Scope Of Delivery; Technical Data; Handling The Device; Milling Cutter Selection - Proxxon MOF Manual

(this depth-control stop also enables on-the-fly submersion of the
mill into the workpiece with the motor running).
For quick pre-adjustment of the mill depth without special require-
ments on precision, the mill cutter can be quickly and simply moved
within the guide columns after releasing the locking lever. The inte-
grated suction device (for connection to a vacuum cleaner) prevents
dust nuisances and ensures "clean" work results from this point of
view, also.

4. Scope of delivery:

1 each surface mill
1 each suction hose
1 each parallel limit stop
1 each circular limit stop
2 each guide bars
1 each rubber adapter
1 each open-end wrench
1 each operating instructions
6 each collet chucks
(1.0-1.5-2.0-2.4-3.0 and 3.2 mm)

5. Technical data:

MOTOR
Voltage:
Power:
Speed:
DEVICE
Dimensions:
Weight:
Milling-cutter shank diameter:
Noise emission:
Use in dry rooms only
Protection class II device
Please do not dispose of this power
tool in domestic waste!
Further information is available in
"Disposal instructions".
For your own safety, please wear
hearing protection while working!

6. Handling the device:

6.1. Mill selection:
Make sure the mill cutter is suitable for at least 27,500 revolutions per
minute.
220–240 V, 50 Hz, ~
130 watts
27500/min
180 x 140 x 80
(with suction connection: 91 mm)
ca. 1.1 kg
up to 3.2 mm
< 70 dB(A)
Select a mill cutter dependent on the desired work results, i.e., the groo-
ve form and the size that you want to fabricate. The most varied forms
are available (e.g. groove cutters for rectangular grooves and V-grooves,
channels mills for half-round grooves, and a variety of form cutters for
every conceivable groove and mill form).
When selecting, please keep in mind that the shank diameter of the mill
cutter you want to use has to match the diameter of the supplied collet
chucks.
You can acquire a variety of high-grade profile mills for wood and similar
materials from Proxxon.
These mill cutters (with a shank diameter of 3.2 mm) are attuned to the
use of your machine and guarantee excellent results.
6.2. Insertion and replacement of the mill cutter (fig. 2):
• Please make sure the mains cable has been pulled out when re-
placing the mill cutter!
• In all cases, ensure the mill cutter used is suitable for the speed
of the device.
• The shank diameter of the used tool must match the diameter
of the collet chuck.
• Insert the milling cutter shank into the collet chuck as far as pos-
sible.
• Never press the lock-on button (1, fig 2) as long the milling cut-
ter is running!
6.2.1. Inserting the mill cutter (fig. 2):
1. Press lock-on button 1 and loosen coupling nut 3 with supplied
open-end wrench 2.
2. Manually unfasten coupling nut 3. For practical purposes, foot 4
on the milling cutter should be pushed to its lowermost position
with the milling quick depth-adjustment to improve access to
the mill shaft (see 6.4.1 for information of the milling quick
depth-adjustment).
3. Insert collet chuck 5 with the desired diameter into the intended
opening in shaft 6.
4. Turn coupling nut 3 onto the thread. Please do not tighten it!
5. Plug the milling cutter-shank from the selected mill cutter 7 dee-
ply into the collet chuck.
6. Lock the shaft using lock-on button 1, manually turn coupling
nut 3 and tighten using enclosed key 2.
6.2.2. Replacing the mill cutter (Fig. 2):
• Please make sure the mains cable has been pulled out when re-
placing the mill cutter!
• In all cases, ensure the mill cutter used is suitable for the speed
of the device.
• The shank diameter of the used tool must match the diameter
of the collet chuck.
• Insert the milling cutter shank into the collet chuck as far as pos-
sible.
• Let the mill cutter cool off after it has been extensively used! Risk
of injury!
– 14 –
Caution!
Caution!