Components And Functional Parts; Accesories; Electrical Circuit; Operation And Performance - Errebi DAKOTA-EXTRA Notice D'utilisation

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2.5.1 Accesories

1
18 size spanner.
2 Keys for adjusting the height or depth of the
teeth.
3 Wedges for adjusting keys by the tip.
4
Recessed wedges for cutting cross-shaped keys.
5 Rod for changing milling cutter ( 7x140).
6
Set of Allen keys (2, 2.5, 3, 4, 5, 6).

2.5.2 Electrical circuit

The main components of the electric circuit and the
electronic components are as follows:
1 Socket
2 Connection terminals
Transformer for light.
3
4 Light switch
Halogen lamp
5
6 Start switch
7 Microswitch
8 Plane button
9
Motor
2.5.3 4 sided clamp
The clamp is designed to secure a different family of
keys on each side. The figure shows the possibilities for
cutting on each side of the clamp.
Key cutting with support on the back:
1
- Side 1: Keys with normal blade
- Side 2: Keys with narrow blade
Cutting by means of clamping the key by the
2
guide (profile).
3 Cutting by means of clamping the key by the
guide (type NEIMAN).
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2.5 COMPONENTS AND
FUNCTIONAL PARTS
See figure 4
See figure 5
See figure 6
3

Operation and performance

3.1 MACHINE ADJUSTMENT

3.1.1 Sideways control and adjustment

Place the two adjustment keys (1) in the clamps,
so that the head of the adjustment key comes up
against the inner stop of side 1 or 2 of the clamp.
The tighten the clamps.
Move the clamps with the adjustment keys (1)
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 pressing the button (P) and
moving the slide gently over the tracer point (I) and
milling cutter (F). See figure no. 7.
If the grooves of the adjustment key do not coincide
properly with the tracer point and the milling cutter,
proceed as follows:
Loosen screw (T) of the support, with the help of the
screw (J) located on the side of the machine, turn
the screw with a size 3 Allen key so that the tracer
point support moves to the right or to the left so
that it coincides with the groove of the correspon-
ding adjustment key.
The distance is now perfectly adjusted, with the
tracer point and the milling cutter coinciding with
the respective recesses of the adjustment keys.
Then, tighten the screw (T) of the support, thereby
locking it.
3.1.2 Control and adjustment of the cutting depth
Place the two adjustment keys (1) in the clamps,
so that the head of the adjustment key comes up
against the inner stop of side 1 or 2 of the clamp.
Move the clamps with the adjustment keys (1)
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 by pressing the button (P).
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 too 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 two situations should occur, proceed
as follows:
Undo the screw (L) securing the tracer point (I) and
turn the micrometric control (H). See figure no. 8.
Move the tracer point forwards or backwards until
the milling cutter turns freely and rubs gently against
the adjustment key. Then tighten the tracer point screw
(L). The machine is now in perfect working order.
See figure 7
See figure 8