ATN FIITS14 w/3I IIT User manual

FUSION THERMAL/NIGHT VISION SYSTEM
The FIITS system by ATN combines Image Intensification
and Infrared Thermal Imaging technologies for night time
low light and adverse weather conditions observation. This
is achieved by combining an advanced image intensification
system with a thermal imaging system.
The combination of the channels allows the user to take
full advantage of both technologies by dichoptically creating
a “Fused” image for enhanced night vision observation.
The results are a fused image that allows you the benefits
and capabilities of both technologies. You will be able to
detect both the Image Intensified Night Vision scene and
the Thermal Imaging scene so you will not miss anything
that you would have been unable to see by either technology
separately.
The FIITS is lightweight, portable, and can be used as a
handheld binocular or a dual eye goggle.
High resolution imaging
Compact, light weight and durable
housing
Head/helmet mountable for hands free
usage
High Quality optics
“Fused” image for enhanced night vision
observation
Handheld binocular or a dual eye goggle
usage
Waterproof
Export Warning: These products are subject to one or more of the export control laws and regulations of the U.S. Government. Pending the model these products are under the control jurisdiction of
either the US Department of State or the US Bureau of Industry and Security US Department of Commerce. Export without proper licensing or consent is strictly prohibited.
1341 San Mateo Ave,
South San Francisco, CA 94080.
Tel: [phone],
fax: [phone]
www.atncorp.com
e-mail: [email protected], [email protected]
HEAD MOUNT ASSEMBLY HELMET MOUNT ASSEMBLY HELMET MOUNT ASSEMBLY
FIITS14 w/3I IIT

FUSION THERMAL/NIGHT VISION SYSTEM
Export Warning: These products are subject to one or more of the export control laws and regulations of the U.S. Government. Pending the model these products are under the control jurisdiction of
either the US Department of State or the US Bureau of Industry and Security US Department of Commerce. Export without proper licensing or consent is strictly prohibited.
1341 San Mateo Ave,
South San Francisco, CA 94080.
Tel: [phone],
fax: [phone]
www.atncorp.com
e-mail: [email protected], [email protected]
THERMAL SPECIFICATIONS
THERMAL SPECIFICATIONS
NIGHT VISION SPECIFICATIONS
Magnification 1X
Objective Focal Length 25 mm
FOV 11° x 8°
Focus Range from 1m to infinity
Focus Adjustment Manual
Exit Pupil 14 mm
Eye Relief 25 mm
Detector Type Uncooled Microbolometer
Spectral Response 7-14 μm
Pixels 160 x 120
Pixel Size 30 x 30 μm
Angular Resolution, mrad 1,2
Thermal Sensitivity < 0,1°C
Range to Detect a Human 475 m
Output Format Analog PAL / NTSC
Display Color OLED matrix
Display Format SVGA, 852 x 600 pxl
Digital ZOOM Fixed 2x (optional 5x)
Brightness Adjustment Manual
Contrast Adjustment Automatic
Available User Interfaces From outside PC through
USB interface
Power Supply 2 x 3 V CR123A type battery
Start-Up Time < 3 sec
Operating Time w/one
battery pack 4 hrs
External Power Supply DC 6V, 500 mA
Magnification 1X
Operating Temperature -20°C to +50 °C
Storage Temperature Yes, up to 10 m submersion
Dimensions 130x30x78 mm / 5.1”x5.1”x3”
Weight (w/batteries) 0.75 kg / 1.65 lbs
Warranty 1 year
Total Darkness IR System Yes
Multi-Purpose System Yes
Magnification 1x
Lens System F1.2, 27 mm
Proshield Lens Coating Yes
FOV 40°
Range of Focus 0.25 m to infinity
Diopter Adjustment -6 to +2
Controls Digital
Automatic Brightness
Control Yes
Bright Light Cut-off Yes
Infrared Illuminator Yes (Built-in with flood lens)
IR Indicator Yes (in FOV)
Low Battery Indicator Yes (in FOV)
Power Supply 1 x 1.5 V AA type battery or
1 x 3 V CR123A type battery
Battery Life 60 hrs
FIITS14 w/3I IIT
TUBE SPECIFICATIONS
HIGH QUALITY 3I GEN IMAGE INTENSIFIER TUBE
PHOTOCATHODE TYPE GaAs
GENERATION 3rd
RESOLUTION, lp/mm * 51-64
SIGNAL TO NOISE RATIO* 18-24
FIGURE OF MERIT <1400
PHOTOSENSITIVITY 1000-1500
MTTF - MEAN TIMEBEFORE FAILURE,
hours 10
EXPORT State License Req.
* Specifications are provided for informational purposes only. Actual values may vary