Catalogue Microscope
www.mitutoyo.com
print switch display
Page / 29
Contact the
Manufacturer
Where to buy
this product ?
Request
a Quote
MITUTOYO - 5615, 14116
/ 29
See other catalogues for MITUTOYO
Text version of the page
Near-Infrared Radiation and LCD Glass Thickness (t = 1.1mm or 0.7mm) Corrected LCD Plan Apo NIR for Bright Field Observation
Order No.
Mag.
N.A.
W.D.
f
R
D.F)
Viewfieldl
Viewfield2
Mass
378-827-4
20X
0.40
19.98mm*
10mm
0.7pm
1.7pm
0l.2mm
0.24x0.32mm
305g
378-828-5
50X
0.42
17.13mm*
3.9mm
0.7pm
1.6pm
00.48mm
0.10x0.13mm
320g
378-829-5
50X
0.42
17.26mm*
3.9mm
0.7pm
1.6pm
00.48mm
0.10x0.13mm
320g
378-752-5
100X
0.50
12.13mm*
2mm
0.6pm
1.1pm
00.24mm
0.05x0.06mm
335g
378-754-5
100X
0.50
11.76mm*
2mm
0.6pm
1.1pm
00.24mm
0.05x0.06mm
335g
Note:
These near-infrared (I = 1800nm) corrected objectives are designed for observing a workpiece through LCD glass (thickness =1.1mm (378-827-4, 378-828-5) or 0.7mm (378-829-5, 378-754-5)) and for laser repair.
Mag.: Magnification
N.A.: Numerical aperture
W.D.: Working distance
f: Focal distance
R: Resolving power
D.F.: Focal depth
View field 1: Field of view when using 024mm eyepiece
View field 2: Field of viewwhen using 1/2" Ccd camera
*ln air
DIMENSION
Unit: mm
0.5 17.5 (W.D.)
0.5 17.5W.D.)
0.^,20,35 (W.D.)
m s
m s
m s
n
. . J
95.37
n
M
. 7787 ,
95.37
. 7774 ,
95.24
-d- cm I cm I ™1 sl en I
_al—i sl
cmI <"m| ^1 si col ta* ^ sl
r^l ^1 ^1 sl co| git Mt sl
378-827-4
378-828-5
378-829-5
5
5
5
(Parfocal distance)
(Parfocal distance)
(Parfocal distance)
Note:
These near-infrared (I = 1800nm) corrected objectives are designed for observing a workpiece through LCD glass (thickness =1.1mm (378-827-4, 378-828-5) or 0.7mm (378-829-5, 378-754-5)) and for laser repair.
Mag.: Magnification
N.A.: Numerical aperture
W.D.: Working distance
f: Focal distance
R: Resolving power
D.F.: Focal depth
View field 1: Field of view when using 024mm eyepiece
View field 2: Field of viewwhen using 1/2" CCD industrial camera
Near-ultraviolet Radiation and LCD Glass Thickness (t = 0.7mm) Corrected LCD Plan NUV for Bright Field Observation
Order No.
Mag.
N.A.
W.D.
f
R
D.F.)
Viewfieldl
View fleld 2
Mass
378-820-4
50X
0.42
14.76mm*
4mm
0.7pm
1.6pm
00.48mm
0.10x0.13mm
310g
378-753-4
50X
0.42
14.53mm
4mm
0.7pm
1.6pm
00.48mm
0.10x0.13mm
310g
378-751-4
100X
0.50
11.03mm
2mm
0.6pm
1.1pm
00.24mm
0.05x0.06mm
380g
*ln air
DIMENSION
Unit: mm
^l ml sl
(W.D.)
™ sl rrM ^ °H sl
80.24
378-820-4
95.24
5
(Parfocal distance)
Note:
These ultraviolet corrected objectives are designed that a workpiece's image can be focused within the focal depth even when the wavelength used is changed anywhere from the visible range (I = 550nm) to the ultraviolet range (I = 266nm). Therefore The M Plan UV Series are suitable for laser repair using high freguency laser beam.
Mag.: Magnification
N.A.: Numerical aperture
W.D.: Working distance
f: Focal distance
R: Resolving power
D.F.: Focal depth
View field 1: Field of view when using 024mm eyepiece
View field 2: Field of viewwhen using 1/2" CCD camera
Ultraviolet Radiation Corrected
M Plan UV for Bright Field Observation
Order No.
Mag.
N.A.
W.D.
f
R
D.F.)
Viewfield 1
View field 2
Mass
378-837-5
20X
0.36
15.0mm
10mm
0.8pm
2.1pm
0l.2mm
0.24x0.32mm
330g
378-838-5
50X
0.40
12.0mm
4mm
0.7pm
1.7pm
00.48mm
0.10x0.13mm
400g
378-839-5
80X
0.55
10.0mm
2.5mm
0.5pm
0.9pm
00.3mm
0.06x0.08mm
380g
DIMENSION
Unit: mm
15(W.D.)
12 (W.D.)
10(W.D.)
~l
ml sl
m s
m s
j 1
=
=
_
85 ^
95 ,
rN|
m s
rN|
m s
80
83
378-837-5
378-838-5
378-839-5
95
95
5
5
5
(Parfocal distance)
(Parfocal distance)
(Parfocal distance)
Mitutoyo
397
DirectIndustry's Virtual Technical Library: PDF Catalogue | Technical Documentation | Brochure | Manual | Industrial directory | Specifications | Characteristics
Search Go
page 1 p.1
page 2 p.2
page 3 p.3
page 4 p.4
page 5 p.5
page 6 p.6
page 7 p.7
page 8 p.8
page 9 p.9
page 10 p.10
page 11 p.11
page 12 p.12
page 13 p.13
page 14 p.14
page 15 p.15
page 16 p.16
page 17 p.17
page 18 p.18
page 19 p.19
page 20 p.20
page 21 p.21
page 22 p.22
page 23 p.23
page 24 p.24
page 25 p.25
page 26 p.26
page 27 p.27
page 28 p.28
page 29 p.29
pdf-page pdf di En 2008-12-49-05