Security Systems PENTAX EUROPE - SECURITY SYSTEMS DIVISION

Transcription

1 Security Systems PENTAX EUROPE - SECURITY SYSTEMS DIVISION PRICE LIST 2010

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3 THE PROFESSIONAL SELECTS PENTAX CCTV LENSES BECAUSE THEY KNOW THAT QUALITY MATTERS. PENTAX Security Systems Division, which is responsible for the sale of CCTV lenses, was originally founded as Cosmicar in 1951 to produce optical components. Originally, Cosmicar was a subsidiary of Asahi Optical before becoming a subsidiary of PENTAX. since then our worldwide sales of CCTV lenses have made us a market leader under the Cosmicar and later Cosmicar/Pentax brands. In 2002 the Cosmicar name was discontinued and we focused on the recognition and strength of the PENTAX brand. Last year our name changed to PENTAX Security Systems Division in line with international branding. In 2008 PENTAX merged with Hoya Corporation a strong and well established Japanese company involved in similar industries which are complimentary to ours, including glass manufacturing. Both companies have great plans for the future of PENTAX and are forming a solid base for all future business activities in the field of optics, image processing and component manufacture. Globally, PENTAX Security Systems Division concentrate on the development, production and sales of high-quality optics for applictions in the fields of security technology and image processing. Our company is proud of the respect our products have gained over more than 50 years of high quality manufacturing. All PENTAX CCTV lenses are developed with a focus on quality and performance and are designed for a long service-free life. This is achieved by using modern technology in conjunction with precise manufacturing. We offer a wide range of CCTV lenses to fulfil almost any demand. The lens is the first and so arguable the most important part of any CCTV system. If you use anything but a PENTAX lens you risk degrading your system before the image has even made it to the camera. 1

4 Contents Introduction - The Professional User Selects Pentax 1 Contents 2-3 Notes 4 Manual Fixed Focal Length 5 Megapixel Board Lenses With Fixed Iris 6 Fixed Focal Length With Lock Screws And Manual Iris 6 Fixed Focal Length, Manual Iris, High-Resolution For Standard And Megapixel Cameras 7 Boxed Lens Kit For Image Processing 7 Fixed Focal Length, Manual Iris, High-Resolution, 5 Megapixel 8 Line Scan, C-Mount Lenses For Cameras Up To 1.1" 9 Uv 10 Telecentric Lenses 10 Fixed Focal Length, Auto-Iris 11 Fixed Focal Length, Video Iris 12 Fixed Focal Length With Iris Override And Video Iris 12 Vari Focal Lenses 13 Fisheye Vari Focal 14 Vari Focal 14 Boxed Lens Kit: Vari Focal Lenses 14 Varifocal Plus, Megapixel, Tracking Focus When Zooming 15 Day/Night Vari Focal Lenses, Ir-Corrected, For 1/3" And 1/2" Cameras, Auto-Iris 16 Zoom Lenses 17 Pan Focus Zoom Lens 18 Manual Zoom Lenses 18 Zoom Lenses With 3 Motors 18 Zoom Lenses With 2 Motors And Auto-Iris 18 2

5 Zoom Lenses With 2 Motors And Auto-Iris With D/A Converter 18 Zoom Lenses With High Speed Motors And Auto-Iris 18 16X Zoom Lenses With 2 High Speed Motors And Auto-Iris 19 55X Zoom Lenses With 2 Motors And Auto-Iris 20 55X Zoom Lens With 2 Motors And Autoiris, PENTAX Atmospheric Interference Reduction, RS Accessories 21 Accessories (Extenders, Close-Up Lenses Etc.) Filters Miscellaneous Supporting Equipment 27 SIM - 1-Channel Image Stabiliser 28 SIM - 1-Channel Image Enhancer 29 Stand Alone Zoom Lens Controller 30 Raytec - Infrared, Hybrid And White-Light Led Lamps And Accessories MAD - External Housings And Accessories MAD - Pan & Tilt Heads And Accessories 38 Outline 39 Safety Advise 40 Precautionary Measures 41 The Guide Lens Selection Signpost For Ir Beamers Wiring Diagrams Focal Length Calculator (Lens Selector) 66 Conversion Table For Horizontal Angle Of View 67 Contact Details And Subsidiaries

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7 Manual fixed focal lengths - Board lenses - Lock screws - Compact - Megapixel - Line-scan - UV - Telecentric

8 FIXED FOCAL LENSES Part No Designation Format size Mount Focal length Iris range M. O. D. Horizontal angle of view Filter size in mm Specials Euro BOARD CAMERAS LENSES, FIXED IRIS; IR C98001SO PBL-106IR 1/3'' S (M12x0.5) 6mm Megapixel C98002SO PBL-108IR 1/3'' S (M12x0.5) 8mm Megapixel C98003SO PBL-112IR 1/3'' S (M12x0.5) 12mm Megapixel C98004SO PBL-116IR 1/3'' S (M12x0.5) 16mm Megapixel C98005SO PBL-125IR 1/3'' S (M12x0.5) 25mm Megapixel 11,90 11,90 11,90 11,90 11,90 MANUAL IRIS, WITH LOCKING SCREWS C60402KP H416 (KP) 1/2" C 4.2mm C 0.2m fixed focus C60607KP H612A (KP) 1/2'' C 6.0mm C 0.2m C61215KP H1212B (KP) 1/2'' C 12.0mm m compact, 30.0mm Ø 171,00 156,00 116,00 C30405KP C418DX (KP) 2/3'' C 4.8mm C 0.3m fixed focus C30811KP C815B (KP) 2/3'' C 8.5mm C 0.2m C31630KP C1614A (KP) 2/3'' C 16.0mm m compact, 30.0mm Ø 183,00 132,00 109,00 C21211KP B1214D-2 (KP) 1'' C 12.5mm C 0.3m C21228KP B1218A (KP) 1'' C 12.5mm C 0.3m C22525KP B2514D (KP) 1'' C 25.0mm m compact, 30.0mm Ø C22516KP B2518 (KP) 1'' C 25.0mm C 0.6m C25011KP B5014A (KP) 1'' C 50.0mm C 1.0m * C27509KA B7514C (KA) 1'' C 75.0mm C 1.2m ,00 168,00 136,00 140,00 189,00 278,00 * To be discontinued 6

9 FIXED FOCAL LENGTH, MANUAL IRIS Megapixel, With Locking Screws Part No. Designation Format size Mount Focal length Iris range M. O. D. Horizontal angle of view Filter size in mm Specials Euro HIGH-RESOLUTION, FOR STANDARD, IP AND MEGAPIXEL CAMERAS C60636KP H614-MQ (KP) 1/2" C 6.0mm m compact, 32.0mm Ø C61232KP H1214-M (KP) 1/2" C 12.0mm m compact, 29.5mm Ø C31634KP C1614-M (KP) 2/3" C 16.0mm m compact, 29.5mm Ø C32500KP C2514-M (KP) 2/3" C 25.0mm m compact, 29.5mm Ø C33500KP C3516-M (KP) 2/3" C 35.0mm m compact, 29.5mm Ø C35001KP C5028-M (KP) 2/3" C 50.0mm m compact, 29.5mm Ø C37500KP C7528-M (KP) 2/3" C 75.0mm m compact, 34.0mm Ø 159,00 152,00 152,00 162,00 162,00 169,00 339,00 (KP) = 3 locking screws on each of the aperture and focus rings plus 2 optional thumb screws The M series had been developed as an extension of the existing series of lenses for image processing applications. The overall image quality is kept high through many aspects. The picture geometry has been enhanced by reduced distortion and the lens resolution has been designed around the requirements of mega pixel sensors. The contrast of the image boarders exceeds the standard requirement many times over due to our new applied manufacturing technologies. These lenses are purposely designed to maximise picture performance at short distances. Also the lens coatings set new standards in quality and are ideal for taking images of particularly high-contrast scenes or intensely illuminated high-speed exposures. C99200 BVS-4 Seven M series lenses, boxed with tool set 1.560,00 Contents: C99007 WS-1 tool kit: Screw driver blades + tool holder C EX, focal length doubler for C-Mount lenses C90100 EX-C6, extension tube set matt black (antireflex) 6 pieces with 0.5 mm, 1.0 mm, 5.0 mm, 10.0 mm, 20.0 mm, 40.0 mm C99930 C-Mount/C-Mount adapter to connect 2 C-Mount Lenses C80036 RR-27, reversing ring for a filter thread of 27 mm C80057 MUM-2M, Macro Focus Mount 2 mm pull-out extension (not appropriate for H614-M (KG) and C7528-M (KP) ) C91309 PL/27, pole filter for a filter thread of 27 mm C91353 PL/30,5 pole filter for a filter thread of 30.5 mm C98001IS RP-1 Cleaning pen for lenses with brush and wiper C99200 BVS-4 7

10 FIXED FOCAL LENGTH, MANUAL IRIS 5 Megapixel, With Locking Screws Part No. Designation Format size Mount Focal length Iris range M. O. D. Filter size in mm Horizontal angle of view Specials Euro HIGH-RESOLUTION, FOR STANDARD, IP AND MEGAPIXEL CAMERAS NEW C814-5M (KP) 2/3" C 8.0mm m NEW C31635KP C1614-5M (KP) 2/3" C 16.0mm m ,00 NEW C2514-5M (KP) 2/3" C 25.0mm (KP) = 3 locking screws on each of the aperture and focus rings plus 2 optional thumb screws This series of high-res fixed focal lenses are designed to match the requirements of highly developed machine vision systems. The lens isn't only optimized for highest image quality, but also for heavy duty industrial operation. Also suitable for use with high megapixel CCTV cameras, the new lenses are ideal when using digital zoom. This allows the camera to view a wider area but still have the function of zooming in to get close up detail within the captured image. These lenses are characterized by: Highest Resolution and Contrast - compatible with pixel size 3,45μm, 5 megapixel on 2/3" cameras - high resolving power of 140 lp/mm from centre to corners of the image Reduced Distortion Down to a Minimum - 1% or less - suitable for image measurement High Light Transmission - fast aperture F1.4 - even contrast and resolution from the center to the corners of the image - 40% increased light distribution Compact and Robust - 42/60mm diameter - ideal for integration in highly developed machine vision systems - stable design, robust and durable - with locking and thumb screws 100% 80% 60% 40% 20% 0% 5% 4% 3% 2% 1% 0% -1% -2% -3% -4% -5% C31635KP Optical transfer function 20 lp/mm 60 lp/mm 120 lp/mm 1, mm C31635KP Distortion 1, mm 8

11 LINE-SCAN LENSES Part No. Designation Format size Mount Focal length Iris range Working Distance Horizontal angle of view Filter size in mm Euro COMPACT HIGH-RESOLUTION, UP TO 5 megapixel Locking Screw for Focus and Iris, Format 1.1" NEW C52011 C5028A-M02 1.1" C 50.0mm mm - 361mm 52 NEW C52010 C5028A-M " C 50.0mm mm - 201mm ,00 599,00 HIGH-RESOLUTION Locking Screw for Focus, Format 45mm C52915F YF mm F 35.0mm m ,00 COMPACT HIGH-RESOLUTION, UP TO 5 mega pixel Locking Screw for Focus and Iris, Format 45mm C52981F YF5028A-02 45mm F 50.0mm mm - 361mm 52 C52980F YF5028A mm F 50.0mm mm - 318mm ,00 599,00 C52981F C52980F Model C52981F C52980F Magnification Working Distance Horiz. angle of view mm mm mm mm mm mm C80020 C99220 KC Mount Adapter for lenses with PENTAX K bayonet on C Mount camera FC Mount Adapter for lenses with F bayonet on C Mount camera 95,00 95,00 PENTAX PHOTO LENSES WITH K (BAYONET) MOUNT upon request can be adapted to any C-Mount camera with the help of the K-C Mount adapter, part no. C For CS-Mount cameras, the C-CS Mount adapter ZW-R5, part no. C80035 is required additionally. 9

12 FIXED FOCAL LENGTH MANUAL IRIS TELECENTRIC LENSES, FIXED FOCAL AND VARI FOCAL Part No. Designation FOR UV-LIGHT Format size Mount Focal length Iris range M. O. D. Horizontal angle of view Filter size in mm Specials Euro C91699 B2528-UV 1" C 25.0mm m ,5 compact, 30.0mm Ø C91698 B7838-UV 1" C 78.0mm m , ,00 TELECENTRIC, HIGH RES, MEGAPIXEL NEW C91980 C019T-M120 2/3" C mm Ø 4.599,00 - Length from Camera Surface 160mm - Working Distance 120mm - Magnification 0.19x (± 3%) - Numerical Apertur Object Plane Resolution 21.0µm - Image Plane Resolution 4.0µm - Minimum Pixel Size 3.45µm - Distorsion max. 0.02% NEW C91981 C0305VT-M165 2/3" C compact, 50 mm Ø 4.499,00 - Length from Camera Surface 171.8mm - Working Distance 164.7mm ± 2mm - Magnification 0.3x - 0.5x - Numerical Apertur Object Plane Resolution µm - Distorsion > 0.1% On Request, more telecentrical lenses are available. Please call us or send a fax or .we are looking forward. C019T-M120 C0305VT-M165 10

13 Fixed focal length Auto-Iris - DC iris - Video iris - Auto iris override - Pinhole - IR coated

14 FIXED FOCAL LENGTH AUTO-IRIS Part No. Designation Format size Mount Focal length Iris range Iris control M. O. D. Horizontal angle of view Filter size in mm Specials Euro VIDEO IRIS * C60405WX H416E (WX) 1/2'' C 4.2mm VS 0.2m fixed focus * C60625WX H612E (WX) 1/2'' C 6.0mm VS 0.2m * C61220WX H1212E (WX) 1/2'' C 12.0mm VS 0.3m ,00 279,00 269,00 * C30821WX C814E (WX) 2/3" C 8.0mm VS 0.2m * C31632WX C1614E (WX) 2/3" C 16.0mm VS 0.5m ,00 299,00 * C22527WX B2514E (WX) 1" C 25.0mm VS 0.9m * C27515WX B7518AE (WX) 1" C 75.0mm VS 2.5m ,00 529,00 IRIS OVERRIDE * C60404 H416ER 1/2'' C 4.2mm VS 0.2m Fixed focus * C60624 H612ER 1/2'' C 6.0mm VS 0.2m * C61219 H1212ER 1/2'' C 12.0mm VS 0.3m ,00 626,00 589,00 * To be discontinued 12

15 Vari-Focal lenses - Varifocal Plus - Megapixel, High-resolution - Day/Night - High-speed F1:1.0 - Aspherical

16 VARI-FOCAL LENSES Part No. Designation Format size Mount Focal length Iris range Iris control M. O. D. Horizontal angle of view Filter size in mm Specials Euro * C70100HK TS2V114E (HK) 1/3'' CS mm DC 0.5m C70226 TS4V214 1/3'' CS mm C man. 0.25m C70223HK TS4V214ED (DG) 1/3'' CS mm DC 0.25m C70224 TS3V212ED 1/3'' CS mm DC 0.35m high-res * C70319HK TS2V314CED (HK) 1/3'' CS mm DC 0.35m high-res C70509HK TS10V518AED (HK) 1/3" CS mm DC 0.6m ,00 77,00 99,00 59,00 54,00 99,00 * To be discontinued C98002PE VFS-1, Six Varifocal Lenses, boxed with optical focal length detector, a tool kit and accessories 1.199,00 Contents: C70100HK TS2V114E (HK) 1/3'' CS mm DC 0.5m C70227HK TS4V212ED-Q (HK) 1/3" CS mm DC 0.2m Day/Night C70224 TS3V212ED 1/3'' CS mm DC 0.35m C70315HK TS3V310ED (HK) 1/3" CS mm DC 0.3m Day/Night C60635HK HS2V616ED (HK) 1/2'' CS mm DC 1.0m Day/Night C70700HK TS7V714ED-Q (HK) 1/3'' CS mm DC 0.5m Day/Night C91610 C91300 C99007 PAV-1 Optical focal length detector PL/55 Pole-Filter, for a filter thread of 55mm, linear The set contains 2 pole-filters. Polarising filters are used to help prevent glare from reflected light and it is also possible to use two filters together as an adjustable ND filter. Therefore the iris is completely open and the focus can be adjusted even at day light. WS-1 Took Kit: Screw driver blades + tool holder AV RP-1 Cleaning pen for lenses with brush and wiper C98002PE VFS-1 14

17 VARIFOCAL PLUS Megapixel Varifocal, Tracking Focus when Zooming Part No. Designation Format size Mount Focal length Iris range Iris control M. O. D. Horizontal angle of view Filter size in mm Specials C70228HK TS3VP213ED-M (HK) 1/3" CS mm DC 0.3m Megapixel Euro 99,00 NEW C60842HK HS5VP814ED-M (HK) 1/2" CS mm DC 1.8m Megapixel 299,00 Varifocal Plus The Varifocal lens that track focuses while zooming. Due to the patented tracking focus mechanism, PENTAX provides a unique solution to the problem of defocusing during setup. The lens meets the need for better image clarity, higher resolution and even better depth of field while saving on install time and hassle PENTAX is presenting the world s first varifocal lens series without the loss of focus while zooming. For the first time PENTAX combines the size and cost of a Varifocal with installer friendly zoom lens functionality and the addition of 1.3 and 3 megapixel resolutions respectively. The Varifocal Plus is the perfect solution for IP cameras solving the unique installation issues these cameras have with short latency and lower frame rates when trying to set the lens angle on install. VARIFOCAL Plus Track focuses when zooming Variofocal Defocuses when zooming 15

18 DAY/NIGHT VARI-FOCAL LENSES Part No. Designation Format size Mount Focal length Iris range Iris control M. O. D. Horizontal angle of view * C70220HK TS2V214AED (HK) 1/3" CS mm DC 0.3m Specials Filter size in mm Euro 109,00 * C70220WX TS2V214AE (WX) 1/3" CS mm VS 0.3m C70227HK TS4V212ED-Q (HK) 1/3" CS mm DC 0.3m C70316 TS3V310 1/3'' CS mm C man. 0.3m aspherical C70315HK TS3V310ED (HK) 1/3'' CS mm DC 0.3m aspherical C70315WX TS3V310E (WX) 1/3'' CS mm VS 0.3m aspherical C60635HK HS2V616ED (HK) 1/2'' CS mm DC 1.0m C60635FQ HS2V616ED (FQ) 1/2'' CS mm DC 1.0m C60635WX HS2V616E (WX) 1/2'' CS mm VS 1.0m C70700HK TS7V714ED-Q (HK) 1/3" CS ,0mm 1,4-360 DC 0,5m ,00 109,00 63,00 79,00 129,00 119,00 119,00 198,00 115,00 * To be discontinued ASPHERICAL LENSES Due to the shape of the glass in an aspherical lens more light is able to be focused onto a cameras CCD. This is how PENTAX aspherical lenses are able to make cameras work in lower light conditions than standard lenses. For colour cameras this is a particular advantage as they can struggle in lower light conditions and so need all the light available. The picture will then have less interference (noise), it will have better colour reproduction and will help the camera produce a better video signal. When used with high sensitivity mono cameras many applications won t require any form of man made lighting and can cope with only the most limited natural light. Also more light generated by the lens can only mean better image sharpness and less distortion at the edges of the picture. Peripheral rays Peripheral rays Image plane (sensor) Rays near the axis Aspherical lens Optical axis With aspherical lenses sharp reproduction is produced even if the iris is completely open. Light rays from the centre, right up to the edge of the lens are aligned to focus on the same image plane. Peripheral rays Peripheral rays Image plane (sensor) Rays near the axis Spherical lens Optical axis Poor quality non aspherical lenses can produce fuzzy images due to different focal points of the light rays entering the centre and the edges of the lens. 16

19 Zoom lenses - Manual and motorized - From 2.8 mm up to 1680 mm - Preset and iris override - High speed - Day/Night

20 ZOOM LENSES Manual or Auto-Iris Part No. Designation MANUAL ZOOM LENSES Format size Mount Focal length Iris range Iris control M. O. D. Horizontal angle of view Filter size in mm Special Euro C60812 H6Z810 1/2'' C mm man. 0.75m * C60811WX H6ZBE (WX) 1/2'' C mm VS 1.2m C60811KA H6ZBE (FA) 1/2'' C mm VS 1.2m * 480,00 889,00 999,00 C31204 C6Z1218 2/3'' C mm man. 1.0m C31204KA C6Z1218 (FA) 2/3'' C mm man. 1.0m * * with lock screws 444,00 521,00 ZOOM LENSES WITH 3 MOTORS C31211 C6Z1218M3-5 2/3" C mm C mot. 1.0m ,00 C52546 C6ZM-5P 2/3" C mm C mot. 1.0m on request ZOOM LENSES, WITH 2 MOTORS, AUTO-IRIS * C60809WX H6ZBME-5 (WX) 1/2'' C mm VS 1.2m ,00 * C60700ZD HS10ZME-5 (ZD) 1/2'' CS mm DC 1.8m * C60700WX HS10ZME-5 (WX) 1/2'' CS mm VS 1.8m ,00 788,00 * C60701ZD H10ZME-5 (ZD) 1/2'' C mm DC 1.8m * C60701WX H10ZME-5 (WX) * C60702ZD H10ZME-5P (ZD) 1/2'' C 1/2'' C mm mm VS 1.8m DC 1.8m * C60702WX H10ZME-5P (WX) * C60704WP H10ZME-5F (ST) 1/2'' C 1/2'' C mm mm VS 1.8m VS 1.8m * C60704WX H10ZME-5F (WX) 1/2'' C mm VS 1.8m , , , , , ,00 C61237ZD H20ZAMED-5 (ZD) 1/2'' C mm DC 2.8m C61237WX H20ZAME-5 (WX) 1/2'' C mm VS 2.8m C61239ZD H20ZAMED-5P (ZD) 1/2'' C mm DC 2.8m C61239WX H20ZAME-5P (WX) 1/2'' C mm VS 2.8m , , , ,00 C31221 C6ZME-5P 2/3'' C mm VS 1.0m ,00 ZOOM LENSES, AUTO-IRIS, 2 HIGH-SPEED MOTORS (in sec.: zoom, focus) C61243WQ H20ZAME-5PK (WQ) 1/2'' C mm DC 2.8m C61243WX H20ZAME-5PK (WX) 1/2'' C mm VS 2.8m C61242WQ H20ZAME-5FK (WQ) 1/2'' C mm VS 2.8m C61242WX H20ZAME-5FK (WX) 1/2'' C mm VS 2.8m , , , ,00 C61241WQ H20ZAME-5PH (WQ) 1/2'' C mm VS 2.8m C61241WX H20ZAME-5PH (WX) 1/2'' C mm VS 2.8m C61240WP H20ZAME-5FH (ST) 1/2'' C mm VS 2.8m C61240WQ H20ZAME-5FH (WQ) 1/2'' C mm VS 2.8m C61240WX H20ZAME-5FH (WX) 1/2'' C mm VS 2.8m , , , , ,00 * To be discontinued 18

21 ZOOM LENSES, WITH 2 MOTORS, AUTO-IRIS with high-speed motors Part No. Designation Format size Mount Focal length Iris range Iris control M. O. D. Horizontal angle of view Filter size in mm Zoom * Focus * * Speed of zoom and focus motors in sec. approx Euro NEW C60726HK H16ZMEd-5 (HK) 1/2'' C mm DC 1.5m C60726WX H16ZME-5 (WX) 1/2'' C mm VS 1.5m NEW C60728HK H16ZMED-5P (HK) 1/2'' C mm DC 1.5m C60728WX H16ZME-5P (WX) 1/2'' C mm VS 1.5m C60727WP H16ZME-5F (ST) 1/2'' C mm VS 1.5m NEW C60727WX H16ZME-5F (WX) 1/2'' C mm VS 1.5m , , , , , ,00 The new 16x zoom lens has a focal length of mm. Despite the increase in focal length to its predecessor, the optics are more compact meaning the overall length of the lens is now shorter. This also means a slight drop in weight, and all this while keeping the maximum aperture of F1.6. The build of the lens has been improved to allow for a faster focus motor without impacting on the lenses reliability or life span. By using more advanced optical technology, the lenses overall performance has been increase including in the light transmission and the resolution while reducing distortion and vignetting. Compact Casing Maximum F-Stop High Speed Motors Enhanced Reliability 19

22 ZOOM LENS, with 2 motors and auto-iris with presets, iris override a built in 2.5x extender Part No. Designation Format size Mount Focal length Iris range Iris control M. O. D. Horizontal angle of view 55X Filter size in mm Euro ZOOM LENS 55x C61244WP H55ZAME-5F (ST) 1/2'' C mm VS 5.0m with 2.5x extender mm ,00 MAXIMUM APERTURE F1500 / F3000 (or F3800) C61244ZF H55ZAME-5F (ZF) 1/2'' C mm VS 5.0m with 2.5x extender mm ,00 PENTAX Atmospheric Interference Reduction with RS232 interface NEW C61248FI H55ZAME-F-PR01 1/2'' C mm VS 5.0m with 2.5x extender mm ,00 Reducing effects of airborne particles, like fog, rain (liquid) and sand, smoke, snow (solid). Compatible with standard CCTV color cameras. Reliable auto focus "on mouse click". Software for remote control included. Open platform by included command information and RS232C interface. C98001PE TK-01 Carry Case for H55Z... Zoom Lenses with adapted foamed material 299,00 Snow Sand Fog 20

23 Accessories - Focal length extender - Adaptors - Extension tubes - Close-up adaptors - Filters

24 Accessories Part No. Designation Remarks Euro FOCAL LENGTH EXTENDER * C EX for C-Mount lenses ø 30.5 mm C80034 S2-EX for CS-Mount lenses ø 30.5 mm 83,50 83,50 ADAPTORS * C80020 C99220 KC-Mount adapter for lenses with PENTAX K bayonet on C-Mount camera FC-Mount adapter for lenses with F bayonet on C-Mount camera 95,00 95,00 C80035 ZW-R5 C-CS-Mount Adapter 7,00 C99930 C-Mount/C-Mount adapter to connect 2 C-Mount lenses 21,00 CAMERA MOUNT CAP C80028 VD-BC1 Camera mount cap with screw thread Price per Item 3,00 Minimum order quantity for protective cover of camera= 50 pcs PLUG C99001 ST pole plug for Auto-Iris lenses Price per Item 3,00 MISCELLANEOUS Minimum quantity for 4-pole plugs = 20 pcs C99007 WS-1 Tool kit, screw driver blades Slot and cross slot + tool holder C91610 PAV-1 Optical focal length detector C90010 LS-2 Disc calculator for focal length for lens types from 1/4" to 1" C98001IS RP-1 Cleaning pen for lenses with brush and wiper 19,90 245,00 9,90 7,50 * To be discontinued C x extender C-Mount C80034 C-CS-Mount Adapter C99930 C-Mount-C-Mount Adapter C91610 Focal length detector 22

25 ACCESSORIES for close-up applications Part No. Designation Remarks Euro EXTENSION TUBES C80051 EXT-0,5 Extension tube 0.5mm matt black (antireflex) Price per Item Min. order quantity = 10 pcs C80052 EXT-1 Extension tube 1.0mm matt black (antireflex) Price per Item Min. order quantity = 10 pcs C80035 ZW-R5 Extension tube 5.0mm chrome-plated C80053 EXT-5 Extension tube 5.0mm matt black (antireflex) C80054 EXT-10 Extension tube 10.0mm matt black (antireflex) C80055 EXT-20 Extension tube 20.0mm matt black (antireflex) C80056 EXT-40 Extension tube 40.0mm matt black (antireflex) C90100 EX-C6 Extension tube set matt black (antireflex) (6 pieces: mm) 2,50 2,50 7,00 13,00 17,00 20,00 33,00 44,00 REVERSING RINGS * C80036 RR-27,0 Macro reversing ring Filter thread 27mm C80037 RR-40.5 Macro reversing ring Filter thread 40.5mm 24,00 24,00 * To be discontinued MaCro FoCus Mount C80038 MUM-2 Macro Focus Mount - 2mm, for H1212B (KP), C1614A (KP), B2514D (KP) C80057 MUM-2M Macro Focus Mount - 2mm, for H1214-M (KP), C1614-M (KP), C2514-M (KP), C3516-M (KP) und C5028-M (KP) 37,00 37,00 In the download area for our CCTV products you will find a table in the PDF format with lenses and the corresponding magnification factors when using Macro Focus Mount. The Macro Focus Mount is a special camera mount with a 2mm tube extension. The C-Mount flange focal distance will then be extended by 2mm to mm which will in turn reduce the lenses minimum object distance (MOD). In order to use our Macro Focus Mount, remove the standard C-mount on the lens and replace them with the appropriate mount above. Please ensure you use the correct mount to lens as per the above chart. The C80057 is designed for all the machine vision lenses except the C37500KP. In order to achieve even higher magnifications you can also use the close up adaptors and extension tubes. C90100 C80036 C80038 C

26 ACCESSORIES for close-up applications Part No. Designation Focal length Filter size in mm Remarks Euro CLOSE-UP LENS C91010 CP1/ mm Filter thread 27 C91020 CP2/27 500mm Filter thread 27 C91030 CP3/27 333mm Filter thread 27 C99920 CP1/ mm Filter thread 30.5 C99921 CP2/ mm Filter thread 30.5 C99918 CP3/ mm Filter thread 30.5 C99919 CP4/ mm Filter thread 30.5 C91011 CP1/ mm Filter thread 40.5 C91021 CP2/ mm Filter thread 40.5 C91031 CP3/ mm Filter thread 40.5 C91041 CP4/ mm Filter thread 40.5 C91012 CP1/ mm Filter thread 43 C91022 CP2/43 500mm Filter thread 43 C91032 CP3/43 333mm Filter thread 43 C91042 CP4/43 250mm Filter thread 43 C91013 CP1/ mm Filter thread 46 C91023 CP2/46 500mm Filter thread 46 C91033 CP3/46 333mm Filter thread 46 C91043 CP4/46 250mm Filter thread 46 C91014 CP1/ mm Filter thread 49 C91024 CP2/49 500mm Filter thread 49 C91034 CP3/49 333mm Filter thread 49 C91044 CP4/49 250mm Filter thread 49 C91015 CP1/ mm Filter thread 52 C91025 CP2/52 500mm Filter thread 52 C91035 CP3/52 333mm Filter thread 52 C91045 CP4/52 250mm Filter thread 52 C91050 CP1/ mm Filter thread 55 C91051 CP2/55 500mm Filter thread 55 C91052 CP3/55 333mm Filter thread 55 C91053 CP4/55 250mm Filter thread 55 C91016 CP1/ mm Filter thread 58 C91026 CP2/58 500mm Filter thread 58 C91036 CP3/58 333mm Filter thread 58 C91046 CP4/58 250mm Filter thread 58 C91017 CP1/ mm Filter thread 62 C91027 CP2/62 500mm Filter thread 62 C91037 CP3/62 333mm Filter thread 62 C91047 CP4/62 250mm Filter thread 62 C91018 CP1/ mm Filter thread 72 C91028 CP2/72 500mm Filter thread 72 C91038 CP3/72 333mm Filter thread 72 C91048 CP4/72 250mm Filter thread 72 C91019 CP1/ mm Filter thread 77 C91029 CP2/77 500mm Filter thread 77 C91039 CP3/77 333mm Filter thread 77 21,00 21,00 21,00 21,00 21,00 21,00 21,00 21,00 21,00 21,00 21,00 21,00 21,00 21,00 21,00 22,00 22,00 22,00 22,00 22,00 22,00 22,00 22,00 22,00 22,00 22,00 22,00 25,00 25,00 25,00 25,00 33,00 33,00 33,00 33,00 34,00 34,00 34,00 34,00 52,00 52,00 52,00 52,00 55,00 55,00 55,00 24

27 ACCESSORIES Filter Part No. Designation Filter size in mm Remarks Euro ND FILTER C91229 ND2/27 ND filter Filter thread 27 Light transmission 50.0% C91249 ND4/27 ND filter Filter thread 27 Light transmission 25.0% C91289 ND8/27 ND filter Filter thread 27 Light transmission 12.5% C91220 ND2/34 ND filter Filter thread 34 Light transmission 50.0% C91240 ND4/34 ND filter Filter thread 34 Light transmission 25.0% C91280 ND8/34 ND filter Filter thread 34 Light transmission 12.5% C91221 ND2/40.5 ND filter Filter thread 40.5 Light transmission 50.0% C91241 ND4/40.5 ND filter Filter thread 40.5 Light transmission 25.0% C91281 ND8/40.5 ND filter Filter thread 40.5 Light transmission 12.5% C91222 ND2/43 ND filter Filter thread 43 Light transmission 50.0% C91242 ND4/43 ND filter Filter thread 43 Light transmission 25.0% C91282 ND8/43 ND filter Filter thread 43 Light transmission 12.5% C91223 ND2/46 ND filter Filter thread 46 Light transmission 50.0% C91243 ND4/46 ND filter Filter thread 46 Light transmission 25.0% C91283 ND8/46 ND filter Filter thread 46 Light transmission 12.5% C91224 ND2/49 ND filter Filter thread 49 Light transmission 50.0% C91244 ND4/49 ND filter Filter thread 49 Light transmission 25.0% C91284 ND8/49 ND filter Filter thread 49 Light transmission 12.5% C91225 ND2/52 ND filter Filter thread 52 Light transmission 50.0% C91245 ND4/52 ND filter Filter thread 52 Light transmission 25.0% C91285 ND8/52 ND filter Filter thread 52 Light transmission 12.5% C91290 ND2/55 ND filter Filter thread 55 Light transmission 50.0% C91291 ND4/55 ND filter Filter thread 55 Light transmission 25.0% C91292 ND8/55 ND filter Filter thread 55 Light transmission 12.5% C91226 ND2/58 ND filter Filter thread 58 Light transmission 50.0% C91246 ND4/58 ND filter Filter thread 58 Light transmission 25.0% C91286 ND8/58 ND filter Filter thread 58 Light transmission 12.5% C91227 ND2/62 ND filter Filter thread 62 Light transmission 50.0% C91247 ND4/62 ND filter Filter thread 62 Light transmission 25.0% C91287 ND8/62 ND filter Filter thread 62 Light transmission 12.5% C91228 ND2/72 ND filter Filter thread 72 Light transmission 50.0% C91248 ND4/72 ND filter Filter thread 72 Light transmission 25.0% C91288 ND8/72 ND filter Filter thread 72 Light transmission 12.5% 19,00 19,00 19,00 19,00 19,00 19,00 19,00 19,00 19,00 19,00 19,00 19,00 20,00 20,00 20,00 21,00 21,00 21,00 24,00 24,00 24,00 27,00 27,00 27,00 33,00 33,00 33,00 37,00 37,00 37,00 57,00 57,00 57,00 ND2/.. ND4/.. ND8/.. 25

28 ACCESSORIES Filter Part No. Designation Filter size in mm Remarks Euro POLE FILTER C91309 PL/27 Pole filter Filter thread 27 linear C91353 PL/30.5 Pole filter Filter thread 30.5 linear C91355 PL/34 Pole filter Filter thread 34 linear C91301 PL/40.5 Pole filter Filter thread 40.5 linear C91302 PL/43 Pole filter Filter thread 43 linear C91303 PL/46 Pole filter Filter thread 46 linear C91304 PL/49 Pole filter Filter thread 49 linear C91305 PL/52 Pole filter Filter thread 52 linear C91300 PL/55 Pole filter Filter thread 55 linear C91306 PL/58 Pole filter Filter thread 58 linear C91307 PL/62 Pole filter Filter thread 62 linear C91308 PL/72 Pole filter Filter thread 72 linear 28,00 28,00 35,00 28,00 28,00 29,00 29,00 33,00 34,00 37,00 42,00 79,00 C91309 Filter thread 27mm C91304 Filter thread 49mm UV BLOCKING FILTER C91109 UV/27 UV filter Filter thread 27 C91120 UV/30.5 UV filter Filter thread 30.5 C91100 UV/34 UV filter Filter thread 34 C91101 UV/40.5 UV filter Filter thread 40.5 C91102 UV/43 UV filter Filter thread 43 C91103 UV/46 UV filter Filter thread 46 C91104 UV/49 UV filter Filter thread 49 C91105 UV/52 UV filter Filter thread 52 C91121 UV/55 UV filter Filter thread 55 C91106 UV/58 UV filter Filter thread 58 C91107 UV/62 UV filter Filter thread 62 C91108 UV/72 UV filter Filter thread 72 21,00 21,00 21,00 21,00 21,00 22,00 22,00 28,00 28,00 28,00 37,00 59,00 COLOUR FILTER C CL/27 (R2) red Filter thread 27 C CL/27 (P01) green Filter thread 27 C CL/27 (Y2) yellow Filter thread 27 C CL/27 (80A) blue Filter thread 27 C99923 CL/30.5 (R2) red Filter thread 30.5 C99925 CL/30.5 (P01) green Filter thread 30.5 C99924 CL/30.5 (80A) blue Filter thread ,00 21,00 21,00 21, ,

29 Miscellaneous Supporting Equipment - Image stabiliser - Lens controller - External housing - Pan & Tilt heads - Cleaning devices

30 1-CHANNEL IMAGE STABILISER Part No. Designation In-/Output Delay Remarks Euro * C98001SI SIM-ViSta channel image stabiliser BNC ~ 0.1 sec. with power supply unit 12V DC, 1,2A 3.999,00 also available as a 19" assembly unit (1 HE) with 1 or 2 channels The C98001SI, SIM-ViSta 300 is an easy to use single channel image stabiliser which is used in line and can go either between the camera and DVR or between the DVR and monitor. It can be used on live or on pre recorded images. The image stabiliser is designed to be used with all standard analogue video cameras. - Automatic PAL or NTSC switching - BNC (Composite) video in and out - Corrects horizontal (pan), vertical (tilt) and rotation movement - Improves even large vibrations - Easy configuration via DIP switch or OSD Possible applications include cars, buses, trains, helicopters, airplanes and marine applications. The image stabiliser is also used to help with vibration caused by movement from wind on exposed cameras on high buildings or bridges for the border and coast monitoring and is a must with larger zooms such as our mm. Pentax reserves the right to change design or specification without notice. * To be discontinued 28

31 1-CHANNEL IMAGE ENHANCER Part No. Designation In-/Output Remarks Euro * C98002SI SIM-VE channel image enhancer BNC with power supply unit 12V DC, 1.2A 3.499,00 The C98002SI, SIM-VE 300 is a Plug-and-Play image enhancement system. The single channel image enhancing reduces interference, enriches pale colours and improves overall image contrast, so the SIM-VE 300 helps generate clear and brilliant video images. - Sharp and brilliant images improve video monitoring - Images enhanced with the SIM-VE 300 are easier to use and will aid recognition of anything within the image. As with the Image Stabilizer, the single channel image enhancer can be used in line and can go either between the camera and DVR or between the DVR and monitor. It can be used on live or on pre recorded images. Technical features: - Processes standard analogue video signals - Can be used with new or existing installations - Automatic PAL or NTSC switching - Installation at any point in the video feed - Correction of the following image defects - Over and underexposure - Low contrast - Pale, washy colours - Improved contrast - Reducing visible interference - Easy configuration by DIP switch and OSD Pentax reserves the right to change design or specification without notice. * To be discontinued 29

32 stand alone zoom lens CONTROLLER Part No Designation Description Euro CONTROL UNIT FOR PENTAX ZOOM LENSES C99003 STG-4 Control unit for motorised zoom lenses (12V, incl. 230V power supply unit) 379,00 For control of zoom, focus, aperture (zoom lenses with 2 or 3 motors), and iris override (for zoom lenses with D/A converter) and for switching a 2.5x extender (C61244). The speed of the zoom, focus and aperture motors can be adjusted using the variable speed control. The zoom lens controller can be powered by a standard 12v battery making it a truly mobile unit. (Please ensure you have the appropriate plug-type connector and polarity) 30

33 LED LAMP IP66 IR 850nm Part No. Designation Wave length Beam angle Range approx. Tele Wide Angle Euro RAYMAX 25 - incl. standard power supply unit C98002RA RM25-30, fixed beam angle 850nm 30 20m C98003RA RM25-50, fixed beam angle 850nm 50 14m C98004RA RM25-120, fixed beam angle 850nm m 359,00 359,00 359,00 RAYMAX 50 - incl. standard power supply unit C98006RA RM50-AI-30, variable beam angle 850nm m 26m C98007RA RM50-AI-50, variable beam angle 850nm m 18m C98008RA RM50-AI-120, variable beam angle 850nm m 11m 509,00 509,00 509,00 RAYMAX incl. standard power supply unit C98009RA RM100-AI-10, variable beam angle 850nm m 100m C98010RA RM100-AI-30, variable beam angle 850nm m 53m C98011RA RM100-AI-50, variable beam angle 850nm m 37m C98012RA RM100-AI-120, variable beam angle 850nm m 21m 1.269,00 939,00 939,00 939,00 RAYMAX incl. standard power supply unit C98115RA RM150-AI-30, variable beam angle 850nm m 100m C98116RA RM150-AI-50, variable beam angle 850nm m 53m C98117RA RM150-AI-120, variable beam angle 850nm m 37m 1.419, , ,00 RAYMAX incl. standard power supply unit C98013RA RM200-AI-10, variable beam angle 850nm m 200m C98014RA RM200-AI-30, variable beam angle 850nm m 106m C98015RA RM200-AI-50, variable beam angle 850nm m 74m C98016RA RM200-AI-120, variable beam angle 850nm m 42m 1.799, , , ,00 RAYMAX incl. standard power supply unit C98017RA RM300-AI-10, variable beam angle 850nm m 220m C98018RA RM300-AI-30, variable beam angle 850nm m 120m C98019RA RM300-AI-50, variable beam angle 850nm m 100m C98020RA RM300-AI-120, variable beam angle 850nm m 50m 2.399, , , ,00 RAYMAX 25 RAYMAX 50 RAYMAX 100 RAYMAX 150 RAYMAX 200 RAYMAX

34 LED LAMP IP66 IR 850nm low voltage, IR 850nm & white light Part No. Designation Wave length Beam angle RAYMAX 25 - incl. low-voltage power supply unit, 12V - 24V, AC and DC Range approx. Tele Wide Angle Euro C98022RA RM25-30-LVP, Fixed beam angle 850nm 30 20m C98023RA RM25-50-LVP, Fixed beam angle 850nm 50 14m C98024RA RM LVP, Fixed beam angle 850nm 120 8m 429,00 429,00 429,00 RAYMAX 50 - incl. low-voltage power supply unit, 12V - 24V, AC and DC C98026RA RM50-AI-30-LVP, Variable beam angle 850nm m 26m C98027RA RM50-AI-50-LVP, Variable beam angle 850nm m 18m C98028RA RM50-AI-120-LVP, Variable beam angle 850nm m 11m 609,00 609,00 609,00 Hybrid IR and white light, incl. standard power supply unit C98029RA HY100-10, Variable beam angle 850nm, white m IR/57m white C98030RA HY100-30, Variable beam angle 850nm, white 30 55m IR/30m white C98031RA HY100-50, Variable beam angle 850nm, white 50 40m IR/21m white C98032RA HY , Variable beam angle 850nm, white m IR/13m white 1.149, , , ,00 Hybrid IR and white light, incl. standard power supply unit C98112RA HY150-30, Variable beam angle 850nm, white 30 80m IR/40m white C98113RA HY150-50, Variable beam angle 850nm, white 50 56m IR/30m white 1.419, ,00 Hybrid 200 incl. - IR and white light, standard power supply unit C98033RA HY200-10, Variable beam angle 850nm, white m IR/85m white C98034RA HY200-30, Variable beam angle 850nm, white m IR/43m white C98035RA HY200-50, Variable beam angle 850nm, white 50 80m IR/30m white C98036RA HY , Variable beam angle 850nm, white m IR/17m white 1.799, , , ,00 Hybrid IR and white light, incl. standard power supply unit C98037RA HY300-10, Variable beam angle 850nm, white m IR/85m white C98038RA HY300-30, Variable beam angle 850nm, white m IR/43m white C98039RA HY300-50, Variable beam angle 850nm, white m IR/30m white C98040RA HY , Variable beam angle 850nm, white m IR/17m white 2.399, , , ,00 RAYMAX 25 RAYMAX 50 HYBRID 100 HYBRID 150 HYBRID 200 HYBRID

35 LED LAMP IP66 White light Part No. Designation RAYLUX 25 - incl. standard power supply unit Wave length Beam angle Range approx. Tele Wide Angle Euro C98042RA RL25-30, Fixed beam angle white 30 18m C98043RA RL25-50, Fixed beam angle white 50 13m C98044RA RL25-120, Fixed beam angle white 120 8m 399,00 399,00 399,00 RAYLUX 50 - incl. standard power supply unit C98046RA RL50-AI-30, Variable beam angle white m 18m C98047RA RL50-AI-50, Variable beam angle white m 13m C98048RA RL50-AI-120, Variable beam angle white m 8m 609,00 609,00 609,00 RAYLUX incl. standard power supply unit C98049RA RL100-AI-10, Variable beam angle white m 53m C98050RA RL100-AI-30, Variable beam angle white m 28m C98051RA RL100-AI-50, Variable beam angle white m 20m C98052RA RL100-AI-120, Variable beam angle white m 12m 1.049,00 949,00 949,00 949,00 RAYLUX incl. standard power supply unit C98115RA RL150-AI-30, Variable beam angle white m 84m C98116RA RL150-AI-50, Variable beam angle white m 46m C98117RA RL150-AI-120, Variable beam angle white m 32m 1.519, , ,00 RAYLUX incl. standard power supply unit C98053RA RL200-AI-10, Variable beam angle white m 80m C98054RA RL200-AI-30, Variable beam angle white m 40m C98055RA RL200-AI-50, Variable beam angle white m 28m C98056RA RL200-AI-120, Variable beam angle white m 16m 1.799, , , ,00 RAYLUX incl. standard power supply unit C98057RA RL300-AI-10, Variable beam angle white m 100m C98058RA RL300-AI-30, Variable beam angle white m 50m C98059RA RL300-AI-50, Variable beam angle white m 34m C98060RA RL300-AI-120, Variable beam angle white m 20m 2.399, , , ,00 RAYLUX 25 RAYLUX 50 RAYLUX 100 RAYLUX 150 RAYLUX 200 RAYLUX

36 LED LAMP IP66 White light Part No. Designation Wave length Beam angle Range approx. Tele Wide Angle Euro RAYLUX 25 - incl. low-voltage power supply unit, 12V - 24V, AC and DC C98062RA RL25-30-LVP, Fixed beam angle white 30 18m C98063RA RL25-50-LVP, Fixed beam angle white 50 13m C98064RA RL LVP, Fixed beam angle white 120 8m 519,00 519,00 519,00 RAYLUX 50 - incl. low-voltage power supply unit, 12V - 24V, AC and DC C98066RA RL50-AI-30-LVP, Variable beam angle white m 18m C98067RA RL50-AI-50-LVP, Variable beam angle white m 13m C98068RA RL50-AI-120-LVP, Variable beam angle white m 8m 789,00 789,00 789,00 Accessories for RayTEC beamers C98100RA C98101RA C98102RA C98103RA C98104RA C98105RA SB1 assembly plate for swivel/tilt head for 1 beamer DB2 assembly plate for swivel/tilt head for 2 beamers WB1 Wall mount L-shape PB-360 Pole mount 360 for up to 8 units PB-180 Pole mount 180 for up to 4 units PBC-1 Pole clamp 59,00 79,00 32,00 99,00 79,00 69,00 RAYLUX 25 RAYLUX 50 Standard wall mount (incl. in the delivery) WB1 - wall mount L-shape PB-360 mast mount up to 8 units PBC-1 - Pole Camp 34

37 LED LAMP IR 850nm, white light, Power over Ethernet (PoE) Part No. Designation Wave length Beam angle Range approx. Euro RAYMAX 25 - Power over Ethernet (PoE) C98118RA RM25-30-IP, Fixed beam angle 850nm 30 20m C98119RA RM25-50-IP, Fixed beam angle 850nm 50 14m C98120RA RM IP, Fixed beam angle 850nm 120 8m 399,00 399,00 399,00 The RAYMAX and RAYLUX 25 IP illuminators are designed to provide dedicated lighting for network cameras via a PoE (Power over Ethernet) enabled infrastructure. Installation is as simple as plugging in the PoE enabled network cable. With an in-built photocell plus internal command and control electronics the RAYMAX/RAYLUX 25 IP is truly plug and play. Each unit is fitted with a Cool Running thermal management system to carefully control LED output and delivers a projected working life of 10 years. Due to it's design, these PoE are suitable for internal use only Power over Ethernet (PoE) over ethernet cable RAYMAX 25 35

38 Weatherproof housings IP66 Part No. Designation Capacity, int. L x W x H Dimensions ext. L x W x H Euro Weatherproof housing with heating element, 24V DC Without Wiper C98001M 901/24VDC Weather protection housing, small 330x114x110mm 430x156x192mm C98002M 900/24VDC Weather protection housing, medium 510x140x145mm 600x180x230mm C98003M 902/24VDC Weather protection housing, large 650x180x170mm 760x233x259mm 499,00 529,00 789,00 With Wiper C98004M 901/951/24VDC Weather protection housing, small 330x114x110mm 430x156x192mm C98005M 900/950/24VDC Weather protection housing, medium 510x140x145mm 600x180x230mm C98006M 902/952/24VDC Weather protection housing, large 650x180x170mm 760x233x259mm Weatherproof housing with heating element, 24V AC 729,00 759, ,00 Without Wiper C98013M 901/24VAC Weather protection housing, small 330x114x110mm 430x156x192mm C98014M 900/24VAC Weather protection housing, medium 510x140x145mm 600x180x230mm C98015M 902/24VAC Weather protection housing, large 650x180x170mm 760x233x259mm 499,00 529,00 789,00 With Wiper C98016M 901/951/24VAC Weather protection housing, small 330x114x110mm 430x156x192mm C98017M 900/950/24VAC Weather protection housing, medium 510x140x145mm 600x180x230mm C98018M 902/952/24VAC Weather protection housing, large 650x180x170mm 760x233x259mm Weatherproof housing with heating element, 230V AC 729,00 759, ,00 Without Wiper C98007M 901/230VAC Weather protection housing, small 330x114x110mm 430x156x192mm C98008M 900/230VAC Weather protection housing, medium 510x140x145mm 600x180x230mm C98009M 902/230VAC Weather protection housing, large 650x180x170mm 760x233x259mm 499,00 529,00 789,00 With Wiper C98010M 901/951/230VAC Weather protection housing, small 330x114x110mm 430x156x192mm C98011M 900/950/230VAC Weather protection housing, medium 510x140x145mm 600x180x230mm C98012M 902/952/230VAC Weather protection housing, large 650x180x170mm 760x233x259mm 729,00 759, ,00 Other weatherproof housing and Pan and Tilt options are available upon request including alternative voltages and currents. 36

39 Accessories for weatherproof housings Part No. Designation Euro Accessories for weatherproof housings C98019M 950/951/952 Wiper, 24V DC, for housing without wiper (kit for retrofitting) 230,00 C98049M VIP5WAS02 Washer unit 5 liters, with pump, 24V AC upon request C98020M VIP5WAS01 Washer unit 5 liters, with pump, 230V AC upon request C98050M VIP25WAS02 Washer unit 23 liters, with pump, 24V AC upon request C98021M VIP25WAS01 Washer unit 23 liters, with pump, 230V AC upon request C98022M C98023M C98024M 900/fan Fan for weatherproof housing (12V DC or 24V DC option) 900/sec Safety glass 900/locks Anti tamper latches for locks (locks not included) 189,00 89,00 109,00 Spare parts C98025M C98026M 900/wb Spare wiper blade 900/arm Spare wiper arm 29,00 69,00 Washer unit 23 liters with pump 37

40 Pan/Tilt heads IP68 and accessories Part No. Designation Euro Pan/Tilt heads and wall brackets C98027M C98033M C98028M C98035M C98029M C98030M C98031M C98032M C98034M C98036M 620/24VDC/OTT Pan/Tilt head, light-weight type, top mounted, 6 kg loading 24V DC, pan 30 /sec., tilt 10 /sec. 620/P/24VDC/OTT Pan/Tilt head, light-weight type, top mounted, 6 kg loading 24V DC, with presets, pan 30 /sec., tilt 10 /sec. 620/24VDC/SM Pan/Tilt head, light-weight type, side mounted, 10 kg loading 24V DC, pan 30 /sec., tilt 10 /sec. 620/P/24VDC/SM Pan/Tilt head, light-weight type, side mounted, 10 kg loading 24V DC, with presets, pan 30 /sec., tilt 10 /sec. 615/24VDC/OTT Pan/Tilt head, medium-weight type, top mounted, 16 kg loading 24V DC, pan 32 /sec., tilt 12 /sec. 615/P/24VDC/OTT Pan/Tilt head, medium-weight type, top mounted, 16 kg loading 24V DC, with presets, pan 32 /sec., tilt 12 /sec. 615/24VDC/SM Pan/Tilt head, medium-weight type, side mounted, 25 kg loading 24V DC, pan 32 /sec., tilt 12 /sec. 615/P/24VDC/SM Pan/Tilt head, medium-weight type, side mounted, 25 kg loading 24V DC, with presets, pan 32 /sec., tilt 12 /sec. 636P/24VDC/OTT Pan/Tilt head, heavy type, top mounted, 20 kg loading (up to 30 kg or 45 kg upon request) 24V DC, with presets, pan 30 /sec., tilt 10 /sec. 635P/24VDC/SM Pan/Tilt head, heavy type, side mounted, 50 kg loading 24V DC, with presets, pan 30 /sec., tilt 10 /sec. Other weatherproof housing and Pan and Tilt options are available upon request including alternative voltages and currents , , , , , , , , , ,00 C98037M C98038M C98039M 703 (WB1-450) Wall bracket 450 mm, light, without 3D hinge for housing with or without P/T head 704 (WB1-600) Wall bracket 600 mm, medium, without 3D hinge for housing with or without P/T head 705 (WB2-600) Wall bracket 600 mm, heavy, without 3D hinge for housing with or without P/T head 259,00 269,00 329,00 C98040M C98041M C98042M 707 (WB1-450/PTSI) Wall bracket 450 mm, light with 3D hinge for housing without P/T head 708 (WB1-600/PTSI) Wall bracket 600 mm, medium, with 3D hinge for housing without P/T head 709 (WB2-600/PTSI) Wall bracket 600 mm, heavy, with 3D hinge for housing without P/T head 349,00 359,00 369,00 C98045M C98046M C98047M C98048M 710 Wall bracket, light, without 3D hinge for P/T head, light-weight type 720 Wall bracket, light, with 3D hinge for weather protection housing, small 730 3D hinge, adjustable (pan and tilt) for wall bracket C98045M 820 Adapter for P/T head, light-weight type (3-hole) on Wall bracket with 4 holes (all except for C98045M) 199,00 279,00 149,00 109,00 C98043M C98044M 600DER Mount plate for Raytec IR lamp up to on P/T head, medium 601DER Mount plate for every Raytec IR lamp on P/T head, heavy 119,00 139,00 38

41 Outline (C) = Auto-Iris, controlled via video signal, 45cm cable (MI) = Auto-Iris, DC-controlled, 12cm cable, 4-pin plug (DG) = Auto-Iris, DC-controlled, 26cm cable, 4-pin plug (OS) = Auto-Iris, controlled via video signal, 25cm cable, 4-pin plug, IR coating ER = Auto-Iris, video-controlled, manual override P = Zoom lens with positioning potentiometers (Preset) F = Zoom lens with positioning potentiometer (Preset) and manual override PH = Zoom lens with positioning potentiometers (Preset) and high-speed motors (FA) = Manual zoom lens, 1 lock screw for focus and zoom together PK = Zoom lens with positioning potentiometers (Preset) and super high-speed motors FH FK (FQ) = Zoom lens with positioning potentiometers (Preset), manual override and high-speed motors = Zoom lens with positioning potentiometers (Preset), manual override and super high-speed motors = Auto-Iris, DC-controlled, 12cm cable, 4-pin plug (SN) (ST) UV VS = Auto-Iris, DC-controlled, 25cm cable, 4-pin plug, IR coating = Auto-Iris, video-controlled, 25cm cable, 4-pin plug, manual override with D/A converter = Special glass for UV-light = Iris controlled via Video signal (HK) = Auto-Iris, DC-controlled, 25cm cable, 4-pin plug, (TS2V314CED (HK) = 20cm cable) (WQ) = Auto-Iris, video-controlled, 25cm cable, 4-pin plug, high-speed or super highspeed zoom motor, standard focus speed IR (KA) (KP) = Coating for infrared light = 1 lock screw each for aperture and focus (Exception: fixed focal lenses) = 3 lock screws each for aperture and focus plus 2 thumbed screws in the additional packaging (Exception: fixed focal lenses) (WX) YF YK = Auto-Iris, controlled via video signal, 25cm cable, 4-pin plug = Lenses for cameras with Nikon F bayonet = Lenses for cameras with PENTAX K-bayonet (KR) M = Auto-Iris, DC-controlled, 25cm cable, 4-pin plug = Megapixel lens (ZD) (ZG) = Auto-Iris, DC-controlled, 45cm cable = Auto-Iris, DC-controlled, 25cm cable, IR coating man. = Manual iris (ZF) = Auto-Iris, video-controlled, 25cm cable, 4-pin plug, manual override with D/A converter, iris range up to F1500 (F3000 /F3800 with motorised optical range extender) Zoom lenses come as standard with 12V motors, 6V motors are available on request Due to the wide range of cameras from numerous manufacturers on the market today, PENTAX are unable to guarantee that all lenses will work with all cameras, although at time of press we know of no specific problems. 39

42 Safety advice Before installing a PENTAX CCTV lens please read the following notes: Warning: Never look directly at the sun with the naked eye as this may cause permanent damage. Do not disassemble, repair or modify the lens yourself. There is a risk of fire, electric shock or malfunction. If the lens is producing smoke, you smell smoke or if the lens is getting hot, immediately disconnect all cables and/or from the power supply if relevant. Do not bend, twist or pull the cable. There is a risk of fire, electric shock or malfunction. It is important to have damaged cables immediately repaired by a specialist. Attention: Do not expose the lens to direct sunlight or excessive heat as there may be a risk of fire. Never use the lens to look directly at the sun or any other powerful light source. The image sensor of the camera or other components in the system may be damaged. Ensure the lens is firmly fixed to the camera.. Do not expose the lens to excessive vibrations or shock. As with all mechanical and electrical products with moving parts, many components could wear over time and it is important to have regular maintenance to ensure optimum performance. This should only be done by a qualified PENTAX engineer so as not to affect the warranty. 40

43 Precautionary measures: Do not use any solvents such as thinners, alcohol etc in order to remove marks from the lens. Use air or a clean brush only to remove dust from the lenses. If there are marks on the optics, carefully wipe them from side to side using a specialist lens cloth. For lenses with electrical components, ensure the cables are firmly connected according to the installation instructions included with the lens. PENTAX lenses are high precision optical products. Please avoid dropping the lens or exposing it to excessive vibrations, high pressure or impacts. Protect the lens from dust, toxic gases, humidity and salt as these may cause malfunction or damage. Assembly and disassembly of the lenses: Before mounting the lens to the camera, make sure that the lens and the camera are having the same connection. Please check for any protrusion of the rear optic on the lens and ensure this will not damage elements of the camera before connection. A PENTAX C-Mount lens can be mounted on to a CS mount camera with the use of a C80035 C to CS Mount adapter. However you cannot use a CS mount lens on a C mount camera. Camera connection C-Mount CS-Mount C-Mount lens compatible with C-Mount adapter compatible CS-Mount lens non-compatible compatible Connect the lens to the camera by rotating the lens clockwise. With some of our lenses there is a clutch mechanism allowing you to twist the lens in it s mounting to align the iris cable to the optimum position. To operate this, screw the lens onto the camera to the stop position, then turn the lens back one full turn counter-clockwise. Firmly push the lens towards the camera until a movement is felt. While pushing, rotate the lens to the desired position. Once set rotate the lens back to its former stop position. The cable should now be in the desired position. To remove the lens from the camera, disconnect any connecting cables and twist the lens anti-clockwise until it becomes free from the mount. 41

44 A GUIDE TO LENS SELECTION AC (= Alternating Current) AC is the English designation for alternating current meaning an electrical current whose magnitude and direction vary opposed to direct current (DC). Household current is in general alternating current. ALC (Automatic Light Control) Auto-Iris lenses gain their reference from the video signal produced by the camera. The measuring method to control the Auto-Iris is set by measuring the entire image. If the aperture of the lens is reacting too much to bright areas such as car headlights, you can adjust the lens potentiometer to compensate. Monitor image less contrast more contrast Turning direction of the ALC potentiometer turning clockwise to (Pk) turning anti-clockwise to (Av) LEVEL ALC Av Pk = Average = Peak L H Av Pk Please note: Setting to an extreme value can impair the picture. It is possible that lenses ALC settings may have problems with some digital cameras due to backlight compensation and AGC. Aspherical lenses Due to the shape of the glass in an aspherical lens more light is able to be focused onto a cameras CCD. This is how PENTAX aspherical lenses are able to make cameras work in lower light conditions than standard lenses. For colour cameras this is a particular advantage as they can struggle in lower light conditions and so need all the light available. The picture will then have less interference (noise), it will have better colour reproduction and will help the camera produce a better video signal. When used with high sensitivity mono cameras many applications won t require any form of man made lighting and can cope with only the most limited natural light. Also, the more light transmitted by the lens can only mean better image sharpness and less distortion at the edges of the picture. Back focal distance In CCTV we use two different standardised measures of lens mounting, C-Mount which has a back focal length of mm and CS-Mount which has 12.5mm. This is the distance from the last surface of a lens to the cameras CCD sensor. Due to very small tolerances in the correct alignment of the lens projection, many CCTV cameras have movable (or racking) CCD chips. The adjusting of the cameras CCD chip (called back focusing) always needs to be performed with the lenses aperture fully open. Opening the aperture on Auto-Iris lenses can be achieved with the help of ND filters, by disconnecting the video signal from the lens but keeping the power supply connected and speeding up the camera s shutter speed. As a rule-of-thumb for a point at infinite ( ) distance the focal length of the lens will be multiplied by 2000, e.g. a 50mm lens should be set up at a distance of 100m. 42

45 1. C-, CS-Mount thread 4,1 mm Ø 31mm 1-32UN-2B 1-32UN-2A The C and CS mount connection is a one inch thread with a specification 1-32UN-2A or B or W 1 inch x 32TPI (TPI = Thread per inch) and almost corresponds with the metric thread M25.5 x 0.75 mm. The angle of light projection for the one inch thread is 55. However, the metric thread is 60. By using a C80035 C/CS Mount adapter, a C mount lenses can be used on CS mount camera, but it s not possible to use a CS mount lens on a C mount camera. 5mm 4mm 9mm 2. Aligning the back focus To adjust (rack) the cameras CCD sensor in order to back focus the lens, please refer to the camera manufacturer s instruction manual. This adjustment will always need to be performed when installing a fixed focus lens. 3. Back focal length adjustment for zoom lenses When using motorized zoom lenses it is always necessary to back focus the camera in order for the lens to be able to properly track focus. Please read the Aligning the back focus paragraph before continuing. 1. Align the camera on a target object at sufficient distance (ideally a distant object) 2. Set the focus (distance) of the lens to (infinitely). 3. Set the zoom range to the shortest focal length (wide angle). 4. Now adjust the cameras back focus until the image on the monitor is in perfect focus. 5. Now adjust the zoom range to the largest focal length (Tele). 6. Re-adjust the focus by means of the focus ring of the lens. 7. Re-adjust the zoom range to the shortest focal length (wide angle). 8. Re-adjust the back focus on the camera until you again have the image in focus. 9. Repeat steps 3 to 8 until the lens produces continuous focus over the whole zoom range. 4. Back focusing for Vari-focal lenses Installation of our CS-Mount Vari-focal lens shouldn t need adjustment of the cameras CCD. If the chip has been moved from it s default position you can return it by mounting a fixed focal length lens to the camera, set the focus to (infinity), aim at a distant object and adjust the back focus until the picture is in focus. 5. Back focusing for Auto-Iris lenses Open the lenses aperture by disconnecting the video signal to the lens and speeding up the cameras shutter speed, or by using a neutral density filter (ND). Now set the focus ring to (infinitely) and adjust the back focus accordingly. 6. Back focusing for manual lenses Fully open the lenses aperture. Adjust the focus ring to (infinity) and adjust the cameras back focus. After setting the back focus, close the aperture until you achieve the required depth of field. 43

46 Resolution (modulation transfer function) With the help of a test chart with graduating resolution lines you can measure the quality of the optics. You will see that the image produced will become poorer the closer to the edges you get. This is the nature of both the lens and the CCD within the camera as the highest optical performance of a lens and CCD is in the middle. Image quality can also help significantly with the picture contrast as a higher quality lens and CCD have better focus between dark and bright areas of the image. Angle of view The angle of view is the area shown on screen. The angle is determined by the lenses focal length and the corresponding CCD. Aperture The aperture is the reduction in light through the lens caused by the many mechanics and pieces of glass necessary to focus the image. By adjusting the cameras shutter speed you can adjust the brightness of the picture electronically. It is sometimes necessary to adjust the aperture and/or the shutter speed in order to capture the relevant target. The size of the aperture (K) is calculated by taking the focal length ratio (F) and dividing it by the diameter of the iris opening (D). k= f D Aperture values are international standards. The aperture levels change at a factor of 2. On the below chart, from one aperture rating to the next, the amount of light doubles or halves, depending on which direction you are going. So, from an aperture of F8 to F16 the quantity of light will reduce to one quarter. Large aperture (fast) Small aperture (slow) A common rating with our lenses is F1.4 - F360 which means that with the iris fully open it is operating at F1.4 and with it closed down as far as it will go (and the use of the built in neutral density filter) the aperture is F360. For zoom or vari-focal lenses F1.4 only signifies the light intensity at full wide angle. A correct indication should be for instance F1.4 - F2.8. The second aperture value is the light intensity which can be achieved when the lens is at the extended telephoto range. When using a 2x focal length extender the aperture will also double. So our mm zoom lens has an aperture of F4.0 at 12mm, but with the 2x extender in place this would become F

47 Remote control of aperture Zoom lenses with an F in its designation (e. g. H20ZAME-5F (WX)) and Auto-Iris fixed focal length lenses with ER (e. g. H1212ER) are equipped with iris override. Certain applications require the need to be able to control the opening and closing of the iris. An example is sporting events when large flood lights are used, these can cause the iris to close down making the darker areas unusable. In this instance the operator can the open the iris up allowing more light from the darker areas to enter the lens. Our monofocal iris override lenses (without D/A Converter) can be controlled remotely as per the following simple circuit. The iris override is controlled via a standard voltage circuit: R 1 +Vcc open Input voltage (Vcc) open or ground Function auto iris 5:5 V 1:5 V R 2 SW 1 VR 1 1kΩ closed brown black Equalising amplifier closed manual override Input voltage (Vcc) Resistance (R1) - KΩ Resistance (R2) - KΩ 13.0 V V V V V V V V V V V V V V V V Iris override with D/A converter Certain zoom lenses are equipped with a D/A converter (Digital/Analogue converter). The D/A converter is controlled directly by a 12V voltage. When you change the polarity, the iris will open or close accordingly. As soon as the iris override is deactivated the iris will go back to automatic and take its reference from the video signal. If the iris override is reactivated again, the iris will revert to the last saved position. 45

48 Calculation of focal length As described above, the angle of view is a directly related to the lenses focal length. This can be calculated using the following formula: w f h f = or = W D H D w = width of the CCD sensor h = height of the CCD sensor f = focal length W = width of the object H = height of the object D = object distance 1. To calculate the required lens focal length, please see the following examples: 1.1 The following calculation is using a 1/2 camera which has a sensor width of 6.4mm. If looking at a gateway (for example) with a width of 10m at a distance of 25m. w = W 6.4mm 10000mm f = = 16mm focal length 25000mm Or 1.2 Using a 1/3 sensor with a height of 3.6mm. An area with a height of 4.5m at a distance of 10m needs to be monitored. h = H 3.6mm 4500mm f = = 8.0mm focal length 10000mm 2. If there are already cameras and lenses being used and you need to work out the distance required between camera and the object. 2.1 A 1/3 camera with a sensor width of 4.8mm being used and a lens with a focal length of 2.8mm is monitoring a gate of a width of 4.5m. w 4.8mm = W 4500mm 2.8 mm = = 2.6m distance (rounded) D W/H w/h D f 46

49 CCTV Closed Circuit Television D/A (motorised zoom lens with iris override and D/A converter) See Iris Override section DC (= Direct Current) DC is the English designation for direct current. When direct current is being used, the polarity remains constant, e.g. batteries deliver direct current. This is opposite to alternating current (AC) DC Iris Lenses with a DC controlled auto-iris are controlled by cameras with a built-in amplifier. Although cheaper to produce than Video controlled irises, DC irises are slower to respond and can be less accurate. Immersion depth (protrusion) <= 4.0mm 3 CCD cameras often require lenses with a rear optic penetration depth of less than 4.0mm. EMC/EMV If a CCTV system is combined with an alarm system, the lenses will need to comply to EMC/EMV directives EN /A1 (since January 1st, 2001). All electrically controlled lenses made by PENTAX comply with these directives. Colour correction Lenses where the RGB (red green blue) spectral components have been corrected are called achromatic lenses. When a lens is corrected for use with RGB and into the near infrared range they re called superachromatic lenses 47

50 Filter ND filter An ND2 filter reduces the light transmission by half (50%), an ND4 filter reduces it to a quarter (25%) and an ND8 filter reduces it to one eighth (12.5%) of the original light quantity. UV cut filter UV filters block UV-light from entering the lens, but they allow visible and IR light to pass through. Often UV filters are used to protect the valuable front optics of lenses. Polarising filter Polarising filters are used to eliminate reflections which can come from window, water etc. The filter is attached to the end of the lens and rotated until it blocks out the required reflection. Lock screws Due to our manual iris lenses being used in many applications involving automated and mechanical moving parts such as production lines and factory robots, we have developed this style of lens to have lockable focus and iris rings to prevent vibration from shifting then. KA = one set screw on each focus and iris rings KG = one thumb screw on each focus and iris ring KP = three set screws and one thumb screw on each focus and lens ring Fixed focus lens Fixed focus lenses have their focus adjusted by way of the camera s back focus and can be used in close up applications with close up rings. Focus Setting up the focusing of a lens is always more accurate when it is done with the iris open and the depth of field at it s minimum. When the iris is then closed down the image can only get sharper. Focus shift Focus shift can happen as white light travels through the optics of a lens differently to IR light and so has a different focus point. This means that during the day the lens can be in focus but when the white light recedes and IR light is more prevalent, the image focus will shift. IR corrected lenses resolve this by readjusting the alignment of the IR light travelling through the lens so that it has the same focal point as white light. Format: 1/4'', 1/3'', 1/2'', 2/3'', 1'' Format refers to the diameter of the circle of light the lens projects and is designed to coincide with camera CCD sizes. Lenses of a larger format will work with smaller CCD s but not vice versa. The lens s angle of view is specified with the use of a corresponding sized CCD in mind, so if you use a larger format lens on a smaller CCD, the angle of view will be affected. As an example using a 2/3'' lens on a 1/3'' camera will narrow the angle of view by approximately half, so a 50 angle would then reduce to

51 Backlight Backlight refers to bright areas of light that are behind the area or object being viewed. This can cause problems by making the area or object in the foreground appear darker. Ghosting Ghosting is when a second or reflection of the original image appears in the picture. There are a couple of causes of ghosting. One can be poor quality lenses picking up reflections, but in most instances it is caused by faults within the cabling such as incorrect termination or a shorted coax. High-resolution Lenses are determined to be of high resolution if they can display a larger number of line pairs per millimetre at higher contrast (measured against the current standard) than a standard lens (see also: resolution MTF). Highresolution lenses reproduce images more accurately than a standard lenses. In particular, even with low levels of illumination you can still generate high-contrast images. Infrared (IR) coated lenses When using cameras with extremely high IR sensitivity, the picture often includes flare and appears washed out, due to the CCD sensors sensitivity to a large range of different wave lengths. IR-coated lenses correct the situation by increasing the transmission of light between the wavelengths 700 and 900nm. Conventional lenses are optimised for a wave length of about 550nm. At these wave lengths, the standard CCD chip is highly sensitive. Wavelengths below 450nm and above 650nm (where the sensitivity of a lens steeply declines) will be largely ignored in producing the final picture. IR-coated lenses are coated to increase transmission of light in the working range of about 850nm. This way, the characteristic curve of the infrared camera will be perfectly supported and will generate its picture mainly of the infrared light contained in daylight and by night with the addition of IR illumination. Infrared cut filter An IR cut filter cuts out IR (700nm+) light but allows visible white light to pass to the cameras CCD. Many of our lenses come with an IR cut spot filter. This is a very small area at the very centre of the lens which only works when the iris closes right down in bright light. This way during bright periods the iris will close down and the lens will then block out IR light keeping colour rendition high, but when artificial IR light is present the iris will remain open and the lens will let the light in. 49

52 Ingress Protection (IP) An IP rating is given to a protective housing or casing and is used to protect components (in this case CCTV cameras) from dust and water. The abbreviation IP is followed by two numbers, the first indicates the protective qualities against solid objects such as dust and the second number represents water ingress. The higher the number, the greater the protection. Object Protection Water Protection 0 Non-protected 0 - Non-Protected 1 - Protected against solid objects greater than 1 - Protected against dripping water 50 mm 2 - Protected against solid objects greater than 12 mm 3 - Protected against solid objects greater than 2.5 mm 4 - Protected against solid objects greater than 1.0 mm 2 - Protected against dripping water when tilted up to Protected against spraying water 4 - Protected against splashing water 5 - Dust protected 5 - Protected against water jets 6 - Dust-tight 6 - Protected against heavy seas 7 - Protected against the effects of immersion 8 - Protected against submersion Example: A housing with the rating IP54 means that the housing protects against dust and rain, but would not be suitable for very dusty environments or where there is spray from the sea etc. Advice: The above chart is designed for guidance only. 50

53 Level Video drive lenses receive a reference signal from the camera and the lens opens and closes the iris accordingly to control the light. As every camera is different all video drive lenses have a level adjustment (known as a pot) on the side to adjust the sensitivity of the lens to the camera for any given scene. Monitor screen Clearer screen - higher LEVEL (High) Darker screen lower level LEVEL (Low) Turning direction of the LEVEL poteniometer Turning clockwise to (H) Turning anti-clockwise (L) H L = High, larger aperture opening = brighter screen = Low, smaller aperture opening = darker screen LEVEL ALC Please note: L H Av Pk The adjustment to the extreme setting can reduce the quality of the picture or lead to malfunctions of the automatic aperture control In order to achieve the best results in adjusting the level, we recommend you direct the camera to a high contrast (bright) area in order to then adjust the level. Ensure the camera s back light compensation and AGC are switched off, otherwise these can counter the adjust- ment of the level. Macro Focus Mount (MUM-2, MUM-2M) The Macro Focus Mount is a special camera mount with a 2mm tube extension. The C-Mount back focal length will be extended by 2mm to mm which will in turn reduce the lenses minimum object distance (MOD). In order to use our Macro Focus Mount, remove the standard C-mount on the lens and replace with the appropriate mount above. Please ensure you use the correct mount to lens as per the above chart. The C80057 is designed for all the machine vision lenses except the C37500KP. In order to achieve even higher magnifications you can also use the close up adaptors and extension tubes. Meridional Refer to sagittal MOD (Minimum Object Distance) The minimum object distance refers to the minimum distance from the front of the lens that an item will remain in focus. To reduce a lens s MOD you can install extension tubes and spacers between the lens and the camera which moves the lens further away from the CCD. The further the lens is from the CCD the closer the MOD. Please note reducing the MOD of a lens in this way affects focus at longer distances. MTF (Modulation Transfer Function) See resolving capacity 51

54 Close-up lenses Close-up lenses are used to reduce the MOD of lenses so that items close to the front optic can remain in focus. Focal lengths of 250mm, 333mm, 500mm and 1000m are available and screw in to the lens s front filter thread. Focal lengths of close-up lens = Accuracy level at infinity position of the lens OTF (Optical Transfer Function) See resolving capacity Pan Focus A pan focus lens ensures a sharp and crisp image for all object distances without the need for re-focussing. Protrusion See Immersion depth Radial See sagittal Preset Potentiometer In order to use preset positions with zoom lenses, the lens has to have preset potentiometers built in which send a feedback voltage to the control equipment. This allows the lens to return to a pre determined position or go on a preset walk. Sagittal (resolving capacity) For measuring lens resolution with the help of MTF, sets of fine repeating lines are created parallel to a diagonal line running from corner to corner of the image area directly through the center of the image. These are called Sagittal lines. At a 90 angle to these additional sets of repeating lines are drawn, called Meridional line sets. Repeating extremely fine short parallel lines spaced at 30 lines per millimetre measure the lens ability to record fine details, or its resolution. a) Sagittal (or radial) line pairs are running parallel to the radius b) Meridional (or tangential) line pairs are running at a right angle to the radius 52

55 Display Circle of a Lens b) Meridional running line pairs a) Sagittal running line pairs Radius Centre of image circle Depth of field Depth of field refers to the length of area that is in focus within the image. Usually, the shorter the focal length the greater the depth of field. Tangential See sagittal Day/night lenses (D/N lenses) This series of lenses are designed to be used with IR-sensitive colour cameras (day/night cameras). During the day colour reproduction remains unaltered and at night these lenses, due to there optical arrangement, focus IR and White Light at the same point creating no discernable focus shift. These lenses are also recommended for b/w cameras which reproduce high IR-reflecting surfaces such as grass and foliage particularly well. Lens Transmission The transmission of a lens indicate what wave lengths of light can be passed through to the cameras CCD. The usual transmission is from about 300nm up to 1200nm. Reversing ring (for microscopy) A reversing ring screws to the front filter of a corresponding lens and allows you to attach it to the camera in reverse. This creates an extremely short MOD and can allow the lens to focus only millimetres from an object. In the download area of our website you will find a PDF table with lenses and the corresponding magnification factors when using reversing rings. 53

56 UV filter (UV = ultraviolet) UV filter are designed to block UV-light and pass visible light. Often UV filters are used to protect the valuable front optic of a lens. % Transmissions curve for UV filter nm Vari Focal Lens Vari Focal lenses allow infinite variations of focal length within a set range and therefore change the angle of view displayed on the monitor. In general, vari focal lenses have a much smaller range of focal length than zoom lenses, but have much wider angles of view. Furthermore, when the focal length is adjusted the focus mechanism must also be adjusted to maintain optimum focus (except: Pan-Focus Vari focal lenses). Therefore, vari focal lenses are often used in the place of monofocal lenses because they have the advantage of allowing you to adjust the angle of view once you are on site. Due to their design, vari focal lenses can be offered at lower prices than zoom lenses or lenses of corresponding fixed focal length. PENTAX vari focal lenses provide this without any depreciation in picture quality. Equalising (EE) amplifier For lenses with integrated equalising (EE) amplifier (aperture control: VS), the video signal (VS) delivered by the CCTV camera is monitored by the equalising amplifier and used to adjust the aperture of the lens. If light levels are low, the video signal level is low and the equalising amplifier opens the aperture. With increasing brightness, the video signal level increases and the equalising amplifier closes the aperture accordingly. If the equalising amplifier is integrated in the camera, you can use lenses without equalising amplifier (aperture control: DC). These lenses are called DC-controlled, tension-controlled or directly controlled (direct drive) lenses. Simply said, the video signal will be analysed by the camera and the camera sends out a DC voltage to the lens which in turn adjusts the aperture. Coatings (anti-reflection coatings) High-quality coatings reduce scattered light inside the optics of a lens. Reflections inside the optic cause a series of undesired effects: for pictures with a high intensity of illumination (e.g. due to the light source itself or solar radiation), nebular, punctual reflections and shading are being generated. 54

57 For nebular reflections, low-contrast images (e.g. people in the shade) can no longer be displayed due to the loss of contrast. This decrease in contrast and the appearance of light spots in the picture greatly influence the reliability of video sensors which finally produce false alarms or cannot reliably detect people on the picture who are dressed in a similar way. For CCD sensors, single clear reflexes lead to phantom images which can pass over the whole picture. Punctual overloading will lead to the typical smear effect on the CCD sensor. Another very important item is the abrasion resistance of the coating. After each cleaning of the lens surface, the coating should neither be rubbed off, nor should it s thickness be changed. Only extensive pre-treatment of the glass surfaces guarantees a long service life of the razor thin coating. Distortion It is one of the properties of lenses to produce more distortion towards the image border. Straight lines close to the image border are bent outwards or inwards (distorted). It is called barrel distortion when the lines are bowed outwards and pin cushion distortion when the lines are bowed inwards (see figures below). In general, you can say that a lens with a little distortion is of a higher quality than a lens with a higher distortion. Pin Cushion Distortion Barrel Distortion Video signal The video signal is a signal in which the luma signal, chroma signal and synchronization signal are all embedded together in a single signal. The luma signal (or luminance) contains the intensity (brightness or darkness) information of the image. The chroma signal contains the colour information of the image. The synchronization signal controls the scanning of the signal on a display or on a recording device. It can transmit b/w as well as colour pictures. Video standard (CCiR 1v p-p) Vignetting (decrease of ambient light) Vignetting is a reduction of an image s brightness or saturation at the periphery (image borders) compared to the image center. Vignetting becomes more visible if your image is of a uniformly illuminated clear wall or if a cloudless sky is viewed on a high-quality monitor without any border shading. You can reduce the effects of vignetting by stopping down the lens. 55

58 Video Iris Lenses with VS (video signal) controlled iris incorporate an equalising (EE) amplifier. The lens connects directly to the camera via an auto iris lead, which provides both power and the video signal to the lens. The sensitivity and metering method of the lens are adjusted via two potentiometers to be found on the side of the lens. (see ALC/LEVEL) Zoom lens Zoom lenses allow the user to infinitely modify the focal length throughout the lens s chosen range. Zoom Lenses generally have much greater focal length ranges than Vari Focal lenses. Zoom lenses maintain focus whilst zooming as long as their have been correctly back focused on the camera. The zoom lenses are often equipped with motors to change the focal length, focus and even aperture. For automatic positioning systems, there are zoom lenses which are additionally equipped with feedback potentiometers. Depending on the type of telemetry used, our zoom lenses are available in different types (e. g. H20ZAME-5P (WX)) Type 1 = DC 6V / separate common Type 2 = DC 12V / shared common Type 3 = DC 6V / shared common Type 5 = DC 12V / separate common As standard our Zoom lenses are delivered as type 5, any other types are available on request. Manual zoom lens e. g. C60812 Motorised zoom lens e. g. C61237WX 56

59 What is Infra Red Light? Colour or Monochrome Cameras? The first question in planning a CCTV installation for day and night monitoring is whether or not you prefer colour or monochrome pictures. In most cases, end users would like colour images over b/w images. If this is the case, you also need to consider colour-correcting illumination so that the image is displayed in true colours. For example: lots of installers have to use yellow low-pressure sodium street lighting. When using alternative white lighting, you can degrade the performance of a CCTV system by inexact colour playback - a camera, even the best one is only as good as the light which is available. IR LED illuminators can illuminate over much larger distances than comparable white light illuminators. What is infrared light (IR-light)? IR-light is a light which is beyond the range of the human eye, or the eye can only see very poorly compared to monochrome CCTV cameras. Near IR-light is light, which is at a slightly longer wave length than visible light in the spectral range from 700 to 1100nm, just beyond the visible spectrum. This near IR-light is used for CCTV purposes. Since IR-light does not include any colours which are visible to the human eye, it cannot be used for colour pictures. In order to see the IR-light you need monochrome or day/night cameras. CCTV cameras used with Infra-Red lighting always provide monochrome images. IR light is ideal for applications where covert monitoring is required, but also where even low levels of overt lighting will cause problems of light pollution. Wave lengths in meters X-Ray IR Radio/RV Gamma Rays UV Mikrowaves Wave lengths in nanometer violet blue green yellow orange red 57

60 Beam Patterns When planning CCTV illumination, the beam angle should always be adapted to cover the full field of vision of the camera. The correct angle of the illumination must be used to fully illuminate the scene. Modern Adaptive Illumination units allow the angle of the illumination to be adjusted on site to suit the specific requirements. Technical Tip: The beam angle of the illumination should always be adapted to the field of vision of the camera. The only practical way to achieve this is through Adaptive Illumination. Light Field of view Field of view Light If the beam angle is too narrow, it will result in white out or glare in the middle of the picture. Therefore, the picture will not being correctly illuminated. If the beam angle is too broad, the result will be a waste of energy and reduce the distance of illumination. Traditional beam patterns As standard, beam patterns from an illuminator are provided at a fixed angle, either narrow or wide. Historically, spot and flood lenses have dominated but more recently these have been rejected in favour of more precise angles such as 10, 30 or 60 degrees. However, these are still fixed angle output, meaning they are inflexible on site. If the lighting requirements change or if the cameras field of view is changed the lighting may be unacceptable. Also, it means that all lighting decisions must be made prior to installation which is often difficult. Often final lens decisions and viewing areas are made during the installation process. Adaptive Illumination beam patterns Many installations use vari-focal lenses and ideally the installer requires the same level of flexibility with lighting to maximise system performance. Adaptive Illumination (AI) products do not provide light at a fixed output angle, rather they provide a range of output angles allowing the installer to select the angle that covers the exact field of view and provides the highest quality images. Adjustment is quick and convenient and any angle is easily selectable. % of the total distance 100% 66% wide small small wide Adaptive illumination set light angle Raymax 100 Narrow setting Raymax 100 Wide angle setting 58

61 Wiring diagram and pin assignment for lenses with fixed focal length and DC Auto-Iris [ Driving coil white + open Damping coil red + open [ white green red blue M G Iris Lens body 4-core cable Driving coil + Driving coil Damping coil - 2 Damping coil + Wiring diagram and pin assignment for lenses with fixed focal length Input voltage Video signal Ground red white black Shield M G Iris Lens body 4-core cable Video signal Ground Input voltage 2 not used 59

62 Wiring diagram for lenses with fixed focal length and iris override ER Lens body Input voltage Video signal Iris override CN core cable red white brown Equalising amplifier M G M3 Iris Hall sensor Ground 4 black E4-191J Shield The iris override is controlled with the following circuit Connection board +Vcc R 1 5,5 V VR 1 1kΩ 1,5 V R 2 Open Close SW 1 brown black Equalising amplifier SW 1 opened or ground closed Function auto iris iris override Wiring diagram for zoom lenses with 3 motors - C31211 Zoom red + tele Focus white +near Iris yellow + open CN core cable red green white blue yellow brown Connection board Lens body M M1 Zoom M M2 Focus M M3 Iris 7 8 MAS8100S 60

63 Wiring diagram for zoom lens with DC Auto-Iris and 2 motors - C60826ZD Lens body Zoom red + Tele Focus white + near CN red green white blue 4-core cable Connection board M M M 1 Zoom M 2 Focus 3 E5G-760 P-150 Driving coil Damping coil white green red blue 4-core cable M G M 3 Iris Shield Wiring diagram for zoom lens with video drive Auto-Iris and 2 motors - C60826WX Lens body Zoom red + Tele Focus white + near CN core cable red green white blue Connection board M M M 1 Zoom M 2 Focus 3 E5G-760 P-150 Input voltage Video signal Ground 4-core cable CN. red 1 2 white 3 black 4 Equalising amplifier M G M 3 Iris E4-191J Shield 61

64 Wiring diagram for zoom lens with DC Auto-Iris, 2 motors and presets - C60829ZD Lens body Zoom red + Tele Focus white + near CN red green white blue 12-core cable Connection board M M M 1 Zoom M 2 Focus orange Pot Supply 7 sky blue Focus Wiper 3 grey Pot Return 8 pink Zoom Wiper 1 E8-760P-100 R 1 R 2 R 3 R 4 Far VR 1 Near Wide. VR 2 Tele 4-core cable White 1 Driving coil Green 2 3 Red Damping coil 4 Blue E4-191J Shield M G M 3 Iris R 1, R 2, R 3, R 4 1 kω +/- 1% 0,1W VR 1, VR 2 5 kω +/- 20% 0,125W Wiring diagram for zoom lenses with video drive Auto-Iris, 2 motors and presets - C60829WX Zoom red + tele Focus white + near Pot Supply Focus Wiper Pot Return CN. 12-core cable red 6 green 4 white 2 blue 5 orange sky blue grey pink Zoom Wiper 1 E8-760P core cable red Input voltage 1 2 white Video signal 3 4 black Ground E4-191J Shield Connection board Equalising amplifier Lens body R 1 R 2 R 3 R 4 M G M M M 3 Iris M 1 Zoom M 2 Focus Far VR 1 Near Wide. VR 2 Tele R 1, R 2, R 3, R 4 1 kω +/- 1% 0,1W VR 1, VR 2 5 kω +/- 20% 0,125W 62

65 Wiring diagram for zoom lenses with video drive iris, iris override (with D/A converter), 2 motors and presets - C60839WQ Lens body CN. 14-core cable Focus white + near Zoom red + Tele White Blue Red Green Connection board M M M 2 Focus M 1 Zoom Pot Supply Focus Wiper Pot Return Orange Sky blue Grey R 1 R 2 Far VR 1 Near 14 R 3 Wide Zoom wiper Pink R 4 VR 2 Tele 7 Iris yellow + open Auto/Manual. Ground Input voltage Yellow 5 Brown 6 Violet 8 Black 9 E15-403N-110 Red 4-core cable Equalising amplifier M G M 3 Iris Hall sensor Video signal White Ground Black Shield R 1, R 2, R 3, R 4 1 kω +/- 1% 0,1W 0.1W VR 1, VR 2 5 kω +/- 20% 0,125W 0.125W 63

66 Wiring diagram for lenses with video drive iris, iris override, 2 motors and presets - C60839WX Lens body Focus white + near Zoom red + tele CN White Blue Red Green 14-core cable Connection board M M M 1 Focus M 2 Zoom Pot Supply Focus wiper Pot Return Orange Sky blue Grey R 1 R 2 Far VR 1 Near 14 R 3 Wide Zoom Wiper Pink R 4 VR 2 Tele Iris override 7 Brown 5 Ground Input voltage Video signal Ground 6 8 Black 9 E15-403N-110 CN. Red 1 White 3 Black core cable Equalising amplifier M G M 3 Iris Hall sensor E4-191J Shield R 1, R 2, R 3, R 4 1 kω +/- 1% 0,1W VR 1, VR 2 5 kω +/- 20% 0,125W 64

67 Wiring diagram for C61244WP with D/A converter Lens body CN 14-core cable 1 white Focus white + near 2 blue M M 2 Focus Zoom red + tele 3 4 red green Connection board M M 1 Zoom Extender w/s + 2x white/black white/red M M 3 Extender Pot Supply Focus Wiper Pot Return orange sky blue grey R 1 1 kω R 2 1 kω Far Near Wide VR 1 5kΩ Zoom Wiper 12 pink R 3 1 kω VR 2 5kΩ R 4 1 kω Tele 7 Iris yellow + open Auto/Manual. Ground Input voltage E15-403N110 CN. 1 yellow brown violet black red 4-core cable Equalising amplifier M G M 3 Iris Hall sensor Video signal 3 white Ground 4 black 2 Shield E4-191J R 1, R 2, R 3, R 4 1 kω +/- 1% 0,1W VR 1, VR 2 5 kω +/- 20% 0,125W 65

68 Calculator for focal length (LENS SELECTOR) C90010 LS-2 Lens calculator to determine the focal length and the angle of view 66

69 2,7 mm 3,6 mm 4,8 mm 6,6 mm 9,525 mm CONVERSION TABLE FOR HORIZONTAL ANGLE OF VIEW Lenses for 1, 2/3, 1/2, 1/3 and 1/4 can be used on cameras with a smaller CCD chip, but not vice versa. By doing this, the viewing angle will change according to the table below: 1/4" Chip 1/3" Chip 1/2" Chip 2/3" Chip 1" Chip 4.5 mm 6 mm 8 mm mm mm 3.6 mm 4.8 mm 6.4 mm Horizontal angle of view 8.8 mm 12.7 mm 67

70 PENTAX Imaging Systems GmbH Security Systems Division Julius-Vosseler-Str Hamburg Germany Phone Central: +49-(0) Fax: +49-(0) Internet: Head of Sales & Marketing Thomas Feichtner Rote Flurstr St. Ingbert Germany Phone: +49-(0) Fax: +49-(0) Mobile: +49-(0) Sales Administration Manager Jens Bondzio Phone: +49-(0) International Sales Manager Vitaly Eppstein Julius-Vosseler-Str Hamburg Germany Phone: +49-(0) Fax: +49-(0) Mobile: +49-(0) [email protected] Central / Order Processing Corinne Bouas Phone: +49-(0) [email protected] Andreas Tillkorn Phone: +49-(0)40/ [email protected] Birgit Walter Phone: +49-(0)40/ [email protected] Service Dago Bock Phone: +49-(0) [email protected] Marketing Consultant Belgium, Netherlands, Luxemburg Eric Huyghe Julius-Vosseler-Str Hamburg Germany Phone: +32-(0) Mobile: +32-(0) Fax: +32-(0) [email protected] Internet: Sales Executive North Germany (ZIP Codes: 0, 1, 2, 3, 4, 5 98, 99) Thomas Feichtner Julius-Vosseler-Str Hamburg Germany Phone Central: +49-(0) Fax: +49-(0) [email protected] Sales Executive South Germany & Austria (ZIP Codes: 6, 7, 8, 90-97, Austria) Klaus Eichelseder Tulpenweg Anzing Germany Phone: +49-(0) Fax: +49-(0) Mobile: +49-(0) [email protected] 68

71 GERMANY, AUSTRIA SWITZERLAND PENTAX Imaging GmbH Security Systems Division Julius-Vosseler-Str Hamburg Germany Phone: +49-(0) Fax: +49-(0) Internet: Belgium, netherlands luxemburg PENTAX Imaging Systems GmbH Security Systems Division Julius-Vosseler-Str Hamburg Germany Tel: +32-(0) Fax: +32-(0) Internet: United kingdom, irland PENTAX Imaging Systems Ltd. Security Systems Division Heron Drive Langley, Slough SL3 8PN United Kingdom Phone: +44-(0) Fax: +44-(0) Internet: Europe, russia, Middle east, africa PENTAX Imaging Systems GmbH Security Systems Division Julius-Vosseler-Str Hamburg Germany Phone: +49-(0) Fax: +49-(0) Internet: France PENTAX Europe Imaging Systems S.A.S. Security Systems Division 112 Quai de Bezons, B.P Argenteuil Cedex France Phone: +33-(0) Fax: +33-(0) Internet: 69

72 FOM: