Publicité
5
Technical specifications
Slit illumination
Slit image width
0 - 8 mm continuous
Slit image length
1 - 8 mm continuous
Illumination fields
Circle ø: 8 / 5 / 3 / 2 / 1 / 0.2 mm
Test mark with fixation star
Slit image radial range
± 90°
Radial movement of the slit illumination relative to the
microscope axis
Horizontal ± 90°, vertical 0 - 20°
Filters
Blue, redfree (green), grey (10%).
The UV filter and the heat absorption
filter are permanently mounted.
Light source
Tungsten / halogen incandescent
light bulb 6 V, 4.5 A / 7.5 V, 38 W
Illumination intensity
0 V
5 V
6 V
7.5 V ~600 000 Lux level 2
LED illumination LI 900
, see separate instruction manual
®
Slit illumination tungsten
Maximum examination times according to ISO 15004-2 and
ISO 10939
CAUTION – The light emitted from this
instrument is potentially hazardous.
The longer the duration of exposure, the
greater the risk of ocular damage. Expos-
ure to light from this instrument when
operated at maximum output will exceed
the safety guideline after 3. minutes with
slit illumination or .5 minutes with both
slit and peripheral illumination.
Slit illumination tungsten
Maximum examination times according to ISO 15004-2 and
ISO 10939
CAUTION – The light emitted from this
instrument is potentially hazardous.
The longer the duration of exposure, the
greater the risk of ocular damage. Expos-
ure to light from this instrument when
operated at maximum output will exceed
the safety guideline after 5.5 minutes with
slit illumination or 3.5 minutes with both
slit and peripheral illumination.
0 Lux
no power
~150 000 Lux level 1/2
~300 000 Lux level 1
1500.7200615.04030
Spektrum Wolfram Beleuchtung / Spectre éclairage
tungstène / Spectrum tungsten illumination
100%
UV
80%
Y
60%
40%
20%
X
0%
300
400
500
600
700
X= Wellenlänge / Longueur d'onde / Wavelength [nm]
Y= Rel. Intensität / Intensité relative / Rel. intensity
Spektrum Halogen Beleuchtung / Spectre éclairage ha-
logène / Spectrum halogen illumination
100%
UV
80%
Y
60%
40%
20%
X
0%
300
400
500
600
700
X= Wellenlänge / Longueur d'onde / Wavelength [nm]
Y= Rel. Intensität / Intensité relative / Rel. intensity
© Haag-Streit AG, 3098 Koeniz, Switzerland
IR
800
900
1000
1100
IR
800
900
1000
1100
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