75
EN
A quarter turn corresponds to an adjustment distance of 0.25 mm.
A full turn corresponds to an adjustment distance of 1 mm.
Adjustment range ... +/- 2 mm
Tighten the fixing screws (2)
(Figure: Fixing screws for the coordinate axes)
Fit the housing cover
Adjusting the y-
axis
Setting the change of position in the y direction
Reading the change of position in the y direction
4
5
Remove the housing cover from the LaserHybrid head
Undo the fixing screws (3)
(Figure: Fixing screws for the coordinate axes)
Make the desired position adjustment using the adjusting
screw, as shown in the figure
A quarter turn corresponds to an adjustment distance of 0.25
mm.
A full turn corresponds to an adjustment distance of 1 mm.
Adjustment range ... +6/-1 mm
Reading accuracy using vernier ... 0.1 mm
Tighten the fixing screws (3)
(Figure: Fixing screws for the coordinate axes)
Fit the housing cover
1
2
3
4
5
y
Содержание LaserHybrid
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Страница 54: ...54 Gesamtschaltplan Schaltplan ...
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Страница 80: ...80 Mounting the LaserHybrid head in positions C and D 1 Holder m m 5 6 1 3 90 mm m m 5 6 1 3 90 mm 90 mm 1 1 ...
Страница 90: ...90 Re Point 5 0 2 s Time lag is a standard value to prevent the end of the wire burning onto the weld pool ...
Страница 92: ...92 Re Point 5 0 2 s Time lag is a standard value to prevent the end of the wire burning onto the weld pool ...
Страница 107: ...107 EN Entire circuit diagram Circuit diagram ...
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