The optoelectronic tracking device has a built-in high-definition visible light through fog network camera plus a laser infrared fill light, built-in intelligent target detection and tracking algorithm, and realizes 24-hour uninterrupted target recognition and tracking in visible light, low illumination, severe haze weather, and nighttime . The fuselage is made of high-strength shock-absorbing alloy die-casting shell, and the overall three-proof spraying, heat insulation, high temperature and cold resistance, impact resistance, corrosion resistance, and good wind resistance and shock absorption performance.
Imodeli | TXPC3000 | |||
Monitoring Distance | HD Camera | 3000~5000m | ||
Thermal Camera | Umuntu (1.8m×0.5m) | Imoto (2.3m×2.3m) | UAV(0.3m×0.3m) | |
Detection | 4200m | 12000m | 1200m | |
Recognition | 1400m | 3000m | 500m | |
Identification | 700m | 1500m | / | |
Thermal Detector | Detector | Uncooled microbolometer focal plane array (Vox) | ||
Pixel | 640×512 | |||
Spectral Range | 8~14μm | |||
NETD | ≤50mK@F1.0, 300K | |||
Image Process | DDE, pseudo color | |||
Thermal Lens | Focal Length | 30~150mm, 5xzoom | ||
FOV | 4.2°×3.3°~20.6°×16.5° | |||
F Value | F1.0~F1.2 | |||
Lens Control | E-zoom, e-focus, auto focus | |||
HD Camera | Sensor Type | 1/1.8′′ Progressive Scan CMOS | ||
Coding Format | H.264/H.265 | |||
Video Resolution | 25fps(2688×1520), support dual stream | |||
Camera control | AGC, auto balance, auto backlight compensation, 3D digital noise reduce | |||
HD Lens | Focal Length | 15.6~500mm, 32× | ||
FOV | 0.8°~25.6° | |||
Lens Control | E-zoom, e-focus, auto focus, auto iris | |||
Interface | Power Supply | Wide range waterproof power adapter, AC90-295V, power consumption ≤180W | ||
Network Interface | 1×10Base-T/100Base-TX, RJ45 | |||
Environment indicators | Temperature | Working -25℃~+55℃(-40℃~+65℃ optional), Storage -40℃~+65℃ | ||
Protection Grade | IP66 |
I-Anti-UAV Defence System yakhiwe ngezinto ezisetshenziswayo ezihamba phambili njenge-radar yokuthola, Umtshina we-RF, Ikhamera yokulandelela ye-E/O, I-RF jamming noma i-spoofing device kanye nesofthiwe yesikhulumi sokulawula i-UAV. Lapho i-drone ingena endaweni yokuzivikela, iyunithi yokuthola ikhipha ulwazi olunembile lwendawo ngebanga elisebenzayo, i-angle, isivinini nokuphakama. Lapho ungena endaweni yesixwayiso, uhlelo luzonquma ngokuzimela futhi luqale idivayisi ye-jamming ukuphazamisa ukuxhumana kwe-drone, ukuze enze i-drone ibuye noma ifike. Uhlelo lusekela amadivaysi amaningi kanye nokuphathwa kwezindawo eziningi futhi lungaqaphela 7*24 ukuqapha isimo sezulu sonke kanye nokuvikelwa ekuhlaselweni kwe-drone.
I-Anti-UAV Defence System iqukethe i-radar noma iyunithi yokubona i-RF, Iyunithi yokulandelela ye-EO kanye neyunithi ye-jamming. Uhlelo luhlanganisa ukutholwa okuhlosiwe, ukulandelela & ukuqashelwa, umyalo & ukulawula i-jamming, imisebenzi eminingi kokukodwa. Ngokusekelwe ezimweni zohlelo lokusebenza ezahlukene, isistimu ingasatshalaliswa ngokuguquguqukayo ibe yisixazululo esilungile ngokukhetha iyunithi yokubona ehlukile kanye nedivayisi ye-jamming. Ukufakwa kwe-AUDS kungalungiswa, imoto ephathekayo ifakwe noma iyaphatheka. Ngohlobo lokufaka olungaguquki, I-AUDS isetshenziswa kakhulu endaweni yokuvikela ezokuphepha, uhlobo lwemoto olugibele imvamisa lusetshenziselwa ukuqapha okujwayelekile noma ngaphezulu, futhi uhlobo oluphathekayo lusetshenziswa kakhulu ekuvimbeleni isikhashana & lawula engqungqutheleni ebalulekile, imicimbi yezemidlalo, ikhonsathi njll.
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