment of varying depth-of-
cuts
If several different depth-of-cuts are required
for the machining of a work-piece, these can
also be preset by using the step buffer.
6. DIRECTION OF FEED (See b, c)
The feed motion of the router must always be
carried out against the rotation direction of the
router bit (up-grinding).
When milling in the direction with the rotation
of the router bit (down cutting), the router can
break loose, preventing control by the user.
7. ROUTING PROCESS
Adjust the depth-of-cut as previously
described.
Place the router on the work-piece.
Release the clamping lever by turning in
clockwise direction and slowly lower the
router until the depth stop runs against the
step buffer. Lock the router in position by
turning the clamping lever in anti-clockwise
direction, then switch on. Carry out the cutting
procedure with uniform feed. After finishing
the cutting process, slide the router upwards
again and switch off.
8. ROUTING WITH GUIDE BUSHING
The guide bushing (24) enables template and
pattern routing on work-pieces.
Place the guide bushing over the hole in
the center of the base plate, and align the
two through holes in the bottom of the base
plate with the countersunk holes in the guide
bushing. Fasten the guide bushing with the
nuts and screws provided.(See D)
9.ROUTING PROCESS (See Fig. E)
WARNING: Choose a router bit
with a smaller diameter than the
inner diameter of the guide bushing.
Set the router with guide bushing against
the template. Release the clamping lever by
turning in clockwise direction and slowly
lower the router toward the work-piece until
the adjusted depth-of-cut is reached.
Guide router with projecting guide bushing
along the template, applying light sideward
pressure.
NOTE:
The template must have a minimum
thickness of 8 mm, due to the projecting
height of the guide bushing.
10. SHAPING OR MOLDING
APPLICATIONS
For shaping or molding applications without
the use of a parallel guide, the router must be
equipped with a pilot or a ball bearing.
Lead the router sideward to the workpiece and
allow router bit to engage until the pilot or
the ball bearing of the router reach the corner
of the workpiece being machined. Guide the
router alongside the workpiece corner using
both hands, ensuring proper seating of the
base plate. Too much pressure can damage the
edge of the workpiece.
11. ROUTING WITH PARALLEL GUIDE
(Accessory – See Fig. F,G
)
• Slide the parallel guide (21) with the guide
rods(27) into the base plate (10) and tighten at
the required measure with the wing bolts (12).
• Guide the machine with uniform feed and
sideward pressure on the parallel guide (21)
along the edge of the workpiece.
12.ROUTING CIRCULAR ARC PROFILES
(See Fig. H, I)
• Reverse the parallel guide (facing surfaces
point upwards) and insert the guide rods into
the base plate. Fasten centring pin (22) to
parallel guide (through hole) with wing bolt (28).
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