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IR Correcta Lens pro Intelligenti Traffic Ratio Featured Image
  • IR Correcta Lentem ad Intelligentes Traffic System
  • IR Correcta Lentem ad Intelligentes Traffic System
  • IR Correcta Lentem ad Intelligentes Traffic System
  • IR Correcta Lentem ad Intelligentes Traffic System
  • IR Correcta Lentem ad Intelligentes Traffic System

IR Correcta lentium

Brevis descriptio:

IR Correcta Lentem ad Intelligentes Traffic System

  • EJUS Lentem cum IR correctione
  • 12 Mega Pixels
  • Usque ad 1.1″, C. Mons Lens
  • 12mm, 16mm, 25mm, 35mm, 50mm focalis Longitudo


Products

Product Detail

Product Tags

Exemplar Forma sensorem Longitudo arx (mm) FOV (H*V*D) TTL (mm) IR Filter Apertura Mons Unitas Price
cz* cz* cz* cz* cz* cz* cz* cz* cz*
12~36mm 8MP C Mons P-Iris IR Correcta Zoom Lens 1" Imago Sensor
PDF Drawing

Exemplar

CH3689C

Resolution

8MP

Dux Ray Angle

 <4.9°~5.82°

Forma imago

1″

MOD

2.5m~∞

Imago Circulus

ф16mm(MAX)

Monte Type

C-Montis

Efl

12~36mm

Dimension Figure

φ66*L98.07mm

Flange BFL

17.526mm

Lens Structure

 -

F/NO.

1.6

 IR Correctio Ita

FFL.M)

17.53mm

 Filtrum Location

-

BFL.O)

9.80mm

Pondus

-

Nam Sensor

 1″

Iris Operatio
P-Iris

FOV

Horizontal

22.6~67.2°

Zoom Operatio

Manual

Vertical

16.8~54.6°

Focus Operationis

Manual

Diagonal

28.6~37.2°

Temperature operating

-20°~+85°

OPT Distortion

<-4.86%~-8%

Repono Temperature

-20°~+85°

Ill.

-
1" 12~36mm 8MP F1.6 C Mount Auto Iris IR Zoom Lens
PDF Drawing

Exemplar

CH3689B

Resolution

8MP

Dux Ray Angle
<4.9°~5.82°

Forma imago

1″

MOD

2.5m~∞

Imago Circulus

ф16mm(MAX)

Monte Type

C-Montis

Efl

12~36mm

Dimension Figure

φ66*L98.07mm

Flange BFL

17.526mm

Lens Structure
-

F/NO.

1.6

 IR Correctio Ita

FFL.M)

17.53mm

 Filtrum Location

-

BFL.O)

9.80mm

Pondus

-

Nam Sensor

 1″

Iris Operatio
Auto

FOV

Horizontal

22.6~67.2°

Zoom Operatio

Manual

Vertical

16.8~54.6°

Focus Operationis

Manual

Diagonal

28.6~37.2°

Temperature operating

-20°~+85°

OPT Distortion

<-4.86%~-8%

Repono Temperature

-20°~+85°

Ill.

-
1" 12~36mm 8MP C Iris IR Correcta Zoom Lens
PDF Drawing

Exemplar

CH3689A

Resolution

8MP

Dux Ray Angle
<4.9°~5.82°

Forma imago

1″

MOD

2.5m~∞

Imago Circulus

ф16mm(MAX)

Monte Type

C-Montis

Efl

12~36mm

Dimension Figure

φ66*L98.1mm

Flange BFL

17.526mm

Lens Structure
-

F/NO.

1.6

 IR Correctio Ita

FFL.M)

17.53mm

 Filtrum Location

-

BFL.O)

9.80mm

Pondus

570g

Nam Sensor

 1″

Iris Operatio

Manual

FOV

Horizontal

22.6~67.2°

Zoom Operatio

Manual

Vertical

16.8~54.6°

Focus Operationis

Manual

Diagonal

28.6~37.2°

Temperature operating

-20°~+85°

OPT Distortion

<-4.86%~-8%

Repono Temperature

-20°~+85°

Ill.

-
1.1" 16.5~ 38.5mm Focale Variabile Longitudo 12MP C Mons IR Zoom Lens Correctus
PDF Drawing

Exemplar

CH3690A

Resolution

12MP

Dux Ray Angle
5.9°~6.1°

Forma imago

1″

MOD

1.5~2.5m(WT)

Imago Circulus

ф17.6mm(MAX)

Monte Type

C-Montis

Efl

16.5~38.5mm

Dimension Figure

φ66*L112.35mm

Flange BFL

17.526mm

Lens Structure
-

F/NO.

1.6

IR-Filter

 -

FFL.M)

17.53mm

IR Correctio

Ita

BFL.O)

11.06mm

Pondus

738g

Nam Sensor

 1.1″

Iris Operatio

P-Iris

FOV

Horizontal

21.2~50.1°

Zoom Operatio

Manual

Vertical

14.7~34.4°

Focus Operationis

Manual

Diagonal

25.3~60.3°

Temperature operating

-20°~+85°

OPT Distortion

<-1.2%~9%

Repono Temperature

-20°~+85°

Ill.

-

  Coing Range 400-900mm
16.5~ 38.5mm 12MP C Mount IR Corrected Zoom Lens for 1.1" Imago Sensor
PDF Drawing

Exemplar

CH3690B

Resolution

12MP

Dux Ray Angle
5.9°~6.1°

Forma imago

1″

MOD

1.5~2.5m(WT)

Imago Circulus

ф17.6mm(MAX)

Monte Type

C-Montis

Efl

16.5~38.5mm

Dimension Figure

φ66*L112.35mm

Flange BFL

17.526mm

Lens Structure

 -

F/NO.

1.6

IR-Filter

 -

FFL.M)

17.53mm

IR Correctio

Ita

BFL.O)

11.06mm

Pondus

738g

Nam Sensor

 1.1″

Iris Operatio

Manual

FOV

Horizontal

21.2~50.1°

Zoom Operatio

Manual

Vertical

14.7~34.4°

Focus Operationis

Manual

Diagonal

25.3~60.3°

Temperature operating

-20°~+85°

OPT Distortion

<-1.2%~9%

Repono Temperature

-20°~+85°

Ill.

-

  Coing Range 400-900mm
CH3682B-1
1" 12mm 12MP C Mons Manual Iris IR Correctus Lens pro EJUS
PDF Drawing

Exemplar

CH3682B

Resolution

12MP

Dux Ray Angle
<16°

Forma imago

1″

MOD

0.5m~∞

Imago Circulus

ф16mm(MAX)

Monte Type

C-Montis

Efl

12mm

Dimension Figure

φ42.5*L62.50mm

Flange BFL

17.53mm

Lens Structure
-

F/NO.

1.4

IR-Filter

 -

FFL.M)

10.90mm

IR Correctio

Ita

BFL.O)

14.90mm

Pondus

-

Nam Sensor

 1″

Iris Operatio

Manual

FOV

Horizontal

61.7°

Zoom Operatio

certum

Vertical

34.4°

Focus Operationis

Manual

Diagonal

68.2°

Temperature operating

-30°~+85°

OPT Distortion

<-3.65%

Repono Temperature

-30°~+85°

Ill.

-
CH3683B-1
16mm 12MP 1" F1.4 C Mons IR Correctus Lens in Negotiationis custodia
PDF Drawing

Exemplar

CH3683B

Resolution

12MP

Dux Ray Angle
<7.79°

Forma imago

1″

MOD

0.3m~ ∞

Imago Circulus

ф16mm(MAX)

Monte Type

C-Montis

Efl

16mm

Dimension Figure

φ40*L63.35mm

Flange BFL

17.53mm

Lens Structure
-

F/NO.

1.4

IR-Filter

 -

FFL.M)

10.58mm

IR Correctio

Ita

BFL.O)

17.53mm

Pondus

-

Nam Sensor

 1″

Iris Operatio

Manual

FOV

Horizontal

45.3°

Zoom Operatio

certum

Vertical

34.3°

Focus Operationis

Manual

Diagonal

55.6°

Temperature operating

-20°~+85°

OPT Distortion

<-3.95%

Repono Temperature

-20°~+85°

Ill.

-
CH3684B-1
1.1" 25mm 12MP F1.4 C MONTE EJUS LENS cum IR Correctione
PDF Drawing

Exemplar

CH3684B

Resolution

12MP

Dux Ray Angle
<6.7°@y=8.8mm

Forma imago

1.1″

MOD

1.5m~∞

Imago Circulus

ф17.6mm(MAX)

Monte Type

C-Montis

Efl

25mm

Dimension Figure

φ46*L73mm

Flange BFL

17.53mm

Lens Structure
-

F/NO.

1.4

IR-Filter
-

FFL.M)

17.53mm

IR Correctio

Ita

BFL.O)

18.96mm

Pondus

-

Nam Sensor

 1.1″

Iris Operatio

Manual

FOV

Horizontal

33.4°

Zoom Operatio

certum

Vertical

22.7°

Focus Operationis

Manual

Diagonal

40.8°

Temperature operating

-20°~+85°

OPT Distortion

<-6.2%@y=8.8mm

Repono Temperature

-20°~+85°

Ill.

-
CH3685B-1
35mm 1.1" 12MP F1.4 C Mons IR Correctus Lens pro Ratio Negotiationis Intelligenti
PDF Drawing

Exemplar

CH3685B

Resolution

12MP

Dux Ray Angle
-

Forma imago

1.1″

MOD

0.3m~ ∞

Imago Circulus

ф17.6mm(MAX)

Monte Type

C-Montis

Efl

35mm

Dimension Figure

φ50*L76mm

Flange BFL

17.526mm

Lens Structure
-

F/NO.

1.4

IR-Filter
-

FFL.M)

13.526mm

IR Correctio

Ita

BFL.O)

21.14mm

Pondus

316g

Nam Sensor

 1.1″

Iris Operatio

Manual

FOV

Horizontal

23.7°

Zoom Operatio

certum

Vertical

17.3°

Focus Operationis

Manual

Diagonal

29.5°

Temperature operating

-20°~+85°

OPT Distortion

<-3.05%

Repono Temperature

-20°~+85°

Ill.

-
CH3686B-1
1.1" 50mm 12MP C. IR
PDF Drawing

Exemplar

CH3686B

Resolution

12MP

Dux Ray Angle
<10.5°

Forma imago

1.1″

MOD

1m~∞

Imago Circulus

ф17.6mm(MAX)

Monte Type

C-Montis

Efl

50mm

Dimension Figure

φ55*L72.10mm

Flange BFL

17.53mm

Lens Structure
-

F/NO.

1.4-22

IR-Filter
-

FFL.M)

9.872mm

IR Correctio

Ita

BFL.O)

11.453mm

Pondus

335g

Nam Sensor

 IMX533

Iris Operatio

Manual

FOV

Horizontal

13.6°

Zoom Operatio

certum

Vertical

13.3°

Focus Operationis

Manual

Diagonal

19.1°

Temperature operating

-20°~+85°

OPT Distortion

<-2.13%@17.6mm

Repono Temperature

-20°~+85°

Ill.

-

Lens correcta IR, quae etiam ut lens emendata infrared nota est, genus lens optical sophisticatum est, quod subtiliter modulatum est ut imagines claras et acutas in spectris tam visibilibus quam infrarubeis lucis praebeant. Hoc magni momenti est in custodia camerarum quae circa horologium agunt, sicut lentium typicarum tendunt amittere focum cum mutans lucem (visibilem lucem) ad illuminationem ultrarubram noctu.

Cum lens conventionalis lumini ultrarubri obnoxia est, variae aequalitates lucis in eodem puncto non conveniunt, postquam per lens transit, ad chromaticam aberrationem cognoscendam ducendam. Hoc evenit in imaginibus extra-focis ac deformibus altiore imaginum qualitate, ab IR luce illustrata, praesertim in peripheriis.

Contra hoc, IR lentium correcti designantur cum elementis opticis specialibus quae compensant mutationem umbilici inter lucem visibilem et infrarubrum. Hoc fit per usum materiarum cum indicibus particularibus refractivis et lens speciatim designandis, quae adiuvant ut umbilicum utriusque lucis in idem planum faciant, quod efficit ut camera acuta ponere possit umbilicum a sole accensum, in umbraticis lucendo; aut lucis infrared fontes.

MTF-diei

MTF-nocte

Comparatio imaginum testium MTF interdiu (top) et noctu (imo)

Plures lentes eius independenter a ChuangAn Optoelectronics evolutae sunt etiam in principio correctionis IR fundatae.

IR-correcta-Lens

Multa sunt beneficia ut IR correcta lens utendo;

1. Imago claritatis amplificata: Etiam sub variis condicionibus illustrandis, IR correcta lens acumen et claritatem per totam sententiam conservat.

2. Amplio custodia: Hae lentes efficiunt cameras securitatis ut imagines summus qualitas capiant in variis condicionibus environmental, a luce clara ad tenebras complendas utentes illuminatione infrarubra.

3. Versatilitas: IR Correcta lentes uti possunt per amplum ordinatam camerarum et occasus, quibus flexibilis electio ad multas custodias necessarias facit.

4. Reductio Foci Shift: Consilium speciale extenuat umbilicum transpositio quae normaliter evenit cum commutatio ex lumine visibili ad infrarubrum, inde necessitatem reducendi cameram post lucem horas re- positos.

IR Correcta lentium essentiale momentum in systematis hodiernis custodiae, praesertim in ambitibus 24/7 vigilantiam requirunt et iis, qui acrem mutationes in illuminatione experiuntur. Curent ut systemata securitatis certo praestare possint quamcumque condiciones condiciones condiciones venientes.

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