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2.4 COMPONENTS AND
FUNCTIONAL PARTS
2.4.1 Accesories
1
Size 18 spanner
Keys to adjust the height and depth of the
2
teeth.
3
Wedges to adjust the tip of the key.
4
Recessed wedges to cut cross-shaped keys.
5
Set of allen keys (2, 2.5, 3, 4, 5).
2.4.2 Electric circuit
The main components of the electric circuit and
the electronic components are as follows:
1
Socket
2
Start switch
Motor
3
Microswitch
4
2.4.3 4-sided clamp
The clamp is designed to secure a different family
of keys on each side. The figure shows the possibi-
lities for cutting on each side of the clamp.
1)
Cutting the key with support on the back:
Side 1: Keys with normal blade
Side 2: Keys with narrow blade
2)
Cutting by means of clamping the key by the
guide (profile).
3
How the machine works
NOTE: WHEN YOU PLUG THE MACHINE, YOU HAVE TO
SWITCH ON THE SEGURITY SYSTEM,. THIS IS MADE BY
MOVING THE BASE OF THE CLAMP.
3.1.1 Control and adjustment of the side distance
•
Place the two adjustment keys (1) in the clamps, so
that the head of the adjustment key rests against
the inner stop of side 1 or 2 of the clamp.
•
Then tighten the clamps.
•
Move the clamps with the adjustment keys (1)
See Figure 3
towards the tracer point (I) and the milling cutter
(F), so that the adjustment keys are in the correct
position in respect of the tracer point and milling
cutter. This is done by moving the slide backwards
and keeping it in that position with the help of the
handle (M), moving the slide to the right with the
help of the arm (B), thereby releasing the slide, and
then moving the slide gently over the tracer point
(I) and milling cutter (F).
•
If the grooves of the adjustment key do not coincide
properly with the tracer point and the milling cutter,
See Figure 4
proceed as follows:
•
By gently loosening the shaft screws (T), you will be
able to move the milling cutter to the right or left.
You have to move the milling cutter to a position in
which it coincides with the groove of the correspon-
ding adjustment key. To carry out this operation, you
have to remove the motor guard first.
•
The distance is now perfectly adjusted, with the tracer
point and milling cutter coinciding with the respective
recesses of the adjustment keys. Now tighten the
shaft screws (T).
3.1.2 Control and adjustment of the cutting depth
•
Place the two adjustment keys (1) in the clamps, so
See Figure 5
that the head of the adjustment key rests against
the inner stop of side 1 or 2 of the clamp.
•
towards the tracer point (I) and the milling cutter (F),
so that the adjustment keys rest on the tracer point
and the milling cutter. The machine slide can be
released in the following way: move the slide bac-
kwards and keeping it in that position with the help
of the lever (M), move the slide to the right, with the
help of the arm (B). To lock the slide again, reverse
the process, with the slide midway along its travel.
Move the slide back with the help of the handle (M)
and keeping it in that position, move the slide to the
left with the help of the arm (B). With the slide as far
to the left as possible, gently release the slide so that
it becomes locked.
•
Turn the milling cutter by hand. If it gently rubs the
adjustment keys, the machine is properly adjusted.
•
If the milling cutter turns freely, without rubbing,
this indicates that it is to far back in respect of the
tracer point and is not cutting deeply enough. On
the other hand, if the milling cutter becomes jam-
med up against the adjustment key, this indicates
that it is too far forward in respect of the tracer point
and is cutting too deeply.
•
If either of these situations should occur, proceed
as follows:
-
turn the micrometric screw (H).
3.1 MACHINE ADJUSTMENT
(See Figure 6)
Move the clamps with the adjustment keys (1)
Undo the screw (L) securing the tracer point (I) and
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ENGLISH
See Figure 7.
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