Airborne Electro Optical Infrared Payload with Thermal Imaging Camera and Day Light Camera Laser Range Finder

Airborne Electro Optical Infrared Payload with Thermal Imaging Camera and Day Light Camera Laser Range Finder
 

Product description:

Product Details

Basic Info.

Model NO.:JH260

Technology:Infrared

Style:Pod

Type:Thermal Camera

Sensor:Mwir Cooled Hgcdte Fpa

HDMI Format:PAL/NTSC

Horizontal Resolution:320X256

Kind:Motorized Dual Fov

Certification:ISO9001: 2000

Feature:Waterproof / Weatherproof, High Definition

Effective Distance:8km

Sensor Size:320X256

Remote Control:Without Remote Control

Applications:Border Petrol, Piracy Surveillance

Export Markets:Global

Additional Info.

Trademark:Wuhan JOHO Technology

Packing:Safety Box

Standard:MIL-STD

Origin:China Wuhan

HS Code:90318090

Production Capacity:200 Units/Year

Product Description

Airborne Electro Optical Infrared (EO/IR) Imaging and Tracking Gimbal Camera System JH260


JOHO260 is an outstanding light-weight electro
optical surveillance system for helicopter, UAV, vessel, vehicle and any carriers. Through manual or auto model, it is capable of detection and tracking air, sea and ground targets, provides target azimuth and elevation angle data, as well as optional distance data to terminal device. It had been widely applied in day & night navigation, forest fire alarm, border petrol, piracy surveillance, terrain survey, power line inspection.


FUNCTIONAL AREA
` Target detection, recognition and localization
` Output image video signal
` Target capture and tracking
` Output LOS (line of sight) angle
` Built in self-test


TECHNICAL DATA

THERMAL CAMERA
Pixel320*256 Cooled FPA
Spectral l Range3μm~5μm
FOVWFOV: 8°*6° NFOV: 2°*1.5°
TV CAMERA
Spectral l Range0.4μm~0.7μm
FOV24°*18°~2.4°*1.8° continuous zoom
LASER RANGE FINDER
Spectral l Range1.54μm
Measuring Range300m~8000m
Range Error5m
PAN TILT
Pan360° continuous
Tilt-110°~+30°
Dimension≤Φ 260mm*400mm
Weight≤18Kg (Including elevating system)



Flexible configuration subject to user's requirement as below:

IR+LRF
IR+TV
TV+LRF