Olympus SZ-III Manuel utilisateur

STERlOSC01

ZOOM

MICROSCO

OLYMPUS STEREOSCOPIC

ZOOM

MICROSCOPE

MODEL

SZ-Ill

The

model SZ-Ill is .an advanced model of

which was

revolut-

ionary product which adopted the zooming ma~nificotionmechanism, for

the first time in the world in a stereoscopic microscope,. rapidly expanding

its range of utilization such as in the classification of plants, anatomy

animals, or in assembly and inspection

modern electronic products

and precision instruments.

No outfocusing effect will be experienced and any desired magnifica-

tion can be obtained within the area

the

xoom

ratio

5.7.

Further,

there is no "image fade away" when changing magnifications as in the

case of any former microscope.

Doubtlessly this will greatly increase the working efficiency.

set

of Model SZ-Ill is completely equipped with accessories assuring its versatile

utilization. This may be called the definitive product of stereoscopic

microscopes.

SPECIFICATIONS

Continuous flow

magnifications

Zoom ratio

5.7

Total

Magnifications

(with objective

)

With

eyepieces

GlO

-4.0

With

eyepieces

G20

-80

Inclined Binocular Head

Inclination-45'

Angle

Visual

Axes-12"

Range of Interpupillary Distance Adjustment

With eyepieces

GlO

at exit-pupil-46-74 mm.

Range of Ocular Tube Movement: By head rotation through

360'

Wide Field Eyepieces

GlO

Fixed

Working Distance

Objective: 88mm

0.5

Objective

159mm

0.75

Objective

105mm

1.5

Objective

45mm

Objective: 30mm

Body Movement (Vertical)

102mm

By Rack

Pinion: 55mm

Pillar

47mm

Range of

Body

Rotation:

75O

pivoted at the the pillar

10.

Stage

Plates: Glass plates (clear and smoked)

Optional Accessories

Eyepieces

G20

paired

Objectives

0.5

0.75

1.5

and

Epi-illumination equipment (model

LSG-11)

Trans-illumination equipment (model

.LSD)

Base

(Reflector, Hand-rests,

and

illuminating lamp included.)

Magnification Ring

Mag. Indicator Ring

Threaded Hole

Cr Epi-Illuminator

Body

Supporting

Block

Focusing Knob

Head

Fixing

Ring

Pillar Clamp Screw

--'.

Pillar

--'J

Body

Clamplng

Screw

Stagm

Clip

Stage

glass Plats

Strga dass Plat.

Clrmplng Screw

STANDARD

SET:

Mimpe

Body,

Binocular

Head,

Objective

Stand

Stage,

Pillar

Eyepieces:

GlO

Stage

Clips

Large

Stage

Plates:

Clear

and

Smoked

Glass

Eyepiece

caps,

Eye-shades, Cabinet,

Plastic

Cover,

and

Guarantee

Card.

set

pair

each

OPTICAL

SYSTEM

The

objective,

ocular

and

varif'cal

lens

systems are arranged

shown

above. The beams

from

speci-

mtn

prooaad

into the

Objective

"Ob"

with

angle

visual

axes

g040',

wherein

they

are turned

parallel

to each other. They further

proceed

through the morning vrriatibn system

ZL1

and

ZL2"

and

the

fixed

lens-

reaching the

Prism

where they again

assume

12'

angle of

visual

axes

and

45'

inclination.

Then

the beams enter

porro-prisms

"P2"

and finally reach

the

eyepieces

Oculars

Continuous morning variation is performed

movement

of the

lenses.

l€UJ

GHARACTERlSTKS

The

total

Wfi-

may

obtained

the

following

formula

Mag.

=(Eyepie

Mag.)

(Objactive

Mag.)

(Magnification

Indiitor

Value)

Using

Objective

(Built-in)

20X

5.0

2.5

50X

4.0

60x

3.3

3.5

2.9

80~

2.5

Using Objective

0.5

ZOOMING VARIATION

LENS

SYSTEM

This system is composed of

sets of lenses

placed

and

operated

parallel, each

set

consisting of

groups

varifocal lenses. The change of magnifications

performed by zooming these

group

lenstr and

changing the focal length of the objective. In case of the magnification change from

low

number

higher one, the lower lens group (1st tens

group)

rises

to the

middle

and then comes down.

The

upper

lens group (2nd lens group)

lo\vered stright down.

The

magnification ratio for the zooming system is

5.7

With

the use of an objective

varies

from

0.75

The following illustration indicates

positions of lenses in different cases of magnifications.

Eyepiece Characteristics

OBJECTIVES

Magnification

Spacial

Obejtive lenses

have

been

designed

for

the

exclusive

use

with

SZ.

The

standard

set

includes

objective. This

objective is built in the

microscope

body

and

cannot

removed.

0.75

and

1.5

objectives

are

also

available

spbcsal

acccwrim.

Sina

the

objective

already

fixed

the

body

other

objectives,

used,

must

attachad

under

the

objective.

Objective Characteristics

Focal Length

12.5

Magnification

Focal Length

Working

Distance

Field

View (Diameter of the

View Field of

Eyepiece)

122

BODY

This

the

maill part of

the

rnicrcwrcope

inchding

built-in

objactivc

and

the

zooming variation

mechanism,

and

is attached to the pillar by

coupling ring.

When

the magnification rin~is turned, zooming movement of vary-focal

lenses

in the inside

give a continuous flow of magnifications.

Each

scale

the

magnification indicator

ring shows that its rotation

one graduation

means

the change of total magnification

0.1

The

body

can

rotated through

360°

the

frame of the body

coupling

ring, thus enabling the user to

freely

choose whatever position

desires.

HEAD

The head is designed

with

an inclinaton of

45'

the

horizontal

and

12'

angle

of visual axn to allow the user to rnaintgin

comfortable posture and avoid fatigues

during

prolongad abservation. This also facilitates

smooth

coincidence

the

two

images

(right and left) into one. The range

interpupillary distance adjustment,

using eyepieces

GlOx,

.is

46-74

mm.

Therefore,

you

can

adjust

to your

own

turning the ocular tubes. Eye-refraction

difference

will

adjust&

focusing correctly

the specimen through the right eyepiece and then turning the diopter ring

focus

the left eyepiece.

Inter-Pupillary

Distance

Adjustment

FOCUSING MECHANISM

Focusing is performed by:

(1)

Sliding the body on the pillar until rough focus is

attained and

(2)

making fine adjustment by the focusing knob. The range of movement

by the focusing knob is

55mm

(up

and

down).

STAND

The stand is

composed

of a

stage

and a pilIar.

The

stage

designed

asaure

complete stability of the body mounted at the top

the pillar in whatever position

may

be.

The

stage

plate

mounted in

the

circular rtceptacle

the

stagt

which

is poeitioned to fit the

eyepiece

viewfield. The

stage

plates

arc

interchangeable

ac-

cording to the

method

okwations employed. Whichever plate (clear or

mktd)

may

user],

it must

firmly

fixed

the

stage by the p~vid&i screw.

The

pillar

holds the microscope body and moves 47mm vertically against the st* and

r~tata

through

75'

to right and left.

The

inner tube

the

pillar,

assisted

the

built-in

balancing spring, firmly holds the body

and

the coupling plate, slides up

and

down

in the outer tube, and can

stabilized at

desired position by the pillar clamping

screw.

ASSEMBLY

AND

OBSERVATION

Pstts

of the micmcmpe

taka

out

the

cabinet

will

assembled

the following

Order

Assembly

Set

the focusing part onto the

body

supporting block and

secure

it tightly by the

providad

scrcw.

The

coupling ring with the micmampc will

only slightly tightened and the

body must

firmly

affixed

the

providad

scm.

Place

stage

plate

into

the

receptacle

and

fasten

the clamping screw.

Sct

the

stage

clip.

Rcmm

the eyepiece

caps

from the binocular tube

and

place

eyepieces into

@tc

position.

There

are

two

methods of obaewations-by rdccted light and

by trans-illumination. In

case

of the latter, the s+l accssory (the

base

and

the

illuminating equipment)

wilI

ud.

Order

Okrvation

According

the

type

of the observation, the pPoptr stage plate must

ud-the

clear gl= for tnnc~lluminatedobservation and the smoked glass for

reflected

light.

HOW-

ever, even in

the

ear#

of the reflected light, if the specimen is in white or in bright colon,

YOU may darken the view field by placing a piace of

black

board

pprunderneath

the

clear stage plate,

as to give a contrast.

PARFOCALITY

ADJUSTMENTS

The Olympus Model SZ-I11 is designed to de ~arfoeaIin both right and left

eyepieces on all magnification settings at the standard distance of distinct vision

(250

mm). However, each person has

different distance of distinct vision from the other.

obtain satisfactory parfocality with

the

Model

SZ-111,

follow the below described

procedures when focusing the image of specimen.

(1)

Set the both (right and left) diopter rings at

'0'.

(2)

Set the magnification drum at

'4'.

(3)

Focus the image by means of the focusing knob.

(4)

Set the magnification drum

'0.7'.

(5)

the image is out of focus, perform focusing by adjusting the diopter ring(s)

......

right or left, or both, as required.

NOT

perform focus adjustment with the focusing knob.

(6)

Once again set the magnification drum at

'4'.

the imagc is still out of focus, adjust the diopter ring(s) (right or left, or

both) to bring the image in focus.

NOT

perform focus adjustment with the focusing knob.

(7)

Now your Model SZ-I11

has

been adjusted to

parfacal at your own distance

of distinct vision. Hence, re-adjustment

microscope

when

you

switch from

one magnification to the other is not necessary.

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