16
4
Inserting the fluorescence mirror unit (Fluorescence set)
Hold and slide the fluorescence mirror unit selection lever a of the
fluorescence illuminator CKX3-RFA and engage the fluorescence mirror
unit to be used for observation in the light path.
· When adjusting the field iris diaphragm (see page 21), engage
the B-excitation fluorescence mirror unit in the light path.
· The selection lever a can be attached on opposite side of the
fluorescence mirror unit slider. Remove the selection lever a
from the fluorescence mirror unit slider by loosening it. Then,
tighten the selection lever into the screw hole b on opposite
side to secure it.
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6
Selecting the objective
Refer to page 13.
5
Changing between the visual light path and the camera light path
Refer to page 13.
8
Focusing on the specimen
Refer to page 14.
9
Moving the specimen
Refer to page 14.
7
Opening the shutter for
reflected light
illumination (Fluorescence set)
Hold and slide the knob a of the filter slider for reflected light
illumination and engage the empty hole of the slider in the light path.
To adjust the brightness, hold and slide the knob a of the filter slider
for reflected light illumination and engage the hole where the attenuator
filter is attached in the light path.
· Changing the combination of the attenuator filter changes the
transmittance of the excitation light. For procedures to change
the combination, see page 37.
· The discoloring of specimens can be slowed down by reducing
the intensity of the excitation light by using the attenuator filter.
Utilize the attenuator filter as far as the observation is not
affected.
Light guide illumination system U-HGLGPS
The brightness can be adjusted with the illumination system. For
details, see the instruction manual of the light guide illumination system
U-HGLGPS.
When the observation is not performed, hold the knob a of the filter
slider for reflected light illumination and engage the shutter for reflected
light illumination of the slider in the light path.
The fluorescent discoloring of specimens can be slowed
down by reducing the time to irradiate specimens.
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a
a
b
