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eare for Storing
Moisture and dust are the most deadly factors to microscopes. Since both
moisture and dust are found in most laboratories, microscopes should
be kept in containers immediately after use. I f this is not possible. they
should be covered with the vinyl dust cover provided.
As for objectives and eyepieces, it is best to keep them in desiccators.
Failing this, they should be kept in cases containing such desiccants as
silica gel. After.the eyepieces are removed from the microscope. the vacant
eyepiece sleeves should be covered with protective caps. By no means
should a microscope be disassembled for repairs. This should be left to
the Olympus repair service.
Microscopes must always be kept clean. F ioe dust on parts that cannot
be reached by hand should be blown or
wiped
off by means of an air
blower or a clean feather.
VI
OPTICAL CHARACTERISTICS
A. Eyepieces (P, WF, K) x Objectives (Ach, FI, Plan)
S
N~
Acnromlli(
Fluorite
Plan AchromatIC
IMgnil'catiOfl
0,
'0,
00,
""',
'0,
'00,
0,
'''''
"'"
"'"
,."
Numerical Aoe.tu.<l IN.A.
0.10 0.25 0.65
0.30 0.75
o.JO
0.10 0.25 0.'0 0.65
0.25
WOo'~ing
Olst.nao ImmJ
19.81 '.'0 0." 0.11
0.49 0.10
5.50
1.18 0.18
.22
0.14
,_
Focal LMgth
29.'" 15.98 4.31
1.81
0.29
0.., 31.31 11.45 8.11
..,8 , 65
P7,
Tot" Magn,locltOOft
28,
'''''
""' " """
""' "
""' "
,.,.
7""
,
"' " ""' "
700.
rFiHl num· Depth 01 Foo;on III I
"".7
"'.8
,
. •
0.8
"
0.8
7JO.7
"-8
",
"
0.'
bIIr
T8.51
Fl<lldolV_lmml
0.8
'.85
0.'" 0.185
0.0.,
0.185 0.83
,.as
0.926
.'"
O.Ies
WF '''''
Tot.. MlgnofQ1iQr'l
"'"
"'''''
""'" ""'" ""'"
,
....
....
"'''''
""'" ""'"
,
....
118.01
o.>th of Focus III I
114.1 77.9
,.,
.7
>s
0.7
114.1
27.'
•.
, "
0.7
neld of Vlew \......,
•••
La
0."
."
OA5
0.18
•••
La
0.'
0 . .
• 'S
PIS..
Total
~ilicatlon
"'" ,
"'" ""'"
"'''''
800<
,
....
"'" , "'" ""'"
800<
,
....
111.51
()eclth
01 foeus 1.JI1
131.4 21.0 2.-
0.'
'0
~:~?31.4
21.0 7.'
,.
0.•
Field of VIaw lmml
2.38 0.95 0.238 0.... 0.238
o.
2.38 0.85 0.416 0238 000'
'''',
TOtal tugnifiQtion
""" ""'" ""'" ""'" """" ""'" """ ""'" ""'" ""'" ""'"
\1.51
Depth oj Fucu. II' l
109.8 11.0
7.'
0.'
0.7
0.'
100.8
11.8
8.0
7.'
••
F~k1Qf
View Imml
,.'"
0.15
0.188 0.015 0.188
0.Q75 1.88
0.75 0.316 0.188
0,075
•
•
~e
Name
Plan AchromaTic
ApochromaTic
Eyepiece
Magnification
1.3x
2x
4(),( dry
40x oil
P7x
Total MagnificaTion
9.1x
14"
200x
280"
(18.51
Depth of Focus
(p)
2485
909
2.7
2.25
Field of View (mm)
14.2
9.25
0.463
0.463
WF lOx
TOlal Magnification
'3x
20x
400x
400x
118.0)
Depth of Focus 1
p
J
1829.7
698.6
2.1
1.8
Field of View (mm)
13.8
9.0
0.65
0.65
K 20"
TOlal Magnification
26x
40x
800x
OOOx
(7.5)
Depth of Focus II' )
1150
435
1.37
1.09
Field of View lmm)
5.77
3.75
0.188
0.188
P15x
Total Magnification
19.5x
30x
600x
600x
(9.5)
Depth of Focus
(p )
1370
519
1.65
1.29
Field of View (mm)
7.3
4.75
0.238
0.238
B
Eyepieces (P WF K) x Objectives (Plan Ach, Apo)
C. Eyepiece (SW 10x) x Objectives (Plan Achromatic)
Objective
N.me
Plan Achromatic
Eyepiece
Magnification
4x
lOx
20x
'Ox
l00x
SW lOx
Total Magnification
'Ox
l00x
200x
400x
l000x
Depth of Focus
(p)
174.7
27.9
9.3
3.1
0.7
(26.5)
Field of View (mm)
6.6
2.65
1.33
0.67
0.26
19