Ikhamera ye-MWIR epholileyo yeRadifeel 110-1100mm F5.5 Usondezo oluqhubekayo lwe-RCTLB eFakelwe umfanekiso

Ikhamera ye-MWIR epholileyo yeRadifeel 110-1100mm F5.5 Usondezo oluqhubekayo RCTLB

Inkcazelo emfutshane:

I-RCTLB iphuhliswa ngesiseko setekhnoloji ye-IR yamva nje epholileyo.Ifaka i-NETD ephezulu, isekethe yedijithali ephucukileyo kunye ne-algorithm yokusetyenzwa kwemifanekiso, ikhamera ibonelela abasebenzisi ngemifanekiso eshushu eshushu.

Ikhamera ye-MWIR epholileyo 110-1100mm F5.5 Ukusondeza okuqhubekayo kuxhotyiswe nge-top-end 640×512 isisombululo esiphezulu se-MWIR epholileyo inzwa kunye ne-110 ~ 1100mm yelensi yokusondeza eqhubekayo, ekwazi ukwahlula ngokucacileyo iithagethi kuluhlu olude.Isenokuthi isetyenziswe ngokuzimeleyo kuluhlu olude lokucupha okanye kumda/unxweme lwe-EO/IR indibaniselwano yenkqubo, ebonakaliswa kuluhlu olude lokucupha.

Cela iQuote

Iinkcukacha zeMveliso

Iithegi zeMveliso

Ingcaciso yeMveliso

I-MWIR enovakalelo oluphezulu olupholileyo core kunye nesisombululo se-640x512 inokuvelisa umfanekiso ocacileyo kunye nesisombululo esiphezulu kakhulu;I-110mm ~ 1100mm i-zoom ye-infrared lens eqhubekayo esetyenziswe kwimveliso inokwahlula ngokufanelekileyo iithagethi ezinjengabantu, izithuthi kunye neenqanawa kumgama omde.

I-RCTLB inikezela ngokhuseleko olude olude kakhulu kunye nesicelo sokucupha, esikwazi ukujonga, ukuqaphela, ukujolisa kunye nokulandelela ekujoliswe kuyo emini nasebusuku.Ngelixa iqinisekisa ukhuseleko olubanzi, ikwakhawulelana nemfuno yoluhlu olude lokucupha.Ikhamera yekhamera ikwinqanaba eliphezulu, inika abasebenzisi indawo yokubeka iliso engcono kakhulu kwiimeko zemozulu ezimbi.

Iinkqubo ze-MWIR zibonelela ngesisombululo esiphezulu kunye novakalelo xa kuthelekiswa neenkqubo ezinde ze-infrared (LWIR) ngenxa ye-waveband emfutshane kunye ne-cooled detector architecture.Imiqobo eyayanyaniswa nolwakhiwo olupholileyo ngokwembali yakhawulelwa itekhnoloji ye-MWIR kwiinkqubo zomkhosi okanye izicelo zorhwebo eziphezulu.

Ukuqhubela phambili kwamva nje kubushushu obuphezulu bokusebenza kwe-MWIR iteknoloji yesivamvo iphucula ubungakanani, ubunzima, ukusetyenziswa kwamandla, kunye neNdleko, imfuno ekhulayo yeenkqubo zekhamera ze-MWIR kumashishini, urhwebo, kunye nezicelo zokhuselo.Oku kukhula kuguqulela ukunyuka kwemfuno yesiko kunye neenkqubo zokuvelisa zamehlo.

Ezona mpawu

Iithagethi zokukhangela imini nobusuku kwindawo ethile

Ukufunyaniswa kwemini/ubusuku, ukuqondwa kunye nokuchongwa kwithagethi ethile

I-Isolate carrier (inqanawa) ukuphazamiseka, ukuzinzisa i-LOS (umgca wokubona)

Ithagethi yokulandelela ngesandla/ezenzekelayo

Imveliso yexesha langempela kunye nokubonisa indawo ye-LOS

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

Inkqubo ye-POST (i-power-on self-test) kunye nempendulo ye-POST yesiphumo.

Iinkcukacha

Isigqibo	640×512
I-Pixel Pitch	15μm
Uhlobo lwesitshici	I-MCT epholileyo
Uluhlu lweSpectral	3.7-4.8μm
Ukupholisa	Ukuxubha
F#	5.5
EFL	110 mm～1100 mm Usondezo oluqhubekayo
I-FOV	0.5°(H) × 0.4°(V)ukuya ku-5°(H) ×4°(V）±10%
Ubuncinci bomgama wento	2km(EFL: F=1100) 200m (EFL: F=110)
Imbuyekezo yoBuqondo	Ewe
NETD	≤25mk@25℃
Ixesha lokupholisa	≤8 min phantsi kobushushu begumbi
Imveliso yeVidiyo yeAnalog	Umgangatho PAL
Isiphumo seVidiyo yeDijithali	Ikhonkco lekhamera / SDI
Ubume beVidiyo yeDijithali	640×512@50Hz
Ukutya umbane	≤15W@25℃, imeko yokusebenza eqhelekileyo
Ukutya umbane	≤35W@25℃, ixabiso lencopho
I-Voltage esebenzayo	I-DC 24-32V, ixhotyiswe ngegalelo lokukhusela i-polarization
Control Interface	RS422
Ulungelelwaniso	Ulungelelwaniso lwezandla, ulungelelwaniso olungasemva
Ipolarization	Kushushu okumhlophe/kubanda okumhlophe
Usondezo lweDijithali	×2, ×4
Ukomelezwa koMfanekiso	Ewe
Umboniso weReticle	Ewe
Ugxininiso oluzenzekelayo	Ewe
Ugqaliselo lweManuwali	Ewe
Flip umfanekiso	Ithe nkqo, ithe tye
Ubushushu bokusebenza	-40℃～55℃
Ubushushu boGcino	-40℃～70℃
Ubungakanani	634mm(L)×245mm(W)×287mm(H)
Ubunzima	≤18kg