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ARGC-750​


ARGC-750​



​ ​ ​ ​ ​ ​ ​ ​​OVERVIEW ​ ​​SPECIFICATIONS ​ ​APPLICATIONS ​​ ​​CHARACTERISTICS  

​OVERVIEW SPECIFICATIONS
APPLICATIONS CHARACTERISTICS

THE ARGC-750 NIGHT VISION CAMERA was especially engineered for perimeter and border surveillance. The ARGC-750 can be deployed as a standalone system or easily integrated with radars, Vessel Traffic Management System (VTMS) or thermal imagers. This portable camera allows human identification at distances up to 1 km and license plate reading up to 500 m. Thanks to its operation in the near-infrared, this system also provides the capability to see through glass where the thermal imager is useless.

THE ARGC-750 NIGHT VISION CAMERA was especially engineered for perimeter and border surveillance. The ARGC-750 can be deployed as a standalone system or easily integrated with radars, Vessel Traffic Management System (VTMS) or thermal imagers. This portable camera allows human identification at distances up to 1 km and license plate reading up to 500 m. Thanks to its operation in the near-infrared, this system also provides the capability to see through glass where the thermal imager is useless.

Performances of the system:

Vehicle classification at 4 km • Vehicle identification at 3 km  •  Human recognition at 3 km •  Human identification at 1 km  • Detect optical sight




Performances of the system:

Vehicle classification at 4 km • Vehicle identification at 3 km  •  Human recognition at 3 km •  Human identification at 1 km  • Detect optical sight




 
Components

Range gated intensified CCD camera 
(Gen III or XR-5) ​ Motorized zoom telescope ​  
Aiming telescope 
​Near-infrared pulsed laser beam ​ Video display terminal 
Recorded video ​ 
User-friendly, intuitive user interface
GPS
Target georeferencing systems: laser range finder 
Touchscreen monitor

 
Components

Range gated intensified CCD camera (Gen III or XR-5) • Motorized zoom telescope •  Aiming telescope • Near-infrared pulsed laser beam • Video display terminal 

Recorded video • User-friendly, intuitive user interface • GPS • Target georeferencing systems: laser range finder • Touchscreen monitor

​ ​ ​

​ ​ ​ ​RANGE-GATED ICCD CAMERA (NIGHT TIME)​​


​ ​ ​S​ensor type ​ ​ ​ ​ ​ ​ ​ ​ ​ ​Custom variant of Gen III Intensifier Tube


​ ​ ​Optical magnification ​ ​ ​​ ​4.5 to 73 X

​ ​
​ ​ ​Fi​eld of view (H x V) ​ ​ ​ ​Min: 0.5° x 0.37° Max: 8° x 6°


​ ​ ​Effective picture elements ​ ​​ ​PAL​ (CCIR): 782 x 582 px
​ ​ ​ ​ ​ ​ ​ ​ ​ ​ ​NTSC (EIA): 659 x 494 px


​ ​ ​

​ ​ ​LASER ILLUMINATOR (​PATENT PENDING)​



​ ​​ ​Wavelength ​ ​ ​ ​ ​​ ​ ​ ​ ​ ​860​ nm  

​ ​ ​ ​Beam divergence   ​ ​ ​ ​Slav​ed to the zoom telescope FOV

​ ​ ​


​ ​ ​COLOR CAMERAS (DAYTIME)


​ ​ ​​NFOV Optical Magnification ​ ​6 to 98 X

​ ​ ​
​ ​ ​NFOV (H x V) ​ ​ ​ ​ ​ ​Min: 0.37° x 0.28° Max: 5.98° x 4.48°

​ ​ ​ ​WFOV (H x V) ​ ​ ​ ​ ​ ​ ​ ​ ​ ​Min: 1.6° x 1.2° Max: 42° x 31.5°



​ ​ ​OPT​I​O​​​N​S​​​



​ ​ ​ Pan & Tilt with joystick ​ ​ ​Azimuth range continuous 360°, tilt +/- 25°

​ ​ ​
​ ​ ​Electronic image stabilizer ​ ​ ​0​.5 to 25 Hz

​ ​ ​Thermal imager ​ ​ ​ ​ ​Uncooled microbolometer

​ ​ ​ ​ ​ ​ ​ ​ ​ ​ ​FOV: 10.4° x 8.3°

Applications

Applications


PERIMETER AND BORDER SURVEILLANCE

PERIMETER AND BORDER SURVEILLANCE

CRITICAL INFRASTRUCTURE PROTECTION

CRITICAL INFRASTRUCTURE PROTECTION

PORT SECURITY

PORT SECURITY

SPECIAL OPERATIONS SURVEILLANCE

SPECIAL OPERATIONS SURVEILLANCE
 Get long-range identification in total darkness
(human identification, vehicle identification, etc)
 See painted markings on cars,  
ship hulls and other structures
 Reject intense light in the field of view
 Get long-range identification in total darkness
  (human identification, vehicle identification, etc)  
 Ability to see through obscurants 
(snow, rain, fog, smoke, mist, haze)
 Reject intense light in the field of view
 See through glass 
(inside cars, buildings and wheelhouses)
 Provide fast situational awareness with the continuous
high magnification zoom telescope
 Present images similar to the visible
 See through glass 
(inside cars, buildings and wheelhouses)
Provide fast situational awareness with the continuous
  high magnification zoom telescope
 Present images similar to the visible
 Present an invariant signature of objects independent
of the environmental conditions
 Ability to see through obscurants 
(snow, rain, fog, smoke, mist, haze)
 Provide same high magnification 
during the day and the night
 Present an invariant signature of objects independent
  of the environmental conditions
 Provide same high magnification 
during the day and the night
See painted markings on cars,  
ship hulls and other structures

LASER ILLUMINATOR (PATENT PENDING)

​ ​Wavelength ​

​860 nm 

​Beam divergence ​

Slaved to the zoom telescope FOV


RANGE-GATED ICCD CAMERA (NIGHT TIME)

​ ​Sensor type
Custom variant of Gen III Intensifier Tube
 
 ​Optical magnification ​
​4.5 to 73 X

​ ​ Field of view (H x V) ​ ​
​ ​Min: 0.5˚ x 0.37˚ Max: 8˚ x 6˚


​ ​ ​Effective picture elements ​ ​ ​
PAL (CCIR): 782 x 582 px

​​NTSC (EIA): 659 x 494 px


COLOR CAMERAS (DAYTIME)

​ NFOV Optical Magnification
6 to 98 X


NFOV (H x V)
Min: 0.37˚ x 0.28˚ Max: 5.98˚ x 4.48˚


WFOV (H x V)
Min: 1.6˚ x 1.2˚ Max: 42˚ x 31.5˚

​

OPTIONS

​ Pan & Tilt with joystick ​ ​ ​
Azimuth range continuous 360°, tilt +/- 25˚

​ ​ ​Electronic image stabilizer ​ ​
​0.5 to 25 Hz

​ ​ ​Thermal imager ​ ​ ​ ​
​Uncooled microbolometer​​​​
​ ​ ​FOV: 10.4° x 8.3°