Ikhamera ye-MWIR epholileyo yeRadifeel 110-1100mm F5.5 Ukusondeza okuqhubekekayo RCTLB

Inkcazo emfutshane:

I-RCTLB yenziwe ngokusekelwe kwitekhnoloji yamva nje ye-IR epholileyo. Ine-NETD ephezulu, isekethe yedijithali ephucukileyo kunye ne-algorithm yokucubungula imifanekiso, ikhamera inika abasebenzisi imifanekiso eshushu ecacileyo.

Ikhamera ye-MWIR epholileyo eyi-110-1100mm F5.5 Continuous Zoom ixhotyiswe nge-sensor ye-MWIR epholileyo ye-640×512 ephezulu kunye nelensi ye-zoom eqhubekayo eyi-110~1100mm, ekwaziyo ukwahlula ngokucacileyo iithagethi kumgama omde. Ingasetyenziswa yodwa ekujongeni umgama omde okanye ekudibaniseni inkqubo ye-EO/IR yomda/yonxweme, eboniswe ekujongeni umgama omde.

Cela Isicatshulwa

Iinkcukacha zeMveliso

Iithegi zeMveliso

Ingcaciso yeMveliso

I-MWIR cooled core enobuthathaka kakhulu enesisombululo se-640x512 inokuvelisa umfanekiso ocacileyo kakhulu onesisombululo esiphezulu kakhulu; ilensi ye-infrared ye-110mm ~ 1100mm eqhubekayo yokusondeza esetyenziswa kwimveliso inokwahlula ngokufanelekileyo iithagethi ezifana nabantu, izithuthi kunye neenqanawa ezikude.

I-RCTLB inikezela ngokhuseleko olukhulu kunye nosetyenziso lokujonga olukude, olukwaziyo ukujonga, ukuqaphela, ukujolisa kunye nokulandelela iithagethi emini nasebusuku. Nangona iqinisekisa ukugubungela ngokubanzi, ikwahlangabezana neemfuno zokujonga olude kakhulu. Ibhokisi yekhamera ikumgangatho ophezulu, inika abasebenzisi indawo yokujonga engcono kakhulu kwiimeko zemozulu ezimbi kakhulu.

Iinkqubo zeMWIR zibonelela ngesisombululo esiphezulu kunye nobuntununtunu xa kuthelekiswa neenkqubo ze-infrared yamaza amade (LWIR) ngenxa ye-waveband emfutshane kunye noyilo lwe-detector olupholileyo. Imiqobo enxulumene noyilo lwe-cooled ngokwembali yayithintela iteknoloji yeMWIR kwiinkqubo zomkhosi okanye kwizicelo zorhwebo eziphezulu.

Uphuhliso lwakutshanje kwiteknoloji yesenzi seMWIR esisebenza ngobushushu obuphezulu luphucula ubungakanani, ubunzima, ukusetyenziswa kwamandla, kunye neendleko, nto leyo enyusa imfuno yeenkqubo zeekhamera zeMWIR kwizicelo zoshishino, zorhwebo, kunye nezokhuselo. Olu kukhula luguqulela kwimfuno ekhulayo yeenkqubo ze-optical ezenziwe ngokwezifiso nezemveliso.

Ezona mpawu

Iithagethi zokukhangela emini nasebusuku kwindawo ethile

Ukuchonga, ukuqaphela kunye nokuchonga emini/ebusuku kwindawo ethile

Hlukanisa ukuphazamiseka komthwali (inqanawa), uzinzise i-LOS (umgca wokubona)

Ithagethi yokulandelela ngesandla/ngokuzenzekelayo

Imveliso yexesha langempela kunye nendawo yokubonisa i-LOS

Ingxelo yexesha langempela ibambe i-angle ye-azimuth ekujoliswe kuyo, i-angle yokuphakama kunye nolwazi lwesantya se-angular.

I-POST yenkqubo (uvavanyo lokuzivula) kunye nesiphumo se-POST yempendulo.

Iinkcukacha

Isisombululo	640×512
Iphimbo lePixel	15μm
Uhlobo lwesixhobo sokubona	I-MCT epholileyo
Uluhlu lweSpectral	3.7～4.8μm
Ipholile	I-Stirling
F#	5.5
I-EFL	110 mm～1100 mm Ukusondeza Okuqhubekayo
I-FOV	0.5°(H) ×0.4°（V）ukuya ku-5°(H) ×4°（V）±10%
Umgama Omncinci Wezinto	2km(EFL: F=1100) 200m (EFL: F=110)
Imbuyekezo yobushushu	Ewe
I-NETD	≤25mk@25℃
Ixesha Lokupholisa	≤8 min phantsi kobushushu begumbi
Iziphumo zeVidiyo zeAnalog	I-PAL esemgangathweni
Iziphumo zeVidiyo zeDijithali	Ikhonkco lekhamera / i-SDI
Ifomathi yevidiyo yedijithali	640×512@50Hz
Ukutya umbane	≤15W@25℃, imeko yokusebenza eqhelekileyo
Ukutya umbane	≤35W@25℃, ixabiso eliphezulu
I-Voltage esebenzayo	I-DC 24-32V, ixhotyiswe ngokhuseleko lokufaka i-polarization
Ujongano loLawulo	I-RS422
Ukulinganisa	Ukulinganisa ngesandla, ukulinganisa imvelaphi
Ukwahlulahlula	Ubushushu obumhlophe/ukubanda okumhlophe
I-Zoom yedijithali	×2, ×4
Uphuculo Lomfanekiso	Ewe
Umboniso weReticle	Ewe
Ukugxila Okuzenzakalelayo	Ewe
Ukugxila Ngesandla	Ewe
Ukuguqula umfanekiso	Ume nkqo, uthe tye
Ubushushu bokusebenza	-40℃～55℃
Ubushushu bokugcina	-40℃～70℃
Ubungakanani	634mm(L)×245mm(W)×287mm(H)
Ubunzima	≤18kg