Page 1
Micro-Nikkor
55mm
Nikon mmmwm
f/2B
INSTRUCTION
MANUAL
Page 2
1 -X
CONTENTS
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26
Nomenclature
Foreword
14
Mounting the lens
Focusing
16
Recommended focusing screens
Reproduction ratio
Focusing
at
reproduction ratio
Depth
of
field
To avoid camera shake/At extremely close working distances
Determining exposure
With built-in
When non-TTL meter
Tips on close-up photography
Tips on lens care
Features/Specifications
Depth-of-field tables
Close-up tables
3
15
..17
18
predetermined
18
19
19
20
TTL
meter
20
is
used
... 21
.... 22
22
23
24
26
2
Page 3
Aperture-direct-readout scale
Reproduction ratio scale (Lens only)
fs*Ba(PK-i3y >?wmm)
Reproduction ratio scale (Lens + PK ring)
Distance scale
Distance indicator
Depth-of-field scale
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Focusing ring
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Aperture index
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Aperture scale
Btattansm
Meter coupling shoe
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Aperture indexing post
Page 4
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13
Page 14
FOREWORD
An updated version of Nikon's reknown close-focusing lens, the
Micro-Nikkor 55mm f/2.8 features a larger maximum aperture. Thus,
the image in the viewfinder is brighter and it's easier to focus when
the light gets dim or extension rings or a bellows unit are attached.
It has a modified Gauss-type optical design of six elements in five
groups and incorporates a floating element system in the rear lens
group for improved performance. In fact, this lens produces excellent image quality at high magnification ratios as well as normal
shooting distances, because definition and distortion-correction
remain virtually unchanged over the entire focusing range. Nikon's
multilayer coating on air-to-glass surfaces also provides significant
gain in image contrast and minimum flare at wide apertures. With a
built-in dual-helical system, the Micro-Nikkor 55mm f/2.8 focuses
continuously from infinity down to a reproduction ratio of 1:2
with the lens focusing,
Ring or TC-201 Teleconverter, it goes from 1/2 reproduction ratio
down to 1:1 (lifesize).
ring.
And by attaching the optional PK-13
Page 15
MOUNTING THE LENS
Position the lens in the camera's bayonet mount,
aligning the mounting indexes on the camera and the
lens.
Twist the lens counterclockwise until it clicks
into place.
To remove, depress the lens release button on the
camera and twist the lens clockwise.
Notes:
1) When mounting the lens on a camera with a lift-up meter
coupling lever (Al type), make sure that the camera's meter
coupling lever is correctly positioned; when mounting on
a camera without this lever (non-Al type), conventiona
"manual"
cases, refer to the camera's instruction manual.
•2) When the lens is used with the Nikon F-401/N4004*, the
camera meter coupling function does not operate and the
exposure indicator LEDs do not appear.
*The Nikon N4004 is sold exclusively in the
maximum aperture indexing is required. In both f>
U.S.A.
Page 16
FOCUSING
16
^1
Thanks to its fully automatic diaphragm, the MicroNikkor can be focused with maximum image brightness on the screen throughout the entire focusing
range.
The depth of field is also minimized at maximum aperture, so that the image snaps in and out of
focus rapidly and distinctly.
To focus, turn the focusing ring until the image on
the focusing screen-appears sharp and crisp. Thanks
to the internal dual-helical system, the Micro-Nikkor
focuses continuously from infinity to 9-13/16 inches
(25cm) at a reproduction ratio of 1:2.
Page 17
Recommended Focusing Screens
Various interchangeable focusing screens are
available for F3- and F2-series cameras to suit
any type of lens or picture-taking situation.
Those which are recommended for use with
your lens are listed below. For screens used
with Nikon cameras other than F3- and F2-
series cameras
FE),
refer to the column for F3-series cameras.
(e.g.,
Nikon FA, FE2, FM2 and
For the K2, B2 and E2 focusing screens, refer
to the columns on the K, B and E screens,
respectively. For details, also refer to the specific focusing screen's instruction sheet.
A/L¥|C"
D|E|
Gl I G3 |G3|G4 HI H2 H3 H4 J K/P M R T U
.!•;.
O _
o
When the TC-201 or TC-200 teleconverter is attached to this lens, use the following table:
tii.
• When the TC-14A teleconverteris attached to this
lens,
use the following table:
A/L BCD E Gl GZ G3 G4 Ht H2 H3JH4 J K/PM^J^^
*The
TC-301,
verter cannot be used with this lens.
© = Excellent focusing
• = Acceptable focusing
The image is brilliant from edge to edge, but the
center area (range-finder, microprism or crosshair) is dim. Focus on the surrounding matte
area.
O = Acceptable focusing
Slight vignetting (or moire phenomenon, in the
case of the microprism) affects the screen image.
The image on the
of this.
E3
= Exposure measurement not possible.
( )= Indicates degree of exposure compensation.
Blank means not usable.
TC-300, TC-14B or TC-14 telecon-
film,
however, shows no trace
17
Page 18
Reproduction ratio is the relation
of the image size to be recorded on
the film to the subject size. For example,
if the image on the focusing
screen is one-fifth the size of the
subject, the reproduction ratio is 1:5,
and this is indicated on the reproduction ratio scale on the focusing ring
by the figure 5.
Focusing at predetermined reproduction ratio
In front of the distance scale are two reproduction
ratio scales engraved in orange. The inner scale with
figures from 1:10 to 1:2 represents values obtained
when the lens is used alone, while the outer scale with
figures from 1:2 to 1:1 represents values obtained
with the PK-I3
you can photograph a subject at a predetermined
reproduction ratio without any complex calculation.
To photograph a subject at 1:5 reproduction
ratio,
for example, just turn the focusing ring so that
the figure 5 on the reproduction ratio scale aligns
ring.
Using either of these scales,
Page 19
with the white distance indicator line. Aim the
camera at the subject and move it toward or away
from the subject until the image on the focusing
screen is sharp and crisp.
Depth of field
The Micro-Nikkor permits depth-of-field preview.
Press the depth-of-field preview button on the camera
body and the lens will stop down to the preselected
aperture to allow you to see how much background
or foreground is in focus.
Depth of field can also be observed by reading the
color-coded scale engraved on the lens barrel. The
pairs of colored lines on either side of the white
indicator line correspond to f/numbers of the same color.
At close distances so little is in focus that the depthof-field tables on pages 24—25 are more useful.
To avoid camera shake, close-up pho-
tography poses several problems not
encountered in general photography.
One of these is sensitivity to vibration:
the magnification of the image
on the film makes even slight image
displacement prominent and results
in a blurred image. Therefore, for
best results, mount the camera on a
tripod or on rigid supports, and use a
cable release to trip the shutter.
At extremely close working distances,
depth of field decreases to the actual
focused distance. This can be partially
compensated for by stopping down
the lens. But at very close distances
an extremely narrow depth of field is
inevitable. Careful placement of the
subject, if it has depth, will be necessary to ensure that the important surfaces will be in the same zone of
sharpness.
19
Page 20
DETERMINING EXPOSURE
Al
PK-I1A.12,13, and
TC-201,200, 14A
Al
PK-1,2,
Bellows, E2 and K rings
Al
PK-11A, 12,13,and
non-AI
TC-201,200, 14A
*non-AI
PK-1,2,
non-AI
* With this
Bellows, E2 and K rings
combination, conventional "manual"
aperture i
ndexing is required.
20
3
3
B—1
Full aperture
Stop-down
Stop-down
Stop-down
Full aperture
Stop-down
With built-in TTL meter
The Micro-Nikkor has an automatic diaphragm and
a set of click-stop aperture settings ranging from f/2.8
to f/32. The Micro-Nikkor couples fully to the
thru-
the-lens meter. of any F/F2 Nikon Photomic or
other Nikon/Nikkormat camera for full aperture exposure measurement over the entire range of aperture
settings. Note that when this lens is used with non-AI
cameras, "manual" maximum aperture indexing is
required.
When close-up attachments such as a PK ring or
bel-
lows are used, the exposure measurement method is
shown in the table on the left. When the lens is
mounted in the reverse position, the stop-down
method should be used.
See the instruction manual supplied with your camera
or Photomic viewfinder for details.
Caution:
1) When the stop-down method is used at small apertures,
a finder eyecup should be attached to the finder eyepiece
to ensure complete exclusion of stray light.
2) When the lens is used with the Nikon F-401/N4004, the
camera meter coupling function does not operate and the
exposure indicator LEDs do not appear.
Page 21
When non-TTL meter is used
At close ranges (reproduction ratios greater than
1:10),
the amount of light reaching the film decreases
as the lens-to-film distance increases. When non-TTL
measurement is used for this range, the result is underexposed photographs unless compensation has been
made for this
decrease.
(When the Micro-Nikkor 55mm
f/2.8 lens is used with the Photomic or Nikkormat
TTL meter it is not necessary to make compensations,
since the meter is designed to give an accurate reading
of the amount of light reaching the film.)
The table on the right gives the exposure factors (compensation values) with exposure increase in f/stops for
non-TTL exposure measurement at reproduction
ratios greater than 1:10.
To calculate the necessary corrections in shutter
speed rather than in aperture value, multiply a given
exposure factor by the exposure time. For instance,
if the normal exposure at a 1:1 reproduction ratio is
1
/8 second, the correct shutter speed is 1 /8 x 4 = 1/2
second.
The following formula is used to calculate the exposure factor: Exposure factor = (1 + R)
2
where R = Reproduction ratio
Reproduction
ratio
1/10
1/8
1/6
1/4
1/2
1/1.8
1/1.6
1/1.4
1/1.2
1/1
Exposure
factor
1.2
1.3
1.4
1.6
2.3
2.4
2.6
2.9
3.4
4.0
Exposure
increase
in f/stops
approx.1/3
approx. 1/3
approx.1/2
approx.2/3
approx. 1-1/3
approx. 1-1/3
approx.1-1/3
approx.1-1/2
approx. 1-2/3
approx.2
21
Page 22
TIPS ON CLOSE-UP PHOTOGRAPHY
LENS CARE
• When using the optional Extension Ring
PK-13,
Bellows Focusing Attachment PB-6,
or other Nikon equipment to obtain a reproduction ratio of more than 1:2, better
cal performance will be obtained by stopping
down the lens to f/4 or a smaller aperture
setting.
opti-
• Always keep the lens surfaces clean, as dust
or smudges can interfere with image sharpness.
Use a blower brush to remove dust,
never cloth or facial tissue. Stubborn
smudges should be removed with photographic lens tissue moistened with lens
cleaner or pure ethyl alcohol. Wipe the lens
using a circular motion starting at the center
and moving slowly to the outside. Ether
should not be used, as it may cause hard-toremove streaks especially on multicoated
lenses.
• To protect the lens surface from dirt or damage,
the use of
at all times. The lens hood also helps to protect the lens.
• Keep the lens cap in place whenever the lens
is not in use.
• Attach both the front and rear caps when
the lens is stored separately.
• To ensure proper fit of the lens when stored
in the leather lens case, set the lens' focusing
ring to the infinity (°°) setting.
an
L37C filter is recommended
Page 23
FEATURES/SPECIFICATIONS
Focal length/Aperture: 55mm f/2.8
Lens construction: 6 elements in 5 groups
Picture angle: 43°
Focusing range: °° to 25cm (9-13/16 in.)
Reproduction ratios: °° to 1:2; 1:2 to 1:1
with PK-13 ring
Distance scale: Graduated in both feet and
meters measured from the film plane
Diaphragm: Automatic type; stops down tof/32
Accessories
52mm screw-in front lens
Rear lens cap LF-1
Auto close-up ring PK-1 3
TeleconverterTC-201
Teleconverter TC-14A
52mm screw-in filters
52mm screw-in lens hood HN-3
cap
Hard lens case CL-31S
Hard lens case CL-32S
(with PK-13 ring attached)
Flexible lens pouch No. 61
Flexible lens pouch No. 62
(with PK-13 ring attached)
Exposure measurement: Via full-aperture
method;
meter coupling ridge provided for
Al cameras and meter coupling shoe for
non-AI cameras
Attachment size: 52mm screw-in (P = 0.75mm)
Dimensions: Approx. 63.5mm x 62mm exten-
sion from flange; approx. 70mm long (overall)
Weight: Approx. 290g
23
Page 24
IS¥^;S^^/DEPTH-OF-FIELD TABLES
mm
Focused
distance
0.5
0.7
0.8
1.5
2.0
3.0
5.0
24
0.25
0.26
0.28
0.3
0.35
0.4
0.6
1.0
1.2
-
f/2.8
0.25-0.25
0.26-0.26
0.279-0.281
0.299-0.301
0.349-0.351
0.398-0.402
0.496-0.504
0.593-0.607
0.69-0.71
0,786-0.814
0.977-1.02
1.17-1.24
1.44-1.56
1.9-2.12
2.77-3.28
4.36-5.86
33—
m
0.25-0.25
0.259-0.261
0.279-0.281
0.299-0.301
0.348-0.352
0.397-0.403
0.494-0.506
0.59-0.61
0.686-0.715
0.781-0.821
0.967-1,04
1.15-1.26
1.42-1.59
1.86-2.17
2.68-3.42
4.14-6.34
23--
I 16—
f/5.6
0.249-0.251
0.259-0.261
0.279-0.281
0.298-0.302
0.347-0.353
0.396-0.405
0.492-0.509
0.587-0.614
0.68-0.721
0.773-0.829
0.955-1.05
1.13-1.28
1.39-1.63
1.8-2.25
2.57-3.62
3.87-7.10
Depth
f/8
0.249-0.251
0.259-0.261
0,278-0.282
0.298-0.302
0.346-0.354
0.394-0.406
0.488-0.513
0.581 -0.621
0.672-0.731
0.762-0.843
0.937-1.07
1 11-1.31
1.35-1.69
1.73-2.37
2.42-3.98
3.53-8.68
11 —
of
field
0.249-0.251
0.258-0.262
0.278-0.282
0.297-0.303
0.346-0.356
0.392-0.409
0.484-0.517
0.574-0.629
0.663-0.743
0.749-0.86
0.916-1.1
1.08-1.36
1.3-1.78
1.65-2.55
2.26-4.54
3.19-12.04
8-»
f/11
f/16
0.248-0.252
0.258-0.262
0.283-0.277
0.296-0.305
0.342-0.358
0.388-0.413
0.477-0.526
0.564-0.643
0.647-0.764
0.728-0.891
0.883-1.16
1.03-1.45
1.23-1,94
1.53-2.93
2.03-5.95
2.74-34.62
6—
f/22
0.248-0.252
0.257-0.263
0.276-0.285
0.294-0.307
0.339-0,362
0.384-0.419
0.469-0.537
0.551-0.661
0,63-0.792
0.705-0.932
0.846-1.24
0.98-1.58
1.15-2.19
1.41-3.56
1.82-9,59
2.53-4—
f/32
0.247-0.254
0.256-0.265
0.274-0.287
0.291-0.310
0.335-0.368
0.377-0.428
0.457-0.556
0,532-0.694
0.603-0.845
0.67-1.01
0,793-1.39
0.9-1.85
1.05-2.79
1.25-5.64
1.55—
1.91
—
3—
unit:
Reproduction
ratio
1/1.9
1/2.2
1/2.6
1/3.0
1/4.0
1/5.0
1/6.9
1/8.7
1/10.6
1/12.4
1/16
1/19.7
1/25.2
1 /34.3
1/52.4
1/88.8
,/-
m
Page 25
Focused
distance
0.9
1.0
1.3
1.5
1.7
2.0
2.5
3.0
4.0
5.0
7.0
15.0
-
f/2.8
,of6-,of
»«"-'•
«f-«*
'•HF-«r
«T-"t
••»M"
«r-*F
ntf-if
HM"
««"-«ff
«jr-^r
l3'2"-17'3••
,«•-
«*-"*'
„|f'-r
«*-"*
••*-l»f
Hr-«F
»<f-r
2'SJjr
-2'6"
•^r-wr
Mr-flf
•*«*
•+"-"»"
J2T'-1B'6"
<-,„r
"F-*
"T-nf
"tfW
nf-nf
'"£-*•£
2'5"-2'7"
Hf-»*
,^
3-9r_4
**-«*
<'_,„r
11'10"-20'6"
,oi-,of
'*•-'*
,,f-r3f
«*-«r
«*•-«*
HMT
«r^f
nf-nf
HT-HT
«f-*f
•,f«'
„»--•»-
Depth
-«,
"*"-«>£
"T-'f
>*lF-«f
rsf-vef
,4"-„f
,,„||"..2,r
«£-«&
nf-^F
HT-HF
«fW„j."
««-<
9*10"-32'
«f-HT
'HF-'f
"f-"if
V4"-V6f'
nf-noff
,-«j."-*f
»,w
2,f-3,.
3'5"-4'1o£'
4'1"-C6"
nf-«f
rer'-erv
f/22
>of:«f
"ff-'f
«ff-*«tF
W-17j[r
"ff-n-tt"
1'10"-2'2^'
22f.2,4
f'-3,f
2-6
«r-**
3,f-7,f
nf-nr
7'4"_™
f/32
'*"-'««"
"T-'f
••*-«F
Hf-vf
,ȣ'
-.if
,,f-23f
^f-3'f
"f-3'"!'
rtif^r
nJF^jf
«4"-*HF
6'--
Reproduction
ratio
1/2.3
1/3.1
1/4.6
1/6.1
1/7.5
1/8.9
1/11.7
1/14.5
1/20.0
1/25.6
1/36 7
1/81.8
1/~
25
Page 26
m
¥ * /
* K'J >?-£flJmKffl(tKI
1
The first values are for the
**
PK'J>^4fllmS(jl(tPK-IIA*i5l.>ttPK-l ') >yi«Sfflt7>i#,fifil|S(((iPK-ilA~l3*-!>t.^JPK-l-3
**
The first values are for the PK-11A or
****v-r |-«¥«il«u >*;£[£] J esmtSMMl*. BR-3'J >?'£»fflLfct $mb<nx-r.
* *
* The Macro Ring Adapter BR-3 is used to connect the reverse mounted lens to the copying adapter.
CLOSE-UP TABLES
timiM
Cose-up atiachment
?a-X7y7U>Z No 0
Close-Up Lens No.
•?Q—X7-y7U>3( No
Close-Up Lens No
?n-X7'y7U>X No 2
Close-Up Lens No.
E 2 'J > ?
E2 Ring
K Ring Set
PK-Series Rings
'vD-XT?y^>>l- PB-4.PB-S
Bellows PB-4.PB-5
^•-^T?v^>>t-
Bellows PB-6
7.7-fh'Dt-ga
Slide Copying Adapter PS-4, PS-5
X7-rK3t-Sa
Slide Copying Adapter PS-6
7?Q3t-^?>|- PB-6M
Macro Copy Stand PB-6M
x?^7->->a>^a-X PB-6E
Extension Bellows PB-6E
Ht^SI PF-2.PF-3.PF-4
Reprocopy Outfit PF-2. PF-3, PF-4
PN Ring
0
l
1
2
PB-6
PS-4.PS-5
PS-6
>)
>?-HB«fflOTt
K1
U >;<..!
7} [£]
Lens m normal position
Reproduction
1/25.7-1/1.9
1/12.2-1/1.7
1/62-1/1.5
1/3.9-1/1.3
1/9 5-1.3
1/69-14
1/1.3-3.4
1/1.1-3.8
1/1.3-1.8
1/1 1-2.4
1/1.1-2.5
1/1.1-8.0
1/13.6-1/2
1.0-1-4
ring used alone and the second ones for all five rings used together.
PK-1
ring used alone and the second ones for three rings (PK-11A~PK-13or
Subject field
61.6 x92.4-
4.5 x 6.7
29.4 x
44.1-
4
2 x
6.3
14 8 x
222-
3.7 x 5.5
9
4 x 14
1-
3.1 x 4.7
22.8 x
34.1-
1.8 x 2.7
16 5x24.717x26
3.1
x4.6-
0.71 x 11
2.8
x4.1-
0.63 x 0.95
3.1 x 4.6-
1.3 x 2.0
2.8
x 4
1-
0 99 x 1.5
2.8 x 4.1-
0.97 x 15
2.8x4
1-
0.30 x 0.45
32.5 x
48.8-
4.8x72
2.5 x 3.817 x 2.5
#,
*«l»««KI~K5%a«SLfct
Focused
distance
15.3-24.4
794-23.9
458-22.8
34.1-22.9
63.8-22.9
49.7-23.1
22
4-31.2
222-33.3
22.4-24.0
22.2-26.6
22.2-269
22.2-55.6
85.3-25.0
22.1-23.2
Reproduction
J0)WT-f.
1.7-4 2
1.5-3.5
1
7-4.2
1
5-2.4
1.5-2.5
1.5-7.6
l^>*>3ift£
Lens in reverse position
Subject field
1.4 x 2.2-
0.57 x 0.85
1.6 x 2 5-
0.69 x 1.0
1.4 x2.2-
0.57 x 0.85
1.6 x2.5-
1.0 x 1.5
1.6 x 2.50
97 x
1.5
1 6x2.5-
0.31 x0.47
l
J>#'«-»teLfc£ SOT6OTT-T.
PK-1
-PK-3) used together.
Focused
distance
23.5-35.7
22.9-31.7
23.5-35.7
22.9-266
22.9-26.9
229-53.8
(cm)
26
Page 27
Lens
in
Close-up attachment
Ctose-Up Lens No.
Close-Uo Lens No.
Close-Up Lens No.
E2 Ring
K Ring Set
PK-Series Rings
Bellows PB-4, PB-5
Bellows PB-6
Slide Copying Adapter PS-4, PS-5
Slide Copying Adapter PS-6
Macro Copy Stand PB-6M
Extension Bellows PB-6E
Reprocopy Outfit PF-2, PF-3, PF-4
PN Ring
The first values are for the Kt Ring used alone and the second ones for all five rings used together.
*
The first values are for the PK-11AorPK-1 Ring used alone and the second ones for three rings (PK-11A-PK-13 or
*
*'The Macro Ring Adapter BR-3 is used to connect the reverse mounted lens to the copying adapter.
0
1
2
Reproduction
ratio
1/25.7-1/1.9
1/12.2-1/1.7
1/6.2-1/1.5
1/3.9-1/1.3
1/9.5-1.3
1/6.9-1.4
1/1.3-3.4
1/1.1-3.8
1/1.3-1.8
1/1.1-2.4
1/1.1-2.5
1/1,1-8.0
1/13.6-1/2
1.0-1.4
normal position
Subject field
24.3 x 36.41,8 x 2.6
11.6 x
17.3-
1.6 x 2.5
5.8 x 8.7-
1.4 x 2.2
3.7 x 5.6-
1.2 x 1.9
9.0 x 13.4-
0.71 x 1.1
6.5 x 9.7-
0.68 x 1.0
1.2 x 1.8-
0.28 x 0.42
1.1 x 1.6-
0.25 x 0.37
1.2 x 1.8-
0.53 x0.79
1.1 x 1.6-
0.39 x 0.58
1.1 x 1.6-
0.38 x 0.57
1.1 x 1.6-
0.12x0.18
12.8 x 19.2-
1.9 x 2.8
0.99 x 1.5-
0.66 x 0.98
Focused
distance
60.1-9.6
31.3-9.4
18.0-9.0
13.4-9.0
25.1-9.0
19.6-9.1
8.8-12.3
8.7-13.1
8.8-9.5
8.7-10.5
8.7-10.6
8.7-21,9
33.6-9.8
8.7-9.1
Reproduction
ratio
1.7-4.2
1.5-3.5
1.7-4.2
1.5-2.4
1.5-2.5
1.5-7.6
Lens
in
Subject field
0.57 x 0.85-
0.22x0.33
0 65x 0.97-
0.27x0.41
0.57 x 0.85-
0.22 x 0.33
0.65 x 0.97-
0.39 x 0.59
0.65 x 0.97-
0.38 x 0.57
0.65 x 0.97-
0.12x0.19
reverse position
PK-1
-PK-3) used together
unit: inches
Focused
distance
9.3-14.1
9.0-12.5
9.3-14.1
9.0-10.5
9.0-10.6
9.0-21.2
Page 28
{Nikon)
NIPPON KOGAKU K.K.
No reproduction in any form of this manual, in NIPPON KOGAKU K.K.
whole or irrpart (except for brief quotation in
critical articles or reviews), may be made without
written authorization fro/n Nippon Kogaku K.K.
Fu]i
Fax:
ldg.,
B
Phone:
81-^-201-5856
2-3, Marunouchi 3-chome,
81-3-214-5311
Telex:
Chiyoda-ku,
J22601
(NIKON)
Printed in Japan 8&187-E06
Tokyo
100,
Japan
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