10
ample. Slide the chip guard upwards until it engages or push the machine down as far as possible.
We recommend lowering the chip guard be- fore starting work to improve the efficiency of the extraction system. Push the lever [5.1] towards the handle to do this.
KSF-OF chip deflector
6.1
6.2
The chip deflector
The deflector is fitted in a similar way to the copying ring (see "Copy routing").
The hood can be cut off along the grooves [6.2] using a hacksaw and can thus be re- duced in size. The chip deflector can then be used for interior radiuses up to a minimum radius of 52 mm.
Milling cutters
Do not exceed the maximum speed specified on the tool and/or keep to the speed range. Cracked or distorted
cutters must not be used.
The routing tool may be hot after use and has sharp edges. Allow the
tool to cool before changing. Wear protective gloves when changing tools.
fWe recommend turning the machine on its side to change the tool.
Note:
fSwitch off the machine before pressing the rocker for the spindle lock [7.1]
a) Removing the tool
–Slide the chip guard [7.2] upwards until it engages, if necessary.
–Press the rocker [7.1] for the spindle lock to side A.
–Unscrew the locking nut [7.3] using an
b) Inserting the tool
–Insert the routing tool [7.4/7a.1] into the open clamping collet as far as possible, but at least up to the mark 
on the shank [7a.2]. If the collet is not visible because it is blocked by the union nut [7a.3], the milling tool must be insertes into the collet at least far enough that the marker 
no longer overlaps with the union nut.
7a.1
7a.2 
7a.3 
–Press the rocker [7.1] for the spindle lock to side B.
–Tighten the locking nut [7.3] using an open- end wrench (size 24).
Note:
f The rocker only blocks the motor spindle in |
one direction of rotation at any one time. |
Therefore when the locking nut is undone |
7.1
7.2
7.3
7.4
B A
or tightened, the wrench does not need to |
be offset but can be moved back and forth |
like a ratchet. |