Magnification Chart Of Telecentric Lens For C Mount

Transcript

INDEX Shooting examples of various illuminations LINE SENSOR LENS Co-axial illumination Dark field illumination Recognition of fine scratch Recognition of concave and on IC and silicon wafer　 convex parts or scratches WD and Magnification Chart for Line Scan Lenses P2 Super High Resolution of 3.5x Lens for 8K/12K Line Scan Camera P3 Super High Resolution Lens for 8K/12K Line Scan Camera P4-5 Line Scan Lens for Large Image Circle, φ 90mm P6-7 Area and Line Scan Lens for 47 MP and 16K x 5 μ P8-9 Fixed Magnification Lens for F Mount High Resolution Telecentric Lens for φ 44mm Sensor P12 Telecentric Lens for Large Format P13 High Resolution and Wide Angle Lens for Large Image Circle, φ 62mm Suitable for inspection of Suitable for inspection of curved and reflective objects film and LCD　 LED lighting Various types of LED are available. TELECENTRIC LENS Penetrated illumination Design/Development Customize Optical unit Propose optical system, including a lens, camera and illumination as a unit Selection chart for magnification and resolution MACROZOOM LENS Propose optical design for a special request Customize lens mount and mechanical design P14-15 High Resolution and Wide Angle Lens for Area and Line Scan Camera P16-17 Large Format Lens for TFL- Ⅱ Mount P18-19 Macro Lens for Area and Line Scan Camera P20 Area and Line Scan Lens for Wide Field of View P21 Line Scan Lens for Large Aperture P22 Magnification chart of Telecentric lens for C mount P23 12 Mega Telecentric Lens for 1.1” P24 Telecentric Lens for 1” Dome illumination P10-11 P25 Low Magnification Telecentric Lens for 5 Mega Pixel P26-27 Telecentric Lens for 5 Mega Pixel P28-29 Mega Pixel Telecentric Lens P30-31 Vari Focal Telecentric Lens P32 10x Telecentric Lens P33 WD65 High NA Mega Pixel Telecentric Lens P34-35 WD110 High NA Mega Pixel Telecentric Lens P36-37 WD40 Built-in type Telecentric Lens Series P38-39 WD65 Built-in type Telecentric Lens Series P40-41 WD110 Built-in type Telecentric Lens Series P42-43 WD220 Built-in type Telecentric Lens Series P44 WD240 High Magnification Telecentric Lens for Long WD P45 WD300mm Telecentric Lens for Super Long WD P46 Telecentric Lens for Image Processing P47 High Resolution Macro Zoom Lens P48-49 Low Magnification Zoom Lens with Co-axial Illumination P50 8.0x Compact Macro Zoom Lens P51 6.0x Zoom Lens P51 CCTV LENS ATTACHMENT MATERIAL 12 Mega Machine Vision Lens for Large format, φ 30mm P52-53 Over 4 Mega Pixel CCTV Lens for 1” P54-55 High Resolution Machine Vision Lens for Over 5 Mega Pixel P56-57 2 Mega Pixel CCTV Lens P58-59 Mega Pixel Low Distortion CCTV Lens P60-61 CCTV Lens P62-63 Extension Ring P64-66 Rear Converter P67 Filter P68 Prism Adapter P69 Optical Component P70 Glossary P71 Optical Data P72-73 LSP350 Super High Resolution of 3.5x Lens for 8K/12K Line Scan Camera WD and Magnification Chart for Line Scan Lens Model No. Image Circle L S 05 φ36 L S 07 φ36 L S 10 φ36 L S 15 φ36 LSTL10H-F φ44 LSTL15H-F φ44 LSTL20H-F φ44 S P 05 φ62 S P 07 φ62 S P 10 φ62 S P 14 φ62 S P 20 φ62 L S P 350 φ62 X L S 03 φ90 X L S 05 φ90 X L S 075 φ90 X L S 10 φ90 X L S 14 φ90 X L S 20 φ90 ∞ 0.3x 0.4x 0.5x 0.6x 0.7x 0.8x 0.9x 1x 1.5x 2x 3.5x 188mm (0.5x) P11 123mm (1.0x) P11 113mm (1.0x) P12 109mm (1.5x) P12 109mm (2.0x) P12 276mm (0.5x) P5 211mm (0.7x) P5 165mm (1.0x) P5 112mm (1.4x) P5 90mm (2.0x) P5 100mm (3.5x) 376mm (0.4x) 386mm (0.4x) P3 P7 324mm (0.5x) 274mm (0.625x) 279mm (0.625x) P7 246mm (0.75x) 222mm (0.875x) P7 215mm (0.875x) 197mm (1.0x) 177mm (1.2x) 185mm (1.2x) 170mm (1.4x) 154mm (1.7x) 157mm (1.7x) 146mm (2.0x) P7 P7 133mm (2.5x) P7 枠内表示：WD（倍率） Model No. Image Circle ∞ 0.05x 0.1x 0.15x 0.2x 0.25x 0.3x 0.35x 0.4x 0.45x 0.5x Page φ45 1,000mm (0.025x) 142mm (0.15x) P17 L S F 3528 φ45 1,413mm (0.025x) 223mm (0.15x) P17 L S F 5028 φ45 2064mm (0.025x) F V 3526L φ36 F V 5026W φ45 F V 5026L φ45 H B 5014 φ45 W F 5045 L S F 2528 163mm (0.3x) 507mm (0.07x) P20 297mm (0.18x) P21 246mm (0.22x) P20 2,058mm (0.025x) 266mm (0.2x) P22 φ62 2,070mm (0.025x) 276mm (0.2x) P14 F V 8528W φ62 3,423mm (0.025x) 463mm (0.2x) P21 F V 8528L φ62 521mm (0.1x) 445mm (0.2x) Compatible with 8K and 12K line scan camera 250mm (0.4x) LSP350 Maximum compatible sensor is 62mm Long working distance, WD100mm Reduce relative illumination and excellent uniformity Very low distortion Excellent brightness, suitable for high speed applications Customized mount is available M a g n i fi c a t i o n F No. WD 3. 5× OI 616mm 100mm Maximum Compatible sensor φ 62m m 11 ※Indicated specifications are design values. P17 178mm (0.2x) 2,063mm (0.025x) S u i t a b l e f o r t h e i n s p e c t i o n i n h i g h a cc u r a c y s u c h a s LC D, T F T, a n d w a f e r P11 102mm (1.5x) 477mm (0.3x) Page P11 151mm (0.7x) 680mm (0.2x) LINE SENSOR LENS LINE SENSOR LENS Dimension of LSP350 + Dalsa HS Mount P20 * Please ask for customized mount. 2 LINE SENSOR LENS LINE SENSOR LENS 3 SP05 LINE SENSOR LENS SP Series SP07 Super High Resolution Lens for 8K/12K Line Scan Camera Suitable for high speed and high-end applications M a g n i fi c a t i o n F No. Compatible with 8K and 12K and 16K, φ 62mm sensor WD 0. 5× OI 276m m Maximum Compatible sensor 4. 3 Magnification can be changed by reversing a lens 463m m φ 62m m M a g n i fi c a t i o n F No. WD 0. 7× OI 421m m 211m m Maximum Compatible sensor φ 62m m 5 SP10 Reduce relative illumination and excellent uniformity SP14 Very low distortion Excellent brightness, ∞ F No. 2.7 Customized mount is available M a g n i fi c a t i o n F No. WD 1. 0× OI 165m m Maximum Compatible sensor 5. 8 407m m φ 62m m M a g n i fi c a t i o n F No. WD 1. 4× OI 419m m 112m m Maximum Compatible sensor φ 86m m 6. 8 SP20 M a g n i fi c a t i o n F No. WD 2. 0× OI 463m m 90m m Maximum Compatible sensor φ 100m m 8. 6 * Indicated specifications are design values. Dimension of SP07 + Dalsa HS Mount * Please ask for customized mount. 4 LINE SENSOR LENS LINE SENSOR LENS 5 XLS03 XLS05 LINE SENSOR LENS XLS Series XLS075 Line Scan Lens for Large Image Circle, φ90mm Compatible with large image circle, up to φ90mm sensor M a g n i fi c a t i o n 0. 3× M a g n i fi c a t i o n 0. 5× M a g n i fi c a t i o n 0. 75× F No. 6. 0 F No. 7. 0 F No. 8. 1 ∞F No. Suitable for large sensor such as「5μ x 12288 bit 」, 4. 7 WD 477m m OI 　「3.5μ x 16384 bit」,「5μ x 16384bit」, etc... ∞F No. WD 666m m Maximum Compatible sensor Suitable for large area sensor of high resolution such as 324m m OI φ 90m m 540m m Maximum Compatible sensor XLS10 　 20 Mega, 25 Mega, and 29 Mega 4. 7 φ 90m m ∞F No. 4. 7 WD 246m m OI 491m m Maximum Compatible sensor XLS14 φ 90m m XLS20 Reduce color aberration, suitable for 3 line sensor Excellent uniformity of brightness and resolution Possible to adjust ±0.05x from the original magnification 　 by using the optional mount Customized mount is available 「SP Series (Page 4)」is suitable if brightness is essential M a g n i fi c a t i o n 1. 0× M a g n i fi c a t i o n 1. 4× M a g n i fi c a t i o n 2. 0× F No. 9. 0 F No. 11. 4 F No. 14. 5 ∞F No. 　 for the application WD 4. 7 ∞F No. 197m m OI WD 465m m Maximum Compatible sensor How to request if magnification is other than standard. 170m m OI φ 90m m 4. 7 494m m Maximum Compatible sensor φ 90m m ∞F No. 4. 7 WD 146m m OI 540m m Maximum Compatible sensor φ 90m m E x a m p l e o f a l e n s w i t h m o u n t ( X L S 05) Ex.) 0.67x for Dalsa P3-12K X L S 075（067）- H XLS05-F XLS05-Q XLS05-N XLS05-M XLS05-E XLS05-H Model No. of a lens Required magnification Model No. of mount * If a lens is not used at the standard magnification, 　adjustable range is not ±0.05x. * Please select one of XLS series which magnification 　is the closest from required magnification. Model No. of Mount Model Compatible Camera Screw Pitch Back Focal Distance X L S □□□ - F F Mount Camera F Mount 46. 5m m X L S □□□ - Q N E D ： 3 L i n e C a m e r a N U C L i 7300 M 84. 5（P = 0. 5） 41m m X L S □□□ - N N E D ： C L I S B e e 8k M 72（P = 0. 75） 31. 8m m X L S □□□ - M D A L S A ： P i r a n h a 2 8k ／ TA K E X ： T L-16000C L M 72（P = 0.75） 19. 55m m X L S □□□ - D D A L S A ： P i r a n h a 4 8k　P i r a n h a H S 3 16k M 72（P = 0.75） 12m m X L S □□□ - DX D A L S A ： P i r a n h a　X L16K M 90（P =1） 12m m X L S □□□ - E e 2V ： E L i i x A＋ C o l o u r 16K M 95（P =1） 9. 4m m X L S □□□ - H D A L S A ： P i r a n h a 3 12k　P i r a n h a H S 8k 12k　P i r a n h a E S 8k M 72（P = 0.75） 6. 56m m * ± 0. 05x c a n b e a d j u s t e d f r o m t h e s t a n d a r d m a g n i fi c a t i o n b y u s i n g t h e m o u n t m e n t i o n e d a b o v e . * Customized mount is also available. Please contact us for further information. How to adjust magnification ● Mount tube is composed by three mechanical parts ①, ②, and ③. ● M a g n i fi c a t i o n i n c r e a s e s b y e x t e n d i n g t h e m o u n t a n d d e c r e a s e s b y s h o r t e n i n g . * I n d i c a t e d s p e c i fi c a t i o n s a r e d e s i g n v a l u e s . 6 LINE SENSOR LENS LINE SENSOR LENS 7 LINE SENSOR LENS XLS Series E x a m p l e o f a l e n s w i t h m o u n t（X L S 0 1 / X L S 0 2） XLS01-F XLS02-F 100.1 115 LOCK RING 89.9 （∞） φ44 φ62 （14.6） FB=46.5 XLS01-M XLS02-M 141.9 Excellent uniformity and very low distortion M72 P=0.75 φ62 M58 P=0.75 φ78 M72 P=0.75 WD （10.2） WD 116.9 （∞） （14.6） FB=19.55 127.3 XLS01-E φ82 φ70 φ62 M58 P=0.75 φ98.5 M95 P=1.0 φ82 127 LOCK RING LOCK SCREW φ88.5 φ70 φ62 152.1 LOCK RING M58 P=0.75 WD （10.2） FB=19.55 XLS02-E 137.2 LOCK SCREW LOCK RING φ70 　 of view in limited space φ70 φ62 Design for wide angle, suitable for large field M58 P=0.75 Adjustable magnification by lock ring LOCK SCREW φ73 Two types are available: 0.125x – 0.3x and 0.125x – ∞ LOCK RING φ78 127.1 LOCK SCREW φ73 　 47MP, 29MP, etc.. FB=46.5 WD （14.6） FB=9.4 137.5 φ98.5 Suitable for line scan 16K x 5 μ , 16K x 3.5 μ , 12K x 5 μ and area scan 100.4 F MOUNT M95 P=1.0 Compatible with large image circle, φ82mm WD φ70 （10.2） F MOUNT φ70 WD M58 P=0.75 φ44 φ62 XLS Series for Large Field of View LOCK RING LOCK SCREW M58 P=0.75 LOCK SCREW φ88.5 Area and Line Scan Lens for 47 MP and 16K x 5μ FB=9.4 Model No. of Mount XLS01 XLS02 110 95.1 84.9 φ65.5 φ62 FB=51.5 Compatible Camera Screw Pitch Back Focal Distance F Mount Camera F Mount 46. 5m m X L S □□□ - Q N E D ： 3 L i n e C a m e r a N U C L i 7300 M 84. 5（P = 0. 5） 41m m X L S □□□ - N N E D ： C L I S B e e 8k M 72（P = 0. 75） 31. 8m m X L S □□□ - M D A L S A ： P i r a n h a 2 8k ／ TA K E X ： T L-16000C L M 72（P = 0.75） 19. 55m m X L S □□□ - D D A L S A ： P i r a n h a 4 8k　P i r a n h a H S 3 16k M 72（P = 0.75） 12m m X L S □□□ - DX D A L S A ： P i r a n h a　X L16K M 90（P =1） 12m m X L S □□□ - E e 2V ： E L i i x A＋ C o l o u r 16K M 95（P =1） 9. 4m m X L S □□□ - H D A L S A ： P i r a n h a 3 12k　P i r a n h a H S 8k 12k　P i r a n h a E S 8k M 72（P = 0.75） 6. 56m m * Customized mount is also available. Please contact us for further information. How to adjust magnification, focus WD WD 10.2 LOCK RING M58 P=0.75 LOCK SCREW φ65.5 φ62 LOCK RING M58 P=0.75 LOCK SCREW Model X L S □□□ - F 14.6 95.4 ● To a d j u s t t h e f o c u s , a t fi r s t l o o s i n g ② , a n d r o l l i n g ① . FB=51.5 By loosing ● ② , t o c h a n g e m a g n i fi c a t i o n . ① ② ① ② ※ X L S 01 ＝∞～ 0. 125×　　X L S 02 ＝ 0. 125×～ 0. 3× M a g n i fi c a t i o n ∞FNO Range of WD ∞ - 0. 125x 5. 6 ∞ - 705m m Optical distortion Maximum Compatible sensor * Indicated specifications are design values.　 8 LINE SENSOR LENS - 0. 02% φ 82m m M a g n i fi c a t i o n ∞FNO Range of WD 0.125x-0.3x 5. 6 705mm-315mm Optical distortion Maximum Compatible sensor - 0. 02% I n c a s e o f l o w m a g n i fi c a t i o n φ 82m m I n c a s e o f h i g h m a g n i fi c a t i o n * Indicated specifications are design values.　 LINE SENSOR LENS 9 LS05F（F Mount） LINE SENSOR LENS LS Series LS05C（C Mount） Fixed Magnification Lens for F Mount High Resolution and high contrast Suitable for LCD, film, and PCB inspection M a g n i fi c a t i o n 0. 5× Resolution 11 μ M a g n i fi c a t i o n 0. 5× D e p t h o f fi e l d 0. 94m m Maximum Compatible sensor φ 36m m D e p t h o f fi e l d 0. 94m m WD Excellent uniformity F No. 188m m 5. 1 High resolution from the center to the edge of image Optical distortion Mount - 0. 01% F WD F No. 188m m 5. 1 LS07F（F Mount） Compact design Resolution 11 μ Optical distortion - 0. 01% 4/ 3（φ 22. 6m m） Maximum Compatible sensor Mount C LS07C（C Mount） High durability Optical distortion less than 0.1% Suitable for area sensor, over 1 inch TFL- Ⅱ mount is available M a g n i fi c a t i o n 0. 7× Resolution 10 μ M a g n i fi c a t i o n 0. 7× Resolution D e p t h o f fi e l d 0. 54m m Maximum Compatible sensor φ 36m m D e p t h o f fi e l d 0. 54m m Maximum Compatible sensor WD F No. 151m m 6 Optical distortion Mount - 0. 07% F WD F No. 151m m 6 LS10F（F Mount） 10 μ Optical distortion - 0. 07% Mount LS10C（C Mount） M a g n i fi c a t i o n 1. 0× Resolution 8μ M a g n i fi c a t i o n 1. 0× Resolution D e p t h o f fi e l d 0. 31m m Maximum Compatible sensor φ 36m m D e p t h o f fi e l d 0. 31m m Maximum Compatible sensor WD F No. 123m m 7. 5 Optical distortion Mount - 0. 01% F WD F No. 123m m 7. 5 LS15F（F Mount） 8μ Optical distortion - 0. 01% Mount LS15C（C Mount） 1. 5× Resolution 7μ M a g n i fi c a t i o n 1. 5× Resolution D e p t h o f fi e l d 0. 17m m Maximum Compatible sensor φ 36m m D e p t h o f fi e l d 0. 17m m Maximum Compatible sensor F No. 102m m 9. 9 Optical distortion Mount 4/ 3（φ 22. 6m m） C M a g n i fi c a t i o n WD 4/ 3（φ 22. 6m m） C 0. 26% F WD F No. 102m m 9. 9 7μ Optical distortion Mount 0. 26% 4/ 3（φ 22. 6m m） C * Indicated specifications are design values.　* Resolution is calculated based on MTF.　* Resolution indicates a theoretical resolution at wavelength of 550nm. * Depth of field is calculated assuming F No. (∞) 5.6 and resolution of 14μ camera. 10 LINE SENSOR LENS LINE SENSOR LENS 11 LINE SENSOR LENS LSTL-H Series LSTL-TW Series High Resolution Telecentric Lens for φ44mm Sensor Telecentric Lens for Large Format The highest NA in the optical industry Suitable for middle-sized line and large area sensor Telecentric lens for large format, φ44mm Low magnification telecentric lens series for large format Suitable for large area sensor of high resolution, 　 Suitable for 12 Mega sensor (CMOSIS CMV12000) 　20 Mega, 25 Mega, and 29 Mega LSTL078TW-F is suitable for visible – NIR Design for large aperture LSTL055TW-F is designed for high NA with long working distance, 160mm Excellent uniformity of brightness and resolution LSTL03TW-F is designed for long working distance, 150mm that can secure enough Suitable for high speed and precise measurement 　 space to set up an illumination Adjustable iris, possible to adjust depth of field Adjustable iris, possible to adjust depth of field M58 and M42 mount are also available Customized mount is available LSTL03TW-F LSTL15H-F F Mount LSTL10H-F M a g n i fi c a t i o n 0. 3× D e p t h o f fi e l d 8. 6m m Object side NA 0. 015 TV distortion 0. 01% F No. M a g n i fi c a t i o n 1. 0× Resolution 4. 3 μ M a g n i fi c a t i o n 1. 5× Resolution 3. 5 μ D e p t h o f fi e l d 0. 31m m Maximum Compatible sensor φ 44m m D e p t h o f fi e l d 0. 17m m Maximum Compatible sensor φ 44m m WD F No. 113m m 6. 4 Optical distortion Mount 0. 01% F WD F No. LSTL20H-F 2. 0× Resolution 2. 9 μ D e p t h o f fi e l d 0. 12m m Maximum Compatible sensor φ 44m m F No. 109m m 8. 7 Optical distortion Mount 109m m 7. 8 Optical distortion Mount 0. 02% OI Resolution 148. 1m m 419. 2m m F Maximum Compatible sensor Mount 22. 4 μ φ 28. 2m m F LSTL055TW-F LSTL078TW-F M o d e l N o . f o r D i ff e r e n t M o u n t M a g n i fi c a t i o n WD 12 WD 9. 7 - 0. 02% Model Compatible Camera Screw Pitch Back Focal Distance L S T L □□ H - V 58 SVS: SVCam-HR M58 (P = 0.75) 11.48mm L S T L □□ H - B 42 Basler M 42 ( P = 1) 16m m L S T L □□ H - B 42/ 2 Basler M42 (P = 0.75) 16m m L S T L □□ H - V 42 SVS M 42 ( P = 1) 11.48mm L S T L □□ H - S 42 Sentech M 42 ( P = 1) 10m m L S T L □□ H - D 42 Dalsa: Spyder 3 M 42 ( P = 1) 6. 56m m * Customized mount is also available. Please contact us for further information. F Nikon F mount M a g n i fi c a t i o n 0. 55× D e p t h o f fi e l d 1. 37m m M a g n i fi c a t i o n 0. 78× D e p t h o f fi e l d 1. 3m m Object side NA 0. 053 TV distortion 0. 021% Object side NA 0. 04 TV distortion 0. 00% F No. WD OI 5. 17 161. 0m m 399. 6m m Resolution Maximum Compatible sensor Mount 6. 33 μ φ 30. 8m m F F No. WD OI 9. 8 125. 3m m 352. 8m m * Indicated specifications are design values. * Resolution indicates the theoretical resolution at wavelength of 550nm. * Indicated specifications are design values.　 * Resolution indicates a theoretical resolution at a wavelength of 550nm. * Depth of field is calculated assuming F No.(∞) 5.6 and resolution of 14μ camera. 　* Drawing is for F mount. *Depth of field is calculating assuming a horizontal 320 TV resolution using 1/2” camera (permissible circle of confusion 40μ). LINE SENSOR LENS Resolution Maximum Compatible sensor Mount 8. 4 μ φ 28. 2m m F LINE SENSOR LENS 13 WF5045-N（FB=31.8mm） WF5045-M（FB=19.55mm） WF5045-D（FB=12mm） WF5045-H（FB=6.56mm） WF5045-F（FB=46.5mm） Conceptual Drawing LINE SENSOR LENS WF Series High Resolution and Wide Angle Lens for Large Image Circle, φ62mm Suitable for large field of view in limited space The widest angle for φ 62mm in machine vision industry Suitable for 16K x 3.5 μ , 12K x 5 μ , 8K x 7 μ , etc.. Possible to capture the large field of view by one camera in limited space WF5045- □ Focal length ∞ F No. Range of WD Magnification at MOD 50m m 4. 5 276m m - ∞ 0. 2× Optical distortion Maximum Compatible sensor Mount - 0. 01% φ 62. 5m m M 72 o r F FV8528W-N （f85mm） WD: 879mm Magnification: 0.1x WF5045-N （f50mm） WD: 530mm Magnification: 0.1x 14 LINE SENSOR LENS LINE SENSOR LENS 15 LSF2528-F LINE SENSOR LENS LSF Series LSF3528-F High Resolution and Wide Angle Lens for Area and Line Scan Camera Excellent relative illumination High resolution at whole working distance Design for high resolution and low distortion, stable performance 　 at whole working distance Possible to use for small pixel size, 3.5 μ line scan camera Very low color aberration, compatible with 3-line camera 「LSF5028-F」is possible to use at 0.3x without extension ring Wide angle, f25mm is available Suitable for large area sensor, 20 Mega, 25 Mega, and 29 Mega Focal length ∞F No. Range of WD Magnification at MOD 25m m Optical distortion 2. 8 140m m - ∞ 0. 15× Maximum Compatible sensor Mount 0. 66％ φ 44m m F Focal length ∞F No. Range of WD Magnification at MOD LSF5028-F 35m m 2. 8 230m m - ∞ 0. 15× Optical distortion Maximum Compatible sensor Mount - 0. 31％ φ 44m m F M o d e l N o . f o r D i ff e r e n t M o u n t Model Compatible Camera Screw Pitch Back Focal Distance L S F □□□□ - V 58 SVS: SVCam-HR M58 (P = 0.75) 11.48mm L S F □□□□ - B 42 Basler M 42 ( P = 1) 16m m L S F □□□□ - B 42/ 2 Basler M42 (P = 0.75) 16m m L S F □□□□ - V 42 SVS M 42 ( P = 1) 11.48mm L S F □□□□ - S 42 Sentech M 42 ( P = 1) 10m m L S F □□□□ - D 42 Dalsa: Spyder 3 M 42 ( P = 1) 6. 56m m * Customized mount is also available. Please contact us for further information. Focal length ∞F No. Range of WD Magnification at MOD 50m m 2. 8 190m m - ∞ 0. 3× Optical distortion Maximum Compatible sensor Mount - 0. 40％ φ 44m m F * Indicated specifications are design value. 16 LINE SENSOR LENS LINE SENSOR LENS 17 LSF5028-TFL Ⅱ (for wide field of view) LINE SENSOR LENS TFL Ⅱ Series LS05-TFL Ⅱ (for macro) Large Format Lens for TFL- Ⅱ Mount Design for TFL- Ⅱ mount, improve accuracy of inspection Focal length ∞F No. Improve accuracy and durability, more stable than F mount Range of WD 50 ｍｍ 2. 8 190m m～∞ Maximum Magnification 0. 3× Suitable for high resolution and large format sensor 「LSF series」is designed for high resolution and low distortion at the whole range of TV distortion Maximum Compatible sensor Mount - 0. 07% φ 44m m T F L- Ⅱ WD D e p t h o f fi e l d F No. Resolution LS07-TFL Ⅱ (for macro) 　 working distance, from macro to infinity 188 ｍｍ 0. 94m m 5. 1 11 μ TV distortion - 0. 02% Maximum Compatible sensor Mount φ 36m m T F L- Ⅱ LS10-TFL Ⅱ (for macro) 「LS series」and「LSTL series」are suitable for macro imaging WD D e p t h o f fi e l d F No. Resolution 151 ｍｍ 0. 54m m 6 10 μ TV distortion Maximum Compatible sensor Mount - 0. 02% φ 36m m T F L- Ⅱ WD 123 ｍｍ TV distortion 0. 00% D e p t h o f fi e l d 0. 31m m Maximum Compatible sensor φ 36m m F No. 7. 5 Mount T F L- Ⅱ Resolution LS15-TFL Ⅱ (for macro) WD D e p t h o f fi e l d F No. Resolution LSF2528-TFL Ⅱ (for wide field of view) Focal length ∞F No. Range of WD 25 ｍｍ 2. 8 140m m～∞ Maximum Magnification 0. 15× TV distortion Maximum Compatible sensor Mount - 0. 11% φ 44m m T F L- Ⅱ * T V d i s t o r t i o n i n d i c a t e s t h e v a l u e f o r φ 30m m s e n s o r. 18 LINE SENSOR LENS LSF3528-TFL Ⅱ (for wide field of view) Focal length ∞F No. Range of WD 35 ｍｍ 2. 8 230m m～∞ Maximum Magnification 0. 15× TV distortion Maximum Compatible sensor Mount - 0. 20% φ 44m m T F L- Ⅱ 102 ｍｍ 0. 17m m 9. 9 7μ TV distortion Maximum Compatible sensor Mount LSTL10H-TFL Ⅱ (Telecentric type) 0. 06% φ 36m m T F L- Ⅱ WD D e p t h o f fi e l d F No. Resolution LSTL15H-TFL Ⅱ (Telecentric type) WD D e p t h o f fi e l d F No. Resolution 109 ｍｍ 0. 17m m 7. 8 3. 5 μ TV distortion Maximum Compatible sensor Mount 8μ 0. 00% φ 44m m T F L- Ⅱ 113 ｍｍ 0. 31m m 6. 4 2. 9 μ TV distortion 0. 00% Maximum Compatible sensor Mount φ 44m m T F L- Ⅱ LSTL20H-TFL Ⅱ (Telecentric type) WD D e p t h o f fi e l d F No. Resolution 109 ｍｍ 0. 12m m 8. 7 2. 9 μ TV distortion 0. 00% Maximum Compatible sensor Mount φ 44m m T F L- Ⅱ * T V d i s t o r t i o n i n d i c a t e s t h e v a l u e f o r φ 30m m s e n s o r. LINE SENSOR LENS 19 LINE SENSOR LENS FV-L Series FV-W Series Macro Lens for Area and Line Scan Camera Area and Line Scan Lens for Wide Field of View Design for macro imaging, suitable for large area and line scan camera Machine vision lens for large field of view Adjustable focus and iris Adjustable focus and iris Design for macro imaging, suitable for Design for infinite distance ( ∞ ), suitable for Suitable for inspection of wafer, PCB, electronic Design for machine vision application 　machine vision application wide field of view 　 parts, etc..., required for high resolution at Suitable for various applications such as printing, short working distance 　 large size of PCB and glass, textile, etc.. FV8528L-M is compatible with M72 mount FV8528W is compatible with M72 mount Compatible with large image format of FV5026W is compatible with TFL-Ⅱ mount 　 high resolution area camera Compatible with large image format of high resolution area camera FV3526L-C FV3526L-F FV5026L-C Focal length 35m m Focal length 35m m Focal length 50m m Range of WD 0. 18m - 0. 4m Range of WD 0. 18m - 0. 4m Range of WD 0. 25m - 0. 4m ∞F No. M a g n i fi c a t i o n a t M O D Optical distortion Maximum Compatible sensor Mount 2. 6 0. 2× - 0. 05% 1. 2 i n c h ( φ 21. 4m m ) C ∞F No. M a g n i fi c a t i o n a t M O D Optical distortion Maximum Compatible sensor Mount FV5026L-F 2. 6 0. 2× - 0. 42% φ 36m m F 50m m Focal length 50m m Range of WD 0. 25 - 0. 4m Range of WD 0. 17m - 0. 35m M a g n i fi c a t i o n a t M O D Optical distortion Maximum Compatible sensor Mount 2. 6 0. 22× - 0. 24% φ 45m m F M a g n i fi c a t i o n a t M O D Optical distortion Maximum Compatible sensor Mount FV5026LⅡ-F Focal length ∞F No. ∞F No. ∞F No. M a g n i fi c a t i o n a t M O D Optical distortion Maximum Compatible sensor Mount 2. 6 0. 32× - 0. 80% φ 45m m F 2. 6 0. 22× - 0. 01% 1. 2 i n c h ( φ 21. 4m m ) C FV8528L- □ LINE SENSOR LENS FV8528W- □ * Drawing is for FV8528L-M (Dalsa P2, FB19.55mm). Focal length 85m m Range of WD 0. 25m - 0. 45m ∞F No. M a g n i fi c a t i o n a t M O D Optical distortion Maximum Compatible sensor Mount 2. 8 0. 4× - 0. 18% φ 62m m F o r M 72 * Indicated specifications are design value.　* □ = Mount: F = Nikon F Mount, M = Dalsa P2 (FB19.55mm), H = Dalsa P2-HS and P3 (FB6.56mm), N = NED ClisBee (FB31.8mm) 20 FV5026W-F Focal length 50m m Optical distortion 0. 23% Range of WD 0. 32m - ∞ Mount F ∞F No. Magnification at MOD 2. 6 0. 18× Maximum Compatible sensor φ 45m m * Drawing is for FV8528W-N (NED Clis Bee, FB31.8mm). Focal length 85 m m Optical distortion 0. 04% Range of WD 0. 46m - ∞ Mount F o r M 72 ∞F No. Magnification at MOD 2. 8 0. 2× Maximum Compatible sensor φ 62m m * Indicated specifications are design value.　* □ = Mount: F = Nikon F Mount, M = Dalsa P2 (FB19.55mm), H = Dalsa P2-HS and P3 (FB6.56mm), N = NED ClisBee (FB31.8mm) LINE SENSOR LENS 21 TELECENTRIC LENS Line Scan Lens for Large Aperture Magnification chart of Telecentric lens for C mount VGA Large aperture and design for machine vision Magnification 0. 14× 0. 17× 0. 19× 0. 22× Excellent brightness, F No. 1.4 Suitable for high speed applications such as printing, food inspection, etc.. High durability Metal design, avoid aged deterioration of plastic and gum, concerned about 　 photographic lenses Suitable for large image circle and high speed camera 0. 23× 0. 275× 0. 3× 0. 345× 0. 37× 0. 4× 0. 5× 0. 69× 0. 7× 0. 8× 1. 0× 1. 5× 2. 0× HB5014-F 3. 0× 4. 0× 6. 0× Focal length 50m m Optical distortion 0. 17% Range of WD 0. 27m - ∞ Mount F Magnification at MOD 1. 4 0. 2× Maximum Compatible sensor * Indicated specifications are design values. 22 LINE SENSOR LENS φ 45m m 8. 0× 10× MEGA PIXEL 5 MEGA PIXEL compatible sensor 1/2 MGTL014 - page P31 - ∞F No. TELECENTRIC LENS HB5014-F TL20-40 TL20C-40 TL20-65R TL20C-65R TL20-110R TL20C-110R TL40-40 TL40C-40 TL60-40 TL60C-40 - 1/1.8 TL05C-220 TL07C-220 TL07C-340 TL10-65R P38 P39 P40 P41 P43 P43 P38 P39 P39 P39 TL10C-65R TL10-110R TL10C-110R TL10C-220 TL15-65R TL15C-65R TL20C-220 TL40-65 TL40C-65 TL40C-110R TL100C-55 Coaxial type is ‘C’ included on the model name page P44 P44 P46 P40 P41 P42 P43 P44 P40 P41 P44 P41 P41 P43 P33 2/3 MGTL014VM MGTL014VM-180 MGTL017VM MGTL019 MGTL022VM MGTL023 MGTL023H MGTL0275 MGTL03 MGTL03VM MGTL03VMC MGTL0345VM MGTL0345VMC 　MGTL04 MGTL04VM MGTL04VMC FT05-65 FT05C-65 FT05-110 FT05C-110 MGTL05VM MGTL05VMC MGTL069VM MGTL069VMC 　　TL08-65R TL08C-65R TL08-110R TL08C-110R FT08-110 FT08C-110 FT10-65 FT10C-65 FT10-110 FT10C-110 TL10C-310 FT15-65 FT15C-65 FT15-110 FT15C-110 FT20-65 FT20C-65 FT20-110 FT20C-110 　　FT30-110R FT30C-110R TL30C-65 TL30-110 TL30C-110R TL40-65 TL40C-65 FT40-65 FT40C-65 FT40-110R FT40C-110R TL40C-240 FT60-110R FT60C-110R TL60-65 TL60C-65 TL60C-110R TL60C-240 TL80-65 TL80C-65 TL80C-110R TL80C-240 TL100C-240 page P27 P27 P27 P31 P27 P31 P28 P31 P31 P28 P29 P28 P29 P31 P28 P29 P34 P35 P36 P37 P29 P29 P29 P29 P40 P41 P42 P43 P36 P37 P34 P35 P36 P37 P46 P34 P35 P36 P37 P34 P35 P37 P37 P37 P37 P41 P43 P43 P41 P41 P35 P35 P37 P37 P45 P37 P37 P41 P41 P43 P45 P41 P41 P43 P45 P45 1 MGTL0275V MGTL037V - page P25 P25 1.1 MGTL03V MGTL03VC MGTL05-1.1 MGTL10V - MGTL10VC - - - page P24 P24 P31 P29 P29 TELECENTRIC LENS 23 TELECENTRIC LENS MGTL-V Series MGTL-V Series 12 Mega Telecentric Lens for 1.1” Telecentric Lens for 1” Suitable for 6.5 Mega - 12 Mega sensor Design for 1” High resolution and suitable for large field of view 0.3x Bi-telecentric lens for 12 Mega (1.1” , 3.1 μ ) Over 4 mega pixel telecentric lens series for 1” Super high resolution, suitable 3.1 μ or smaller pixel 0.275x and 0.37x are available Long working distance, 150mm with excellent brightness MGTL0275V is designed for long working distance, 148mm Variable iris, possible to adjust DOF Excellent relative illumination Suitable for measurement and inspection, required for high accuracy Adjustable iris, possible to adjust depth of field Co-axial type is also available MGTL03V MGTL03VC OI=329.7 12 4 25.5 132 OI=252.9 17.526 4 WD=111.4 φ48 φ45 123.98 63 φ39 M25.4 C Mount φ40 φ49 φ56.5 φ34 φ31.5 1-32UNF φ70 69 φ74 φ74 C 1-32 UNF Iris Ring 17.526 M a g n i fi c a t i o n 0. 3× D e p t h o f fi e l d 4. 26m m M a g n i fi c a t i o n 0. 3× D e p t h o f fi e l d 4. 26m m M a g n i fi c a t i o n 0. 275× D e p t h o f fi e l d 7. 2m m M a g n i fi c a t i o n 0. 37× D e p t h o f fi e l d 4. 7m m Object side NA 0. 031 TV distortion 0. 00% Object side NA 0. 031 TV distortion 0. 00% Object side NA 0. 02 TV distortion 0. 01% Object side NA 0. 023 TV distortion 0. 01% OI 330m m OI 330m m OI 298m m OI 253m m F No. WD 4. 8 151m m Resolution Maximum Compatible sensor Mount 10. 8 μ 1. 1 C F No. WD 4. 8 151m m Resolution Maximum Compatible sensor Mount * Indicated specifications are design values. * Resolution indicates a theoretical resolution at a wavelength of 550nm. *Depth of field is calculating assuming a horizontal 320 TV resolution using 1/2” camera (permissible circle of confusion 40μ). 24 WD=150 FB=17.526 33.6 0 φ48 161.6 38 φ67 P=0.75 25.5 31.5 1-32 UNF 33.6 21 C Mount 38 φ45 31.5 WD=150.5 φ76 M72 P=0.75 21 FB=17.526 φ76 M72 P=0.75 12 MGTL037V OI=329.7 161.6 C Mount WD=150.5 MGTL0275V TELECENTRIC LENS 10. 8 μ 1. 1 C F No. WD 6. 8 150m m Resolution Maximum Compatible sensor Mount 16. 8 μ 1 C F No. WD 8 111m m Resolution Maximum Compatible sensor Mount 14. 6 μ 1 C * Indicated specifications are design values. * Resolution indicates a theoretical resolution at a wavelength of 550nm. *Depth of field is calculating assuming a horizontal 320 TV resolution using 1/2” camera (permissible circle of confusion 40μ). TELECENTRIC LENS 25 MGTL014VM TELECENTRIC LENS MGTL-VM Series MGTL014VM-180 Low Magnification Telecentric Lens for 5 Mega Pixel Possible to capture large field of view with high resolution Bring out the best quality in 5 mega pixel（3.45 μ of 2/3”） Suitable for 3.45 μ or smaller pixel size 0.14x, 0.17x, 0.22x are available Long working distance, WD150mm WD180mm type is available for 0.14x Compact design with low magnification Adjustable iris, possible to adjust depth of field M a g n i fi c a t i o n 0. 14x D e p t h o f fi e l d 17. 5m m M a g n i fi c a t i o n 0. 14x D e p t h o f fi e l d 18m m Object side NA 0. 016 TV distortion 0. 01％ Object side NA 0. 016 TV distortion - 0. 01％ OI 300. 6m m Mount C OI 330. 2m m Mount C F No. WD 4. 3 150. 3m m Resolution Maximum Compatible sensor 20. 5 μ 2/ 3 F No. WD 4. 4 180m m MGTL017VM Resolution Maximum Compatible sensor 21 μ 2/ 3 MGTL022VM M a g n i fi c a t i o n 0. 17x D e p t h o f fi e l d 14. 4m m M a g n i fi c a t i o n 0. 22x D e p t h o f fi e l d 8. 5m m Object side NA 0. 016 TV distortion 0. 00％ Object side NA 0. 021 TV distortion 0. 00％ OI 294. 7m m OI 279. 7m m F No. WD 5. 2 150. 6m m Resolution Maximum Compatible sensor Mount 20. 5 μ 2/ 3 C F No. WD 5. 2 150. 7m m Resolution Maximum Compatible sensor Mount 15. 8 μ 2/ 3 C * Indicated specifications are design values. * Resolution indicates a theoretical resolution at a wavelength of 550nm. *Depth of field is calculating assuming a horizontal 320 TV resolution using 1/2” camera (permissible circle of confusion 40μ). 26 TELECENTRIC LENS TELECENTRIC LENS 27 MGTL05VM MGTL069VM TELECENTRIC LENS MGTL-VM Series MGTL10V Telecentric Lens for 5 Mega Pixel Suitable for the inspection in ultra high accuracy Bring out the best quality in 5 mega pixel（3.45 μ of 2/3”） M a g n i fi c a t i o n 0. 5x M a g n i fi c a t i o n 0. 69x M a g n i fi c a t i o n 1. 0x Suitable for 3.45 μ or smaller pixel size Object side NA 0. 05 Object side NA 0. 052 Object side NA 0. 093 F No. WD Excellent brightness, compared to mega pixel telecentric lenses OI D e p t h o f fi e l d Adjustable iris, possible to adjust depth of field Resolution TV distortion 1.0x is compatible with 1.1” sensor Maximum Compatibl e sensor Mount Compact design Reduce hot spots of co-axial illumination F No. Object side NA WD OI D e p t h o f fi e l d Resolution TV distortion Mount 288m m 2. 3m m 3. 8 μ - 0. 03％ 2/ 3 C WD OI D e p t h o f fi e l d Resolution TV distortion Maximum Compatibl e sensor Mount 0. 23x 5. 2 2/ 3 C TV distortion Maximum Compatib le s ens or Mount MGTL0345VMC 0. 43m m 2. 5 μ 0. 00％ 1. 1 C MGTL04VMC Object side NA 0. 03 Object side NA 0. 035　 Object side NA 0. 04 Maximum Compatibl e sensor Mount 2/ 3 - 0. 04％ Resolution 196m m 0. 4x TV distortion 8. 7 μ 3. 9 μ D e p t h o f fi e l d 71m m M a g n i fi c a t i o n Resolution 7. 9m m 1. 1m m OI 0. 345x D e p t h o f fi e l d 241m m 307m m WD 5. 4 M a g n i fi c a t i o n OI 109m m 109m m F No. 0. 3x WD 0. 022 6. 6 M a g n i fi c a t i o n F No. 0. 00％ Ma ximum Co mpa t ible se nsor 109m m F No. MGTL03VMC MGTL023H M a g n i fi c a t i o n 4. 7 5. 0 111m m 267m m 4. 4m m 6. 6 μ - 0. 04 2/ 3 C F No. WD OI D e p t h o f fi e l d Resolution TV distortion Maximum Compatibl e sensor Mount 4. 9 111m m 272m m 3. 3m m 5. 5 μ 0. 00％ 2/ 3 C F No. WD OI D e p t h o f fi e l d Resolution TV distortion Maximum Compatib le s ens or Mount 5. 0 109m m 280m m 2. 5m m 4. 9 μ 0. 00％ 2/ 3 C C MGTL03VM MGTL0345VM MGTL05VMC MGTL04VM MGTL069VMC MGTL10VC M a g n i fi c a t i o n 0. 3x M a g n i fi c a t i o n 0. 345x M a g n i fi c a t i o n 0. 4x M a g n i fi c a t i o n 0. 5x M a g n i fi c a t i o n 0. 69x M a g n i fi c a t i o n 1. 0x Object side NA 0. 03 Object side NA 0. 035 Object side NA 0. 04 Object side NA 0. 05 Object side NA 0. 052 Object side NA 0. 093 F No. WD OI D e p t h o f fi e l d Resolution TV distortion Ma ximum Co mpa t ible se nsor Mount 5. 0 111m m 263m m 4. 4m m 6. 6 μ - 0. 04％ 2/ 3 C F No. WD OI D e p t h o f fi e l d Resolution TV distortion M a x imu m Com pati ble sen sor Mount 4. 9 111m m 267m m 3. 3m m 5. 5 μ 0. 00％ 2/ 3 C F No. WD OI D e p t h o f fi e l d Resolution TV distortion Maxi m u m Com pati ble sen sor Mount 5. 0 109m m 275m m 2. 5m m 4. 9 μ 0. 00％ 2/ 3 C F No. WD OI D e p t h o f fi e l d Resolution TV distortion Maximum Compatibl e sensor Mount 4. 7 109m m 293m m 2. 3m m 3. 8 μ - 0. 03％ 2/ 3 C F No. WD OI D e p t h o f fi e l d Resolution TV distortion Maximum Compatibl e sensor Mount 6. 6 109m m 312m m 1. 1m m 3. 9 μ - 0. 04％ 2/ 3 C F No. WD OI D e p t h o f fi e l d Resolution TV distortion Maximum Compatib le s ens or Mount 5. 4 71m m 200m m 0. 43m m 2. 5 μ 0. 00％ 1. 1 C * Indicated specifications are design values.　* Resolution indicates a theoretical resolution at a wavelength of 550nm. *Depth of field is calculating assuming a horizontal 320 TV resolution using 1/2” camera (permissible circle of confusion 40μ). 28 TELECENTRIC LENS TELECENTRIC LENS 29 MGTL014 TELECENTRIC LENS MGTL Series MGTL019 Mega Pixel Telecentric Lens Suitable for Mega Pixel Sensor High resolution, compatible with mega pixel camera Compact design, suitable for small device M a g n i fi c a t i o n 0. 14x D e p t h o f fi e l d 32. 7m m M a g n i fi c a t i o n 0. 19x D e p t h o f fi e l d 17. 7m m Object side NA 0. 017 TV distortion 0. 02％ Object side NA 0. 024 TV distortion 0. 01％ F No. WD OI 4. 0 Resolution 108m m 231m m MGTL05-1.1 is compatible with 1.1” Maximum Compatible sensor Mount 19. 7 μ 1/ 2 C F No. WD OI 4. 0 Resolution 108m m 2/ 3 Maximum Compatible sensor 236m m MGTL023 14. 0 μ Mount C MGTL0275-2 MGTL0275 is compatible with φ 12.8mm sensor 106.9 WD=110 φ31.5 φ34 1−32UNF C Mount φ60 TV distortion less than 0.05% FB=17.526 M58 P=0.75 Adjustable iris, possible to adjust depth of field 50 56.9 M a g n i fi c a t i o n 0. 23x D e p t h o f fi e l d 12m m M a g n i fi c a t i o n 0. 275× D e p t h o f fi e l d 8. 1m m Object side NA 0. 021 TV distortion 0. 01％ Object side NA 0. 018 TV distortion 0. 00％ F No. WD OI 5. 5 Resolution 111m m 227m m Maximum Compatible sensor Mount 16. 0 μ 2/ 3 C F No. WD OI 7. 6 110m m 234m m MGTL03 Resolution Maximum Compatible sensor Mount 18. 6 μ 2/ 3 C MGTL04 M a g n i fi c a t i o n 0. 3x D e p t h o f fi e l d 6. 2m m M a g n i fi c a t i o n 0. 4x D e p t h o f fi e l d 4. 6m m Object side NA 0. 021 TV distortion 0. 05％ Object side NA 0. 022 TV distortion 0. 00％ F No. WD OI 7. 0 Resolution 110m m 233m m Maximum Compatible sensor Mount 16. 0 μ 2/ 3 C F No. WD OI 9. 2 110m m 239m m Resolution Maximum Compatible sensor Mount 15. 2 μ 2/ 3 C MGTL05-1.1 M a g n i fi c a t i o n 0. 5x D e p t h o f fi e l d 2m m Object side NA 0. 039 TV distortion 0. 00％ F No. WD OI 30 TELECENTRIC LENS 6. 37 108m m 286m m Resolution Maximum Compatible sensor Mount 8. 6 μ 1. 1 C * I n d i c a t e d s p e c i fi c a t i o n s a r e d e s i g n v a l u e s .　 * R e s o l u t i o n i n d i c a t e s a t h e o r e t i c a l r e s o l u t i o n a t a w a v e l e n g t h o f 550n m . 　 *Depth of field is calculating assuming a horizontal 320 TV resolution using 1/2” camera (permissible circle of confusion 40μ). * D e p t h o f fi e l d o f M G T L 014, 019, a n d 023 i n d i c a t e v a l u e s a t e ff e c t i v e F N o . 8 TELECENTRIC LENS 31 TELECENTRIC LENS VTL Series TL Series Vari Focal Telecentric Lens 10x Telecentric Lens Telecentric lens at the whole range of magnifications（0.5x - 1.3x） Possible to change magnification range by using front converter High resolution, possible to use in limited space Magnification of 10x, similar to microscopic range for machine vision applications Compact design with high resolution 0.5x Telecenric lens at the whole range of magnification Suitable for 5 mega pixel Magnification of VTL0513 can be converted 　 from 0.25x - 2.6x by using front converter 0.75x Reduce relative illumination TV distortion less than 0.01% 0.5x VTL0513 is suitable for large format, up to 1.1” 　even though original optical design is for 2/3” 1.3x 1.3x VTL0513 VTL0510 M a g n i fi c a t i o n 0. 5× - 1. 3× D e p t h o f fi e l d 1.68mm - 0.47mm M a g n i fi c a t i o n 0. 5× - 1. 0× D e p t h o f fi e l d 1.20mm - 0.47mm Object side NA 0.048 - 0.065 TV distortion 0. 01％ Object side NA 0.066 - 0.085 TV distortion 0. 01％ OI 271mm - 244mm OI 281mm - 251mm F No. WD 5. 26 - 10 173mm - 97mm Resolution Maximum Compatible sensor Mount 4. 2 μ - 2. 9 μ 2/ 3 C F No. WD VTL0513 ＋ VTL05FC 3. 76 - 5. 89 174mm - 114mm 0. 25x - 1. 0x M a g n i fi c a t i o n 1. 4x - 2. 6x Application F o r V T L 0513 Application F o r V T L 0513 323. 2m m - 115. 6m m Maximum Compatible sensor Mount WD 56. 2m m - 42. 6m m * I n d i c a t e d s p e c i fi c a t i o n s a r e d e s i g n v a l u e s .　＊ R e s o l u t i o n i n d i c a t e s a t h e o r e t i c a l r e s o l u t i o n a t a w a v e l e n g t h o f 550n m . *Depth of field is calculating assuming a horizontal 320 TV resolution using 1/2” camera (permissible circle of confusion 40μ). 32 TELECENTRIC LENS 7. 4 μ - 5 μ TL100C-55 1/ 1. 8 C VTL0513 ＋ VTL20FC M a g n i fi c a t i o n WD Resolution M a g n i fi c a t i o n 10x D e p t h o f fi e l d 0. 023m m Object side NA 0. 17 TV distortion 0. 02％ F No. WD OI 29. 7 55m m 237m m Resolution Maximum Compatible sensor Mount 2μ 1/ 1. 8 C * Indicated specifications are design values.　＊Resolution indicates a theoretical resolution at a wavelength of 550nm. *Depth of field is calculating assuming a horizontal 320 TV resolution using 1/2” camera (permissible circle of confusion 40μ). TELECENTRIC LENS 33 FT40-65 FT60-65 TELECENTRIC LENS FT Series FT05C-65 WD65 High NA Mega Pixel Telecentric Lens Design for Mega Pixel Compact and high durability Mega pixel telecentric lens for 2/3” Suitable for 2 mega - 5 mega pixel camera M a g n i fi c a t i o n 4. 0× M a g n i fi c a t i o n 6. 0× M a g n i fi c a t i o n 0. 5× Object side NA 0. 11 Object side NA 0. 11 Object side NA 0. 026 High contrast with co-axial illumination F No. TV distortion less than 0.01% WD OI 17. 8 65m m 187m m D e p t h o f fi e l d 0. 09m m Resolution 3. 0 μ TV distortion 0. 00% Maximum Compatibl e sensor Mount 2/ 3 C F No. WD OI FT05-65 Resolution TV distortion Maximum Compatibl e sensor Mount 3. 1m m Resolution 12. 9 μ TV distortion 0. 00% Maximum Compatib le s ens or Mount FT10C-65 2/ 3 C FT15C-65 M a g n i fi c a t i o n 1. 5× Object side NA 0. 04 Object side NA 0. 045 Object side NA 0. 063 M a g n i fi c a t i o n 0. 5× D e p t h o f fi e l d 3. 1m m M a g n i fi c a t i o n 0. 8× D e p t h o f fi e l d 1. 3m m TV distortion Object side NA 0. 026 TV distortion 0. 00% Object side NA 0. 04 TV distortion 0. 00% Mount 170m m C 170m m D e p t h o f fi e l d 1. 0× Resolution 12. 9 μ Maximum Compatible sensor Mount F No. WD 2/ 3 C FT10-65 OI 10 Resolution 66m m Maximum Compatible sensor 152m m Mount FT15-65 8. 4 μ 10 66m m 152m m 1. 3m m Resolution OI 2/ 3 65m m M a g n i fi c a t i o n D e p t h o f fi e l d 65m m 0. 00% OI 0. 8× OI WD 3. 0 μ WD 9. 6 M a g n i fi c a t i o n WD 9. 6 0. 06m m F No. FT08-65 F No. F No. 65m m 202m m D e p t h o f fi e l d FT08C-65 26. 8 8. 4 μ 0. 00% Maximum Compatibl e sensor 2/ 3 C F No. WD OI 11. 1 65m m 155m m D e p t h o f fi e l d 0. 9m m Resolution 7. 5 μ TV distortion 0. 00% Maximum Compatibl e sensor Mount 2/ 3 C F No. WD OI 11. 9 65m m 155m m D e p t h o f fi e l d 0. 4m m Resolution 5. 3 μ TV distortion 0. 01％ Maximum Compatib le s ens or Mount 2/ 3 C 2/ 3 C FT20C-65 FT20-65 FT40C-65 FT60C-65 M a g n i fi c a t i o n 1. 0× M a g n i fi c a t i o n 1. 5× M a g n i fi c a t i o n 2. 0× M a g n i fi c a t i o n 2. 0× M a g n i fi c a t i o n 4. 0× M a g n i fi c a t i o n 6. 0× Object side NA 0. 045 Object side NA 0. 063 Object side NA 0. 074 Object side NA 0. 074 Object side NA 0. 11 Object side NA 0. 11 F No. WD OI D e p t h o f fi e l d Resolution TV distortion Ma ximum Co mpa t ible se nsor Mount 11. 1 65m m 155m m 0. 9m m 7. 5 μ 0. 00% 2/ 3 C F No. WD OI D e p t h o f fi e l d Resolution TV distortion M a x imu m C om pati ble sen sor Mount 11. 9 65m m 155m m 0. 4m m 5. 3 μ 0. 01％ 2/ 3 C F No. WD OI D e p t h o f fi e l d Resolution TV distortion Maxi m u m Com pati ble sen sor Mount 13. 5 65m m 160m m 0. 3m m 4. 5 μ 0. 00％ 2/ 3 C F No. WD OI D e p t h o f fi e l d Resolution TV distortion Maximum Compatibl e sensor Mount 13. 5 65m m 160m m 0. 3m m 4. 5 μ 0. 00％ 2/ 3 C F No. WD OI D e p t h o f fi e l d Resolution TV distortion Maximum Compatibl e sensor Mount 17. 8 65m m 187m m 0. 09m m 3. 0 μ 0. 00% 2/ 3 C F No. WD OI D e p t h o f fi e l d Resolution TV distortion Maximum Compatib le s ens or Mount 26. 8 65m m 202m m 0. 06m m 3. 0 μ 0. 00% 2/ 3 C * Indicated specifications are design values.　＊Resolution indicates a theoretical resolution at a wavelength of 550nm. *Depth of field is calculating assuming a horizontal 320 TV resolution using 1/2” camera (permissible circle of confusion 40μ). 34 TELECENTRIC LENS TELECENTRIC LENS 35 FT20-110 FT30-110R FT40-110R TELECENTRIC LENS FT Series FT60-110R WD110 High NA Mega Pixel Telecentric Lens Design for Mega Pixel　 Compact and high durability M a g n i fi c a t i o n 2. 0× M a g n i fi c a t i o n 3. 0× M a g n i fi c a t i o n 4. 0× M a g n i fi c a t i o n 6. 0× Object side NA 0. 074 Object side NA 0. 087 Object side NA 0. 091 Object side NA 0. 091 F No. Mega pixel telecentric lens for 2/3” WD Suitable for 2 mega - 5 mega pixel camera OI D e p t h o f fi e l d High contrast with co-axial illumination Resolution TV distortion TV distortion less than 0.01% Maximum Compatibl e sensor Mount 13. 5 110m m 251m m 0. 3m m 4. 5 μ 0. 00% 2/ 3 C F No. WD OI D e p t h o f fi e l d Resolution TV distortion Maximum Compatibl e sensor Mount FT05C-110 0. 15m m 3. 9 μ 0. 00% 2/ 3 C OI D e p t h o f fi e l d Resolution TV distortion Maximum Compatibl e sensor Mount FT08C-110 112m m 260m m 0. 11m m 3. 7 μ 0. 00% 2/ 3 C F No. WD OI D e p t h o f fi e l d Resolution TV distortion Maximum Compatib le s ens or Mount FT10C-110 33. 0 112m m 270m m 0. 07m m 3. 7 μ 0. 00% 2/ 3 C FT15C-110 M a g n i fi c a t i o n 0. 8× M a g n i fi c a t i o n 1. 0× M a g n i fi c a t i o n 1. 5× Object side NA 0. 026 Object side NA 0. 036 Object side NA 0. 045 Object side NA 0. 063 OI D e p t h o f fi e l d Resolution TV distortion Maximum Compatibl e sensor Mount FT10-110 256m m WD 22. 0 0. 5× WD FT08-110 112m m F No. M a g n i fi c a t i o n F No. FT05-110 17. 2 FT15-110 9. 6 110m m 255m m 3.1mm 12. 9 μ 0. 00% 2/ 3 C F No. WD OI D e p t h o f fi e l d Resolution TV distortion Maximum Compatibl e sensor Mount FT20C-110 11. 1 110m m 236m m 1. 4m m 9. 3 μ 0. 01% 2/ 3 C F No. WD OI D e p t h o f fi e l d Resolution TV distortion Maximum Compatibl e sensor Mount FT30C-110R 11. 1 110m m 248m m 0. 9m m 7. 5 μ 0. 00% 2/ 3 C F No. WD OI D e p t h o f fi e l d Resolution TV distortion Maximum Compatib le s ens or Mount FT40C-110R 11. 9 110m m 249m m 0. 4m m 5. 3 μ 0. 00% 2/ 3 C FT60C-110R M a g n i fi c a t i o n 0. 5× M a g n i fi c a t i o n 0. 8× M a g n i fi c a t i o n 1. 0× M a g n i fi c a t i o n 1. 5× M a g n i fi c a t i o n 2. 0× M a g n i fi c a t i o n 3. 0× M a g n i fi c a t i o n 4. 0× M a g n i fi c a t i o n 6. 0× Object side NA 0. 026 Object side NA 0. 036 Object side NA 0. 045 Object side NA 0. 063 Object side NA 0. 074 Object side NA 0. 087 Object side NA 0. 091 Object side NA 0. 091 F No. WD OI D e p t h o f fi e l d Resolution TV distortion Ma ximum Co mpa t ible se nsor Mount 9. 6 110m m 255m m 3.1mm 12. 9 μ 0. 00% 2/ 3 C F No. WD OI D e p t h o f fi e l d Resolution TV distortion M a x imu m C o mp a t ible se n so r Mount 11. 1 110m m 236m m 1. 4m m 9. 3 μ 0. 01% 2/ 3 C F No. WD OI D e p t h o f fi e l d Resolution TV distortion Maxi m u m Com pati ble sen sor Mount 11. 1 110m m 248m m 0. 9m m 7. 5 μ 0. 00% 2/ 3 C F No. WD OI D e p t h o f fi e l d Resolution TV distortion Maxi m u m Com pati ble sen sor Mount 11. 9 110m m 249m m 0. 4m m 5. 3 μ 0. 00% 2/ 3 C F No. WD OI D e p t h o f fi e l d Resolution TV distortion Maximum Compatibl e sensor Mount 13. 5 110m m 251m m 0. 3m m 4. 5 μ 0. 00% 2/ 3 C F No. WD OI D e p t h o f fi e l d Resolution TV distortion Maximum Compatibl e sensor Mount 17. 2 112m m 256m m 0. 15m m 3. 9 μ 0. 00% 2/ 3 C F No. WD OI D e p t h o f fi e l d Resolution TV distortion Maximum Compatibl e sensor Mount 22. 0 112m m 260m m 0. 11m m 3. 7 μ 0. 00% 2/ 3 C F No. WD OI D e p t h o f fi e l d Resolution TV distortion Maximum Compatib le s ens or Mount 33. 0 112m m 270m m 0. 07m m 3. 7 μ 0. 00% 2/ 3 C * Indicated specifications are design values.　＊Resolution indicates a theoretical resolution at a wavelength of 550nm. *Depth of field is calculating assuming a horizontal 320 TV resolution using 1/2” camera (permissible circle of confusion 40μ). 36 TELECENTRIC LENS TELECENTRIC LENS 37 TL60-40 TELECENTRIC LENS TL Series TL80-40 WD40 Built-in type Telecentric Lens Series Short WD: WD40mm Suitable for small device and limited space φ16mm telecentric lens Suitable for bonding, chip mounter, etc.. M a g n i fi c a t i o n 6x D e p t h o f fi e l d 0. 09m m M a g n i fi c a t i o n 8x D e p t h o f fi e l d Object side NA 0. 072 TV distortion - 0. 10％ Object side NA 0. 073 TV distortion F No. WD OI 41. 6 40m m 118m m Resolution Maximum Compatible sensor Mount 4. 7 μ 1/ 2 C F No. WD OI 54. 8 40m m 130m m TL20C-40 0. 07m m 4. 6 μ 0. 11％ Maximum Compatible sensor Mount 1/ 2 C TL40C-40 M a g n i fi c a t i o n 2x D e p t h o f fi e l d 0. 28m m M a g n i fi c a t i o n 4x D e p t h o f fi e l d 0. 14m m Object side NA 0. 071 TV distortion 0. 13％ Object side NA 0. 071 TV distortion - 0. 19％ F No. WD OI TL 20-40 Resolution 14. 1 40m m 98m m TL40-40 Resolution Maximum Compatible sensor Mount 4. 7 μ 1/ 2 C F No. WD OI 28. 2 40m m 106m m TL60C-40 Resolution Maximum Compatible sensor Mount 4. 7 μ 1/ 2 C TL80C-40 M a g n i fi c a t i o n 2x D e p t h o f fi e l d 0. 28m m M a g n i fi c a t i o n 4x D e p t h o f fi e l d 0. 14m m M a g n i fi c a t i o n 6x D e p t h o f fi e l d 0. 09m m M a g n i fi c a t i o n 8x D e p t h o f fi e l d 0. 07m m Object side NA 0. 071 TV distortion 0. 13％ Object side NA 0. 071 TV distortion - 0. 19％ Object side NA 0. 072 TV distortion - 0. 10％ Object side NA 0. 073 TV distortion 0. 11％ F No. WD OI 14. 1 40m m 98m m Resolution Maximum Compatible sensor Mount 4. 7 μ 1/ 2 C F No. WD OI 28. 2 40m m 106m m Resolution Maximum Compatible sensor Mount 4. 7 μ 1/ 2 C F No. WD OI 41. 6 40m m 118m m Resolution Maximum Compatible sensor Mount 4. 7 μ 1/ 2 C F No. WD OI 54. 8 40m m 130m m Resolution Maximum Compatible sensor Mount 4. 6 μ 1/ 2 C * Indicated specifications are design values.　＊Resolution indicates a theoretical resolution at a wavelength of 550nm. *Depth of field is calculating assuming a horizontal 320 TV resolution using 1/2” camera (permissible circle of confusion 40μ). 38 TELECENTRIC LENS TELECENTRIC LENS 39 TL30-65 TL40-65 TL60-65 TELECENTRIC LENS TL Series TL80-65 WD65 Built-in type Telecentric Lens Series Middle WD: WD65mm Short OI and High NA M a g n i fi c a t i o n 3x M a g n i fi c a t i o n 4x M a g n i fi c a t i o n 6x M a g n i fi c a t i o n 8x Object side NA 0. 075 Object side NA 0. 077 Object side NA 0. 077 Object side NA 0. 077 163m m OI WD OI TL-**"R" type is improved contrast and relative illumination. D e p t h o f fi e l d Resolution TV distortion Maximum Compatible sensor Mount 65m m 149m m 0. 18m m 4. 47 μ 0. 15％ 2/ 3 C F No. WD OI D e p t h o f fi e l d Resolution TV distortion Maximum Compatible sensor Mount TL08C-65R 26. 0 65m m 150m m 0. 13m m 4. 36 μ 0. 30％ 2/ 3 C F No. WD OI D e p t h o f fi e l d Resolution TV distortion 65m m Mount 4. 36 μ Resolution TV distortion 2/ 3 Mount 0. 07m m 4. 36 μ 2/ 3 C TL20C-65R 1-32 UNF φ16 180m m 17.526 φ16 27.0 65m m 0. 20％ Maximum Compatible sensor C 52. 0 28.0 M a g n i fi c a t i o n 0. 8x M a g n i fi c a t i o n 1x M a g n i fi c a t i o n 1. 5x M a g n i fi c a t i o n 2x Object side NA 0. 027 Object side NA 0. 027 Object side NA 0. 047 Object side NA 0. 06 F No. WD OI D e p t h o f fi e l d Resolution TV distortion Maximum Compatible sensor Mount TL15-65R D e p t h o f fi e l d TL15C-65R WD= 65.3 TL10-65R WD 0. 09m m 66.9 TL08-65R F No. 0. 33％ Maximum Compatible sensor TL10C-65R 39. 0 φ34 φ16mm telecentric lens 19. 9 C Mount F No. TL20-65R 14. 8 65m m 166m m 1. 85m m 12. 3 μ 0. 00％ 1/ 1. 8 C F No. WD OI D e p t h o f fi e l d Resolution TV distortion Maximum Compatible sensor Mount TL30C-65 18. 5 65m m 166m m 1. 48m m 12. 4 μ 0. 00％ 1/ 1. 8 C F No. WD OI D e p t h o f fi e l d Resolution TV distortion Maximum Compatible sensor Mount TL40C-65 16. 0 65m m 150m m 0. 57m m 7. 22 μ 0. 00％ 1/ 1. 8 C F No. WD OI D e p t h o f fi e l d Resolution TV distortion 65m m 152m m 0. 33m m 5. 6 μ - 0. 01％ Maximum Compatible sensor Mount TL60C-65 16. 7 1/ 2 C TL80C-65 M a g n i fi c a t i o n 0. 8x M a g n i fi c a t i o n 1x M a g n i fi c a t i o n 1. 5x M a g n i fi c a t i o n 2x M a g n i fi c a t i o n 3x M a g n i fi c a t i o n 4x M a g n i fi c a t i o n 6x M a g n i fi c a t i o n 8x Object side NA 0. 027 Object side NA 0. 027 Object side NA 0. 047 Object side NA 0. 06 Object side NA 0. 075 Object side NA 0. 077 Object side NA 0. 077 Object side NA 0. 077 F No. WD OI D e p t h o f fi e l d Resolution TV distortion Maximum Compatible sensor Mount 14. 8 65m m 166m m 1. 85m m 12. 3 μ 0. 00％ 1/ 1. 8 C F No. WD OI D e p t h o f fi e l d Resolution TV distortion Maximum Compatible sensor Mount 18. 5 65m m 166m m 1. 48m m 12. 4 μ 0. 00％ 1/ 1. 8 C F No. WD OI D e p t h o f fi e l d Resolution TV distortion Maximum Compatible sensor Mount 16. 0 65m m 150m m 0. 57m m 7. 22 μ 0. 00％ 1/ 1. 8 C F No. WD OI D e p t h o f fi e l d Resolution TV distortion Maximum Compatible sensor Mount 16. 7 65m m 152m m 0. 33m m 5. 6 μ - 0. 01％ 1/ 2 C F No. WD OI D e p t h o f fi e l d Resolution TV distortion Maximum Compatible sensor Mount 19. 9 65m m 149m m 0. 18m m 4. 47 μ 0. 15％ 2/ 3 C F No. WD OI D e p t h o f fi e l d Resolution TV distortion Maximum Compatible sensor Mount 26. 0 65m m 150m m 0. 13m m 4. 36 μ 0. 30％ 2/ 3 C F No. WD OI D e p t h o f fi e l d Resolution TV distortion Maximum Compatible sensor Mount 39. 0 65m m 163m m 0. 09m m 4. 36 μ 0. 33％ 2/ 3 C F No. WD OI D e p t h o f fi e l d Resolution TV distortion 65m m 180m m 0. 07m m 4. 36 μ 0. 20％ Maximum Compatible sensor Mount 52. 0　 2/ 3 C * Indicated specifications are design values.　* Resolution is calculated based on MTF. *Depth of field is calculating assuming a horizontal 320 TV resolution using 1/2” camera (permissible circle of confusion 40μ). 40 TELECENTRIC LENS TELECENTRIC LENS 41 TL20-110R TELECENTRIC LENS TL Series TL08C-110R WD110 Built-in type Telecentric Lens Series　 Long WD: 110mm Compact and suitable for customized optical systems M a g n i fi c a t i o n 2× D e p t h o f fi e l d 0. 67m m M a g n i fi c a t i o n 0. 8× D e p t h o f fi e l d 2. 09m m Object side NA 0. 03 TV distortion - 0. 03% Object side NA 0. 024 TV distortion 0. 00% F No. φ16mm telecentric lens WD TL-**"R" type is improved contrast and relative illumination. OI 33. 45 Resolution 110m m 218m m Maximum Compatible sensor Mount 11. 2 μ 1/ 2 C F No. WD OI 16. 7 111m m 240m m TL10C-110R Maximum Compatible sensor Mount 14 μ 1/ 1. 8 C TL20C-110R M a g n i fi c a t i o n 1× D e p t h o f fi e l d 1. 67m m M a g n i fi c a t i o n 2× D e p t h o f fi e l d 0. 67m m Object side NA 0. 024 TV distortion 0. 00% Object side NA 0. 03 TV distortion - 0. 03% F No. WD OI 20. 9 Resolution 110m m 240m m Maximum Compatible sensor Mount 14 μ 1/ 1. 8 C F No. WD OI 33. 45 Resolution 110m m 218m m TL30C-110 Maximum Compatible sensor Mount 11. 2 μ 1/ 2 C TL40C-110R M a g n i fi c a t i o n 3× D e p t h o f fi e l d 0. 27m m M a g n i fi c a t i o n 4× D e p t h o f fi e l d 0. 22m m Object side NA 0. 049 TV distortion 0. 06% Object side NA 0. 045 TV distortion 0. 00% F No. WD OI TL08-110R Resolution 30. 4 Resolution 110m m 218m m TL10-110R Maximum Compatible sensor Mount 6. 8 μ 2/ 3 C F No. WD OI 44. 4 Resolution 110m m 210m m TL60C-110R Maximum Compatible sensor Mount 7. 5 μ 1/ 1. 8 C TL80C-110R M a g n i fi c a t i o n 0. 8× D e p t h o f fi e l d 2. 09m m M a g n i fi c a t i o n 1× D e p t h o f fi e l d 1. 67m m M a g n i fi c a t i o n 6× D e p t h o f fi e l d 0.15m m M a g n i fi c a t i o n 8× D e p t h o f fi e l d 0.11m m Object side NA 0. 024 TV distortion 0. 00% Object side NA 0. 024 TV distortion 0. 00% Object side NA 0. 045 TV distortion 0. 00% Object side NA 0. 045 TV distortion 0. 00% F No. WD OI 16. 7 111m m 240m m Resolution Maximum Compatible sensor Mount 14 μ 1/ 1. 8 C F No. WD OI 20. 9 110m m 240m m Resolution Maximum Compatible sensor Mount 14 μ 1/ 1. 8 C F No. WD OI 66. 7 110m m 232m m Resolution Maximum Compatible sensor Mount 7. 5 μ 1/ 1. 8 C F No. WD OI 88. 9 110m m 255m m Resolution Maximum Compatible sensor Mount 7. 5 μ 1/ 1. 8 C * Indicated specifications are design values.　＊Resolution indicates a theoretical resolution at a wavelength of 550nm. *Depth of field is calculating assuming a horizontal 320 TV resolution using 1/2” camera (permissible circle of confusion 40μ). 42 TELECENTRIC LENS TELECENTRIC LENS 43 TL Series WD220 Built-in type Telecentric Lens Series WD240 High Magnification Telecentric Lens for Long WD Long WD: 220mm High resolution and compact design Suitable for vacuum chamber, working environment in high temperature, etc.., required for long WD Suitable for various applications, alignment, inspection, Suitable for alignment, inspection, and other various applications 　 measurement, etc.. 4, 6, 8, and 10x are available Adjustable iris for 0.5x and 0.7x All models are designed for co-axial illumination Compatible with 2 mega pixel of 1/1.8” TL40C-240 TL05C-220 M a g n i fi c a t i o n F No. Object side NA WD OI 0. 5x 6. 79 0. 037 222m m 357m m D e p t h o f fi e l d Resolution TV distortion Maximum Compatible sensor Mount 2. 17m m 9. 1 μ 0. 02％ 1/ 1. 8 C M a g n i fi c a t i o n F No. Object side NA WD OI 0. 7x 9. 50 0. 037 222m m 367m m D e p t h o f fi e l d Resolution TV distortion Maximum Compatible sensor Mount 1. 55m m 9. 1 μ 0. 02％ 1/ 1. 8 M a g n i fi c a t i o n 4x D e p t h o f fi e l d 0. 14m m M a g n i fi c a t i o n 6x D e p t h o f fi e l d 0. 1m m Object side NA 0. 07 TV distortion 0. 22% Object side NA 0. 07 TV distortion 0. 0% F No. WD OI 28. 6 Resolution 239m m Maximum Compatible sensor 450. 0m m C Mount 4. 8 μ 2/ 3 C F No. WD OI 42. 9 Resolution 239m m 470. 6m m TL80C-240 Maximum Compatible sensor Mount 4. 8 μ 2/ 3 C TL100C-240 TL20C-220 M a g n i fi c a t i o n 1x D e p t h o f fi e l d 1. 07m m M a g n i fi c a t i o n 2x D e p t h o f fi e l d 0. 53m m M a g n i fi c a t i o n 8x D e p t h o f fi e l d 0. 07m m M a g n i fi c a t i o n 10x D e p t h o f fi e l d 0. 06m m Object side NA 0. 037 TV distortion 0. 00％ Object side NA 0. 038 TV distortion 0. 04％ Object side NA 0. 07 TV distortion 0. 03% Object side NA 0. 07 TV distortion 0. 32% WD OI 13. 35 222m m 384m m Resolution Maximum Compatible sensor Mount 9. 0 μ 1/ 1. 8 C F No. WD OI 26. 42 222m m 400m m Resolution Maximum Compatible sensor Mount * Indicated specifications are design values.　＊Resolution indicates a theoretical resolution at a wavelength of 550nm. *Depth of field is calculating assuming a horizontal 320 TV resolution using 1/2” camera (permissible circle of confusion 40μ). 44 TL60C-240 TL07C-220 TL10C-220 F No. TELECENTRIC LENS TL Series TELECENTRIC LENS 8. 8 μ 1/ 1. 8 C F No. WD OI 57. 1 239m m 476. 7m m Resolution Maximum Compatible sensor Mount 4. 8 μ 2/ 3 C F No. WD OI 71. 4 239m m 479. 8m m Resolution Maximum Compatible sensor Mount 4. 8 μ 2/ 3 C * Indicated specifications are design values.　＊Resolution indicates a theoretical resolution at a wavelength of 550nm. *Depth of field is calculating assuming a horizontal 320 TV resolution using 1/2” camera (permissible circle of confusion 40μ). TELECENTRIC LENS 45 TELECENTRIC LENS Telecentric Lens for Image Processing TL Series WD300mm Telecentric Lens for Super Long WD The most suitable optical system for measurement in high accuracy Telecentric optical system is an optical design that where the principal ray in parallel to the optical Suitable for applications required for super long WD axis. It eliminates distortion problems by collimating the light entering the lens and suitable for imaging 3D objects. Co-axial illumination is suitable for recognizing object with high reflectance such as wafer, glass, and metal. Super long WD, over 300mm TL10C-310 is compatible with 2/3” Non-telecentric lens TV distortion is less than 0.00% Smaller size Primary lays of object and image side are parallel to optical axis. The number of lenses is fewer. Object size does not change when object goes up and down. Object size changes as the object goes up and down. Large size and high cost Object side telecentric lens Principal ray of object side is parallel to optical axis. Required for co-axial illumination Object size does not change when object goes up and down. Small size, compared to double side telecentric lens TL07C-340 TL10C-310 0. 7x D e p t h o f fi e l d 1. 9m m M a g n i fi c a t i o n 1. 0x D e p t h o f fi e l d 1. 2m m Object side NA 0. 03 TV distortion 0. 00％ Object side NA 0. 032 TV distortion 0. 00％ WD OI 11. 6 341m m 506m m Resolution Maximum Compatible sensor Mount 11. 2 μ 1/ 1. 8 C F No. WD OI 15. 5 311m m 505m m Resolution Maximum Compatible sensor Mount Image side telecentric lens Principal ray of image side is parallel to optical axis. Object size changes when object size goes up and down. A lens for video camera should be this optical system to correct 　 color aberration. Standard Lens M a g n i fi c a t i o n F No. Double side telecentric lens 10. 5 μ 2/ 3 Telecentric lens Size of 3D object changes when it goes up and down when non-telecentric lens is used. Telecentric lens is suitable for accurate measurement of 3D object. C * Indicated specifications are design values.　＊Resolution indicates a theoretical resolution at a wavelength of 550nm. *Depth of field is calculating assuming a horizontal 320 TV resolution using 1/2” camera (permissible circle of confusion 40μ). 46 TELECENTRIC LENS TELECENTRIC LENS 47 HMZ0745C (Manual Zoom/Co-axial type) M25.4 C Mount Filter Pitch φ40mm 159.5mm M30.5 P=0.5 φ33mm M25.4 C Mount Filter Pitch M30.5 P=0.5 φ52 φ40mm High resolution and compact design 81.5 High Resolution Macro Zoom Lens 61.5 HMZ0745 (Manual Zoom/Straight type) MACROZOOM LENS HMZ Series WD=92mm 185.3mm Compatible with 1/1.8” of mega pixel camera High resolution and compact design High contrast and low distortion HMZ0745C-SM (Motorized Zoom/Co-axial type) Improve uniformity of brightness for co-axial illumination Magnification and working distance can be converted to 　 0.21x - 18x, WD40 - 332mm by using converters Lens Model M a g n i fi c a t i o n WD Resolution Object side NA Front Converter H M Z 0745 / H M Z 0745C / H M Z 0745C - S M 0. 7× - 4. 5× D e p t h o f fi e l d 2m m - 0. 08m m 92m m 11. 5 μ - 2. 87 μ 0. 03 - 0. 12 T V distor tion Maximum Compatible sensor 0. 05% - 0. 08% 1/ 1. 8 * Indicated specifications are design values.　 *Resolution indicates a theoretical resolution at a wavelength of 550nm. *Depth of field is calculating assuming a horizontal 320 TV resolution using 1/2” camera (permissible circle of confusion 40μ). Model Magnification WD with converter H M Z- F C 03 0. 3× 329mm H M Z- F C 05 0. 5× 182mm H M Z- F C 04 H M Z- F C 067 H M Z- F C 20 0. 4× 0. 67× 2. 0× Rear Converter Model H M Z- R C 20 M a g n i fi c a t i o n 2. 0× 235mm 118mm 37m m （Wiring Diagram）HMZ0745C-SM 48 MACROZOOM LENS MACROZOOM LENS 49 MACROZOOM LENS TLZ Series Low Magnification Zoom Lens with Co-axial Illumination 8.0x Compact Macro Zoom Lens Built-in co-axial illumination Suitable for various applications, inspection of wafer, IC chip, etc... Compact and wide zoom ratio, suitable for inspection of various objects CMZ0540-2 Long WD, 180mm 10x Zoom (0.2x - 2.0x) Focus function is available OI=403.8 φ29mm, suitable for small and limited spaces 17.526 206 M27X0.5 Motorized zoom type is available Long WD, 227mm 25 M a g n i fi c a t i o n 0. 5×～ 4. 0× D e p t h o f fi e l d 3. 3 ～ 0. 19m m Resolution 14 μ～ 6. 3 μ Maximum Compatible sensor 1/ 3 Object side NA TLZ0220C-SM (Motorized Zoom) 27 210 WD TLZ0220C (Manual Zoom) 1-32UNF C MOUNT High resolution at the whole magnification Filter Pitch φ29 Reduce relative illumination WD=180.3 φ29 Compact design of 10x zoom ratio 180. 3m m TV distortion 0. 02% 0. 024 ～ 0. 053 * Indicated specifications are design values.　 *Resolution indicates a theoretical resolution at a wavelength of 550nm. *Depth of field is calculating assuming a horizontal 320 TV resolution using 1/2” camera (permissible circle of confusion 40μ). 6.0x Zoom Lens S u i t a b l e fo r h i g h s p e e d a p p l i c ati o n s M a g n i fi c a t i o n 0. 2x - 2. 0x D e p t h o f fi e l d Resolution 22.4μ - 7.6μ Maximum Compatible sensor WD Object side NA 227m m 0.015 - 0.044 TV distortion 13.1mm - 0.45mm - 0. 16% - 0. 16% 1/ 1. 8 M a g n i fi c a t i o n 0. 2x - 2. 0x D e p t h o f fi e l d 13.1mm - 0.45mm Resolution 22.4μ - 7.6μ Maximum Compatible sensor 1/ 1. 8 WD Object side NA 227m m 0.015 - 0.044 TV distortion * Indicated specifications are design values.　*Resolution indicates a theoretical resolution at a wavelength of 550nm. *Depth of field is calculating assuming a horizontal 320 TV resolution using 1/2” camera (permissible circle of confusion 40μ). - 0. 16% - 0. 16% WD500mm - ∞ 　*Macro photography: Possible to use at WD10mm by pulling a macro lever Large aperture, suitable for high speed camera PH6 x 8Macro （Wiring Diagram）TLZ0220C-SM J6 x 11Macro φ46 φ50.5 φ50.5 17.526 1-32UN 46PO.75 φ48 φ50.5 98.2（∞）,102.7（at S.N.） MACRO LEVER Model Focal length 8 - 48m m (Zoom Ratio) （6. 0x） M a g n i fi c a t i o n a t W D 500m m 0. 017 - 0. 1 WD Maximum Compatible sensor 1/ 2 ∞F No. 1. 0 500m m - ∞ Filter Pitch M 46 P = 75 Model Focal length 11. 5 - 69m m (Zoom Ratio) （6. 0x） M a g n i fi c a t i o n a t W D 500m m 0. 024 - 0. 14 WD Maximum Compatible sensor 2/ 3 ∞F No. 1. 4 500m m - ∞ Filter Pitch M 46 P = 75 * I n d i c a t e d s p e c i fi c a t i o n s a r e d e s i g n v a l u e s .　 50 MACROZOOM LENS MACROZOOM LENS 51 MS1828‐ □ Adopt screw mount, stable mount mechanism without rattling FB=16 M42X1 φ65 M62X0.75 M42X1 φ60 4 M62X0.75 φ65 Standard mount is M42 101.9 4 High resolution lens for 4/3” 8 Mega and 12 Mega（CMV 12000） Suitable for large format, 12 Mega ( φ 30mm) and line scan, 8192 x 3.5 μ FB=16 99.3 φ60 12 Mega Machine Vision Lens for Large format, φ30mm MS2524- □ CCTV LENS MS Series Focal length 18m m Magnification at MOD 0. 15x Focal length 25m m Magnification at MOD 0. 2x Range of WD 100m m - ∞ Maximum Compatible sensor Φ 30. 7 Range of WD 120m m - ∞ Maximum Compatible sensor Φ 30. 7 ∞F No. Mount TV distortion 2. 8 0. 52% M 42, T F L- Ⅱ, o r C ∞F No. Mount * D r a w i n g i s f o r B 42 m o u n t ( M 42 x 1, F B 16. 1m m ) Achieve low distortion and wide angle for large format, φ 30mm M 42, T F L- Ⅱ, o r C Model No. of Mount Stable performance at different working distance by floating design FB=16 φ60 M42X1 φ60 M58X0.75 φ62.4 φ60.6 4 φ63.8 - 0. 27% * D r a w i n g i s f o r B 42 m o u n t ( M 42 x 1, F B 16. 1m m ) MS3520‐ □ 87 TV distortion 2. 4 D 42 6. 56m m　 （M 42 P = 1m m） V 42 11. 48m m （M 42 P = 1m m） S 42 10m m　　　（M 42 P = 1m m） B 42 16m m　　（M 42 P = 1m m） TFLⅡ 17. 5m m　　（M 48 P = 0. 75m m） C C Mount * □ = Mount * P l e a s e a s k f o r c u s t o m i z e d m o u n t f o r d i ff e r e n t b a c k f o c a l d i s t a n c e . Focal length 35m m Magnification at MOD Range of WD 100m m - ∞ Maximum Compatible sensor ∞F No. Mount 2. 0 0. 39x TV distortion M 42, T F L- Ⅱ, o r C - 0. 11% Φ 30. 7 * D r a w i n g i s f o r B 42 m o u n t ( M 42 x 1, F B 16. 1m m ) Standard Mount（MS3520- □） M42X1 MS3520-C FB=16 85.6 φ60 M58X0.75 φ62.4 φ60.6 φ63.8 φ60 4 M42X1 φ60 M58X0.75 φ62.4 φ60.6 φ63.8 CCTV LENS 4 φ60 M58X0.75 φ62.4 φ60.6 φ63.8 φ60 φ60 M58X0.75 φ62.4 φ60.6 φ63.8 φ60 φ60 M58X0.75 φ62.4 φ60.6 φ63.8 M42X1 MS3520-TFL Ⅱ 4 52 FB=11.48 91.6 4 MS3520-B42 87 FB=10  φ60 93.1 FB=17.526 φ60 FB=6.56 4 MS3520-V42 M42X1 96.5 MS3520-S42 1-32UNF （C-mount） MS3520-D42 CCTV LENS 53 HS0818V φ22.8 φ60 Suitable for 4 Mega - 9 Mega sensor 17.526 M58 P=0.75 62 4 C Mount φ44.5 Over 4 Mega Pixel CCTV Lens for 1” 1-32 UNF HS0619V CCTV LENS HS-V Series 6.5 Focal length 6m m TV distortion 0. 83% Focal length 8m m Angle of view（V×H） 78. 1° × 62. 1° Range of WD 100m m～∞ Maximum Compatible sensor 1 Range of WD 100m m～∞ Maximum Compatible sensor Angle of view（V×H） 94. 7° × 78. 1° ∞F No. 1. 8 TV distortion Range of WD 300m m～∞ Maximum Compatible sensor Filter pitch M 40. 5　P = 0. 5 - 0. 69% 1 φ44.5 17.526 M40.5X0.5 16mm 1:1.4 7.8 Angle of view（V×H） 54. 9° × 42. 2 TV distortion φ44 4 12. 5m m 1. 4 φ42.5 φ44.5 φ22 1-32 UNF M40.5X0.5 φ44 φ42.5 46 Focal length ∞F No. 1 HS1614V 17.526 12.5mm 1:1.4 M 58　P = 0. 75 - 0. 17% HS1214V 60 Filter pitch φ22 1. 9 1-32 UNF ∞F No. 4 6.8 Focal length 16m m Angle of view（V×H） 44. 2° × 33. 5° Range of WD 300m m～∞ Maximum Compatible sensor ∞F No. TV distortion 1. 4 - 0. 85% Filter pitch M 40. 5 P = 0. 5 1 HS2514V 25mm 1:1.4 Design for 1” φ44.5 φ20.5 Suitable for 4 mega – 9 mega pixel camera 1-32 UNF φ42.5 17.526 M40.5X0.5 φ44 46 4 7.5 Suitable for different types of sensor: CMOSIS CMV2000, CMV4000, OnSemi VITA5000, Sony IMX174, etc.. Stable performance at different working distance, from macro to infinity by floating design Robust design 54 CCTV LENS Focal length 25m m Angle of view（V×H） 28. 6° × 21. 6° Range of WD 300m m～∞ Maximum Compatible sensor ∞F No. TV distortion 1. 4 - 0. 02% Filter pitch M 40. 5　P = 0. 5 1 CCTV LENS 55 HF0528J-2 HF0818J-2 CCTV LENS HF Series High Resolution Machine Vision Lens for Over 5 Mega Pixel Suitable for inspection and alignment , required for high accuracy Focal length 5m m TV distortion 0. 29% Focal length 8m m TV distortion 0. 31% Range of WD 50m m - ∞ Maximum Compatible sensor 2/ 3 Range of WD 100m m - ∞ Maximum Compatible sensor 2/ 3 Suitable for 5 mega – 10 mega pixel camera ∞F No. 2. 8 f16mm – f75mm are compatible with 1.1” Maximum Magnification 0. 076x Suitable for different types of sensor: CMOSIS CMV2000, CMV4000, OnSemi VITA5000, Sony IMX174, etc.. Filter pitch M 55 P = 0. 75 ∞F No. 1. 8 Filter pitch M 40. 5 P = 0. 75 Maximum Magnification 0. 078x HF1214J-2 HF1618V-2 Excellent performance at macro imaging, compared with conventional mega pixel CCTV lens Stable performance at different working distance by floating design Large aperture Robust design, suitable for machine vision applications Comparison of resolution 5 Mega Pixel Lens Mega Pixel Lens Focal length 12m m TV distortion - 0. 31% Focal length 16m m TV distortion - 0. 28% Range of WD 100m m - ∞ Maximum Compatible sensor 2/ 3 Range of WD 33m m - ∞ Maximum Compatible sensor 1. 1 ∞F No. 1. 4 Filter pitch M 37. 5 P = 0. 5 Maximum Magnification 0. 1x ∞F No. 1. 8 φ22.4 C Mount φ53.5 17.526 1-32 UNF φ54 HF3514V-2 M52 P=0.75 φ55 M 49 P = 0. 75 Maximum Magnification 0. 3x HF2514V-2 74.5 Filter pitch Focal length 25m m TV distortion - 0. 09% Focal length 35m m TV distortion - 0. 027% Range of WD 80m m - ∞ Maximum Compatible sensor 1. 1 Range of WD 110m m - ∞ Maximum Compatible sensor 1. 1 ∞F No. 1. 4 Filter pitch Maximum Magnification 0. 3x M 52 P = 0. 75 ∞F No. 1. 4 Filter pitch M 46 P = 0. 75 Maximum Magnification 0. 3x HF5018V-2 HF7518V-2 φ57.5 φ57 17.526 M55×０.75 116.5 1-32 UNF C Mount Focal length 50m m TV distortion - 0. 01% Focal length 75m m TV distortion 0. 00% Range of WD 192m m - ∞ Maximum Compatible sensor 1. 2 Range of WD 290m m - ∞ Maximum Compatible sensor 1. 2 ∞F No. 1. 8 Maximum Magnification 0. 3x Filter pitch M 49 P = 0. 75 ∞F No. 1. 8 Filter pitch Maximum Magnification 0. 3x M 55 P = 0. 75 * I n d i c a t e d s p e c i fi c a t i o n s a r e d e s i g n v a l u e s .　　* T V d i s t o r t i o n i n d i c a t e s a v a l u e f o r 2/ 3” a t m i n i m u m w o r k i n g d i s t a n c e . 56 CCTV LENS CCTV LENS 57 HS1614J HS2514J CCTV LENS HS Series 2 Mega Pixel CCTV Lens High resolution and large aperture, F No. 1.4 Suitable for various applications Excellent brightness, F No. 1.4, suitable for 　 　 high speed application Design for 2 mega pixel (1/1.8” and 2/3”) Stable performance from macro to infinity ( ∞ ) Robust design 1.3 Focal length 16m m Angle of view（V×H） 23° × 30° Range of WD 200m m - ∞ Maximum Compatible sensor ∞F No. TV distortion HS0814J 8m m Angle of view（V×H） 44° × 56° Range of WD 100m m - ∞ Maximum Compatible sensor TV distortion 1. 4 0. 83% Filter pitch M 34 P = 0. 5 2/ 3 12m m Angle of view（V×H） 30° × 39° Range of WD 150m m - ∞ Maximum Compatible sensor TV distortion 1. 4 - 0. 12% Filter pitch * I n d i c a t e d s p e c i fi c a t i o n s a r e d e s i g n v a l u e s . * T V d i s t o r t i o n i n d i c a t e s a v a l u e f o r m i n i m u m w o r k i n g d i s t a n c e . * A n g l e o f v i e w i n d i c a t e s a v a l u e f o r m a x i m u m c o m p a t i b l e s e n s o r. 58 CCTV LENS M 30. 5 P = 0. 5 2/ 3 Focal length 25m m Angle of view（V×H） 15° × 19° Range of WD 300m m - ∞ Maximum Compatible sensor ∞F No. TV distortion 1. 4 M 30. 5 P = 0. 5 2/ 3 35m m Angle of view（V×H） 11° × 14° Range of WD 300m m - ∞ Maximum Compatible sensor TV distortion 1. 4 - 0. 06% Filter pitch M 30. 5 P = 0. 5 2/ 3 HS5018J Focal length ∞F No. Filter pitch - 0. 12% HS3514J Focal length ∞F No. Filter pitch - 0. 14% HS1214J Focal length ∞F No. 1. 4 M 30. 5 P = 0. 5 2/ 3 Focal length 50m m Angle of view（V×H） 7. 7° × 10° Range of WD 500m m - ∞ Maximum Compatible sensor ∞F No. TV distortion 1. 8 Filter pitch 0. 07% M 30. 5 P = 0. 5 2/ 3 * I n d i c a t e d s p e c i fi c a t i o n s a r e d e s i g n v a l u e s .　　 * T V d i s t o r t i o n i n d i c a t e s a v a l u e f o r m i n i m u m w o r k i n g d i s t a n c e . * A n g l e o f v i e w i n d i c a t e s a v a l u e f o r m a x i m u m c o m p a t i b l e s e n s o r. CCTV LENS 59 FV1022 FV1520 　 CCTV LENS FV Series Mega Pixel Low Distortion CCTV Lens Design for low distortion and mega pixel Focal length ∞ F No. High resolution, suitable for mega pixel camera Range of WD TV distortion Design for machine vision application, 10m m 2. 2 0. 1m - ∞ Angle of view（V×H） 26. 31°× 34. 61° Filter pitch Maximum Compatible sensor - 0. 08% 　 excellent performance at short WD, less than 500mm M 27 P = 0. 5 1/ 2 Focal length 15m m Angle of view（V×H） 24.11°× 31.79° Range of WD 0. 1m - ∞ Maximum Compatible sensor ∞ F No. TV distortion 2. 0 - 0. 09% FV2020 Reduce color aberration, compared with Filter pitch M 27 P = 0. 5 2/ 3 FV2520 　 conventional CCTV lens TV distortion less than 0.1% (except for f4mm) Possible to use for macro imaging without 　 extension ring Focal length 20m m Angle of view（V×H） 18. 2°× 24.11° Range of WD 0. 1m - 1m Maximum Compatible sensor ∞ F No. TV distortion 2. 0 Filter pitch - 0. 10% M 27 P = 0. 5 2/ 3 Focal length 25m m Angle of view（V×H） 14.75°×19. 58° Range of WD 0. 15m - 1m Maximum Compatible sensor ∞ F No. TV distortion 2. 0 - 0. 01% FV3020 Comparison of Distortion FV0420　　0.9%　 　Conventional f4mm lens FV low distortion lens FV0420 4m m Angle of view（V×H） 59. 96°×75.14° Range of WD 0. 1m - ∞ Maximum Compatible sensor 0. 91% Filter pitch M 27 P = 0. 5 30m m Angle of view（V×H） 12. 55°×16. 69° Range of WD 0. 2m - 1m Maximum Compatible sensor CCTV LENS 2. 0 1/ 2 6. 5m m Angle of view（V×H） 40. 47°× 52. 35° Range of WD 0. 1m - ∞ Maximum Compatible sensor ∞ F No. TV distortion 2. 2 Filter pitch - 0. 01% Filter pitch - 0. 02% M 27 P = 0. 5 2/ 3 Focal length 35m m Angle of view（V×H） 10.77°×14. 32° Range of WD 0. 3m - 1m Maximum Compatible sensor ∞ F No. TV distortion 1. 9 M 30. 5 P = 0. 5 1/ 2 50m m Angle of view（V×H） 7. 82°×10. 38° Range of WD 0. 4m - 1m Maximum Compatible sensor TV distortion 2. 5 0. 03% Filter pitch M 27 P = 0. 5 2/ 3 FV7538 Focal length ∞ F No. Filter pitch - 0. 03% FV5025 Focal length * I n d i c a t e d s p e c i fi c a t i o n s a r e d e s i g n v a l u e s .　　* A n g l e o f v i e w i n d i c a t e s a v a l u e f o r m a x i m u m c o m p a t i b l e s e n s o r.　 * TV distortion indicates a value for minimum working distance. 60 FV3519 Focal length FV0622 Focal length TV distortion 2/ 3 Approx. 18% TV distortion 2. 0 M 27 P = 0. 5 Conventional CCTV lens ∞ F No. ∞ F No. Filter pitch M 27 P = 0. 5 2/ 3 Focal length 75m m Angle of view（V×H） 5.11°× 6. 81° Range of WD 0. 4m - 1m Maximum Compatible sensor ∞ F No. TV distortion 3. 8 Filter pitch - 0. 01% M 27 P = 0. 5 2/ 3 * I n d i c a t e d s p e c i fi c a t i o n s a r e d e s i g n v a l u e s .　　* A n g l e o f v i e w i n d i c a t e s a v a l u e f o r m a x i m u m c o m p a t i b l e s e n s o r. * TV distortion indicates a value for the minimum working distance. CCTV LENS 61 MV0813 MV1214 CCTV LENS MV Series CCTV Lens Wide range of focal length is available Suitable for various applications Focal length f3.5mm - f100mm, 10 models are available Focal length 8. 0m m Angle of view（V×H） 45° × 57. 8° Range of WD 0. 2m - ∞ Maximum Compatible sensor ∞F No. Available for focus and iris lock screws 1. 3 Suitable for various applications Filter pitch M 25. 5 P = 0. 5 2/ 3 Focal length 12m m Angle of view（V×H） 21. 9° × 29° Range of WD 0. 3m - ∞ Maximum Compatible sensor ∞F No. 1. 4 MV1614 16m m Angle of view（V×H） 23° × 30. 4° Range of WD 0. 4m - ∞ Maximum Compatible sensor 1. 4 M 27 P = 0. 5 1/ 2 MV2514 Focal length ∞F No. Filter pitch Filter pitch M 27 P =0.5 2/ 3 Focal length 25m m Angle of view（V×H） 21. 6° × 28. 5° Range of WD 0. 5m - ∞ Maximum Compatible sensor ∞F No. 1. 4 MV3519 Filter pitch M27 P= 0.5 2/ 3 MV5018 36.7 17.526 35m m Angle of view（V×H） 10. 8° × 14. 4° Range of WD 0. 5m - ∞ Maximum Compatible sensor ∞F No. MV0316 1. 9 MV0614 Filter pitch M 27 P = 0. 5 2/ 3 1-32 UNF C Mount φ32 Focal length M30.5 P=0.5 4 Focal length 50m m Angle of view（V×H） 7. 9° × 10. 5° Range of WD 1m - ∞ Maximum Compatible sensor ∞F No. 1. 8 MV7527 Filter pitch 17.526 44.2 17.526 4 4 Angle of view（V×H） 68. 9° × 84. 9° Range of WD 0. 1m - ∞ Maximum Compatible sensor 1. 6 Filter pitch * I n d i c a t e d s p e c i fi c a t i o n s a r e d e s i g n v a l u e s . 62 CCTV LENS M43 P=0.75 1/ 2 Focal length 6. 0m m Angle of view（V×H） 42. 3° × 54. 6° Range of WD 0. 2m - ∞ Maximum Compatible sensor ∞F No. 1. 4 Filter pitch * A n g l e o f v i e w i n d i c a t e s a v a l u e f o r m a x i m u m c o m p a t i b l e s e n s o r. M27 P=0.5 1/ 2 Focal length 75m m Angle of view（V×H） 4. 9° × 6. 5° Range of WD 1m - ∞ Maximum Compatible sensor ∞F No. 2. 7 Filter pitch * I n d i c a t e d s p e c i fi c a t i o n s a r e d e s i g n v a l u e s . M 30. 5 P = 0. 5 2/ 3 1-32 UNF C Mount φ32 M30.5 P=0.5 2.4 1-32 UNF C Mount φ32 3. 5m m M30.5 P=0.5 2.4 ∞F No. 2/ 3 MV10035 42.5 Focal length M 30. 5 P = 0. 5 Focal length 100m m Angle of view（V×H） 3. 8° × 5. 1° Range of WD 1m - ∞ Maximum Compatible sensor ∞F No. 3. 5 Filter pitch M 30. 5 P = 0. 5 2/ 3 * A n g l e o f v i e w i n d i c a t e s a v a l u e f o r m a x i m u m c o m p a t i b l e s e n s o r. CCTV LENS 63 Magnification, WD and FOV Chart for Extension Ring Mega Pixel Low Distortion CCTV Lens (FV Series) CCTV lens can be changed into macro lens with extension rings Extension Ring （m m） Attach to the end of a lens to change magnification and WD Model S p e c i fi c a t i o n S R - 02 0. 2m m S R - 05 0. 5m m 0 0. 5 1 SR-1 1m m 1. 5 SR-2 2m m 2 SR-5 5m m 5 S R - 10 10m m S R - 15 15m m S R - 20 20m m S R - 30 30m m S R - 40 40m m S R - 50 FV0420 FOV（V x H） 1/2" CCD 1/3" CCD 126×168 95×126 30×41 23×30 40×53 30×40 17×23 13×17 20×27 15×20 WD (mm) 97 14 23 3 6 FV0622 magnification 0.038 0.158 0.120 0.279 0.240 Extension Ring （m m） 50m m 0 S R - 100 100m m SR-SET 0. 5m m、1m m、2m m、 5m m、10m m、 20m m、40m m 0. 5 1 1. 5 2 5 10 15 FV2020 FOV（V x H） 1/2" CCD 1/3" CCD 22×29 17×22 229×305 171×229 20×27 15×20 107×142 80×107 18×24 14×18 70×93 52×70 17×22 12×17 51×68 38×51 15×20 11×15 41×54 31×41 10×14 7.8×10 18×24 14×18 6.8×9.1 5.1×6.8 9.5×13 7.1×9.5 5.1×6.8 3.8×5.1 6.4×8.5 4.8×6.4 WD (mm) 0 0. 5 FOV（V x H） 1/2" CCD 1/3" CCD 147×196 110×147 28×37 21×28 35×46 26×35 WD (mm) 100 10 14 MV0614 magnification 0.03 0.17 0.14 1 FOV（V x H） 1/2" CCD 1/3" CCD 165×221 124×165 44×58 33×44 60×79 45×60 25×34 19×25 30×40 22×30 WD (mm) 200 43 63 19 25 MV0813 magnification 0.03 0.11 0.08 0.19 0.16 1. 5 FOV（V x H） 1/2" CCD 1/3" CCD 96×128 72×96 43×57 32×43 77×102 57×77 27×37 21×27 38×51 29×38 20×27 15×20 26×34 19×26 WD (mm) 148 59 115 34 52 22 31 MV1214 magnification 0.05 0.11 0.06 0.18 0.13 0.24 0.19 2 FOV（V x H） 1/2" CCD 1/3" CCD 103×137 77×103 55×73 41×55 119×159 89×119 38×50 28×38 59×79 45×59 29×38 21×29 40×53 30×40 23×31 17×23 30×40 22×30 WD (mm) 248 125 289 80 136 57 85 42 59 0.05 0.09 0.04 0.13 0.08 0.17 0.12 0.21 0.16 5 10 FOV（V x H） 1/2" CCD 1/3" CCD 109×145 82×109 64×86 48×64 156×208 117×156 45×61 34×45 78×104 58×78 35×47 26×35 52×69 39×52 29×38 22×29 39×52 29×39 14×18 10×14 16×21 12×16 7.3×9.7 5.4×7.3 7.8×10 5.8×7.8 WD (mm) 358 206 515 143 252 108 164 86 120 35 42 14 15 0 0. 5 1 1. 5 2 5 10 15 20 FOV（V x H） 1/2" CCD 1/3" CCD 87×115 65×87 64×85 48×64 242×322 181×242 50×67 38×50 121×161 91×121 42×56 31×42 81×107 60×81 36×47 27×36 60×81 45×60 19×25 14×19 24×32 18×24 11×14 8.0×11 12×16 9.1×12 7.4×9.8 5.5×7.4 8.1×11 6.0×8.1 5.6×7.5 4.2×5.6 6.0×8.1 4.5×6.0 25 30 35 40 45 50 64 MV2514 ATTACHMENT WD (mm) 458 338 1270 269 637 223 425 191 320 103 130 60 66 43 45 34 35 MV3519 magnification 0.06 0.08 0.02 0.1 0.04 0.12 0.06 0.13 0.08 0.25 0.2 0.45 0.4 0.65 0.6 0.85 0.79 FOV（V x H） 1/2" CCD 1/3" CCD 66×87 49×66 55×73 41×55 335×447 251×335 47×63 35×47 168×223 126×168 41×55 31×41 112×149 84×112 37×49 28×37 84×112 63×84 22×30 17×22 34×45 25×34 13×18 10×13 17×22 13×17 9.5×13 7.2×9.5 11×15 8.4×11 7.4×9.9 5.6×7.4 8.4×11 6.3×8.4 6.1×8.1 4.6×6.1 6.7×8.9 5.0×6.7 WD (mm) 500 422 2459 366 1240 324 834 291 631 185 265 121 143 93 103 78 82 68 70 MV5018 magnification 0.07 0.09 0.01 0.1 0.03 0.12 0.04 0.13 0.06 0.22 0.14 0.36 0.29 0.5 0.43 0.65 0.57 0.79 0.72 MV7527 FOV（V x H） 1/2" CCD 1/3" CCD 90×120 68×90 WD (mm) 943 0.05 57×76 154×205 51×67 115×154 31×41 46×61 18×25 23×31 13×18 15×21 10×14 12×15 8.4×11 9.2×12 7.1×9.4 7.7×10 6.1×8.2 6.6×8.8 5.4×7.2 5.8×7.7 610 1577 548 1193 347 503 226 273 174 196 145 158 126 134 113 119 104 108 97 100 0.08 0.03 0.1 0.04 0.16 0.1 0.26 0.21 0.37 0.31 0.47 0.42 0.57 0.52 0.68 0.63 0.78 0.73 0.89 0.83 magnification FOV（V x H） 1/2" CCD 1/3" CCD 60×80 45×60 WD (mm) 1000 0.04 0.07 0.03 0.11 0.06 0.14 0.09 0.17 0.12 0.35 0.31 0.66 0.62 MV10035 magnification 0.08 Extension Ring （m m） 0 0. 5 1 1. 5 2 FOV（V x H） 1/2" CCD 1/3" CCD 46×62 35×46 WD (mm) 1000 10 magnification 0.1 15 20 25 43×57 115×154 38×51 86×115 23×31 35×46 14×18 17×23 10×13 12×15 7.7×10 8.6×12 6.3×8.4 6.9×9.2 5.3×7.1 5.8×7.7 4.6×6.1 4.9×6.6 4.1×5.4 4.3×5.8 30 43×57 184×246 30×40 74×98 20×27 37×49 15×20 25×33 12×16 18×25 10×14 15×20 8.7×12 12×16 7.6×10 11×14 6.7×9.0 9.2×12 6.1×8.1 8.2×11 5.5×7.4 7.4×9.8 32×43 138×184 23×30 55×74 15×20 28×37 11×15 18×25 9×12 14×18 7.6×10 11×15 6.5×8.7 9.2×12 5.7×7.6 7.9×11 5.1×6.7 6.9×9.2 4.6×6.1 6.1×8.2 4.1×5.5 5.5×7.4 776 3189 607 1422 475 833 408 636 369 538 342 479 323 440 309 412 297 391 289 375 281 361 0.11 0.03 0.16 0.07 0.24 0.13 0.32 0.2 0.4 0.26 0.47 0.33 0.55 0.39 0.63 0.46 0.71 0.52 0.79 0.59 0.87 0.65 0.056 0.132 0.077 0.209 0.154 0.286 0.230 FOV（V x H） 1/2" CCD 1/3" CCD 49×65 37×49 33×44 25×33 98×131 73×98 25×33 18×25 49×66 37×49 20×26 15×20 33×44 25×33 16×22 12×16 25×33 18×25 8.2×11 6.2×8.2 9.9×13 7.4×9.9 WD (mm) 91 56 196 38 90 28 55 21 38 3 6 FV1520 magnification 0.098 0.146 0.049 0.195 0.097 0.244 0.146 0.292 0.195 0.585 0.487 88 984 79 447 71 287 64 209 59 164 38 67 22 30 15 17 0.217 0.021 0.241 0.045 0.265 0.069 0.290 0.094 0.314 0.118 0.459 0.263 0.702 0.506 0.945 0.749 35 27×37 95×127 19×26 48×63 15×20 32×42 12×16 24×32 10×14 19×25 9.0×12 16×21 7.9×11 14×18 7.1×9.4 12×16 6.4×8.5 11×14 5.8×7.8 9.5×13 21×27 71×95 15×19 36×48 11×15 24×32 9×12 18×24 8×10 14×19 6.7×9.0 12×16 5.9×7.9 10×14 5.3×7.1 8.9×12 4.8×6.4 7.9×11 4.4×5.8 7.1×9.5 724 2413 609 1432 546 1105 505 941 478 843 458 778 443 731 430 696 421 669 412 647 FOV（V x H） 1/2" CCD 1/3" CCD 27×35 20×27 185×246 138×185 24×32 18×24 107×142 80×107 22×29 16×22 74×98 55×74 20×27 15×20 56×75 42×56 19×25 14×19 46×62 35×46 13×17 9.5×13 22×29 16.2×22 8.4×11 6.3×8.4 11×15 8.6×11 6.2×8.3 4.7×6.2 7.8×10 5.9×7.8 5.0×6.6 3.7×5.0 5.9×7.9 4.4×5.9 WD (mm) 142 988 128 559 117 390 107 299 99 242 69 112 45 58 34 39 27 28 FV3020 magnification 0.181 0.026 0.200 0.045 0.220 0.065 0.240 0.085 0.259 0.104 0.377 0.222 0.573 0.418 0.769 0.614 0.965 0.810 FOV（V x H） 1/2" CCD 1/3" CCD 29×39 22×29 155×206 116×155 27×35 20×27 102×136 77×102 24×32 18×24 75×100 56×75 22×30 17×22 59×79 44×59 21×28 16×21 49×66 37×49 15×19 11×15 24×32 18×24 9.6×13 7.2×9.6 13×18 9.9×13 7.2×9.6 5.4×7.2 9.0×12 6.8×9.0 5.8×7.7 4.3×5.8 6.9×9.2 5.2×6.9 WD (mm) 190 986 173 639 159 473 148 376 137 312 98 156 68 86 53 60 44 47 FOV（V x H） 1/2" CCD 1/3" CCD 33×44 24×33 27×36 20×27 150×200 113×150 23×30 17×23 74×98 55×74 20×26 15×20 49×66 37×49 17×23 13×17 37×50 28×37 10×14 7.7×10 15×20 11×15 6.0×8.1 4.5×6.0 7.4×9.9 5.6×7.4 WD (mm) 92 73 462 60 223 50 144 43 104 20 32 6 8 magnification 0.147 0.179 0.032 0.212 0.065 0.244 0.097 0.276 0.129 0.470 0.324 0.794 0.647 FV3519 magnification 0.164 0.031 0.181 0.047 0.198 0.064 0.214 0.081 0.231 0.097 0.331 0.197 0.498 0.364 0.664 0.531 0.831 0.697 FOV（V x H） 1/2" CCD 1/3" CCD 37×49 27×37 133×178 100×133 33×44 25×33 96×128 72×96 30×40 23×30 74×98 55×74 28×37 21×28 61×81 46×61 26×34 19×26 52×69 39×52 18×23 13×18 27×36 20×27 12×15 9×12 15×20 11×15 8.6×11 6.4×8.6 10×14 7.7×10 6.8×9.1 5.1×6.8 7.9×11 5.9×7.9 5.7×7.6 4.3×5.7 6.4×8.5 4.8×6.4 WD (mm) 288 985 262 711 241 558 222 461 207 393 149 213 105 126 83 93 71 75 62 64 magnification 0.131 0.036 0.145 0.050 0.159 0.065 0.174 0.079 0.188 0.093 0.273 0.179 0.416 0.322 0.559 0.465 0.702 0.607 0.845 0.750 magnification 5 Extension Ring （m m） 97 30 65 12 23 4 9 FV1022 magnification 25 MV1614 magnification WD (mm) FV2520 magnification 20 MV0316 FOV（V x H） 1/2" CCD 1/3" CCD 86×114 64×86 36×48 27×36 62×83 47×62 23×31 17×23 31×42 23×31 17×22 13×17 21×28 16×21 10 Magni fi c ati o n, WD a nd FOV Cha r t fo r E x te ns i o n Rin g C C T V L e n s ( M V S e r i e s) Extension Ring （m m） ATTACHMENT Extension Ring 0.18 0.05 0.25 0.1 0.32 0.15 0.39 0.2 0.46 0.25 0.54 0.3 0.61 0.35 0.68 0.4 0.75 0.45 0.82 0.5 40 45 50 FV5025 FOV（V x H） 1/2" CCD 1/3" CCD 37×50 28×37 96×128 72×96 35×46 26×35 80×107 60×80 32×43 24×32 69×91 51×69 30×40 23×30 59×79 44×59 28×38 21×28 53×70 40×53 21×28 16×21 31×42 24×31 14×19 11×14 19×25 14×19 11×15 8.2×11 13×18 10×13 8.9×12 6.6×8.9 10×14 7.8×10 7.4×9.9 5.6×7.4 8.5×11 6.4×8.5 6.4×8.6 4.8×6.4 7.2×9.6 5.4×7.2 5.6×7.5 4.2×5.6 6.2×8.3 4.7×6.2 5.0×6.7 3.8×5.0 5.5×7.3 4.1×5.5 WD (mm) 397 993 370 826 345 707 324 619 306 551 230 335 166 207 132 153 111 122 97 103 86 90 78 80 72 73 FV7538 magnification 0.129 0.050 0.139 0.060 0.150 0.070 0.160 0.081 0.170 0.091 0.232 0.153 0.335 0.256 0.438 0.359 0.542 0.462 0.645 0.566 0.748 0.669 0.851 0.772 0.954 0.875 FOV（V x H） 1/2" CCD 1/3" CCD 24×31 18×24 62×83 47×62 23×30 17×23 57×76 43×57 22×29 17×22 53×71 40×53 21×28 16×21 49×66 37×49 21×28 16×21 46×62 35×46 18×24 13×18 33×44 25×33 14×19 11×14 23×30 17×23 12×16 8.8×12 17×23 13×17 10×13 7.6×10 14×18 10×14 8.9×12 6.6×8.9 12×15 8.7×12 7.9×10 5.9×7.9 10×13 7.5×10 7.1×9.5 5.3×7.1 8.7×12 6.5×8.7 6.4×8.6 4.8×6.4 7.8×10 5.8×7.8 5.9×7.9 4.4×5.9 7.0×9.3 5.3×7.0 5.5×7.3 4.1×5.5 6.4×8.5 4.8×6.4 WD (mm) 398 988 386 910 375 844 364 787 356 738 307 538 253 375 217 290 191 239 172 204 157 179 145 160 135 146 126 134 119 124 magnification 0.204 0.077 0.211 0.084 0.218 0.090 0.225 0.097 0.231 0.104 0.272 0.144 0.340 0.212 0.407 0.280 0.475 0.347 0.542 0.415 0.610 0.482 0.677 0.550 0.745 0.618 0.813 0.685 0.880 0.753 ATTACHMENT 65 Extension Ring （m m） 0 HS0814J FOV（V x H） 1/2" CCD 1/3" CCD HS1214J WD (mm) Magnification Magnification FOV（V x H） 1/2" CCD 1/3" CCD WD (mm) Magnification 49×65 90 0.074 61×81 46×61 145 0.079 60ｘ80 45ｘ60 197 0.08 450×600 989 0.008 400×533 300×400 994 0.012 300ｘ400 225ｘ300 996 0.016 36×47 27×36 40 0.135 40×54 30×40 92 0.119 44ｘ58 33ｘ44 141 0.11 1. 5 2 70×93 52×70 98 0.069 91×121 68×91 223 0.053 102ｘ136 77ｘ102 343 0.047 24×33 18×24 21 0.196 30×40 23×30 65 0.16 34ｘ45 26ｘ34 108 0.141 37×49 28×37 42 0.13 52×69 39×52 120 0.093 62ｘ83 47ｘ62 204 0.077 19×25 14×19 11 0.256 24×32 18×24 50 0.2 28ｘ37 21ｘ28 87 0.171 25×34 19×25 21 0.19 36×48 27×36 80 0.133 45ｘ60 34ｘ45 144 0.107 15×20 11×15 5 0.317 20×27 15×20 39 0.24 24ｘ32 18ｘ24 73 0.201 19×25 14×19 11 0.251 28×37 21×28 58 0.173 35ｘ46 26ｘ35 110 0.138 10×13 7.5×10 13 0.482 13ｘ17 9.4ｘ13 34 0.383 12×15 8.7×12 17 0.415 15ｘ20 11ｘ15 42 0.32 5.4×7.2 4.1×5.4 2 0.885 7ｘ9.3 5.2ｘ7 15 0.686 5.9×7.8 4.4×5.9 2 0.818 7.7ｘ10 5.8ｘ7.7 16 0.623 WD (mm) Magnification 0.111 5 10 0. 5 WD (mm) 65×86 1 0 1/3" CCD Rear converter for C mount HS1614J 600×800 0. 5 Extension Ring （m m） FOV（V x H） 1/2" CCD HS2514J FOV（V x H） 1/2" CCD 1/3" CCD HS3514J WD (mm) Magnification FOV（V x H） 1/2" CCD 1/3" CCD WD (mm) Magnification 1/2" CCD 1/3" CCD 55ｘ74 41ｘ55 291 0.087 47ｘ63 35ｘ47 337 0.102 43ｘ58 32ｘ43 438 138ｘ185 988 0.026 98ｘ131 73ｘ98 701 0.049 80ｘ107 60ｘ80 813 0.06 45ｘ60 34ｘ45 236 0.107 41ｘ55 31ｘ41 295 0.116 40ｘ53 30ｘ40 402 0.121 107ｘ142 80ｘ107 560 0.045 75ｘ100 56ｘ75 542 0.064 69ｘ91 51ｘ69 693 0.07 38ｘ51 29ｘ38 200 0.126 37ｘ49 28ｘ37 263 0.13 37ｘ49 27ｘ37 371 0.131 1. 5 2 5 10 15 20 30 35 Easy to convert magnification without changing the working distance 　* Using rear converter is deteriorated resolution and F No. Configuration Lens Rear converter CCD camera HS5018J FOV（V x H） 185ｘ246 1 ATTACHMENT Rear Converter WD and FOV Chart for Extension Ring 2 Mega CCTV Lens (HS Series) 74ｘ98 55ｘ74 390 0.065 62ｘ82 46ｘ62 441 0.078 60ｘ80 45ｘ60 604 0.08 33ｘ44 25ｘ33 172 0.146 33ｘ44 25ｘ33 235 0.145 34ｘ45 26ｘ34 345 0.141 57ｘ76 43ｘ57 298 0.084 52ｘ70 39ｘ52 371 0.092 53ｘ70 40ｘ53 536 0.091 29ｘ39 22ｘ29 151 0.166 21ｘ28 16ｘ21 145 0.231 24ｘ32 18ｘ24 239 0.203 46ｘ62 35ｘ46 241 0.104 27ｘ36 20ｘ27 188 0.178 32ｘ42 24ｘ32 317 0.152 17ｘ23 13ｘ17 87 0.283 13ｘ17 10ｘ13 87 0.374 16ｘ21 12ｘ16 159 0.305 22ｘ29 16ｘ22 111 0.221 15ｘ20 11ｘ15 101 0.321 19ｘ25 14ｘ19 188 0.254 10ｘ13 7.5ｘ10 50 0.479 9.3ｘ12 7ｘ9.3 62 0.517 12ｘ16 9ｘ12 118 0.408 12ｘ15 8.6ｘ12 57 0.417 10ｘ14 7.8ｘ10 67 0.464 13ｘ18 10ｘ13 133 0.357 7.1ｘ9.5 5.3ｘ7.1 35 0.674 7.3ｘ10 5.5ｘ7.3 47 0.66 9ｘ13 7.1ｘ9.4 95 0.51 7.8ｘ10 5.9ｘ7.8 37 0.613 7.9ｘ11 5.9ｘ7.9 50 0.607 10ｘ14 7.8ｘ10 103 0.459 5.5ｘ7.4 4.1ｘ5.5 26 0.87 6ｘ8 4.5ｘ6 37 0.803 7.8ｘ10.4 5.9ｘ7.8 78 0.613 5.9ｘ7.9 4.5ｘ5.9 27 0.808 6.4ｘ8.5 4.8ｘ6.4 39 0.75 8.5ｘ11.4 6.4ｘ8.5 83 0.562 6. 7 ｘ 9 5 ｘ 6. 7 67 0. 715 7. 2 ｘ 9. 6 5. 4 ｘ 7. 2 70 0. 664 5. 9 ｘ 7. 8 4. 4 ｘ 5. 9 59 0. 818 6. 3 ｘ 8. 3 4. 7 ｘ 6. 3 60 0. 767 RC15 M a g n i fi c a t i o n 1. 5x RC20 M a g n i fi c a t i o n 2. 0x RC25 M a g n i fi c a t i o n 2. 5x RC30 M a g n i fi c a t i o n 3. 0x RC40 M a g n i fi c a t i o n 66 ATTACHMENT 4. 0x ATTACHMENT 67 Prism Adapter Attach to the tip of lenses and use for adjustment of wavelength and brightness Prism adapters for telecentric lenses Bend the optical axis at 90° and suitable for mark recognition ＵＶ C u t F i t e r　（P r o t e c t i o n c o v e r fi l t e r） Model Filter U V 225 U V 255 U V 270 U V 305 ATTACHMENT Filter Screw Pitch U V−C U T U V−C U T U V−C U T U V−C U T 22. 5 25. 5 27. 0 30. 5 90° slide-looking rectangular mirror type　 90° slide-looking pentaprism type IR Cut Fiter Model Filter I R 225 I R 255 I R 270 I R 305 Screw Pitch I R−C U T I R−C U T I R−C U T I R−C U T 22. 5 25. 5 27. 0 30. 5 P L 225 P L 255R P L 270R P L 305R O p t i c a l a x i s c a n b e b e n t 90° d e g r e e s . E ff e c t i v e w h e n t h e r e i s n o space above the object. Monitored image is an electing image. Model Compatible model Model Compatible model T L- P M 22- 1 W D 220 Te l e c e n t r i c φ 22 T L- P P 22- 1 W D 220 Te l e c e n t r i c φ 22 T L- P M 16- 1 Polarized Fiter Model O p t i c a l a x i s c a n b e b e n t 90° d e g r e e s . E ff e c t i v e w h e n t h e r e i s n o space above the object. Monitored image is a mirror image. Filter 　P L 225 P L 255 Rotation type P L 270 Rotation type P L 305 Rotation type T L- P M 39- 1 Screw Pitch 22. 5 25. 5 27. 0 30. 5 φ 16 Te l e c e n t r i c S e r i e s W D 220 Te l e c e n t r i c φ 39 T L- P P 16- 1 T L- P P 39- 1 Optical axis pitch conversion type φ 16 Te l e c e n t r i c S e r i e s W D 220 Te l e c e n t r i c φ 39 Optical axis pitch 90°conversion type ND Fiter Model N D 2225 N D 2255 N D 2270 N D 2305 N D 2405 N D 4225 Filter ＮＤ 2（50％） ＮＤ 2（50％） ＮＤ 2（50％） ＮＤ 2（50％） ＮＤ 2（50％） ＮＤ 4（25％） Screw Pitch 22. 5 25. 5 27. 0 30. 5 40. 5 22. 5 Model N D 4255 N D 4270 N D 4305 N D 4405 N D 8270 N D 8305 Filter Screw Pitch Filter Screw Pitch N D 4( 25% ) N D 4( 25% ) N D 4( 25% ) N D 4( 25% ) N D 8( 12. 5% ) N D 8( 12. 5% ) 25. 5 27. 0 30. 5 40. 5 27. 0 30. 5 Color Fiter Model B 225 B 255 B 270 B 305 G 225 G 255 G 270 G 305 Y 225 Filter Blue Blue Blue Blue Green Green Green Green Ye l l o w Screw Pitch 22. 5 25. 5 27. 0 30. 5 22. 5 25. 5 27. 0 30. 5 22. 5 Model Y 255 Y 270 Y 305 R 225 R 255 R 270 R 305 R 405 Ye l l o w Ye l l o w Ye l l o w Red Red Red Red Red 25. 5 27. 0 30. 5 22. 5 25. 5 27. 0 30. 5 40. 5 Narrow pitch marks between two points can be recognized. Narrow pitch marks between two points can be recognized. E ff e c t i v e w h e n t h e r e i s n o s p a c e a b o v e t h e o b j e c t . Model Compatible model Model Compatible model T L- P T 16- 2 φ 16 Te l e c e n t r i c（P i t c h 10m m / O n e s i d e 5m m） T L- P T V 16- 2 φ 16 Te l e c e n t r i c（P i t c h 10m m / O n e s i d e 5m m） T L- P T 16- 1 T L- P T 16- 3 φ 16 Te l e c e n t r i c（P i t c h 8m m / O n e s i d e 4m m） φ 16 Te l e c e n t r i c（P i t c h 20m m / O n e s i d e 10m m） T L- P T V 16- 1 T L- P T V 16- 3 φ 16 Te l e c e n t r i c（P i t c h 8m m / O n e s i d e 4m m） φ 16 Te l e c e n t r i c（P i t c h 20m m / O n e s i d e 10m m） * P l e a s e c o n t a c t u s f o r d i ff e r e n t fi l t e r s , n o t l i s t e d o n t h e c a t a l o g u e . 68 ATTACHMENT ATTACHMENT 69 Glossary Resolution( μ m) F Number (F No) Resolution indicates the ability to recognize two points that are c l o s e t o g e t h e r. Resolution values in this catalogue are theoretical resolution at 550n m . R e s o l u t i o n = 0. 61 x λ / N A The brightness of a lens at infinity. It is calculated by dividing t h e f o c a l l e n g t h b y t h e d i a m e t e r o f e n t r a n c e p u p i l ( D ) ( e ff e c t i v e aperture)). F No. = f/D Beam splitter Wavelength Coating Spectral ratio 400n m - 700n m Slope: Dielectric multilayer 　　　 coating Side: AR multi-coated T：R ＝ 50：50 Surface tolerance λ／ 4 Angle ± 3° Size tolerance + 0. 1 ／- 0. 3m m Material B K- 7 Model Dimension（mm） B S - 10 10× 10× 10 B S - 15 15× 15× 15 B S - 20 20× 20× 20 B S - 25 25× 25× 25 Resolving power(line/mm) Resolving power indicates the number of black and white lines d i s t i n g u i s h e d w i t h i n 1m m i n a n i m a g e t h r o u g h a b l a c k a n d w h i t e grid-like chart lens. It is expressed by line/mm. F o r e x a m p l e , 100 l i n e / m m m e a n s t h a t b l a c k a n d w h i t e p i t c h 1/ 100m m ( 10 μ ) c a n b e d i s t i n g u i s h e d . T h e w i d t h o f b o t h t h e b l a c k a n d w h i t e l i n e s i s 1/ 200m m ( 5 μ ) . Polarized beam splitter Wavelength Coating Spectral ratio 450n m - 650n m Slope: Dielectric multilayer 　　　 coating Side: AR multi-coated Tp ＞ 95　R s ＞ 95 Surface tolerance λ／ 4 Angle ± 3° Size tolerance + 0. 1 ／- 0. 3m m Material B K- 7 Model Horizontal TV resolution Dimension（mm） B S P - 03 3× 3× 3 B S P - 05 5× 5× 5 B S P - 08 8× 8× 8 B S P - 10 10× 10× 10 The total number of black and white horizontal stripes on a TV monitor screen. I t i s e x p r e s s e d i n T V l i n e s . F o r r e s o l v i n g p o w e r, a p a i r o f b l a c k and white lines is counted as one line. H o w e v e r, f o r T V l i n e s , o n e p a i r i s c o u n t e d a s 2 T V l i n e s . F o r e x a m p l e , i f 470 h o r i z o n t a l T V l i n e s o f 1/ 2 C C D ( H = 6. 4m m ) i s u s e d ,　r e q u i r e d r e s o l v i n g p o w e r i s 1m m / ( 6. 4m m / ( 470/ 2) ) = 36. 72/ m m . Distortion Half mirror Coating Spectral ratio Ideal image Surface: Dielectric multilayer 　　　 　coating Rear surface : AR multi-coated T：R ＝ 50：50 Surface tolerance λ - 3λ Parallelism W i t h i n 1° Angle of incidence 45° Material Crown Model H M - 30- 1 H M - 50- 1 Dimension（mm） Thickness（mm) 30× 30 1 Actual image △h h D ：Optical distortion DTV：TV distortion 50× 50 1 100× 100 1 H M - 30- 2 30× 30 2 H M - 50- 2 50× 50 2 100× 100 2 Optical distortion Lens's aberration where a straight object outside of the optical axis appears curved. Model Dimension（mm） Thickness（mm) AM-5 5× 5 1 A M - 10 10× 10 1 TV distortion I m a g e d i s t o r t i o n o n a T V m o n i t o r. T h e c l o s e r t o z e r o , t h e b e t t e r the performance. A M - 30 30× 30 2 A M - 50 50× 50 3 100× 100 3 H M - 100- 1 H M - 100- 2 y △ , y m ：Vertical screen/Diagonal , y0 Aluminized surface mirror Coating Aluminum + Sio Surface tolerance λ Size tolerance + 0 ／- 0. 2m m Material Crown A M - 100 Surface tolerance Slope: Aluminum coated Vertical plane: AR multi-coated λ／ 2 Angle ± 3° Size tolerance + 0 ／- 0. 2m m Material B K- 7 Model Dimension（mm） TP-5 5× 5× 5 T P - 10 10× 10× 10 T P - 15 15× 15× 15 T P - 20 20× 20× 20 T P - 25 25× 25× 25 T P - 30 30× 30× 30 T P - 40 40× 40× 40 T P - 50 50× 50× 50 Model Dimension（mm） Penta prism Coating Surface tolerance 70 ATTACHMENT Effective F No T h e b r i g h t n e s s o f a l e n s a t a c e r t a i n m a g n i fi c a t i o n . E ff e c t i v e F N o . = ( 1 + M ) x F N o . NA The higher the NA, the greater the resolution and brightness are. When the half angle that an image makes on exit pupil is u' and refractive index is n', n' xsin u' is called image side numberical aperture, NA'. NA in this catalogue indicates object side numerical aperture. N A = M / 2x F, N A ' = 1/ 2x F. Relation of NA and NA' is NA=NA' x Optical magnfification or N A ' = N A / o p t i c a l m a g n fi c i a t t i o n . MTF It provides a graph analyzing a lens’ ability to resolve sharp d e t a i l s i n v e r y fi n e s e t s o f p a r a l l e l l i n e s , a n d a l e n s ’ c o n t r a s t o r ability to provide a sharp transfer between light and dark areas in sets of thicker parallel lines. Depth of field Images through lenses theoretically form as points. Acceptable blur on an acceptably clear image is called the permissible circle of confusion.Depth is the distance between the nearest and farthest points that appear in acceptably sharp focus when an object is shifted back and force from the best focal point. Depth r a n g e o f t h e o b j e c t s i d e i s c a l l e d d e p t h o f fi e l d . D e p t h o f fi e l d = 2( P e r m i s s i b l e c i r c l e o f c o n f u s i o n x E ff e c t i v e F N o / M a g n i fi c a i t i o n 2) Depth of focus Depth is the distance between the nearest and farthest points that appear in acceptably sharp forcus when a CCD is shifted back and force from the best focal point. Depth range of the image side is called depth of focus. Angle of view The angle formed by imaginary lines connecting the lens second principal point with both ends of the image diagonal. Angle of view is directly associated with lens focal length. As the focal l e n g t h i s l o n g e r, t h e a n g l e o f v i e w i s n a r r o w e r. A n g l e o f v i e w ＝ 2x t a nー 1D（I m a g e s i z e）／ 2 f（F o c a l l e n g t h） Right angle prism Coating MATERIAL Optical Lens Parts Tw o s i d e d : A R m u l t i - c o a t e d Tw o s i d e d : b l a c k c o a t e d 　　　　　　 a l u m i n u m λ／ 2 Angle ± 3° Size tolerance ± 0. 2m m Material B K- 7 PP-5 5× 5× 5 P P - 10 10× 10× 10 P P - 15 15× 15× 15 P P - 20 20× 20× 20 P P - 25 25× 25× 25 P P - 30 30× 30× 30 Aperture efficiency/Relative illumination (%) A p e r t u r e e ffi c i e n c y i n d i c a t e s t h e b r i g h t n e s s d i ff e r e n c e b e t w e e n the optical axis of the image formation plane and its surrounding area when an evenly bright object is captured with a lens. It is expressed by percent(%) assuming that the center brightness is 100. I t i s o n e o f a l e n s ' s o p t i c a l c h a r a c t e r i s t i c s . Shading Shading is center and with a lens. lens and TV the brightness difference between TV monitor's its edges when an evenly bright object is captured Shading indicates comprehensive performance of a camera. Chromatic aberration In lenses' optional systems, positions where images are formed a n d i m a g e m a g n i fi c a t i o n d i ff e r a c c o r d i n g t o l i g h t ' s w a v e l e n g t h . Rays with different wavelengths have different colors. This is called chromatic aberration. Aberration on the optical axis is called chromatic aberration on the axis and magnification d i ff e r e n c e i s c a l l e d m a g n i fi c a t i o n c h r o m a t i c a b e r r a t i o n . WD Distance from the object to the front lens. OI D i s t a n c e f r o m t h e o b j e c t t o t h e i m a g e s e n s o r. Focal length Focal length is the distance from the optical system's principle point to the focal point. Distance from the vertex of the last lens to the back focal point is called back length. Distance from the vertex o f t h e fi r s t l e n s t o t h e f r o n t f o c a l p o i n t i s c a l l e d f r o n t f o c a l l e n g t h . Image size The diameter of the sharp image circle formed by a lens. Area sensor is expressed by inch, and diameter of image circle is e q u a l t o d i a g o n a l o f s e n s o r. I m a g e c i r c l e o f d i a m e t e r f o r l i n e sensor is equal to the maximum sensor size. It is expressed by pixel size x resolution. MATERIAL 71 MATERIAL Optical Data How to calculate optical magnification Most of lenses in this catalogue are designed for finite distance. Image format (sensor size) divided by object size equal to optical magnification. It is the most important to select a lens. Image Format Area Sensor Examples of area sensor used for machine vision. Different size of sensor will be expected to be available for various applications. mage Size（inch） 1/3 1/2.5 1/2 1/1.8 2/3（5Mega） 1（4Mega） 1 1.1（6.5Mega） 1.2 Vertical（mm） 3.6 4.27 4.8 5.35 7.1 11.264 9.6 12.8 15.15 Horizontal（mm） 4.8 5.7 6.4 7.14 8.47 11.264 12.8 12.8 15.15 6 7.12 8 8.93 11 15.9 16 17.4 21.4 Diagonal（mm） Line Sensor Length of line sensor is formed, depended on pixel size and resolution. As the sensor size is larger, design and manufacture of a lens for line sensor are more difficult and complicated. Sensor Size（mm） 10.24 Pixel size（μm） Resolution（pixel） 14.34 20.48 28.67 28.67 35 36 57.34 57.34 61.44 81.92 10 14 10 14 7 4.7 7 7 3.5 5 5 1024 1024 2048 2048 4096 7450 5150 8192 16384 12288 16384 Formula of optical magnification Field of View (FOV) The actual size of a viewed object that can be taken when a lens is mounted to a camera. Ex). Magnification: 0.5x Image format: 1/2 Vertical FOV ＝ 4.8 ÷ 0.5 ＝ 9.6mm 　Horizontal FOV ＝ 6.4 ÷ 0.5 ＝ 12.8mm Magnification Magnification (M) = Image format/FOV M=y'/y 　＝ b/a Electronic magnification and monitor magnification Electronic magnification Magnification of an image on a CCD camera when it is displayed on a monitor screen. Monitor magnification Magnification of an object displayed on a monitor screen through a lens. Ex). Magnification: 0.5x Image format: 1/2 Monitor size: 15 inch (1 inch = 25.4mm) Electronic magnification　15 x 25.4 ÷ 8 ＝ 47.6x　　　Monitor magnification　　0.5 x 47.65 ＝ 23.8x 72 MATERIAL MATERIAL 73 Distributed by: Sigmaringer Str. 121 70567 Stuttgart Tel.: +49 711 997 996 3 Fax: +49 711 997 996 50 www.maxxvision.com [email protected]