Tamron M12VM412 Bedienungsanleitung
Lesen Sie kostenlos die 📖 deutsche Bedienungsanleitung für Tamron M12VM412 (6 Seiten) in der Kategorie linse. Dieser Bedienungsanleitung war für 4 Personen hilfreich und wurde von 2 Benutzern mit durchschnittlich 4.5 Sternen bewertet
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2011.ver .02 E
Flat-Field Mega-Pixel Lens
Fla
Fla
Fla
Flat-F
t-F
t-F
t-Fiel
iel
iel
ield M
d M
d M
d Mega
ega
ega
ega-Pi
-Pi
-Pi
-Pixel
xel
xel
xel Le
Le
Le
Lens
ns
ns
ns
Flat-Field IR Mega-Pixel Lens
Fla
Fla
Fla
Flat-F
t-F
t-F
t-Fiel
iel
iel
ield I
d I
d I
d IR M
R M
R M
R Mega
ega
ega
ega-Pi
-Pi
-Pi
-Pixel
xel
xel
xel Le
Le
Le
Lens
ns
ns
ns
Flat-Field Mega-Pixel Lens Series
FlaSpecifications and Lineup
2.
2.
2.
2.
2.4
4
4
44mm
mm
mm
mm
mm 2.
2.
2.
2.
2.8
8
8
88mm
mm
mm
mm
mm 5
5
5
55mm
mm
mm
mm
mm 8
8
8
88mm
mm
mm
mm
mm 12
12
12
1212mm
mm
mm
mm
mm 50
50
50
5050mm
mm
mm
mm
mm
M13VM246 / M13VG246
M13VM308 / M13VG308
M13VM550 / M13VG550
M12VM412 / M12VG412
M13VM288IR / M13VG288IR / M13VP288IR
Model
Image
Operation
Angle of Veiw
(Horizontal X Vertical)
Image
Angle of Veiw
(Horizontal X Vertical)
*Angle of view images are illustrative examples.
M1
M
M
M
M1
1
1
13
3
3
33VM550
V
V
V
VM
M
M
M5
5
5
55
5
5
50
0
0
0 M1
M
M
M
M1
1
1
13
3
3
33V
V
V
VVG
G
G
GG550
5
5
5
55
5
5
50
0
0
0 M1
M
M
M
M1
1
1
12
2
2
22VM412
V
V
V
VM
M
M
M4
4
4
41
1
1
12
2
2
2
1/ 3
CS
5-50mm
1.4-Close 1.4-360
53.8°
×40.3°
5.5°
×4.2 °
40.3°
×30.2°
-20 - +60 ℃
4.2°
×3.1 °
x 10
1m -∞
1/ 2
C
4.0-12mm
1.4-Close
100.5°×73.4°
-20 - +60 ℃
33.4°×25.1°
93.9°×68.6°
31.4°×23.6°
68.6°×51.0°
23.6°×17.7°
x 3
0.3m-∞
M1
M
M
M
M1
1
1
12
2
2
22V
V
V
VVG
G
G
GG412
4
4
4
41
1
1
12
2
2
2
1.4-360
T
T
T
TTele
el
el
el
ele
e
e
e
Wide
Wi
Wi
Wi
Wid
d
d
de
e
e
e
T
T
T
TTele
el
el
el
ele
e
e
e
Wide
Wi
Wi
Wi
Wid
d
d
de
e
e
e
T
T
T
TTele
ele
ele
ele
ele
Wide
Wi
Wi
Wi
Wid
d
d
de
e
e
e
T
T
T
TTele
ele
ele
ele
ele
Wide
Wi
Wi
Wi
Wid
d
d
de
e
e
eT
T
T
TTele
el
el
el
ele
e
e
e
Wide
Wi
Wi
Wi
Wid
d
d
de
e
e
e
T
T
T
TTele
el
el
el
ele
e
e
e
Wide
Wi
Wi
Wi
Wid
d
d
de
e
e
e
T
T
T
TTele
el
el
el
ele
e
e
e
Wide
Wi
Wi
Wi
Wid
d
d
de
e
e
e
M1
M
M
M
M1
1
1
13
3
3
33V
V
V
VVM
M
M
MM246
2
2
2
24
4
4
46
6
6
6 M1
M
M
M
M1
1
1
13
3
3
33V
V
V
VVG
G
G
GG246
24
24
24
246
6
6
6 M1
M
M
M
M1
1
1
13
3
3
33V
V
V
VVM
M
M
MM308
30
30
30
308
8
8
8 M1
M
M
M
M1
1
1
13
3
3
33V
V
V
VVG
G
G
GG308
3
3
3
30
0
0
08
8
8
8
1/ 3
CS
2.4 - 6mm
1.2-Close
111.3°
×83.5°
47.1
°
×35.4°
83.5
°
×62.6°
35.4
°
×26.6°
-20 - +60 ℃
x 2.5x 2.8
0.3m-∞
1/ 3
CS
2.8 - 8mm
100.1°× 72.9°
109.8°× 79.8°
35.8
°×26.8 °
38.8
°×28.9 °
72.9
°×53.9 °
26.8
°×20.1 °
-20 - +60 ℃
0.3m-∞
1.2- 360
1/ 3
CS
3.0- 8mm
1.0-Close
92.5°
×68.2°
35.4°
×26.5°
68.2°
×50.6°
26.5°
×19.9°
-20 - +60 ℃
x 2.6
0.3 m -∞
1.0-360
M1
M
M
M
M1
1
1
13
3
3
33VM28
V
V
V
VM
M
M
M2
2
2
28
8
8
88
8
8
88IR
I
I
I
IR
R
R
R M1
M
M
M
M1
1
1
13
3
3
33V
V
V
VVG
G
G
GG28
2
2
2
28
8
8
88
8
8
88IR
I
I
I
IR
R
R
R M1
M
M
M
M1
1
1
13
3
3
33VP28
V
V
V
VP
P
P
P2
2
2
28
8
8
88
8
8
88IR
I
I
I
IR
R
R
R
1.2-Close 1.2-Close1.2- 360
1
1
1
11
3
3
3
33
1
1
1
11
3
3
3
33
1
1
1
11
4
4
4
44
1
1
1
11
4
4
4
44
1
1
1
11
3
3
3
33
1
1
1
11
4
4
4
44
2
2
2
22
.8
.8
.8
.8.8
1
1
1
11
T
T
T
TTele
el
el
el
ele
e
e
e
Wide
Wi
Wi
Wi
Wid
d
d
de
e
e
e
T
T
T
TTele
e
e
e
el
l
l
le
e
e
e
Wide
Wi
Wi
Wi
Wid
d
d
de
e
e
e
1
1
1
11
3
3
3
33
1
1
1
11
4
4
4
44
T
T
T
TTele
el
el
el
ele
e
e
e
Wide
Wi
Wi
Wi
Wid
d
d
de
e
e
e
T
T
T
TTele
ele
ele
ele
ele
Wide
Wi
Wi
Wi
Wid
d
d
de
e
e
e
T
T
T
TTele
ele
ele
ele
ele
Wide
Wi
Wi
Wi
Wid
d
d
de
e
e
e
1
1
1
11
2
2
2
22
1
1
1
11
2
2
2
22 *
*
*
** 1
1
1
11
*
*
*
**2
2
2
22
1
1
1
11
3
3
3
33
Manual w/Lock
Manual w/Lock
Manual w/Lock
Manual w/Lock
Manual w/Lock
Manual w/Lock
Manual w/Lock
Manual w/Lock
Manual w/Lock
Manual w/Lock
Manual w/Lock DC Auto Iri s
P-Iris Manual w/Lock DC Auto Iris
Manual w/Lock DC Auto IrisManual w/Lock DC Auto Iris
Manual w/Lock DC Auto Iris
Imager Size
Mount
Focal Length
Zoom Ratio
Aperture Range
Focusing Range
Operating Temperature
Focus
Focus
Focus
Focus
Focus
Zoom
Zoom
Zoom
Zoom
Zoom
Iris
Iris
Iris
Iris
Iris
Focusing Range
Operating Temperature
Focus
Focus
Focus
Focus
Focus
Zoom
Zoom
Zoom
Zoom
Zoom
Iris
Iris
Iris
Iris
Iris
Operation
Model
Imager Size
Mount
Focal Length
Zoom Ratio
Aperture Range
*
*
*
**
1 Imager Size 6.8mm x 5.1mm
1
1
1
1 I
I
I
Ima
ma
ma
mag
g
g
ger
er
er
er
Si
Si
Si
Siz
z
z
ze
e
e
e 6
6
6
6.8
.8
.8
.8m
m
m
mm
m
m
m x
x
x
x 5
5
5
5.
.
.
.1
1
1
1mm
mm
mm
mm
*
*
*
**
2 Imager Size 6.4mm x 4.8mm
2
2
2
2 I
I
I
Ima
ma
ma
mag
g
g
ger
er
er
er
Si
Si
Si
Siz
z
z
ze
e
e
e 6
6
6
6.4
.4
.4
.4m
m
m
mm
m
m
m x
x
x
x 4
4
4
4.
.
.
.8
8
8
8mm
mm
mm
mm
HD
HDHD
HD
IR
IR
Full HD
3MP
Flat-Field IR Mega-Pixel Lens
M13VM288IR/M13VG288IR/M13VP288IR 2.8-8mm F/1.2
3 Mega-Pixel Quality That Meets Or Exceeds Full HD 1080P In Both The Visible And
Near Infrared Spectrums
Model
Dim
High Performance At 3 Mega-Pixel /
Full HD Mega-Pixel Resolution In The Near Infrared Spectrum
Near infrared radiation refracts differently from visible light, causing blurring in an image captured in the near infrared spectrum.
Tamron IR Mega-Pixel Lenses utilize cutting-edge optical design technology and advanced low dispersion glass to converge the
focal points of visible light and near infrared radiation, providing 3 mega-pixel image quality 24-hours a day.
â– Comparison of a Visible Light Lens and an IR Lens
Delivering Exceptional Image Quality And Outstanding Video Surveillance Day Or
Night Using State-Of-The-Art Aberration Correction Up To The Near Infrared Spectrum
With conventional lenses, image blurring occurs in surveillance
camera video footage shot under near infrared illumination
because the optimum focus point changes as a result of the
difference between the refractive indices of near infrared and
visible light, which also affects their wavelengths (see figure
at right). The Tamron IR Mega-Pixel Lens Series features the
latest optical design formulas and low dispersion glass
technologies that resolve this focus point discrepancy. This
eliminates image degradation, even in black and white mode,
and delivers 3 mega-pixel quality image for 24-hours surveillance
at any time of day regardless of the lighting conditions.
IR Lens Visible Light Lens
Near infrared wavelengths
Near infrared wavelengths
Focal plane
Visible light Visible light
Visible light
focal plane
Near infrared
focal plane
Both visible light and IR meet at the same
focal plane.
Visible light and near infrared radiation have
different focal planes.
The Tamron IR Mega-Pixel Lenses correct
this focus shift.
Versatile Zoom Range From 2.8 To 8mm
F/1.2 Fast Aperture Allows Surveillance Under Extreme
Low-Light Conditions With Mega-pixel Resolution
With a maximum angle of view of 100.1°, this lens can image an entire
room when installed in the corner.
Designed For Compatibility With Current Camera Technology
Internal components in the vicinity of the imager are designed to
minimize protrusion from the lens mount face for full compatibility with
nearly all surveillance cameras on the market.
Superb Picture Quality
Designed to minimize color aberrations, ghost and flare for top picture
quality.
Delivering Exceptional Image Quality In Visible Light And
Near Infrared Conditions
â– Visible Light (Color mode)
â–
Near Infrared Wavelengths
 
(Black and white mode)
*All images appearing on this page taken from actual mega-pixel surveillance camera and CCTV/IP lenses.
Conventional IR Lens
Tamron
IR Mega-Pixel Lens
Conventional IR Lens
Tamron
IR Mega-Pixel Lens
M13VM288IR /M13VG288IR /
M13VP288IR
〈〉
IRFull HD 3MP
IRFull HD 3MP
Produktspezifikationen
| Marke: | Tamron |
| Kategorie: | linse |
| Modell: | M12VM412 |
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