Transcript
(1)
As the microscope is a piece of precision equipment, always handle with care, avoiding abrupt movement or impact during transportation or Operation of controls.
(2)
Avoid exposure to direct sunlight,
(3)
Avoid leaving dir-t or fingerprints image clarity.
(4)
When using photomicrographic equipment or a large-size Video Camera, mount the microscope body at an angle of less than 3” from the perpendicular in Order to assure microscope stability.
(5)
Use a compact Video Camera, dedicated for C-mount, with a picture area of 2/3” or smaller and weighing 2.5 kg or less.
(6)
Be sure to hold the Camera with one hand when unloading Order to prevent it from falling over.
(7)
Never turn the right and left zoom control result.
(1)
Clean all glass components by wiping gently with gauze. To remove fingerprints or oil smudges, wipe with gauze slightly moistened with a mixture of ether (70%) and alcohol 130%). Since solvents such as ether and alcohol are highly flammable, they must be handled carefully. Be sure to keep these chemicals away from open flames or potential sources of electrical Sparks - for example, electrical equipment that is being switched on or off. Also remember to always use these chemicals only in a weil-ventilated room. DO not use organic solutions to wipe the surfaces of other components. Plastic Parts especially, should be cleaned with a neutral detergent.
A
(2)
high temperature
and humidity,
dust and Vibration.
on the lens surfaces, as a dirty mirror or lenses may reduce
film from a large-format
knobs in opposite
(3)
Never attempt to disassemble the microscope
(4)
When not in use, be sure to cover the microscope an area free from moisture to prevent rust.
directions,
as decreased Performance
Camera in
as malfunction
may
may result.
with the dust cover provided,
and store in
CONTENTS
--
Zoom stereo microscope
SZ4045TR-F
0 10 !-
SZ6045TRF SZ1 145TR-F Eyepiece
GSWHI OX
Phototube
SZ-PT
Photo eyepiece
NFK3.3XLD
0 0
0
3 =F 0
0
0
0
l
1 0
l
C-mount Video adaptt
0
0
0
0
C
0
0
Stage Clip
0
C
Dust cover
0
C
Stand
SZ-ST
0
0
0
Stage plate
SP-BW-2
0
0
0
Note: 0 indicates the compatible components for each model.
Zoom stereo microscope
body
0.67X - 4X
I
IX-6.3X
I
1.8-IlX
6
l
6.3
l
6.1
110 mm
I
100 mm
/
73 mm
Zoom ratio Working
distance
(W.D.1
Horizontal
Zoom drive Observation Interpupillary
Right and left tubes interlocked
distance
Adjustment
adjustment
Provided eyepiece
Photo
Video
Fit into mounting
mount
Field number
Microscope
Controlled
mount
body mount
Fit into mounting +lOOmm,
frosted
Rack-and-pinion
mount
Epi-illuminator
to microscope
(LSGA)
from above
focusing
base mountable
port with outer diameter
With positioning Fit into mounting
knob rotation
range: 120 mm
and trans-illuminator
of 38 mm
groove
port with outer diameter
mount
of 38 mm
360’ rotatable
Intermediate Mounting
magnification to microscope
IX body
Fit into mounting
adapter
port with outer diameter
With positioning Video
of 76 mm
drive on ball bearing guides, adjustment,
Fit into mounting
equipment
mountable
white on one side and black on the other side
body
Video
of 38 mm
pins
port with inner diameter
Pressed down
Photomicrographic
metar)
fM48X0.75)
$24 mm micrometer
tension
C-mount
range: +5 m-‘(per
22 (GSWHIOX)
Focusing
Mounting
tubes
by lever, 100% BI or 100% CAMERA
Stage Clip
Photo tube
on both eyepiece
port with inner diameter
(F.N.1
Stage plate
Illuminator
(with GSWHIOX)
With positioning
Eyepiece micrometer Stand
adjustment Screw-in
Light path selection Eyepiece
Provided
on one
lens mount
tube/C-mount
adapter
range: 50-76mm
tube only Diopter
Conversion
knobs
45O
tube inclination
adjustment Diopter
axial drive control
Camera
mount
Video C-mount
Intermediate
magnification
Tube length adjustment
Camera
mounting
detachable
of 38 mm
groove with
C-mount
and rotatable
360”
0.5x With tube length adjustment
ring
With
Photo
Photographit eauioment mountina
tube 1
,---’ wearing
Tiqhten
securely
oort
with a coin, etc.
eyeglasses Zoom
( With C-mount 1Video
Video adapter
adapter
1 \
control
1 Clamping
knob C mount
Screw into the Video Camera and then mount to the Video adapter. Tube length adjustment -
ring
Clamping
Tlghten
securely
knob
with a coin, etc.
knob
The diagram
below
illustrates
+ Make sure all connecting
the assembly surfaces
procedure.
The numbers
are clean before
assembly
indicate
the assembly
and avoid scratching
IOM mount Camera1 I I I Photo micro adapter L
(1 I
Eyepiece 1C-mount
Video
sequence.
the glass sutfaces.
\8
y;
Camera 1
Eye shield C-mount v
Video Eyepiece
w,
f7
“‘--7ninn
adapter
0 ~ I
..
10 knob
.--------
Body clamping
knob
IX Stage Clip
3odv
0
’
“1) Mount the C-mount to the Video Camera and then to the Video adapter. “2) Mount photomicrographic equipment in accordance with its instruction manual.
(1) Usually,
the Stage plates are used with
the objective.
However,
if the specimen
the frosted
white
is white or brightly
the black side of the plate as the darkened
background
side facing colored,
increases
use image
contrast. (2) To remove the Stage plates, press down the supporting with a fingertip,
Fig.
end of the plate
and the other end will flip up. (Fig. 1)
1
(1) Turn one focusing
knob
with
the other
focusing
knob
tightened,
holding both knobs, in Order to increase or decrease the rotation depending on the turning direction. (Fig. 2) (2) This adjustment
is intended to prevent the microscope
by
tension,
body from drifting.
Set the knob tension at a level slightly stiffer than that to insure unintentional movement and facilitate easy Operation.
Fig.
Diopter
no
2
adjustment
ring
q (1) Place the specimen
in the Center of the Stage plate, and hold the specimen
with the Stage Clips if necessary. (2) Illuminate
the specimen
using an optional
illuminator.
For SZ4045TR
Fig.
3
(1) Minimize
the magnification
(2) Looking
through
the diopter
(4) Maximize
adjustment
the magnification
and bring the specimen
Right diopter adjustment ring
by turning
turning the focusing knobs. (3) Looking through the left eyepiece, turning
Left diopter adjustment ring
power
the right eyepiece,
and SZ1145TR
(1) Maximize
the magnification
(2) Looking
through
knobs.
into focus
by
bring the specimen
into focus
by
ring. (Fig. 3) power
by turning
into focus by turning
For SZ6045TR
the zoom control
bring the specimen
power
by turning
the right eyepiece,
turning the focusing knobs. (3) Minimize the magnification power
the zoom control the focusing
the zoom control
bring the specimen by turning
knobs,
knobs.
knobs.
into focus
the zoom control
by
knobs.
(Fig. 3) (4) If the specimen diopter
goes out of focus, read just the focus by turning the right
adjustment
ring only. (Fig. 4)
(5) Maximize the magnification power again by turning the zoom control knobs. If the specimen goes out of focus, repeat Steps (2) through (4) above. (6) Minimize
This allows
and, looking Fig.
4
turning
more precise diopter
the magnification through
the left diopter
power
the left eyepiece, adjustment
adjustment.
by turning
the zoom
bring the specimen
ring only. (Fig. 4)
control
knobs
into focus by
Holding
the right and left eyepiece
direction
of the ARROWS
until
tubes,
push or pull the tubes in the
perfett
binocular
Vision is obtained.
(Fig. 5)
Fig.
5
q0 (1) For those who do not wear eyeglasses The observer the diopter direction
tan keep his eyes closer to the eyepiece adjustment
shields during hold
rings so that they tan not rotate,
of the eyepiece
shields to the observer’s
and align the
face by turning
the
eyepieces. (2) For those who wear eyeglasses Fold back the eyepiece
Fig.
shields with both hands as shown
6
(1) Twist and remove the mounting (2) Remove
ring by turning
facing downward.
ring
7
(Fig. 7)
and mount
with
it to the
the inscription
side
(Fig. 7) ring containing
the eyepiece
the eyepiece and tighten securely. (Fig. 7) (4) To remove the eyepiece micrometer, twist the mounting micrometer
Fig.
micrometer,
the ring clockwise
(3) Gently screw the mounting ring
rings from the eyepiece.
dirt or dust from the eyepiece
mounting
Mounting
in Fig. 6.
micrometer
into
ring. Wrap the
in clean, soft Paper for storage.
+ The e24-mm
eyepiece
micrometer
GSWH15X,
However,
micrometer
graduations
tan also be mounted
since the eyepiece’s
field
and grids beyond
number
on the is 16, the
16 mm are not visible.
q: (1) Screw the conversion
Microscope
w4 Q ==%4 Fig.
body
Extension
Stand
tube
lens into the mounting
thread at the bottom
distance
is long,
of the 0.5X conversion
use the extension
tube
observations using the stand. (Fig. 8) + Please note that three types of conversion one for the SZ4045 SZ1 145TR. Ir 73AL0.5X
of the
body.
(2) As the working lCOAL0.5X)
R==% 8
microscope
doesn’t
one for the SZ6045TR
require extension
tube.
lens (llOAL0.5X (VM-ET) lenses
when
and making
are available-
and the other
for the
(4) Looking through the viewer of the photomicrographic equipment. bring the double Cross lines into focus by turning the diopter adjustment ring @ (Fig. 12) of the viewer. tinguishable
\0 /\
(5) Turn the focusing
\4 4\
-
sharply
Adjust
from each other. knobs
until both Cross lines are clearly
dis-
(Fig. 13)
until both Cross lines and the specimen
are
in focus.
* As focusing
at a low magnification
use of the FT focusing
Ir Should a bright lighting fixture where
photomicrography
tion tubes to prevent
power
telecope
requires
(optional) be mounted
is conducted,
a special skill, the
is recommended. to the ceiling of the room
cover the binocular
light from entering
the binocular
observa-
tubes.
Fig.13
(1) Slide the light path selector set the light path to Video. (2) Maximize turning
the zoom the focusing
(3) Minimize
the zoom
turning
the tube
(4) Maximize repeat
a
goes
Q) to the IN Position
magnification knobs
power
while
in Order to by
and adjust
the focus
by
ring @ of the Video adapter.
magnification
Steps (2) and (3) above
the focus
the Video monitor.
power,
adjustment
out of focus.
and adjust
viewing
magnification
length
the zoom
the image
lever
(Fig. 14)
power
again, and check
If the image until focus
does
to see if
go out of focus,
is maintained
even when
zoomed.
Fig.14
Sr After with
focusing the
deviation
the Video
power
tube
listed
due to zooming
by selecting fication
the binocular
procedure
beforehand
in section will
light
and focusing
q
be virtually
path, minimizing with
the tube
in accordance
on
page
eliminated the zoom length
4, focus simply magni-
adjustment
ring. + For further graphic
details
regarding
equipment
Sr The photomicrographic in relation
range in relation
to the diameter
Photo eyepiece
photomicrographic
in use A/Dx
refer to the instruction
field of view)
tube’s Observation is as shown
manual
for the photomicro-
79%
NFK3.3x
LD
60%
range (35 mm film diagonal
line length
below.
Photomicrographic range (35 mm film)
100
LD*
LD
to the binocular
of IOx eyepiece
NFK2.5x
NFK5x
procedures,
in use.
field of view (F. N. 22)
39%
NFK6.7 x LD
29%
“For the SZ1 145TR, multipry the above figures by 1.4.
l Although
photomicrography
penphery.
If Photos
magnificatron
perfectly
is possible focused
over a wide
range,
up to the periphery
the field of view are needed,
out of focus with
3.3~
at the
or higher
powers.
* As Vibration may adversely affect photomicrographic results, subject to minimal Vibration. Be sure to check that no Vibration the viewer
may go slightly
use Photo eyepieces
before
releasing
the shutter.
photomicrography should be conducted in a place occurs and the image is free from wavering through
The following
data indicates
typical
zoom magnification
factors
1. SZ4045TR
Conversion
Lens for SZ4045TR
IIOALK
(Option)
0.3~
* The working The indicated
IIOAL
distances
of the llOALK0.3X
0.75~
and 0.4X may van/ depending
values (0.3X and 0.4X) show the magnification
power
on the microscope.
at a working
distance
of 350
mm and 250 mm. + 0.25X, 0.3X, and 0.4X conversion distances.
lenses cannot
be used with the stand due to their long working
2. SZEO45TR
Conversion
Lens for SZ6045TR
IlOAL
0.5~
1M)AL
1.5~
186 56
lCOAL2x
Sr lOOAL2X
(Option)
36
cannot
be used with the Fiber Optics Ring Light Model
LGR-2.
3. SZ1145TR
Conversion
t
Lens for SZ1 145TR
The 73AL1.5X
and 73Al2X
cannot
be used with the Fiber Optics
Light Model
LGR-2.
4. Total
Observation,
(1) Total
Photomicrographic
Observation
Total magnification
= Zoom magnlfication
(2) Photomicrographic (SZ4045TR.
and Video
Recording
Magnification
magnification (x Converslon
lens magniflcation)
x Eyepiece
magnification
magnification
SZ6C45TR)
Image magnlfication
on film plane = Zoom magnification magnification
( x Conversion
lens magnificatlon)
x Photo eyepiece
(SZ1 145TR) Image magnification * When (3) Video
on film plane = Zoom magnification magnification
large format
recording
(SZ4045TR, Image
film is used, multiply
the above
x 0.7 ( x Conversion
lens magniflcatron)
x Photo eyepiece
by 3.
magnification
SZ6045TR)
magnification
on Video monitor
=Zoom
magnification
Video monitor
( x Conversion
size/Picture
lens magnification)
x 0.5 x
area
(SZ1 145TR) Image
magnification
on Video
monitor
=Zoom
magnification
x 0.7 ( x Conversion
0.5 x Video monitor
1. Epikilluminator Employing
Model
LSGA-3,
size/Picture
lens magnification)
x
area
LSGA-6
a 6V 15W halogen bulb, this illuminator
mounts directly onto the microscope
stand (SZ-ST).
A heatinsulating
filter and frost glass are built-in. 2. Fluorescent
ring illuminator
This illuminator fluorescent
is mounted
Model
SZ-FLR
to the objective
of the microscope,
providing
bright, even fluorescent
illumination.
A IO W ring
bulb is incorporated.
3. Trans-illuminator
base Model
Used in combination
15W or 12V 50W halogen 4. Arms for equipment
SZ-ILA
with the SZ-ST stand. Capable of polarizing
illumination,
the SZ-ILA also provides
bulb.
mounting
4 types of arms for equipment (1) Prober arm Model
SZ-STP
(2) B&L sterecBonder
arm Model
mounting
are available
depending
SZ-STBI
(3) Bonder arm Model SZ-STB2 (4) Arm Model SZ-STS for SZH stereo microscope
bases
on the application
a choice of 6V
5. Large size microscope
stand Model
6. Universal
SZ-STUI
stand Model
7. Fiber optics
ring light Model
The illuminator
bifurcated
Capable of illuminating 9. Stand illuminator
Model
a bright, clear and shadow-free
tube Model
field of view.
LGW arm, the LGW employs
a 15V 150W bulb.
LSD
is used when intense lighting is required.
When a 0.5X conversion
Either parallel or convergent
luminous flux tan be selected.
SZ-ET lens (llOAL0.5X
or lCOAL0.5X)
is used, combine
the extension
tube with the stand.
micrometer
The eyepiece
micrometer
9 types of micrometer
Eyeoiece
fiber optics
bulb to provide
from any angle or Position with the flexible
Model
This stand illuminator
11. Eyepiece
LGR-2
has a 15V 150W halogen
8. Light guide with
10. Extension
SZ-STL
is mounted
to the field iris diaphragm
reticles are available
as shown
and used for length measurement
within
the field of view.
in Fig. 15.
micrometers
lomm in 10 divisions
Fig.15
m in 100 division:
If 100% Performance
is not obtained
from your microscope
due to unfamiliarity
with its use, the table below may provide
some guidance
1. Incomplete
binocular
The
Vision
interpupillary
adjusted
co.rrectly.
Diopter
adjustment
The right different. 2. Stains or dust are observed
on
and
distance
is
not
Complete
is incomplete. left
Correct
eyepieces
are
Replace
the interpupillary
diopter and
distance.
adjustment.
mount
the
same
pieces.
Stains or dust have accumulated
on
Clean thoroughly.
on
Clean thoroughly
on
Clean thoroughly
the specimen.
the field of view.
Stains
or dust have accumulated
the eyepieces. 3. Unclear
Stains or dust have accumulated
image
the objective. 4. Image blurs when zoomed.
Diopter adjustment
of the eyepieces
is
Complete
diopter
adjustment.
Complete
focus adjustment
incomplete. Focus adjustment 5. The focusing
knob is stiff.
The focusing
is incomplete.
knob tension adjustment
Loosen appropriately.
is too tight. 6. Poor focus during Observation due to unintentional
lowering
of the zoom microscope 7. The right eyepiece photomicrographic viewer 8. The
Video
monitor
goes excessively when
zoomed.
focusing
knob
tension
is too
Tighten
appropriately
loose.
body.
field or the equipment
field is partially
The
The light path selector lever is between settings.
Set to the correct
The tube complete.
Complete
Position.
tut off. image
out of focus
length
adjustment
is in-
tube length adjustment.
ey
OLYMPUS”
OLYMPUS
OPTICAL
CO.,LTD.
OLYMPUS
OPTlCALCO.(EUROPA)
OLfMPlJS
AMERICA
OLYMPUS
SINGAPORE
OLYMPUS
OPTICAL
OLYMPUS
AUSTRALIA
2-43-2,Hatagaya, Shibuya-ku, Tokyo, Japan
Postfach 10 49 08,20034, Hamburg, Germany
GMBH.
INC.
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PTE LTD.
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CO. (U.KJ LTD.
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PTY
LTD.
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This publication Printed
is printed on recycled
Paper.
in Japan 2000 05 M 1004
