Model No. Format (") Mount Focal Length (mm) Aperture (F) Angle of View (HOR) M.O.D. (m) Rear ( mm) Front Filter Thread ( MxP=) Dimensions Weight (g)

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3 FEATURE INDIATION Lens type Fixed Focal VariFocal Zoom Iris type Manual Iris D Auto Iris Video Auto Iris 3 Motors Function Wide Aperture Ratio Aspherical Lens Megapixel Lens Day & Night Feature of VariFocal Wide Angle VariFocal Fixed focal length, very simple and compact design ompact design, focal length adjusted manually Focal length adjusted without focus shift of image plane Manually operated iris Auto iris supporting D controlled cameras Auto iris supporting Video controlled cameras Operated iris, zoom and focus by electric remote control Large aperture that transmits more light Aspherical lens which greatly improves the image quality and makes the design compact Highperformance lens which is used mainly with megapixel cameras Lens optimized for both visible and new IR spectrum which eliminates focus shift with Day&Night cameras Varifocal lens provides a wide field of view Angle of View (HOR) Effective Aperture Front (mm) Rear (mm) Front Filter Thread (MxP=) (xd)or(xhxd) T2314FI T2616FI T0412FI MANUAL IRIS MOUNT/MOUNT Telephoto VariFocal Varifocal lens provides a small field of view or magnified image in long range applications Feature of Zoom Spot Filter A neutral density filter inside the lens that attenuates the amount of light transmission from very bright object Preset on Focus & Zoom The model which has the function of preset on focus and zoom Override Manual The model which enables manual control from remote locations Application of Megapixel / FA Lens Security FAImage Procession For Security, available in monitoring at infinity. Provides good image recognition accuracy For Factory Autmation or Image Procession, used in momitoring at a close proximity Angle of View (HOR) Effective Aperture Front (mm) Rear (mm) Front Filter Thread (MxP=) (xd)or(xhxd) T0812FI H1214FI M

4 AUTO IRIS D DRIVE/VIDEO DRIVE Angle of View (HOR) Effective Aperture Front (mm) Rear (mm) Front Filter Thread (MxP=) (xd)or(xhxd) Angle of View (HOR) Effective Aperture Front (mm) Rear (mm) Front Filter Thread (MxP=) (xd)or(xhxd) TG2314F TG0812F TG2616F HG0614F TG0412F HG1214F Angle of View (HOR) Effective Aperture Front (mm) Rear (mm) Front Filter Thread (MxP=) Angle of View (HOR) Effective Aperture Front (mm) Rear (mm) Front Filter Thread (MxP=) (xd)or(xhxd) (xd)or(xhxd) T2Z T3Z3510IR T2Z T4Z T3Z T10Z T3Z T5Z8513IR VARIFOAL MANUAL IRIS Angle of View (HOR) Effective Aperture Front (mm) Rear (mm) Front Filter Thread (MxP=) (xd)or(xhxd) TG2314AF TG2616AF HG1214AF Angle of View (HOR) Effective Aperture Front (mm) Rear (mm) Front Filter Thread (MxP=) (xd)or(xhxd) H2Z H3Z4512IR H3Z H3Z1014 Series type lenses have no focus shift with or without IR lighting only when used with type cameras. If these lenses are used with type cameras, some focus shift may occur with IR lighting.

5 Angle of View (HOR) Effective Aperture Front (mm) Rear (mm) Front Filter Thread (MxP=) (xd)or(xhxd) TG2Z1816F TG2Z2814F TG2Z3514F TG3Z2312F Angle of View (HOR) Effective Aperture Front (mm) Rear (mm) Front Filter Thread (MxP=) (xd)or(xhxd) HG2Z4516F HG3Z4512FIR HG3Z1014F HG3Z1014 Series type lenses have no focus shift with or without IR lighting only when used with type cameras. If these lenses are used with type cameras, some focus shift may occur with IR lighting. VARIFOAL AUTO IRIS D DRIVE Angle of View (HOR) Effective Aperture Front (mm) Rear (mm) Front Filter Thread (MxP=) Angle of View (HOR) Effective Aperture Front (mm) Rear (mm) Front Filter Thread (MxP=) (xd)or(xhxd) (xd)or(xhxd) TG3Z2710F TG4Z2813F TG3Z2910F TG10Z0513F TG3Z3510F TG5Z8513FIR TG3Z3510FIR VARIFOAL AUTO IRIS D DRIVE

6 VARIFOAL AUTO IRIS VIDEO DRIVE Angle of View (HOR) Effective Aperture Front (mm) Rear (mm) Front Filter Thread (MxP=) Angle of View (HOR) Effective Aperture Front (mm) Rear (mm) Front Filter Thread (MxP=) (xd)or(xhxd) (xd)or(xhxd) Angle of View (HOR) Effective Aperture Front (mm) Rear (mm) Front Filter Thread (MxP=) (xd)or(xhxd) TG2Z1816AF TG3Z3510AF TG5Z8513AFIR TG2Z2814AF TG3Z3510AFIR HG2Z4516AF TG2Z3514AF TG4Z2813AF HG3Z4512AFIR TG3Z2710AF TG10Z0513AF HG3Z1014AF Angle of View (HOR) Effective Aperture Front (mm) Rear (mm) Front Filter Thread (MxP=) Angle of View (HOR) Effective Aperture Front (mm) Rear (mm) Front Filter Thread (MxP=) (xd)or(xhxd) (xd)or(xhxd) H6Z T6Z5710AID H6Z0812AID M6Z T6Z5710AIVD H6Z0812AIVD MANUAL ZOOM MANUAL IRIS/D DRIVE/VIDEO DRIVE HG3Z1014 Series type lenses have no focus shift with or without IR lighting only when used with type cameras. If these lenses are used with type cameras, some focus shift may occur with IR lighting.

7 MOTORIZED ZOOM MOTORIZED ZOOM Angle of View (HOR) Effective Aperture Front (mm) Rear (mm) Front Filter Thread (MxP=) (xd)or(xhxd) T6Z5710M T6Z5710MP T6Z5710MS T6Z5710MSP Angle of View (HOR) Effective Aperture Front (mm) Rear (mm) Front Filter Thread (MxP=) (xd)or(xhxd) T10Z5712M T10Z5712MP T10Z5712MS T10Z5712MSP Angle of View (HOR) Effective Aperture Front (mm) Rear (mm) Front Filter Thread (MxP=) (xd)or(xhxd) T6Z5710AMS T6Z5710AMSP T6Z5710D T6Z5710PD Angle of View (HOR) Effective Aperture Front (mm) Rear (mm) Front Filter Thread (MxP=) (xd)or(xhxd) T10Z5712AMS T10Z5712AMSP T10Z5712D T10Z5712PD

8 MOTORIZED ZOOM MOTORIZED ZOOM Angle of View (HOR) Effective Aperture Front (mm) Rear (mm) Front Filter Thread (MxP=) (xd)or(xhxd) T21Z5816M T21Z5816MP T21Z5816MS T21Z5816MSP Angle of View (HOR) Effective Aperture Front (mm) Rear (mm) Front Filter Thread (MxP=) (xd)or(xhxd) T34Z5518AMS T34Z5518AMSP T34Z5518D T34Z5518PD Angle of View (HOR) Effective Aperture Front (mm) Rear (mm) Front Filter Thread (MxP=) (xd)or(xhxd) T21Z5816AMS T21Z5816AMSP T21Z5816D T21Z5816PD Angle of View (HOR) Effective Aperture Front (mm) Rear (mm) Front Filter Thread (MxP=) (xd)or(xhxd) T34Z5518AMSR T34Z5518AMSPR

9 MOTORIZED ZOOM MOTORIZED ZOOM Angle of View (HOR) Effective Aperture Front (mm) Rear (mm) Front Filter Thread (MxP=) (xd)or(xhxd) H6Z0812M H6Z0812MP H6Z0812MS H6Z0812MSP Angle of View (HOR) Effective Aperture Front (mm) Rear (mm) Front Filter Thread (MxP=) (xd)or(xhxd) H10Z0812M H10Z0812MP H10Z0812MS H10Z0812MSP Angle of View (HOR) Effective Aperture Front (mm) Rear (mm) Front Filter Thread (MxP=) (xd)or(xhxd) H6Z0812AMS H6Z0812AMSP Angle of View (HOR) Effective Aperture Front (mm) Rear (mm) Front Filter Thread (MxP=) (xd)or(xhxd) H10Z0812AMS H10Z0812AMSP

10 MOTORIZED ZOOM MOTORIZED ZOOM Angle of View (HOR) Effective Aperture Front (mm) Rear (mm) Front Filter Thread (MxP=) (xd)or(xhxd) H10Z1218M H10Z1218MP H10Z1218MS H10Z1218MSP Angle of View (HOR) Effective Aperture Front (mm) Rear (mm) Front Filter Thread (MxP=) (xd)or(xhxd) H16Z7516AMS H16Z7516AMSP H16Z7516AMSR H16Z7516AMSPR Angle of View (HOR) Effective Aperture Front (mm) Rear (mm) Front Filter Thread (MxP=) (xd)or(xhxd) H10Z1218AMS H10Z1218AMSP H10Z1218D H10Z1218PD Angle of View (HOR) Effective Aperture Front (mm) Rear (mm) Front Filter Thread (MxP=) (xd)or(xhxd) H16Z7516D H16Z7516PD

11 MOTORIZED ZOOM MOTORIZED ZOOM Angle of View (HOR) Effective Aperture Front (mm) Rear (mm) Front Filter Thread (MxP=) (xd)or(xhxd) H16Z7516AMSIR H16Z7516AMSPIR H16Z7516AMSRIR H16Z7516AMSPRIR Angle of View (HOR) Effective Aperture Front (mm) Rear (mm) Front Filter Thread (MxP=) (xd)or(xhxd) H30Z1015AMS H30Z1015AMSP H30Z1015AMSR H30Z1015AMSPR Features of H16Z7516IR Series Infrared light increases at night because the wavelength distribution changes greatly between day and night. In case of night surveillance with infrared lighting, standard TV lenses cause a focus shift because of the difference in wavelength distribution, even when focused properly during the day. Features of H30Z1015 Series This lens provides the most powerful zoom ratio (10300mm) and fastest Fstop (F) in the TV market, making it ideal for long distance or low light surveillance. Typical applications include highway and traffic monitoring, port and harbor surveillance, airport surveillance and border patrol. omputar's new IR zoom lens utilizes a special optical glass material which minimizes light dispersion. As a result, refocusing is not required when used at night with infrared lighting. The lens also has a special multicoating on all lens elements so that the lens transmits more light up to the infrared region. This provides a much more vivid picture when used at night with Day/Night ameras or Ultra High Sensitivity ameras.

12 SEURITY/FAIMAGE PROESSION Angle of View (HOR) Effective Aperture Front (mm) Rear (mm) Front Filter Thread (MxP=) Angle of View (HOR) Effective Aperture Front (mm) Rear (mm) Front Filter Thread (MxP=) (xd)or(xhxd) (xd)or(xhxd) HG2Z0414FMP M0814MP M3Z1228MP M1214MP SEURITY Highperformance megapixel lens which is required for highresolution cameras. Advanced optical design provides highresolution image throughout the focal range. Unique varifocal design provides an adjustable angle of view while maintaining megapixel resolution. High resolution with minimal distortion in both center and corner area of image. M1614MP HG2Z0414FMP M3Z1228MP FA IMAGE PROESSION Superhighperformance lens which fully utilizes the resolution of megapixel sensors. Designed for megapixel cameras. M0814MP M1214MP M1614MP M2514MP M5018MP H0514MP MLM3XMP MLH10X TEM55 Multi purpose and excellent performance lens for short working distance as required by factory automation and machine vision applications. Dedicated design emphasis on the performance for closeup applications required in factory automation and image processing areas. Low distortion. Assured excellent light intensity even in peripheral areas. Robust design with builtin locking mechanisms for focus and iris. Angle of View (HOR) Effective Aperture Front (mm) Rear (mm) Front Filter Thread (MxP=) (xd)or(xhxd) H0514MP SEURITY/FAIMAGE PROESSION MEGA PIXELFA Angle of View (HOR) Effective Aperture Front (mm) Rear (mm) Front Filter Thread (MxP=) (xd)or(xhxd) M2514MP M5018MP FA IMAGE PROESSION & SEURITY Achieves high level of excellent resolution in both closeup applications required in factory automations, image processing areas. And a high megapixel performance for longer applications required in the security field. Angle of View (HOR) Effective Aperture Front (mm) Rear (mm) Front Filter Thread (MxP=) NOTES (xd)or(xhxd) MLH10X X (6") Macro Zoom Lens markmlh10x, MLM3XMPshows Maximum Magnification TEM55 has 0.75X and 2X rear adapters as option. MLM3XMP 1.0X Macro Zoom Lens DESRIPTION APPLIATION TEM Telecentric Lens M550.75X Rear converter 0.75X (Designed for TEM55) Attached between lens and camera Makes focal length 0.75X M552.0X Rear converter 2.0X (Designed for TEM55) Attached between lens and camera Makes focal length 2.0X MEGA PIXELFA

13 PINHOLE MANUAL IRIS/D DRIVE/VIDEO DRIVE Angle of View (HOR) Effective Aperture Front (mm) Rear (mm) Front Filter Thread (MxP=) (xd)or(xhxd) T2625P TG2625FP TG2625AFP DESRIPTION APPLIATION EX X Extender for mount Attached between lens and camera Makes focal length X EX2 2X Extender for mount Attached between lens and camera Doubles focal length EX X Extender for mount Attached between lens and camera Makes focal length X EX2 2X Extender for mount Attached between lens and camera Doubles focal length AESSORIES DESRIPTION APPLIATION VM100 Extension Tube Kit 40, 20, 10, 5, 1, 0.5mm Attached between lens and camera Reduces minimum focusing distance VM400 5mm Adapter Ring Attached between lens and camera Adapts mount lens to mount camera VM300 View Finder Adjustable field of view Helps determine required focal lenght

14 10 10 TEHNIAL INFORMATION Aberration Theory for Spherical Lens for Aspherical lens TEHNIAL INFORMATION Spot Image Spot Image By definition, spherical lenses have a constant radius of curvature and are commonly used in the majority of TV lenses. Unfortunately all spherical surfaces exhibit spherical aberration which is the inability of the element to focus the light rays passing through the center and the edge of the element to a single point in the image plane. This problem is solved by using an aspheric surface, which does focus the rays passing through the two zones of the aspheric surface to the same point on the image plane. Manufacturing techniques required to produce an aspheric surface are more expensive than conventional spherical fabrication, however the use of aspheric elements in a lens greatly improves the image quality.

15 TV cameras, when used at night, are subjected to considerably more near infrared energy than that of the visible spectrum. This shift in spectrum sensitivity creates a Focus Shift (i.e. most lenses cannot focus the IR at the same image locations as the visible spectrum.) omputar has corrected this image shift by using ED glass. ED glass has special refractive properties that allow the optical designer to correct the longer IR wavelength so that two spectral regions and focused at the same image plane. ED glass produces an image that is not subject to Focus Shift Day or Night. TEHNIAL INFORMATION Daytime Nighttime IR Lens Non IR Lens Object distance Focal length f=2.8mm f=3.5mm f=8mm 2m 5m 10m 20m TEHNIAL INFORMATION f=30mm f=50mm

16 TEHNIAL INFORMATION TEHNIAL INFORMATION

17 T2314FI3 T2616FI3 T0412FI3 T0812FI3 H1214FI3 M8513 Format inch Format inch Focal Length (mm) Focal Length (mm) Aperture (F) Aperture (F) Angle of View (HORIZONTAL) 1" mm) " (8.86.6mm) 57.4 " (6.44.8mm) Angle of View (HORIZONTAL) 1" mm) " (8.86.6mm) " (6.44.8mm) " (4.83.6mm) " (4.83.6mm) UNIT: () 1/4" (3.62.7mm) TG2314F3 TG2616F4 TG0412F3 TG0812F3 HG0614F3 HG1214F3 TG2314AF3 TG2616AF3 HG1214AF UNIT: () 1/4" (3.62.7mm) TG2Z1816F TG2Z2814F2 TG2Z3514F2 TG3Z2312F TG3Z2710F TG3Z3510F TG3Z3510FIR TG4Z2813F TG10Z0513F2 TG5Z8513FIR HG2Z4516F2 HG3Z4512FIR HG3Z1014F TG2Z1816AF TG2Z2814AF2 TG2Z3514AF2 TG3Z2710AF TG3Z3510AF TG3Z3510AFIR TG4Z2813AF TG10Z0513AF2 TG5Z8513AFIR HG2Z4516AF2 HG3Z4512AFIR HG3Z1014AF Format inch Focal Length (mm) Aperture (F) Angle of View (HORIZONTAL) 1" mm) " (8.86.6mm) " (6.44.8mm) " (4.83.6mm) UNIT: () 1/4" (3.62.7mm) ANGLE OF VIEW T2Z1816 T2Z35142 T3Z2710 T3Z3510 T3Z3510IR T4Z2813 T10Z05132 T5Z8513IR H2Z45162 H3Z4512IR H3Z1014 Format inch Focal Length (mm) Aperture (F) Angle of View (HORIZONTAL) 1" mm) " (8.86.6mm) " (6.44.8mm) " (4.83.6mm) UNIT: () 1/4" (3.62.7mm) H6Z0812 M6Z1212 Format inch T6Z5710AID H6Z0812AID T6Z5710AIVD H6Z0812AIVD Format inch Focal Length (mm) Focal Length (mm) Aperture (F) Angle of View (HORIZONTAL) 1" mm) " (8.86.6mm) Aperture (F) " (6.44.8mm) Angle of View (HORIZONTAL) 1" mm) " (8.86.6mm) " (6.44.8mm) " (4.83.6mm) " (4.83.6mm) UNIT: () 1/4" (3.62.7mm) UNIT: () 1/4" (3.62.7mm) ANGLE OF VIEW

18 T6Z5710Series T10Z5712Series T21Z5816Series T34Z5518Series H6Z0812Series H10Z0812Series H10Z1218Series H16Z7516Series H30Z1015Series Format inch Focal Length (mm) Aperture (F) Angle of View (HORIZONTAL) 1" mm) " (8.86.6mm) " (6.44.8mm) " (4.83.6mm) UNIT: () 1/4" (3.62.7mm) HG2Z0414FMP M3Z1228MP M0814MP M1214MP M1614MP M2514MP M5018MP H0514MP MLM3XMP MLH10X TEM55 Format inch Focal Length (mm) X1.0X X 55 Aperture (F) Angle of View (HORIZONTAL) 1" mm) " (8.86.6mm) " (6.44.8mm) " (4.83.6mm) UNIT: () 1/4" (3.62.7mm) mark (MLH10X, MLM3XMP) shows Maximum Magnification T2625P TG2625FP TG2625AFP Format inch Focal Length (mm) Aperture (F) Angle of View (HORIZONTAL) 1" mm) " (8.86.6mm) " (6.44.8mm) " (4.83.6mm) UNIT: () 1/4" (3.62.7mm) ANGLE OF VIEW SPEIFIATIONS SUBJET TO HANGE WITHOUT NOTIE.

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