■ LENS SPECIFICATIONS
SD001
Optical
specs
SD002
Focal length
F number
25mm
35mm
50mm
F/1.4
F/1.4
F/1.4
ー
Zoom ratio
12.0mm (distance from mount reference surface to image plane (in Ge))
Flange back distance
(Ge) t=1.0mm
Detector package window
Back focus length
10.964mm（in air)
10.964mm（in air)
11.714mm（in Ge)
Field of view (Note 1)
11.3mm（in Ge）
φ11mm
H
17.3
V
12.9
9.2
6.5
D
21.6
15.3
10.8
12.3
8.6
Full extension
Focus method
MOD (Minimum object distance)
0.5m
0.5m
0.7m
Max object distance (Note 2)
525m
740m
1060m
φ79mm x 65.5mm
φ79mm x 65.5mm
φ79mm x 65.5mm
420g
450g
450g
Max barrel diameter/length
Mass
Yes
Optical image stabilizer
ー
Optical zoom system
Electronic
Focus system
Yes
Athermal compensation
Tamron thermal bayonet
Mount type
Electrical
specs
10.58mm（in air）
11.714mm（in Ge)
Effective image circle diameter
Structure
SD003
8 ∼ 14μm
Spectral wave length
Power supply
+3.3V
For logic board
+5.0V
For motor drive
1A or less
Current consumption
SPI (serial) interface
Interface
Environmental
specs
Range of guaranteed performance
-10℃∼ 50℃ 20 ∼ 90%RH
Range of functionality
-20℃∼ 60℃ 20 ∼ 90%RH
Optical
specs
Spectral wave length
SD004
SD005
Focal length
Zoom ratio
100mm
15-45mm
F/1.0
F/1.4
ー
Back focus length
10.54mm（in air）
11.29mm（in Ge）
WIDE : 19.02mm / TELE : 16.85mm（in Ge）
WIDE : 33.04mm / TELE : 30.84mm（in air/inf）
WIDE : 33.79mm / TELE : 31.59mm（in Ge）
H
4.3
WIDE : 29.3 / TELE : 9.5
V
3.2
WIDE : 21.8 / TELE : 7.1
WIDE : 9.2 / TELE : 3.1
D
5.4
WIDE : 39.8 / TELE : 12.5
WIDE : 15.5 / TELE : 5.1
Focus method
MOD (Minimum object distance)
Max object distance (Note 2)
Max barrel diameter/length
Mass
WIDE : 12.3 / TELE : 4.1
Internal focusing method
Full extension
7m
WIDE : 1.0m / TELE : 1.0m
WIDE : 2.0m / TELE : 5.0m
2126m
WIDE : 308m / TELE : 954m
WIDE : 740m / TELE : 2232m
φ110mm x 120mm
φ98mm x 81mm
φ120mm x 159mm
1235g
740g
1910g
Yes
Optical image stabilizer
ー
Optical zoom system
Electrical
Electronic
Focus system
Yes
Athermal compensation
Tamron thermal bayonet
Mount type
+3.3V
For logic board
+5.0V
For motor drive
1A or less
Current consumption
SPI (serial) interface
Interface
Environmental
specs
WIDE : 18.27mm / TELE : 16.1mm（in air/inf）
φ11mm
Effective image circle diameter
Power supply
F/1.0
3-times magnification
(Ge) t=1.0mm
Detector package window
Electrical
specs
35-105mm
12.0mm (distance from mount reference surface to image plane (in Ge))
Flange back distance
Field of view (Note 1)
SD006
8 ∼ 14μm
F number
Structure
Range of guaranteed performance
-10℃∼ 50℃ 20 ∼ 90%RH
Range of functionality
-20℃∼ 60℃ 20 ∼ 90%RH
(Note 1) The fields of view have been calculated based on a sensor size of 7.52mm (w) x 5.64mm (h) (9.4mm diagonal). (QVGA 23.5μm pixel pitch)
(Note 2) The max object distance (detection) is a theoretical value calculated for seeing human sized objects based on Johnson's Criteria under the assumption that QVGA-23.5μm pixel pitch sensor is used.
It is not an actual measured value.
*Product specifications are subject to change without notice. *For the above mentioned lens series, we recommend cameras from NEC Avio Infrared Technologies Co., Ltd. (currently, Nippon Avionics Co., Ltd.)
*Custom-made lenses are available according to customers requested design/manufacturing specifications. Please feel free to inquire.
Caution : Please read the instruction manual carefully before using lenses.
Manufacturer of precise and sophisticated optical products
for a broad range of industries.
Tamron Co., Ltd.,
OEM Optical Component Business Unit Sales Dept. ＃2
1385, Hasunuma, Minuma-ku, Saitama-shi, Saitama 337-8556 JAPAN
Tel: +81-48-613-7632 Fax: +81-48-683-8594 E-mail:[email protected]
●
●
Built-in Optical
Vibration Compensation Function
High-Performance
Long Wavelength Infrared Lens Series
The content of this catalog is current as of October 2012.
Product specifications, appearance and performance are subject to change without notice.
Quality Assurance Activities : At Tamron, quality management activities
are performed in compliance with ISO9001:2000 not only to assure product
quality but to enhance customer satisfaction.
Environmental Protection : We recognize the significance of our social
responsibilities. Tamron promotes corporate activities that protect the
earth's environment through the establishment of a quality assurance system
that is compliant with ISO14001.
World’s First Optical
Vibration Compensation Function
World’s first optical vibration compensation function effectively compensates
for external vibration affecting the installation site.
A stable images can be captured without the affect from the vibration of the
camera.
Diverse Lens Lineup
Four models of fixed-focal-length lenses covering a range from wide-angle to telephoto,
and two models of zoom lenses are available.
Thermal infrared image detection: maximum detection distance 2,232m, 160(H) x 120(V)
Active Athermal Compensation
The built-in active athermal compensation automatically detects target objects and
corrects for the optimal image quality in the ambient temperature range of -20Cº to +60Cº.
Built-in Optical Zoom
Two models of zoom lenses are equipped with an IF (internal focusing) function allow for
fast autofocus.
E
Advantages of Optical Zoom and
Optical Image Stabilization Systems
When a telephoto lens is used for long distance security monitoring, it is affected by external vibrations (from the mounting
location, buildings, wind pressure, etc.), resulting in camera-shake that inevitably undermines the quality of the image being
captured. Tamron 15-45mm F/1.4 and 35-105mm F/1.0 lenses are equipped with optical zoom and optical image stabilization
systems, allowing the highest quality images to be captured. These features, because they are completely different from digital
zoom and digital image stabilization, are capable of utilizing all pixel data effectively, causing any deterioration of the image
quality under all settings, meaning no pixel roughness.
Equipped with these systems, a long wavelength infrared camera can capture the optimum image of an object within a given
horizontal and vertical field of view and shooting distance. For example, when a camera is used for monitoring a suspected
intruder, it is able to capture a precise image, resulting in reduced information errors, making the system highly reliable.
Optical Zoom
Vibration from moving vehicles, wind, camera mounts, etc.
Optical Image Stabilization System
Two types of zoom lenses are available: medium-distance monitoring lenses (focal length 15-45mm) and
long-distance monitoring lenses (focal length 35-105mm). They are not only useful for changing
magnification, but also convenient because a camera can be setup and then adjusted to the necessary
field of view. Because the lenses are equipped with stepping motors with electrical controls, optical
zooming is possible based on the address information specified on the camera. Electrical or manual
optical zooming is also selectable on the camera.
Comparison of Horizontal Fields of View
Tamron lenses are all equipped with an optical vibration
compensation ( VC ) system, the world’s first for long
wavelength infrared cameras.
This technology, being a Tamron core-competence, is similar
to the image stabilizers used for single-lens reflex cameras,
etc., providing high image quality even during continuous
shaking caused by wind or the ground vibrations.
Vibration from moving vehicles, wind, camera mounts, etc.
VC / OFF
*The fields of view have been calculated based on a sensor size of 7.52mm (w) x 5.64mm (h) (9.4mm diagonal).（QVGA 23.5µm pixel pitch）
Fixed
focal
length lens
Cutaway of the Optical Vibration Compensation (VC) System
SD001
25mm (17.1°
)
SD002
35mm (12.3°
)
SD003
50mm (8.6°
)
SD004
100mm (4.3°
)
VC / ON
SD005 / 15-45mm (28.1°
- 9.6°
)
Zoom lens
SD006 / 35-105mm (12.3°
- 4.1°
)
Field of view
30 20 15 10 7 5 3
Active Athermal Compensation
The active athermal compensation function of Tamron lenses is capable of capturing images stably under
many environmental conditions, such as temperature changes after sunset and seasonal variations.
Although “athermal compatible” lenses commonly compensate for focus shifts by combining materials
with different linear coefficient of expansion, Tamron lenses detect temperature changes in the most
critical portions inside the chassis in order to apply optimal electromechanical compensation according
to the temperature.
Electronic Focus
Tamron’s IF ( internal focus) system provides a high-quality, highly homogenous image of the entire area
of focus, as well as the shortest focusing time by decreasing the travel distances among focus lens
groups. By combining a spot AF function this system is able to follow and pinpoint an object
instantaneously when it is moving.