MPW2 series M0824MPW2 M1224MPW2 M1620MPW2 5 megapixel mount Lens M2518MPW2 M3520MPW2 Ultra low distortion. Higher relative illumination rate ompact de

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2 MPW2 series M0824MPW2 M1224MPW2 M1620MPW2 5 megapixel mount Lens M2518MPW2 M3520MPW2 Ultra low distortion. Higher relative illumination rate ompact design Locking screws for focus and iris. JIIA Standard 5 megapixel Arank. M5028MPW2 ITS series TE series TEV7X MG2514KMPIR MG3520FMPIR MG5020FMPIR TEM55MPW 5MP Monofocal lens for ITS systems Wide variety of product line up 9 50mm. ( 25, 35, 50mm are IR corrected ) ompatible with MOSIS sensor "MV2000". ( 25, 35, 50mm ) High resolution for 5MP sensors. 1 TEM55 Telecentric Lens Low distortion For large sensor format ( " and 1.1") Higher relative illuminance.

3 Introduction When setting up your vision system, the lens may be one of the last components you choose. Once your system is up and running, however, your data flows from the lens first. That makes lens choice one of the most impactful decisions that will determine how well your vision system works for you. With the success of your next project on the line, turn to a partner with over 40 years of experience in precisionengineered optics. omputar s Factory Automation line of lenses is engineered to meet the challenges of the most demanding vision systems. Featuring an unrivaled compact form factor, ultralow distortion optics and a robust design meant to last decades, omputar lenses are quality you can count on. And with multiple format, resolution and iris options, omputar has the right fit for your application. on t let the lens be the weak link in your system. hoosing a great lens tailored to your system s needs can be daunting, but that what we re here for. Talk to a lens specialist at omputar today and find out how we can assist in selecting the correct lens that will not only work with your system, but expand its potential. In addition to highquality products, we focus on creating an unparalleled service experience for our customers. Our sales and technical support staff operate across a vast network; meaning day or night a lens expert is a phone call away in a town near you. This, combined with our firstclass inventory system, allows you to rapidly select, receive and integrate omputar lenses into your application. With a solid foundation based on Japanese engineering and agile production facilities spanning the globe, we operate under a dual mandate to create the highestquality optics products at an economical price point that works within your budget. In the following pages, you ll find out more about the product family that has made omputar the gold standard in optics across a variety of industries. We encourage you to contact us about any of our products, and find out for yourself how choosing omputar will enable your application to See Everything. learly

4 MOUNT MEGAPIXEL MEGAPIXEL LENSES FATORY AUTOMATION LENS aptures full resolution of megapixel cameras Low distortion (Less than 1.0%) Locking set screws for focus and iris High contrast & sharp picture in all areas of the screen ompact designiameter 33.5mm (H0514MP : 44.5mm) H0514MP2 istortion 1/2" 0.48% (y=4.0) 1/3" 2.26% (y=3.0) Back 10.8mm (W=900mm) imensions M43 P=0.75mm φ 44.5mm x 45.5mm 102g 5mm Max. Aperture Ratio 1:1.4 Max. Image Format 6.4mm x 4.8mm (φ8mm) F1.4 F16 0.1m 0.9m Object imension at M.O (H)cm x 11.1(V)cm 1/2" Angle of View H 1/2" /3" 51.4 V Working istance Optical Extension Ring 1/2" 1/3" (mm) (mm) H V H V X X X X X X X X X X X X X X X X X Field of View = Size / Optical M0814MP2 132UNF istortion Back 13.1mm (Inf) imensions " 0.1% (y=5.5) 1/2" 1.1% (y=4.0) M30.5 P=0.5mm φ33.5mm x 28.2mm 63g 8mm Max. Aperture Ratio 1:1.4 Max. Image Format 8.8mm x 6.6mm (φ11mm) F1.4 F16 0.1m Inf. Object imension at M.O (H)cm x 9.0(V)cm " Angle of View H " /2" 42.5 V Working istance Optical Extension Ring " 1/2" (mm) (mm) H V H V X X X X X X X X X X X X X X X X X Field of View = Size / Optical 3

5 MOUNT MEGAPIXEL M1214MP2 istortion Back 13.1mm (Inf) imensions " 0.1% (y=5.5) 1/2" 0.35% (y=4.0) M30.5 P=0.5mm φ33.5mm x 28.2mm 62g 12mm Max. Aperture Ratio 1:1.4 Max. Image Format 8.8mm x 6.6mm (φ11mm) F1.4 F m Inf. Object imension at M.O (H)cm x 9.0(V)cm " Angle of View H " /2" 30.0 V Working istance Optical Extension Ring " 1/2" (mm) (mm) H V H V X X X X X X X X X X X X X X X X X Field of View = Size / Optical M1614MP2 istortion Back 13.1mm (Inf) imensions " 0.1% (y=5.5) 1/2" 0.3% (y=4.0) M30.5 P=0.5mm φ33.5mm x 28.2mm 60g 16mm Max. Aperture Ratio 1:1.4 Max. Image Format 8.8mm x 6.6mm (φ11mm) F1.4 F16 0.3m Inf. Object imension at M.O (H)cm x 12.9(V)cm " Angle of View H " /2" 22.7 V Working istance Optical Extension Ring " 1/2" (mm) (mm) H V H V X X X X X X X X X X X X X X X X X Field of View = Size / Optical 4

6 MOUNT MEGAPIXEL MEGAPIXEL LENSES FATORY AUTOMATION LENS M2514MP2 istortion Back 13.1mm (Inf) imensions " 0.3% (y=5.5) 1/2" 0.1% (y=4.0) M30.5 P=0.5mm φ33.5mm x 36.0mm 71g 25mm Max. Aperture Ratio 1:1.4 Max. Image Format 8.8mm x 6.6mm (φ11mm) F1.4 F16 0.3m Inf. Object imension at M.O (H)cm x 7.9(V)cm " Angle of View H " /2" 14.6 V Working istance Optical Extension Ring " 1/2" (mm) (mm) H V H V X X X X X X X X X X X X X X X X X Field of View = Size / Optical M3514MP istortion " 0.8% (y=5.5) 1/2" 0.4% (y=4.0) Back 17.1mm (W=400mm) imensions M30.5 P=0.5mm φ33.5mm x 38.2mm 87g 35mm Max. Aperture Ratio 1:1.4 Max. Image Format 8.8mm x 6.6mm (φ11mm) F1.4 F16 0.3m Inf. Object imension at M.O.. 8.1(H)cm x 6(V)cm " Angle of View H " /2" 10.1 V Working istance Optical Extension Ring " 1/2" (mm) (mm) H V H V Field of View = Size / Optical 5

7 MOUNT MEGAPIXEL M5018MP2 istortion Back 13.1mm (Inf) imensions " 0.3% (y=5.5) 1/2" 0.2% (y=4.0) M30.5 P=0.5mm φ33.5mm x 38.2mm 85g 50mm Max. Aperture Ratio 1:1.8 Max. Image Format 8.8mm x 6.6mm (φ11mm) F1.8 F16 0.5m Inf. Object imension at M.O.. 8.7(H)cm x 6.5(V)cm " Angle of View H " /2" 7.6 V Working istance Optical Extension Ring " 1/2" (mm) (mm) H V H V X X X X X X X X X X X X X X X X X Field of View = Size / Optical M7528MP istortion " 0.4% (y=5.5) 1/2" 0.2% (y=4.0) Back 21.5mm (W=400mm) imensions M30.5 P=0.5mm φ35mm x 57.75mm 113g 75mm Max. Aperture Ratio 1:2.8 Max. Image Format 8.8mm x 6.6mm (φ11mm) F2.8 F16 0.3m Inf. ( ) Object imension at M.O.. 4.1(H)cm x 3.1(V)cm " Angle of View H " 6.8 1/2" 5 V Factory setting is m. can be adjusted to infinity by removing " Limit Screw". Working istance Optical Extension Ring " 1/2" (mm) (mm) H V H V Field of View = Size / Optical 6

8 MOUNT MEGAPIXEL 5 MEGAPIXEL ULTRA LOW ISTORTION LENSES FATORY AUTOMATION LENS Ultra low distortion (optical distortion 0.1% or less) Higher relative illumination rate ompact design Locking set screws for focus and iris NEW M0824MPW2 NEW M1224MPW2 8mm Max. Aperture Ratio 1:2.4 Max. Image Format 8.8mm x 6.6mm (φ11mm) F2.4 F m Inf. Object imension at M.O.. 5.4cm x 7.4cm " Angle of View H " /1.8" /2" V istortion " 1.87%(y=5.5) 1/1.8" 1.55%(y=4.32) 1/2" 1.42%(y=4.0) Back 13.7mm(W=300mm) imensions 80.0g M32.0 P=0.5mm φ32mm x 45.71mm 12mm Max. Aperture Ratio 1:2.4 Max. Image Format 8.8mm x 6.6mm (φ11mm) F2.4 F m Inf. Object imension at M.O.. 6.4cm x 8.5cm " Angle of View H " /1.8" /2" 29.5 V istortion " 0.05%(y=5.5) 1/1.8" 0.34%(y=4.32) 1/2" 0.35%(y=4.0) Back 14.4mm(W=300mm) M27.0 P=0.5mm imensions φ29mm x 42.68mm 72.0g Working Optical Extension istance Ring " 1/1.8" 1/2" (mm) (mm) H V H V H V Field of View = Size / Optical Working Optical Extension istance Ring " 1/1.8" 1/2" (mm) (mm) H V H V H V Field of View = Size / Optical 7

9 MOUNT MEGAPIXEL M1620MPW2 istortion " 0.09%(y=5.5) 1/1.8" 0.06%(y=4.32) 1/2" 0.07%(y=4.0) Back 14.7mm (W=300mm) imensions M27.0 P=0.5mm φ29mm x 33.53mm 53g 16mm Max. Aperture Ratio 1:2.0 Max. Image Format 8.8mm x 6.6mm (φ11mm) F2.0 F m Inf. Object imension at M.O.. 8.8cm x 11.74cm " Angle of View H " /1.8" /2" 22.6 V Working Optical Extension istance Ring " 1/1.8" 1/2" (mm) (mm) H V H V H V Field of View = Size / Optical M2518MPW2 istortion " 0.03%(y=5.5) 1/1.8" 0.02%(y=4.32) 1/2" 0.02%(y=4.0) Back 13.8mm (W=300mm) imensions M27.0 P=0.5mm φ29mm x 36.37mm 60g 25mm Max. Aperture Ratio 1:1.8 Max. Image Format 8.8mm x 6.6mm (φ11mm) F1.8 F m Inf. Object imension at M.O cm x 7.31cm " Angle of View H " /1.8" /2" 14.5 V Working Optical Extension istance Ring " 1/1.8" 1/2" (mm) (mm) H V H V H V Field of View = Size / Optical 8

10 MOUNT MEGAPIXEL 5 MEGAPIXEL ULTRA LOW ISTORTION LENSES FATORY AUTOMATION LENS Ultra low distortion (optical distortion 0.1% or less) Higher relative illumination rate ompact design Locking set screws for focus and iris M3520MPW2 istortion " 0.011%(y=5.5) 1/1.8" 0.010%(y=4.32) 1/2" 0.009%(y=4.0) Back 18.0mm (W=300mm) imensions M27.0 P=0.5mm φ29mm x 37.34mm 59g 35mm Max. Aperture Ratio 1:2.0 Max. Image Format 8.8mm x 6.6mm (φ11mm) F2.0 F m Inf. Object imension at M.O cm x 4.63cm " Angle of View H " /1.8" /2" 10.4 V Working Optical Extension istance Ring Field of View = Size / Optical " 1/1.8" 1/2" (mm) (mm) H V H V H V M5028MPW2 istortion " 0.027%(y=5.5) 1/1.8" 1/2" Back 27.7mm (W=400mm) imensions M27.0 P=0.5mm φ29mm x 45.36mm 69g 50mm Max. Aperture Ratio 1:2.8 Max. Image Format 8.8mm x 6.6mm (φ11mm) F2.8 F m Inf. Object imension at M.O cm x 6.38cm " Angle of View H " /1.8" 7.9 1/2" 7.3 V Working Optical Extension istance Ring " 1/1.8" 1/2" (mm) (mm) H V H V H V Field of View = Size / Optical 9

11 MOUNT MEGAPIXEL M2518MPW Filter size M30.5 P= UNF 34.5 istortion " 0.03%(y=5.5) 1/1.8" 0.02%(y=4.32) 1/2" 0.02%(y=4.0) Back 14.0mm (W=300mm) imensions M30.5 P=0.5mm φ35mm x 48.90mm 102g 25mm Max. Aperture Ratio 1:1.8 Max. Image Format 8.8mm x 6.6mm (φ11mm) F1.8 F m Inf. Object imension at M.O cm x 5.48cm " Angle of View H " /1.8" /2" 15.0 V Working Optical Extension istance Ring " 1/1.8" 1/2" (mm) (mm) H V H V H V Field of View = Size / Optical Basically, lens is designed to show the best performance at a certain working distance. ue to this design, a curvature of field* is caused at other working distances, and the picture deteriorates at the corners. This curvature of field is able to be modified by a method called Floating, which makes several lens element groups move differently and controls aberration. It can provide stable picture quality from short object distances to infinity. *urvature of field: Phenomenon caused by the gap of the focal point between center and corner Standard Lens Floating Lens 10

12 MOUNT MEGAPIXEL MEGAPIXEL VARIFOAL LENS FATORY AUTOMATION LENS Useful range of focal length for Factory Automation: f=12mm 36mm Locking set screws for zoom, focus and iris M3Z1228MP Max. Aperture Ratio 1 : 2.8 Max. Image Format Object imension at M.O.. Angle of View Zoom Zoom 12mm 36mm 8.8mm x 6.6mm (φ11mm) F2.8 F16 0.2m Inf.(Tele) 0.05m Inf.(Wide) 12mm36mm 12mm 4.0(H)cm x 3.0(V)cm " 36mm 4.8(H)cm x 3.6(V)cm " H " /2" V Effective Lens Aperture Back Focal Length Front Rear Tele Wide φ27.2mm φ12.1mm 13.5mm 14.7mm istortion Tele " +3.5% (y=5.5) +1.7% (y=4.0) 1/2" Wide 2.6% (y=5.5) 1.9% (y=4.0) imensions M35.5 P=0.5mm φ41.6mm x 53mm 105g Please note M3Z1228MP is produced to order 11

13 MARO ZOOM LENS FATORY AUTOMATION LENS MARO ZOOM Wide zoom range for general inspection, documentation, and visual aid applications MLH10X Optical 0.084X 0.84X Max mm 0.84mm Max. Aperture Ratio 1:5.6 Max. Image Format 6.4mm x 4.8mm (φ8mm) F5.6 F m 0.45m Zoom Angle of View H 1/2" /3" /4" V istortion +0.9% at 0.084X (y=4.0) 1/2" +1.6% at 0.84X (y=4.0) Back 23.29mm M46 P=0.75mm imensions φ48mm x 98.5mm 260g Working istance (mm) Optical 1/2" 1/3" 1/4" H V on Monitor H V on Monitor H V on Monitor Wide 0.084X X X X 150 Middle 0.19X X X X Tele 0.84X X X X Wide 0.06X X X X 200 Middle 0.13X X X X Tele 0.60X X X X Wide 0.045X X X X 250 Middle 0.101X X X X Tele 0.45X X X X Wide 0.036X X X X 300 Middle 0.082X X X X Tele 0.36X X X X Wide 0.03X X X X 350 Middle 0.069X X X X Tele 0.30X X X X Wide 0.025X X X X 400 Middle 0.06X X X X Tele 0.25X X X X Wide 0.022X X X X 450 Middle 0.05X X X X Tele 0.22X X X X Field of View : Horizontal (mm) x Vertical (mm) x iagonal (mm) Monitor on 14inch Monitor on Monitor = Optical x Monitor Size / Size 12

14 MARO ZOOM MEGAPIXEL MARO ZOOM LENS FATORY AUTOMATION LENS aptures full resolution of megapixel cameras High contrast & sharp picture in all areas of the screen ompact designiameter 36.5mm Locking set screws for zoom, focus, and iris Low distortion High resolution macro zoom lens 3.3X magnification Attachment of fiber ring light can be installed (Ring Guide: M34 P=0.5) MLM3XMP Max. 0.3X 1.0X Max. Aperture Ratio 1:4.5 Max. Image Format 8.8mm x 6.6mm (φ11mm) F4.5 F22 90mm Zoom Angle of H " /2" Monitor View on 14inch Monitor Working istance: V 90mm on Monitor = Optical x Monitor Size / Operating Size Temperature 10 ~ +50 istortion " +0.12% at 0.3X (y=5.5) 0.12% at 0.3X (y=4.0) 1/2" +1.78% at 1.0X (y=5.5) +0.77% at 1.0X(y=4.0) Back 20.4mm M34 P=0.5mm imensions φ36.5mm x 79.5mm 150g Monitor on 14inch Monitor Working istance: 90mm on Monitor = Optical x Monitor Size / Size Optical " 1/2" 1/3" H V on Monitor H V on Monitor H V on Monitor 0.3X X X X 0.4X X X X 0.5X X X X 0.6X X X X 0.7X X X X 0.8X X X X 0.9X X X X 1.0X X X X = 13

15 5 MEGAPIXEL TELEENTRI MARO ZOOM LENS FATORY AUTOMATION LENS TELEEN MARO ZOOM 5 megapixel resolution for a 1.1inch sensor 7.1X magnifixation (0.5X 0.07X) Relative Illumination rate is more than 70% Adjustable W.. (182mm 577.2mm) Telecentric design at 0.25X 0.5X NEW TEV7X Optical 0.07X 0.5X Max. Aperture Ratio 1 : 4.3 tele Optical distortion wide % 1.7% % 1.45% 0.39% 0.7% Max. Image Format 12.3mm x 12.3mm (φ17.4mm) F4.3 F32 182mm 577.2mm tele 39.53mm Back wide 49.78mm operation operation M62 x P0.75 Zoom operation imensions φ61 x mm Operating Temperature 10 ~ kg Working istance(mm) (mm) Optical H 1.1 V 1 H V Wide Middle Tele Wide Middle Tele Wide Middle Tele Wide Middle Tele Wide Middle Tele Wide Middle Tele H V Ring Zoom Ring Ring UNF M P= W T F N TEV7X TELEENTRI MAE IN JAPAN /420 UN (18.9) ( ) FB=

16 FA LENSES 5MP TELEENTRI LENS FATORY AUTOMATION LENS ompact body design, compatible with 5MP sensors Optical magnification 0.057x 0.5x Relative Illuminance more than 80% Low distortion, less than 1% NEW TEM55MPW Focal length 55mm ( at 0.057X) 51mm ( at 0.5X) Max Aperture Ratio Max. Image Format 1: mm x 6.6mm (φ11mm) F3.0F22 139mm 1000mm 0.057x 0.5x Relative Illumination Object imention at M.O. Temperature 94% ( at 0.057x) 81% ( at 0.5x) 17(H)mm x 1.3(V)mm " 10 ~ 50 istortion " +0.52% at 0.057x (y=5.5) +0.6% at 0.5x (y=5.5) Back focal length 17.0mm Flange Back Length imentions mm Moount Focal length φ59.0mm x 93.1mm 470g Working Optical istance(mm) 1/2 1/3 (mm) (X) H V H V H V

17 TELEENTRI LENS FATORY AUTOMATION LENS MARO ZOOM Very low distortion compared to standard macro lens Wide depth of field Working distance: 140mm Infinity Suitable for use as a telephoto lens and macro lens Fast F2.8 Fstop at Infinity TEM55 55mm Max. Aperture Ratio 1:2.8 Max. Image Format 8.8mm x 6.6mm (φ11mm) F2.8 F m Inf. Relative Illumination 78.5% (at 0.5X ) Inf. 0.5X (Max 1.0X at 140mm with 2X onvertor) epth of Field 1/2" 3.5mm(at 0.5X F2.8), 6.0mm(at 0.5X F5.6) Object imension at M.O. 1.7(H)cm x 1.3(V)cm " istortion " +0.2% at 0.2X (y=5.5) +0.1% at 0.2X (y=4.0) 1/2" +0.6% at 0.5X (y=5.5) +0.3% at 0.5X (y=4.0) Back 29.8mm M43 P=0.75mm imensions φ53.0mm x 92.9mm (Max. at 0.5X) 320g TEM55 Working istance Optical " 1/2" 1/3" (mm) H V H V H V X X X X X X X X X X X X X X X X X X X X X X X X TEM55 with 0.75X onverter Working Optical istance " 1/2" 1/3" (mm) H V H V H V X X X X X X X X X X X X X X X X X X X X X X X X TEM55 with 2X onverter Working Optical istance " 1/2" 1/3" (mm) H V H V H V X X X X X X X X X X X X X X X X X X X X X X X X X onverter 0.75X onverter 16

18 FA LENSES SWIR Lens FATORY AUTOMATION LENS esigned for for SWIR ( nm) range ompact & Light weight Low Fstop overs 640 x 512, 15μm Sensor M1614SW 16mm Max. Aperture Ratio 1:1.4 Max. Image ircle φ12.3mm F1.4 F16 0.3m Inf. Object imension at M.O (H)cm x 12.7(V)cm " Angle of View H " /2" 22.5 V istortion " 0.5% (y=5.5) 1/2" 0.5% (y=4.0) Back 13.3mm (Inf) M30.5 P=0.5mm imensions φ33.5mm x 28.2mm 60g Angle of View (InGaAs etector) H V 640 x 512 (Pixel Pitch : 15μm) H9.60mm x V7.68mm x 256 (Pixel Pitch : 25μm) x 256 (Pixel Pitch : 20μm) H8.00mm x V6.40mm 22.5 H6.40mm x V5.12mm M2514SW 25mm Max. Aperture Ratio 1:1.4 Max. Image ircle φ12.3mm F1.4 F16 0.3m Inf. Object imension at M.O (H)cm x 7.8(V)cm " Angle of View H " /2" 14.5 V istortion " 0.5% (y=5.5) 1/2" 0.2% (y=4.0) Back 13.4mm (Inf) M30. 5 P=0.5mm imensions φ33.5mm x 36.0mm 71.2g Angle of View (InGaAs etector) H V 640 x 512 (Pixel Pitch : 15μm) H9.60mm x V7.68mm x 256 (Pixel Pitch : 25μm) x 256 (Pixel Pitch : 20μm) H8.00mm x V6.40mm 14.5 H6.40mm x V5.12mm

19 SWIR Lens FATORY AUTOMATION LENS FA LENSES esigned for for SWIR ( nm) range ompact & light weight Low Fstop overs 640 x 512, 15μm sensor M3514SW 35mm Max. Aperture Ratio 1:1.4 Max. Image ircle φ12.3mm F1.4 F16 0.3m Inf. Object imension at M.O.. 8.0(H)cm x 6.0(V)cm " Angle of View H " /2" 10.7 V istortion " 0.1% (y=5.5) 1/2" 0% (y=4.0) Back 14.6mm M30.5 P=0.5mm imensions φ33.5mm x 38.2mm 87g Angle of View (InGaAs etector) H V 640 x 512 (Pixel Pitch : 15μm) H9.60mm x V7.68mm x 256 (Pixel Pitch : 25μm) x 256 (Pixel Pitch : 20μm) H8.00mm x V6.40mm 10.7 H6.40mm x V5.12mm M5018SW 50mm Max. Aperture Ratio 1:1.8 Max. Image ircle φ12.3mm F1.8 F16 0.6m Inf. Object imension at M.O (H)cm x 7.8(V)cm " Angle of View H " /2" 7.6 V istortion " 0.3% (y=5.5) 1/2" 0.1% (y=4.0) Back 13.6mm M30.5 P=0.5mm imensions φ33.5mm x 38.2mm 85g Angle of View (InGaAs etector) H V 640 x 512 (Pixel Pitch : 15μm) H9.60mm x V7.68mm x x 256 (Pixel Pitch : 25μm) 9.5 (Pixel Pitch : 20μm) H8.00mm x V6.40mm 7.6 H6.40mm x V5.12mm

20 ITS LENSES 5MP Lens for ITS INTELLIGENT TRANSPORT SYSTEM LENS 3 type., and Piris Wide Variety range, 9mm, 12mm, 16mm, 25mm High resolution for 5MP sensors MG0918KMP MG1218KMP MG1616KMP MG2514KMP M0918FIMP M1218FIMP ITS LENSES Model Name Format Focal Iength (mm) Aperture (F) P M0918FIMP M1218FIMP M1616FIMP M2514FIMP MG0918FMP MG1218FIMP MG1616FMP MG2514FMP MG0918KMP MG1218KMP MG1616KMP MG2514KMP M1616FIMP M2514FIMP 19

21 5MP Lens for ITS (IR ompatible) INTELLIGENT TRANSPORT SYSTEM LENS ITS LENSES 3 type., and Piris ompatible with MOSIS sensor "MV2000" High resolution for 5MP sensors IR ompatible M2514FIMPIR M3518FIMPIR M5020FIMPIR MG2514KMPIR MG3518KMPIR MG5020KMPIR ITS LENSES Model Name M2514FIMPIR M3518FIMPIR M5020FIMPIR M2514FMPIR MG3518FMPIR MG5020FMPIR M2514KMPIR P MG3518KMPIR MG5020KMPIR Format Focal Iength (mm) Aperture (F)

22 MEGAPIXEL BOAR MEGAPIXEL BOAR LENSES FATORY AUTOMATION LENS 1/2 sensor M12, P0.5 mount Tough and compact design 1. H0320KP 3. H0924KP 5. H2520KP 2. H0624KP 4. H1620KP Megapixcel Board Lenses No. Model Name Format Inch Pitch Focal Aperture istortion Length(mm) (F) Angle of view at INF(degrees) Angle of view at INF(degrees) Angle of view at INF(degrees) 1/2" 1/3" 1/4" H V H V H V No 1 H0320KP 1/2 M mm F % H0624KP 1/2 M mm F % H0924KP 1/2 M mm F % H1620KP 1/2 M mm F % H2520KP 1/2 M mm F % MEGAPIXEL BOAR 3 MEGAPIXEL ULTRA LOW ISTORTION BOAR LENSES FATORY AUTOMATION LENS Ultra low distortion (optical distortion 0.1% or less) 1/1.8" sensor M12, P0.5 mount Tough and compact design Optional F stop *Quantity commitment is necessary 1. E1220KV 2. E1620KV 3. E2520KV 3 Megapixcel Board Lenses No. Model Name Format Inch Pitch Focal Length(mm) Aperture (F) istortion Angle of view at INF(degrees) Angle of view at INF(degrees) Angle of view at INF(degrees) 1/1.8" 1/2" 1/3" H V H V H V No 1 E1220KV 1/1.8 M mm F % E1620KV 1/1.8 M mm F % E2520KV 1/1.8 M mm F %

23 MEGAPIXEL FISHEYE BOAR LENS FATORY AUTOMATION LENS MEGAPIXEL BOAR Megapixel Fisheye Board Lens No. Model Name Format inch Pitch Focal Length(mm) Aperture (F) istortion Angle of view at INF(degrees) Angle of view at INF(degrees) Angle of view at INF(degrees) 1/2" 1/3" 1/4" H V H V H V No 1 H1328KP 1/2 M mm F % H1328KP Image for angle of view for1/2" Fisheye Board Lens 1/2" 1/3" 1/4" H V H V H V Rectangles show size and image area on a monitor. 5 Megapixel Fisheye Board Lens No. Model Name Format inch Pitch Focal Length(mm) Aperture (F) istortion Angle of view at INF(degrees) Angle of view at INF(degrees) Angle of view at INF(degrees) 1/2.5" 1/3" 1/4" H V H V H V No Water Proof IP66 1 L1028KRW 1/2.5 M mm F % L1028KRW L1028KRW 2 L1028KRW 1/2.5 M mm F % H1328KP is 180 wide angle lens with megapixel resolution. ompared with a standard fisheye lens, H1328KP has less distortion and compression at corner, and is easy to recognize objects. For wide area surveillance or teleconference system Fisheye Lens f=1.3mm (angle180 ) Standard wide angle lens f=3.3mm (horizontal angle ) view of standard wide anlge lens For internal inspection of pipe and container H1328KP has large depth of field and is suitable for internal inspection of pipe or container. This megapixel lens can also be used with high resolution cameras. Fisheye Lens Standard wideangle lens sample of pipe inspection Image at center A standard wide angle lens has a focal point only at center, and the corners are usually out of focus. It is difficult to have the best performance in both the center and corner at the same time. However, H1328KP provides a vivid picture in both center and corners. 22

24 AESSORIES AESSORIES MOEL NO. escription VM100 Extension Tube Kit 40, 20, 10, 5, 1, 0.5mm imensions unit:mm Application Attached between lens and camera Reduces minimum focusing distance Lens S amera 5mm Extension Tube Ø31 Ø31 Ø31 Ø31 Ø31 Ø MOEL NO. escription VM400 5mm Adapter Ring imensions unit:mm Application Attached between lens and camera Adapts mount lens to Smount camera Lens 5mm Extension Tube S amera 9 132UNF UNF Ø31 MOEL NO. EX1.5S MOEL NO. EX1.5 escription 1.5X Extender for Smount escription 1.5X Extender for mount Application Attached between lens and camera Makes focal length 1.5X Application Attached between lens and camera Makes focal length 1.5X MOEL NO. EX2S MOEL NO. EX2 escription 2X Extender for Smount escription 2X Extender for mount Application Attached between lens and camera Makes focal length 2X Application Attached between lens and camera Makes focal length 2X 23

25 TEHNIAL INFORMATION TEHNIAL INFORMATION 1. alculation of Working istance (W) istance from lens to object ( W ) is calculated by putting the size of a camera's imaging device, focal length and an object size into the following formula. <Formula> W = H1 + y f / y 2. alculation of When choosing size of a camera s imaging device, the object size and W are fixed, focal length can be calculated by the following formula. You can select appropriate lens from the focal ength. <Formula> f = y W / y [ Ex ] When camera with M2514MP films an object whose vertical size is 120 mm. f : 25 mm H1 : 26.77mm y : 120mm y : 6.6mm istance from lens to object= W = / 6.6 = mm f = focal length of lens W = distance from lens to object H1 : first principal point y : vertical size of object y : vertical size of camera s imaging device The size of camera's imaging device also affects the angle of view, with the smaller devices creating narrower angles of view when used on the same lens. The format of the lens, however is irrelevant to the angle of view, it merely needs to project an image which will cover the device, i. e. ; the same format of the camera or larger. This also means that 1/3 cameras can utilize the entire range of lenses from 1/3 to, with a 1/3 8mm lens giving the same angle as a 8mm lens. The latter combination also provides increased resolution and picture quality as only the centre of the lens is being utilized, where the optics can be ground more accurately. 24

26 TEHNIAL INFORMATION OPTIAL ATA Focal Length First Principal Point Total Length Back Entrance Pupil iameter Entrance Pupil Position istortion Extension Length f H1 L B ENP % d MEGAPIXEL MARO ZOOM LENS MLM3XMP Wide Tele MEGAPIXEL VARIFOAL LENS M3Z1228MP Wide Tele MEGAPIXEL FIXE FOAL LENS 5 MEGAPIXEL M2518MPW M5028MPW M3520MPW M2518MPW M1620MPW M1224MPW M0824MPW MEGAPIXEL M7528MP M5018MP M3514MP M2514MP M1614MP M1214MP M0814MP H0514MP TELEENTRI LENS TEM TEM55 with TEM55 with TEM55MPW MARO ZOOM LENS MLH10X (0.15m Wide) MLH10X (0.15m Tele) MEGAPIXEL TELEENTRI MARO ZOOM LENS TEV7X Wide Tele *First principal point and entrance pupil position are calculated from front lens SPEIFIATIONS SUBJET TO HANGE WITHOUT NOTIE 25

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