Leading Optics M13VD246IR camera lense
Contents
1. I V CCTV amp VIDEO LENSI EVETAR An Innovative Dedicator for Industrial Lenses Founded in September of 2002 Xiamen Leading Optics Co Ltd is a Hi tech intensive enterprise with the best combination of technology manufacturing marketing and management As one of the leading designers and manufacturers of camera lenses Xiamen Leading Optics Co Ltd owns production facilities of 30 000 square meters and more than 400 employees With strong R amp D ability advanced production equipment and strict QC system we extend our lens family into a wide range and cover image formats from 1 9 up to 4 3 Besides the lenses for regular VGA cameras for general security application we keep launching new lens models for high definition cameras in other various applications including Day amp Night security IP surveillance Panoramic security Video conferencing Telepresence Motion capture Recognition FA Machine vision Automotive Medical etc With innovative designs we are proud that some of our new lenses have outperformed our global competitors similar lenses We are now one of the top lens suppliers for major camera makers worldwide We aim at pursuing high quality standards offering our clients with high cost performance lenses and timely services and keep dedicating to provide solutions for custom lenses inquiries in cost effective and time effective ways OEM and ODM business are warmly welcomed Pr m2. 5 D lt Qo O D n lt D te O YSA sue je004 Ue L any Buipoo QWENISPOIN Model Name Coding Rule V13VM358 V13VD2812 V13BF409 V13B03620 M12VM4510IR N125B03516IR P13B03718R1 F12FMO14W M13BF312ASG1 MV118FM08C D Feature o V V V V M N P F M MV 2 13 13 13 13 12 125 13 12 13 118 nnw nv v lt w v lt lt W V M N F M Z Image Size Sign 14 13 12 23 11 Lens Type Machine Vision Lens V R Other Lens 44 de _ 38 39 29 29 a Ta F V 4 Iris Type Sign Fixed Iris Varifocal Board Mount 11 nO 358 2812 409 036 4510 035 037 014 312 08 EVETAR 6 20 IR 16 IR 18 R1 W ASG1 C 5 Focal Length Fixed Focal Length Vari Focal Length 6 F No F0 95 7 Preset Code Sg Meaning Ro Revised Model IR Some spec IR correction Lens Day amp Night IR Cut Filter Coating Aspherical Manual Zoom Lens ial lenses could not follow this rule Terminology EVETAR Image Sizes There are several types of imaging sensors with different image sizes for CCTV cameras the aspect ratio of CCTV camera is normally 4 3 H V The size of camera s imaging sensor affects the angle of view with the smaller sensors creating narrower angles of view when used with the same lens The format of the lens however is not r
3. Bm 1 1 g 112 7 IR 12 7 111 8 CS 44 36 6 59 30 x 16 7 Fixed 32 7 tn io 000 V LENS 8 0mm 18 1 3 8 1 1 8 CS 35 5 26 5 4 30 x 14 5 Fixed 31 2 n ON CCTV LENS 2 8mm 1 3 I 1 3 2 8 1 2 0 CS 98 73 5 29 30 x 11 6 Fixed 25 7 v co T TV LENS 12mm 1 1 3 12 1 1 8 CS 22 7 17 6 54 30 x 14 Fixed 30 5 i o fi SV LENS 3 6mm 18 1 3 3 6 1 1 8 CS 7 56 6 59 30 x 14 2 Fixed 30 8 oO NO off FIV LENS 16mm 1 1 3 16 1 1 8 CS 16 4 12 5 6 59 30 x 14 7 Fixed 31 7 EVETAR 1 3 4 2 1 1 8 CS 71 50 7 21 30 x 14 5 Fixed 31 1 Q2 lt O 5 T n O D D 5 D A lt D a a eBe N XI sue UO JO SIG UON Non Distortion Lens IR Mega Super low distortion High resolution compatible with 1 3 3Mega pixel cameras Broad band cofocal design suitable for both Visible and NIR applications Compact design ideal for integration Cost effective for recognition applications Model No Image Size inch Focal Length mm Aperture Ratio Mount l 1 1585 Horizontal 4 2 5 Angle of View 1 3 1 4 Back Focal Length mm Dimensions xL mm Iris Weight g Model No Image Size inch Focal Length mm Aperture Ratio Mount l 1 1 8 Horizontal 4 2 5 Angle of View 1 3 1 4 Back Focal Length mm Dimensions xL mm Iris
4. 3 3 12 1 1 8 1 1 6 cs cS 34 12 26 5 9 93 5 32 22 7 76 26 5 6 64 9 4 6 49 13 94 33 x 51 5 30 5 x 33 4 Manual Manual 96 1 57 8 Model No Image Size inch Focal Length mm Max Aperture Ratio Mount l 1 1 8 Horizontal 1 2 Angle of 1 3 Back Focal Length mm Dimensions xLxW mm Iris Weight g M12VD4510IR 1 2 4 5 10 1 1 6 CS 80 5 37 68 5 34 57 28 6 79 11 8 32 x 38 2 x 45 6 Auto DC 76 7 M12VD412IR 1 2 4 0 12 1 1 4 CS 86 36 76 31 5 63 26 6 97 12 75 38 x 45 8x 45 6 Auto DC 82 1 M12VD816IR 1 2 8 0 16 1 1 6 CS 50 26 40 20 5 34 18 7 81 12 1 38 x 47 2 x 45 6 Auto DC 84 5 M12VD1040IR 1 2 10 40 1 1 6 CS 36 10 32 8 3 26 6 9 7 73 9 82 44 x 71 8 x 50 6 Auto DC 155 5 M12VD1240IR M125VD3310IR 1 2 1 2 5 12 40 3 3 10 1 1 8 1 14 CS CS 34 12 26 5 9 93 5 39 22 7 76 31 6 64 9 4 6 49 11 73 38x51 5x45 6 39x 33 8 x 45 5 Auto DC Auto DC 99 1 1 2 Mono Focal Lens IR Mega Multi mega pixels for 1 2 1 2 5 and 1 1 8 image format cameras IR correction for Day amp Night surveillance Super wide HFOV up to 138 Mount option CS M12 x 0 5 Image Size inch Focal Length mm Aperture Ratio Mount l 1 1 8 Horizontal 4 2 Angle of 1 3 Back Focal Length mm Dimensions xL mm Iris Weight g Image Size inch Focal Length mm Ape
5. 33x58 8x45 6 45x65 4x 50 6 Auto DC Auto DC Auto DC Auto DC Auto DC Auto DC 70 7 127 4 67 3 106 2 94 1 168 1 3 Vari Focal Lens IR Mega EVETAR Harga gom IF x gt oon ar wr T fogus Model No Image Size inch 1 3 1 3 1 3 1 3 Focal Length mm 24 6 0 30 2 2 4 6 0 3 0 12 Max Aperture Ratio 1 1 6 1 1 4 1 1 6 1 1 4 Mount M12 x 0 5 M12 x 0 5 M12 x 0 5 M12 x 0 5 SQ Horizontal LISA S ee 1 3 112 47 75 25 112 47 75 25 Ta View 1 3 2 O 1 4 80 35 56 19 5 80 35 56 19 5 S Back Focal Length mm 6 21 10 49 6 49 13 94 6 21 10 49 6 49 13 94 Dimensions xLxW mm 32 x 35 8 27 x 32 1 32 x 35 8x 36 6 29x 32 1 x 35 1 2 Iris Fixed Fixed Auto DC Auto DC ba Weight g 51 6 3277 54 2 36 gs Option IR cut switcher Ei Q2 lt O n T O D D o A lt D Q O 1 3 Mono Focal Lens IR Mega Multi mega pixels for 1 3 1 2 7 cameras Compact design popular for Dome and Bullet IR correction for Day amp Night surveillance IR cut option Mount option CS M12 x 0 5 EVETAR Image Size inch Focal Length mm Aperture Ratio Mount l 1 2 7 Horizontal 1 3 Angle of View 1 3 2 1 4 Back Focal Length mm Dimensions xL mm Iris Iris Operation Weight g Image Size inch Focal Length mm Aperture Ratio Mount 1 279 Horizontal 4 3 Angle of View 1 3 2 1 4 Back Focal
6. by the circuit inside the camera for Video drive type the iris is equipped with an amplifier inside and is operated by the video signal and DC power supply from the camera for Manual type the iris is manually adjusted over the adjusting ring on the lens M O D The M O D minimum object distance is the closest distance from the vertex of the front lens to the nearest object at which an image can be focused 13 Terminology EVETAR Depth of Field The depth of field DOF refers to the area within the field of view which is in focus A large depth of field means that a large percentage of the field of view is in focus A small depth of field means only a small section of the field of view is in focus The depth of field is of following properties 1 The larger the F No is the wider the depth of field becomes 2 The shorter the focal length is the wider the depth of field becomes 3 The longer the distance to the object is the wider the depth of field becomes DOF depth of Field AL Depth of focus ali Far point Near point Backward DOF Forward DOF p AL 2 Near point distance Object distance Image distance Far point distance Taking distance m Focal point CS and C Mount The CS mount lens has the flange back distance of 12 5mm The C mount lens has the flange distance of 17 5mm The CS mount lens is only applicable to the CS mount
7. camera but the C mount lens is fit for both C mount and CS mount cameras as long as a 5mm adapter ring is used to match the CS mount camera CS MOUNT Focal point LENS C Mount Lens CS Mount Lens C Mount Camera O x i CS Mount Camera iunii O 5mm adapter ring M s c df 17 526 14 Bojouiuue Bojouiuue Terminology EVETAR Flange Back Distance Back Focal Length Mechanical Back Focal Length Flange back distance is the distance between the lens flange and the sensor focal plane Back focal length is the distance between the vertex of the rear lens element and the sensor focal plane Mechanical Back Focal Length is the distance between the surface of the lens frame and the sensor focal plane Image sensor Non IR Lens vs IR Lens Day amp Night cameras are normally used in near infrared NIR or infrared IR at night If we use a Non IR lens with a day amp night camera the image will be out of focus shifting at night Our special optical designs with broad band co focusing technology based on special glass material minimize light dispersion As a result refocusing is not required when the camera is used under NIR or IR The special design makes the lens to deliver perfect focusing either under visible light or under IR illumination circumstances B Non IR Lens B R Lens IR light Visible light IR light Visible
8. light RS Plane Foca IR Focal Plane Visible Focal Plane 15 Terminology EVETAR Megapixel CCD and CMOS image sensors use a series of pixels arranged on a 2 dimensional grid These pixels convert an optical image to an electronic signal The number of pixels in an image usually defines the resolution more pixels means higher resolution A megapixel is defined as one million pixels while camera with a megapixel sensor is called a megapixel camera Megapixel lens for megapixel camera To achieve the full resolution of a megapixel camera it is essential to use a high quality megapixel lens Overall image quality is greatly affected by the quality of the optical image shot onto the image sensor Megapixel lenses provide high contrast brightness and sharpness across the entire image plane Non megapixel lenses will not fully display the resolution of megapixel sensor especially in the corner area of the image high Resolution Megapixel lens low Non megapixel lens center Image corner 16 Bojouiuue dy V UKAS IS09001 2000 RIVA Sh ALKA RAS Xiamen Leading Optics Co Ltd http www leadingoptics com
9. 1 2 0 M12 x 0 5 185 185 6 44 25 x 28 6 Fixed 19 Close opENF U 445 R Mega Image Size inch Image Height mm Focal Length mm Max Aperture Ratio Mount Horizontal 1 2 Angle of Wee View 1 4 Back Focal Length mm Dimensions xL mm Iris Weight g 4 6 1 4 1 1 4 CS 182 182 144 6 86 44 x 46 8 Manual 127 8 147mm IR Mes 1 3 3 6 1 47 1 2 0 M12 x 0 5 195 185 4 57 25 x 24 3 Fixed ES 1 2 5 4 15 1 37 1 2 0 M12 x 0 5 183 183 6 11 28 x 28 6 Fixed 23 1 1 2 4 6 1 55 1 2 0 M12 x 0 5 185 185 136 6 43 28 x 26 6 Fixed 24 1 EVETAR 1 3 2 12 0 M12 x 0 5 147 102 5 6 17 325X251 Fixed 20 4 TI o D lt D d D 2 o A lt D e o ITS Lens Mega EVETAR Ultra high resolution of 5 Mega pixel Low distortion image quality with good corner brightness Large image format for ITS and standard surveillance applications Precise iris scales for aperture adjustment Manual iris and DC auto iris types available Popular for ANPR LPR applications temine c MF Tr j L ETE GI ine cat E al i E tn 1 e Ld LR rT d FE am Whey gd 1 Image Size inch 1 1 8 1 1 8 2 3 2 3 2 3 2 3 2 3 4 Focal Length mm 6 8 12 16 25 35 50 75 Aperture Ratio 1 6 16C 1 6 16C 1 6 16C 1 6 16C 1 8 16C 2 0 16C 2 5 16C 2 8 16C Mount C S C C C C C C 1 9 2 UOLIZOnElS No 39 29 5 19 14
10. 8 5mm Angle 57 4 Wide angle 12 Bojouiuue Bojouiuue Terminology EVETAR Angle of View The angle formed by the 2 lines from the secondary principal point to the edges or corners of image sensor is called the angle of view Theoretically the focal length of a lens is fixed regardless of the image size of the CCTV camera Conversely the angle of view varies according to the change of image size For a certain image size the angle of view will increase when the focal length becomes shorter The focal lengths in the catalog are nominal and the angles of view calculated by the formula referring to the focal length are approximate Image sensor principal poini Seconda ded A f f Focal length Aperture F No Aperture is an index for the amount of light that passes through a lens The value of the aperture is represented by the F No the smaller the F number the greater the amount of light and the brighter the image generated by the lens The F No is inversely proportional to the entrance pupil diameter of the lens and directly proportional to the focal length Its formula is as follows F No f D f focal length D Entrance pupil diameter Auto Iris and Manual Iris There are three types of operation for lens iris that is 1 DC drive auto iris 2 Video drive auto iris and 3 Manual iris For DC drive type the iris is controlled
11. 8 9 7 6 4 Angle of View 1 1 8 60 46 32 6 24 15 2 11 4 8 2 5 2 1 2 54 6 41 6 29 21 7 13 8 10 3 7 4 4 1 Back Focal Length mm 7 89 9 2 7 99 10 16 9 73 10 98 18 25 14 67 Dimensions xL mm 32 x 45 3 32 x 41 1 32 x 40 1 33 5 x 41 9 33 5 x 28 7 33 5 x 31 6 33 x 43 9 40 x 63 4 Iris Manual Manual Manual Manual Manual Manual Manual Manual Iris Operation Weight g 89 6 84 85 6 93 3 62 7 66 4 86 1 162 4 Cp D 5 77 lt D te O Nr j OrlLOb Image Size inch 1 1 8 22EN2 920 N I2EN502 M11FDN7522C0 2 3 2 3 1 1 1 8 odel Ne 123FD1616 2 3 3FD1216 3 D 25 Q 2 3 2 3 Focal Length mm 6 8 12 16 25 35 50 75 Aperture Ratio 1 6 16C 1 8 16C 1 6 16C 1 6 16C 1 8 16C 2 0 16C 2 5 16C 2 8 16C Mount CS CS CS CS CS CS CS C qe 9 2 onz onia ERI 7 I 39 29 5 19 14 8 9 7 6 4 Angle of View 1 1 8 60 46 32 6 24 15 2 11 4 7 9 5 2 1 2 53 5 41 5 29 21 7 13 8 10 3 7 4 9 Back Focal Length mm 7 89 9 2 7 99 10 16 9 73 10 98 18 25 14 67 Dimensions L mm 32 x 51 3 x 41 4 32x45 3x 41 4 32x44 3x41 4 32x46 8x41 4 32x39 5x41 4 32x43 5x414 32x49 4x41 4 40x634x45 4 Iris Auto DC Auto DC Auto DC Auto DC Auto DC Auto DC Auto DC Auto DC Iris Operation Weight g 108 2 95 7 98 6 103 7 74 5 77 8 94 7 154 FA Machine Vision Lens Mega EVETAR Image format of 1 1 8 2 3 and 1 focal length from 6mm to 75mm High resolution
12. Length mm Dimensions xL mm Iris Iris Operation Weight g 1 2 7 2 8 1 2 0 M12 x 0 5 110 100 73 8 6 38 15 x 15 1 Fixed 7 1 1 3 4 2 1 1 8 M12 x 0 5 71 50 7 21 14 x 16 2 Fixed 6 5 1 2 7 8 1 1 8 M12 x 0 5 44 36 6 59 14 x 18 1 Fixed 6 1 1 3 6 111 8 M12 x 0 5 48 35 8 75 14 x 14 7 Fixed 5 9 1 3 24 1 2 0 M12 x 0 5 104 81 4 56 15x 12 3 Fixed 5 9 1 3 8 1 1 8 M12 x 0 5 35 5 26 5 4 14 x 17 4 Fixed 6 5 1 3 2 8 1 2 0 M12 x 0 5 98 73 5 29 14 x 16 7 Fixed 6 6 1 3 12 1 1 8 M12 x 0 5 22 7 17 6 54 14 x 15 5 Fixed 6 3 1 3 3 6 1 1 8 M12 x 0 5 n 56 6 59 14 x 16 6 Fixed 6 1 1 3 16 1 1 8 M12 x 0 5 16 4 12 5 6 59 14 x 15 8 Fixed 6 1 1 3 Mono Focal Lens IR Mega Image Size inch Focal Length mm Aperture Ratio Mount 1 2 7 Horizontal 4 3 Angle of View 1 3 2 1 4 Back Focal Length mm Dimensions xL mm Iris Iris Operation Weight g Image Size inch Focal Length mm Aperture Ratio Mount 1 2 7 Horizontal 4 3 Angle of View 1 3 2 1 4 Back Focal Length mm Dimensions xL mm Iris Iris Operation Weight g 2 Bmm1 2 0 Ti d 1 2 7 2 8 1 2 0 CS 110 100 73 6 38 30 x 10 6 Fixed 25 5 N A CO 9 3 3 f E LENS 6 0mm 1 1 3 6 1 1 8 CS 48 35 8 75 30 x 14 9 Fixed 30 7
13. Weight g Smm F48 171 8 M N118B05518IR 1 1 8 5 5 1 1 8 M12 x 0 5 64 5 55 3 47 35 6 87 24 x 23 3 Fixed 157 O n SO 5mm F1 8 1 25 N125B04518IR 1 2 5 4 5 1 1 8 M12 x 0 5 66 57 44 6 14 24 x 22 8 Fixed 16 1 50mm 41 8 IR MP N118B0818IR 1 1 8 8 1 1 8 M12 x 0 5 47 2 43 92 5 24 1 9 82 24 x 22 8 Fixed 37 1 s Dst 8 2mm1 1 8 25 RU N125F06218IR 1 2 5 6 2 1 1 8 CS 47 41 7 02 30 x 19 96 Fixed 14 4 7 CIO x ai 8mm 11 8 IR N118F0818IR 1 1 8 8 1 1 8 CS 47 2 43 32 5 24 1 9 92 30 x 18 9 Fixed 39 N13B04516IR 1 3 4 5 1 1 6 M12 x 0 5 57 44 6 14 22 x 22 Fixed 12 7 EVETAR e n 35mm r4 8 1 25 N125B03518IR 1 2 5 3 5 1 1 8 M12 x 0 5 84 68 53 4 5 99 24 x 19 Fixed 19 5 A Ld 3 6mm F1 6 18 N13B03516IR 12 3 5 1 1 6 M12 x 0 5 68 52 5 99 22X215 Fixed 14 9 Fisheye Lens IR Mega Super wide angle with FOV gt 185 for panoramic surveillance Sharp image quality for multi mega pixels cameras Suitable for various image formats i e 1 3 2 1 3 1 2 5 1 2 etc IR cut option Image Size inch Image Height mm Focal Length mm Aperture Ratio Mount Horizontal 1 2 Angle of ATIS View Ax Back Focal Length mm Dimensions xL mm Iris Weight g 1 3 2 3 24 1 19 1 2 0 M12 x 0 5 185 185 6 44 25 26 2 Fixed 17 6 DE 18 4 25mm IRM 1 3 3 44 1 25
14. elated to the angle of view it merely needs to project an image which will cover the sensor i e the same format of the camera or large This also means that 1 3 cameras can use the entire range of lenses from 1 3 to 1 for example a 1 3 12mm lens gives the same angle of view as a 2 3 12mm lens does The latter combination also provides increased resolution and picture quality as only the center part of the lens is being used where the optics can be ground more accurately 2 7 9 36 SI 4 8 8 66 l Wie YE _ PI hom Focal Length Rays from infinite distance objects are condensed internally in the lens at a common point on the optical axis The point at which the image sensor of the CCTV camera is positioned is called a focal point By virtue of design lenses have 2 principal points a primary principal point amp a secondary principal point the distance between the secondary principal point and the focal point image sensor determines the focal length of the lens The focal length of a lens is measured in mm and directly relates to the angle of view that will be achieved Short focal length provides wide angle of view and long focal length becomes telephoto with narrow angle of view BUY Focal length Secondary principal point Primary Principal Point mm Angle 6 8 Telephoto f 16mm Angle 30 5 Normal Image sensor f
15. of 3 5 mega pixels Super low distortion Precise iris and focus scales for adjustment Locking sets for focus and iris to prevent movement caused by vibration or shock fem 1 16 ce Model No Image Size inch Focal Length mm Aperture Ratio Mount l 1 9 2 pda 2 3 5 38 29 5 19 14 9 7 6 4 View 1 1 8 60 46 32 6 24 15 2 11 4 7 9 5 2 1 2 53 5 41 5 29 21 7 13 8 10 3 7 4 9 Back Focal Length mm 7 8 9 8 4 10 26 10 2 11 3 18 25 14 19 Dimensions L mm 37 x 54 6 29 5 x 38 2 29 5 x 38 2 33 x 48 04 33 X 35 5 33 x 36 5 33 x 43 39 40 x 60 64 Iris Manual Manual Manual Manual Manual Manual Manual Manual M O D m 0 15 0 1 0 15 0 3 0 3 0 4 0 5 1 2 Weight g 84 5 68 4 71 8 97 65 66 5 89 7 180 7 1 3 Vari Focal Lens VGA Standard resolution for VGA D1 and WVGA Popular focal length range ideal for distribution and tenders All glass elements and metal housing for harsh temperature environment Image Size inch Focal Length mm Max Aperture Ratio Mount Horizontal 1 3 Angle of 1 4 View Back Focal Length mm Dimensions DxLxW mm Iris Iris Operation Weight g CS 78 34 57 25 5 8 28 13 38 33 x 44 x 45 6 Auto DC 79 6 CS 85 27 64 20 20 7 56 15 97 45 x 64 7 x 51 6 Auto DC 134 2 10 49 5 6 36 5 4 3 6 85 9 28 45 x 63 1 x 50 6 Auto DC 196 CS 45 2 9 8 5 11 64 8 5 116 4 50 x 87 8 x 50 6 Auto DC 203 2 n gt lt O
16. ori ZI Li pi D si 4 Ill I E E er ee d d bo Ul SSS ET r_ _ _e sc_e_ cr ra j Content 1 2 Vari Focal Lens m Mega Non Distortion Lens IR Mega Model Name Coding Rule 11 Terminology 12 eBe N YI sue je204 UeA Z L 1 2 Vari Focal Lens IR Mega Ultra high resolution up to 5 Mega pixel IR correction for Day amp Night surveillance Manual DC auto iris for option Compact design for Dome and Box cameras Glass elements and metal housing Model No Image Size inch Focal Length mm Max Aperture Ratio Mount l 1 1 8 Horizontal 1 2 Angle of 1 3 Back Focal Length mm Dimensions L mm Iris Weight g 718 45 10mm P E ETAT Ct ia OF QT zo WF af M12VM4510IR 1 2 4 5 10 1 1 6 CS 80 5 37 68 5 34 57 28 6 79 11 8 33 x 39 7 Manual 80 5 M12VM412IR 1 2 4 0 12 1 1 4 CS 86 36 76 31 5 63 26 6 97 12 75 33 x 45 8 Manual 85 2 t gt h on ad FLA r8 9 tema Vt P AE E HF c TEE Trana WI M12VM816IR 1 2 8 0 16 1 1 6 CS 50 26 40 20 5 34 18 7 81 12 1 33 x 47 2 Manual 89 9 BAETENML LEE ELA M12VM1040IR 1 2 10 40 1 1 6 CS 36 10 32 8 3 26 6 9 7 73 9 82 40 x 71 8 Manual 155 6 EVETAR like oF Focus li M12VM1240lIR M125VM3312IR 1 2 1 2 5 12 40
17. rizontal 4 3 Angle of View 1 3 2 1 4 Back Focal Length mm Dimensions xL mm Iris Weight g Image Size inch Focal Length mm Max Aperture Ratio Mount l 1 2 7 Horizontal 4 3 Angle of a View 1 3 2 1 4 Back Focal Length mm Dimensions xLxW mm Iris Weight g 1 3 2 4 6 0 1 1 6 CS 112 47 80 35 6 21 10 49 32 5 x 37 1 Manual 70 8 1 3 2 4 6 0 111 6 CS 112 47 80 35 6 21 10 48 39 x 39 x 45 5 Auto DC TT 1 3 2 8 10 1 1 4 CS 90 25 68 19 6 02 13 94 30 5 x 36 2 Manual 59 5 3 1 3 2 8 12 1 1 4 CS 94 25 69 19 7 8 16 7 40 8 x 60 7 Manual 148 2 1 3 3 0 9 0 1 1 4 CS 75 32 5 56 24 5 6 49 11 73 30 5 x 33 4 Manual 57 6 1 3 6 0 15 1 1 6 CS 44 19 34 14 2 11 89 18 49 32 x 56 7 Manual 101 1 EVETAR 1 3 12 30 111 6 CS 23 9 9 17 7 4 7 46 13 25 33 x 58 8 Manual 93 2 ieee 1 3 5 0 50 1 1 6 CS 50 5 7 36 5 4 3 7 57 11 87 45 x 65 4 Manual 163 5 1 3 1 3 1 3 1 3 1 3 1 3 2 8 10 2 8 12 3 0 9 0 6 0 15 12 30 5 0 50 1 1 4 1 1 4 1 1 4 1 1 6 1 1 6 1 1 6 CS CS CS CS CS CS 90 25 94 25 75 32 5 44 19 23 9 9 50 5 7 68 19 69 19 56 24 5 34 14 2 17 74 36 5 4 3 6 02 13 94 7 82 16 7 6 49 11 73 11 89 18 49 7 46 13 25 7 57 11 87 39 x 36 3 x 45 5 45x60 7 x 51 6 39x33 8x 45 5 32 x 56 7 x 45 6
18. rture Ratio Mount l 1 1 8 Horizontal 4 2 Angle of a 1 3 Back Focal Length mm Dimensions xL mm Iris Weight g 1 1 8 2 95 1 2 0 M12 x 0 5 138 125 93 7 85 25 x 26 Fixed 15 2 93 7 85 28 x 21 2 Fixed 39 8 Hamm 1718 IR 1 1 8 4 1 1 8 M12 x 0 5 101 91 5 69 8 24 x 23 2 Fixed 21 3 1 1 8 1 1 8 CS 101 91 5 69 8 30 x 17 5 Fixed 40 2 1 2 6 1 1 6 M12 x 0 5 65 48 8 73 14 x 15 1 Fixed 5 1 2 1 1 6 CS 65 48 8 73 30 x 15 9 Fixed 29 4 1 2 8 1 1 6 M12 x 0 5 48 35 5 5 4 14 x 17 7 Fixed 7 1 2 1 1 6 CS 48 35 5 5 4 30 x 14 3 Fixed 28 9 1 2 12 111 6 M12 x 0 5 31 23 6 54 14 x 15 3 Fixed 5 1 1 2 12 1 1 6 CS 31 23 6 54 30 x 14 2 Fixed 27 9 EVETAR 1 2 16 1 1 6 M12 x 0 5 19 7 16 6 59 18 x 15 7 Fixed 6 5 1 2 16 1 1 6 CS 19 7 16 6 59 30 x 15 2 Fixed 29 4 1 H i mm TAT n ni 1 2 5 3 5 1 1 8 CS 96 80 4 6 24 30 x 15 6 Fixed 38 7 N lt O 7 s O DI 5 D A lt D a e Q2 lt o I m e O D D o A lt D te O 1 3 Vari Focal Lens IR Mega Multi mega pixels IR correction for Day amp Night surveillance Manual DC auto iris for option Glass elements and metal housing Image Size inch Focal Length mm Max Aperture Ratio Mount l 1 2 7 Ho
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