You can scan small objects at short distance using the close-up unit shown in
You can scan small objects at short distance using the close-up unit shown in
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. Thereby the beam path of the laser is overlaid to the
. Thereby the beam path of the laser is overlaid to the video image
video image
to equalize the parallax error.
to equalize the parallax error.
To ensure a clearly visible laser spot on the video image, only a small part of
To ensure a clearly visible laser spot on the video image, only a small part of
the laser light is used for the video camera. The size of
the laser light is used for the video camera. The size of that part depends on
that part depends on
the back scattering properties of the surface. Two models of the close-up unit
the back scattering properties of the surface. Two models of the close-up unit
are available which have different special coated beam splitters:
are available which have different special coated beam splitters:
for mat surfaces
for mat surfaces
(reduces the intensity of the laser
(reduces the intensity of the laser light by 97%)
light by 97%)
for
for highly reflective surfaces
highly reflective surfaces
(reduces the intensity of the laser light by 99.8%)
(reduces the intensity of the laser light by 99.8%)
If the intensity of the laser light is
If the intensity of the laser light is still too high the supplied helium neon
still too high the supplied helium neon block
block
filter should be additionally mounted. The b
filter should be additionally mounted. The block filter is screwed directly to the
lock filter is screwed directly to the
the camera aperture of the scanning head and reduces once more the
the camera aperture of the scanning head and reduces once more the
intensity of the laser light back
intensity of the laser light back scattered to the video camera by
scattered to the video camera by 98%.
98%.
Figure A.1: Close-up unit OFV-056-C
Figure A.1: Close-up unit OFV-056-C
Max. scan angle in x-direction:
Max. scan angle in x-direction:
±±
5°
5°
Max. scan angle in y-direction:
Max. scan angle in y-direction:
±±
4°
4°
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Содержание PSV 300
Страница 33: ...Figure 3 16 Cabling of the controller s back panel Figure 3 16 Cabling of the controller s back panel...
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Страница 73: ...Figure 7 2 Views of the scanning head OFV 056 Figure 7 2 Views of the scanning head OFV 056...
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Страница 93: ...Figure D 1 PSV 300 declaration of conformity Figure D 1 PSV 300 declaration of conformity...
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