1:3.6 at 15.2~228.2mm (2.0X)

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Remote control HDTV/ SDTV Lenses With the introduction of High Definition Technology into compact box type cameras, the requirements from the market of the image production for the television

2 Remote control HDTV/ SDTV Lenses With the introduction of High Definition Technology into compact box type cameras, the requirements from the market of the image production for the television broadcast, and surveillance markets for high performance remote control lenses has dramatically increased. In response, Canon proudly introduces remote control lenses that set new standards for quality, as an addition to our current line. The lenses feature Canon s SDTV and HDTV advanced technology developed over our long history producing the world s best lenses. All lenses, consisting of SDTV lenses and HDTV lenses, offer exceptional optical performance, while providing the same control interface used by our existing remote control pro-video lenses. This will enable the lens to be perfectly compatible with existing provideo and broadcast pan-tilt systems. * The X extender of ITS-E model is manually operated. ITS-RE model which has a motorized X extender is also available. HJex B ITS-E HJex.B ITS-E HJex.B ITS-E HJex.B ITS-E Image Format Covered Zoom Ratio X X X X Built-in Extender.0X.0X.0X.0X Range of Focal Length ~00mm.~mm.~mm.~0mm ~000mm (.0X).~mm (.0X).~mm (.0X).~0mm (.0X) aximum Relative Aperture :. at ~mm :. at.~.mm :. at.~00.mm :. at.~.mm :. at 00mm :. at mm :. at mm :. at 0mm :. at ~mm (.0X) :. at.~.mm (.0X) :. at.~00.mm (.0X) :. at.~mm (.0X) :. at 000mm :. at mm :. at mm :. at 0mm Angular Field : Aspect Ratio.0 x. at mm 0. x. at.mm. x. at.mm 0. x. at.mm of View (. x.mm).0 x0. at 00mm.0 x. at mm. x. at mm. x. at 0mm.0 at. at mm. at.mmat.mm. at. at.mm. at. at.mm (.0X) (.0X) (.0X) (.0X) 0. x 0. at 000mm. x. at mm. x. at mm. x. at 0mm : Aspect Ratio. x. at mm. x. at.mm. x. at.mm. x. at.mm (. x.mm). x0. at 00mm. x. at mm.0 x. at mm. x. at 0mm. x. at mm. x 0. at.mm. x. at.mm. x 0. at.mm (.0X) (.0X) (.0X) (.0X) 0. x 0. at 000mm. x 0. at mm. x. at mm. x. at 0mm.O.D from Lens Front.m(0mm with acro) 0.m(0mm with acro) 0.m(0mm with acro) 0.m(0mm with acro) Object Dimensions : Aspect Ratio.x.cm at mm.x.cm at.mm.x0.cm at.mm.x.cm at.mm at.o.d (. x.mm).x.cm at 00mm.x.cm at mm.x.cm at mm.x.cm at 0mm.x.cm at mm (.0X).x.cm at.mm (.0X).x0.cm at.mm (.0X) 0.0x.cm at.mm (.0X).x.cm at 000mm.x.cm at mm.x.cm at mm.x.cm at 0mm : Aspect Ratio. x.0cm at mm 00.x.cm at.mm. x.cm at.mm. x.cm at.mm (. x.mm). x.cm at 00mm.0x.0 at mm.x.0cm at mm.0x.cm at 0mm.x0.0cm at mm 0. x.cm at.mm.x.cm at.mm.x.cm at.mm (.0X) (.0X) (.0X) (.0X).x.cm at 000mm.0x.0cm at mm.x.cm at mm.0x.cm at 0mm Approx.Size(WxHxL).x.x.mm 0.x.x0.mm 0.x.xmm.x.x0.mm Approx.ass.Kg (.lbs).kg (.0lbs).Kg (.lbs).kg (.lbs) DIENSION: (Unit:mm). HOOD. 0...

3 oreover, the new remote control SDTV/HDTV lenses are superior to their pro-video counterpartsin the following ways: *Highly accurate gear Backlash reduction in order to cope with the high level requirements of SDTV and HDTV applications. *Improved maximum zoom speed of.0sec compared with the Remote Control Pro-video Lenses. *SDTV and HDTV optical performance and specifications. *Diverse applications include; remote control studio production, point of view cameras, cameras installed in inaccessible locations, as well as many others. *The optional Extender Changeover Unit will enable the extender of the lens to be controlled remotely. Additionally, Canon has also added the world s first pro-video Remote Control lens, the YHx KTS-AF, equipped with Canon s advanced Self Contained Auto Focusing system. The system will allow the lens to focus on an object automatically by analyzing the video signal from the camera wholly within the lens unit. It is not necessary to care about existing camera compatibility or the system, you can simply add the YHx KTS-AF with our auto focus feature and dramatically expand the possible applications of the system. (Please refer to page for the details.) HJex.B ITS-E Jex.B ITS-E Jex.B ITS-E Jex.B ITS-E X X X X.0X.0X.0X.0X.~mm.~mm.~mm.~0mm.~0mm (.0X).~mm (.0X).~mm (.0X) ~00mm (.0X) :. at.~.mm :. at.~.mm :. at.~0.mm :. at.~mm :.. at mm :.. at mm :. at mm :. at 0mm :. at.~.mm (.0X) :. at.~.mm (.0X) :. at.~0mm (.0X) :. at ~mm (.0X) :. at 0mm :. at mm :. at mm :. at 00mm. x0. at.mm 0. x. at.mm. x. at.mm. x. at.mm. x. at mm.0 x. at mm. x. at mm 0. x. at 0mm 0. at.mmat.mm (.0X). at.mmat.mm (.0X). at.mmat.mm (.0X). at. at mm (.0X). x. at 0mm. x. at mm. x. at mm.0 x. at 00mm. x. at.mm. x. at.mm. x. at.mm. x. at.mm 0. x. at mm. x. at mm.0 x. at mm.0 x. at 0mm. x. at.mm (.0X). x 0. at.mm (.0X). x. at.mm (.0X). x. at mm (.0X). x.0 at 0mm. x 0. at mm.0 x.0 at mm. x. at 00mm 0.m(0mm with acro) 0.m(0mm with acro) 0.m(0mm with acro) 0.m(0mm with acro).x.0cm at.mm.x.cm at.mm.x.cm at.mm.x0.cm at.mm.x.cm at mm.0x.0cm at mm.x.cm at mm.x.cm at 0mm.x.cm at.mm (.0X).x.cm at.mm (.0X).x.cm at.mm (.0X).0x.cm at mm (.0X).x.cm at 0mm.0x.cm at mm.x.cm at mm.0x.cm at 00mm. x.cm at.mm.0 x.cm at.mm.x.cm at.mm. x.cm at.mm. x.cm at mm. x.cm at mm.x. at mm.x.cm at 0mm.x0.cm at.mm.x.cm at.mm. x.cm at.mm.0x0.cm at mm (.0X) (.0X) (.0X) (.0X).x.cm at 0mm.x.cm at mm.x.cm at mm.x.cm at 00mm x0.xmm 0.x.x.mm.x0.x.mm x0.x.mm.kg (.lbs).kg (.lbs).kg (.lbs).kg (.0lbs) DIENSION: (Unit:mm)

4 F A Z A I A CONT. CA. x I R I S G A I N Pro-video Remote Control lens YJx B ITS YJ0x.B KTS YJx B KTS Image Format Covered Zoom Ratio /" X /" 0X /" X Built-in Extender.0X - - Range of Focal Length ~mm.~0mm ~mm ~mm (.0X) aximum Relative Aperture :. at ~mm :. at.~.mm :.0 at ~mm :. at mm :. at 0mm :. at mm :. at - (.0X) :. at -mm (.0X) Angular Field : Aspect Ratio. x. at mm. x. at.mm. x. at mm of View. x. at mm.0 x. at 0mm. x. at mm. x0. at mm(.0x). x. at mm(.0x).o.d from Lens Front 0.m(0mm with acro) 0.m(0mm with acro) 0.m(0mm with acro) Object Dimensions : Aspect Ratio.x.cm at mm.x.cm at.mm.x.cm at mm at.o.d.x.cm at mm.x.cm at 0mm.0x.cm at mm.x.cm at mm (.0X).x.cm at mm (.0X) Approx.Size(WxHxL).x.x.mm.x.x0.mm.x.x.mm Approx.ass.kg (.lbs).kg (.lbs).kg (.lbs) acro Yes Yes Yes DIENSION: P0.... (Unit:mm) / inch Pro-video Remote Control lens YHx. KTS YHx KTS YHx KTS-AF Image Format Covered Zoom Ratio /" X /" X /" X Built-in Extender Range of Focal Length.~mm ~mm ~mm aximum Relative Aperture :. at.~mm :. at ~0.mm :. at ~0.mm :.0 at mm :.0 at mm :.0 at mm Angular Field : Aspect Ratio. x. at.mm. x. at mm. x. at mm of View. x. at mm. x. at mm. x. at mm.o.d from Lens Front 0.m(0mm with acro).0m(0mm with acro).0m(0mm with acro) Object Dimensions : Aspect Ratio.x.cm at.mm.x.cm at mm.x.cm at mm at.o.d.x.cm at mm.x.0cm at mm.x.0cm at mm Approx.Size(WxHxL).x.x.mm 0.x.x.mm.x.0x.mm Approx.ass.kg (.lbs) 0.kg (.0lbs) 0.kg (.lbs) acro Yes Yes Yes DIENSION: CONTROL CABLE LENS CABLE......±0. ±0.0 Auto Focus Lens. VIDEO IN CONNECTOR. A YHx. KTS IX P CONTROL CABLE LENS CABLE TRIER FOR ADJUSTING GAIN CAERA CABLE CONTROL CABLE (Unit:mm) AUTO / ANUAL AUTO / ANUAL ZOO AUTO / ANUAL TRIER FOR ADJUSTING GAIN GAIN 0 AUTO / ANUAL,ZOO, A I A Z A F AUTO / ANUAL & ZOO DIP SWITCH TRIER FOR ADJUSTING GAIN AUTO F.B. SWITCH TRIER FOR ADJUSTING. HOOD

SLOW W ZOO T FAST SLOW N F FAST SLOW C CA. O FAST LOC. W ZOO T N F C O ZOO/ PRESET ZOO O W F C T N CA. LOC. ANU. PRE. HDTV/SDTV/Pro-video Remote Control Lens SYSTE * ** Only for /" lenses.

5 SLOW W ZOO T FAST SLOW N F FAST SLOW C CA. O FAST LOC. W ZOO T N F C O ZOO/ PRESET ZOO O W F C T N CA. LOC. ANU. PRE. HDTV/SDTV/Pro-video Remote Control Lens SYSTE * ** Only for /" lenses. For DXC-0,please contact Canon Sales office for information. Circuit Diagram PIG TAIL CABLE TO CAERA CN HOOD CN TCC Zoom Operation Button Focus Operation Button YJx B ITS Close-up Lens CL-UP0H CL-UP00H TCR - 0 F Extender* TCR-0F Zoom Speed Adjusting Knob Focus Speed Adjusting Knob Connector ZOO Iris Camera/Local Change-Over Switch Iris Speed Adjusting Knob Connector Iris Operation Button PIG TAIL CABLE(0cm) CN POSITION(.V)/SPEED(OPEN)SIG ZOO POSITION(.V)/SPEED(OPEN)SIG GND LOCAL(OPEN)/CAERA(0V)SIG CONTROL (CLOSE.V/OPEN.V)* POWER(DCV) SIGNAL COON(+.0V) CONTROL ( FAR.V/ NEAR.V ) ZOO CONTROL (TELE.V / WIDE.V) POSITION (.V )/SPEED ( OPEN ) SIG 0 +V(+.V) -V(+.V) *In case of the KTS version, No. pin is the setup of <CLOSE.V/OPEN.V> CANON REOTE CONTROL LENS odel FG Canon Part No. Varies depending on type of Camera. HR0A-0P-S HIROSE BH-00 HR0A-0J-P HIROSE BH-0 HR0A-0P-S HR0A-0R-P HR0A-0R-P HIROSE HIROSE HIROSE BH-00 BH-0 BH-0 *In addition,the TCR-0F offers an shot preset memory of zoom and focus. The circuit diagram is the same as the TCR-0F. (with x Extender type) TCR-0F ODEL:HR0A-R-P FG:HIROSE CANON Part No.BH- Connector TCR-0F Controller** The Canon Remote Control TV Lenses and standard controller system are engineered to satisfy your image capture needs. These broadcast quality products can be used in applications which differ from typical video production applications, such as fast and quiet servo operations. The Canon Remote Control TV Lenses accept types of Canon standard controllers, as well as the standard remote control cables, which are designed to provide different types of zoom, focus and iris remote control. These lenses are also available with a simple interface for use with custom controllers. TCR-0F TCR-0F TCR-0F The TCR-0F is a basic controller that provides push-button control of zoom, focus, and iris. Each of these functions have a speed control. There also is a switch for remote or auto iris. The TCR-0F provides more exact control of zoom, focus, and iris through the use of positional servos. There also is a switch for remote or auto iris. The TCR-0F can present zooming and focusing operations for up to eight shots. Zooming and focusing can be made by pressing the ZOO//PRESET buttons suited for your application. CN TCR - 0 F Extender Circuit Diagram YEL GRN Zoom Operation Knob Focus Operation Knob D D D D SW SW Connector CA. LOC. Iris Camera/Local Change-Over Switch Iris Operation Knob CN 0 CONTROLLER TCC CABLE (/0/0/0/00m) CN CN CN SPEED CONTROL 0 Trimmer Cap Preset Position Change Over Button(~) Zoom Speed Adjusting Knob Focus Speed Adjusting Knob CANON STANDARD CONTROL CABLES CANON provides ready made connection cables in m, 0m, 0m, 0m, and 00m lengths. These cables are well shielded to prevent all RF interence. Hirose pin connectors are used exclusively. The cable length can be extended up to 0m by connecting several cables when telecommunications control box TCR-0F/TCR-0F or TCR-0F are used. 0 0 TCR - 0 F TCC-00: m cable TCC-00: 0m cable TCC-00: 0m cable TCC-00: 0m cable TCC-00: 00m cable ODE CAERA LOCAL 0k POSITION CONTROL ODE CAERA LOCAL ZOO FAR 0k NEAR TELE ZOO 0k WIDE CLOSE 0k OPEN FAR CLOSE OPEN 0k NEAR TELE 0k WIDE * Extender is controlled by v on pins No. and No.. * A mating connector is supplied with the lens. Iris Speed Adjusting Knob Connector Iris Operation Button Connector Iris Camera/Local Change-Over Switch anual Operation Change Over SW Zoom Operation Button Focus Operation Button TCR0F TCR0F

6 Optical Accessories for Remote Control Lenses. CLOSE-UP LENS A close-up lens is used to shorten the.o.d. of master lens for close up shooting. And the maximum object distance becomes the focal length of the close-up lens. There are the following four models of close-up lenses corresponding to the kind of the master lens. ODEL CLASS APPLICABLE LENSES Imaging range for Jex.B and YJ0x.B with close-up lenses Jex.B CL-UP0H CL-UP00H 0CL-UP00H 0CL-UP0HD CL-UP0H CL-UP00H 0CL-UP00H 0CL-UP0HD SDTV SDTV SDTV HDTV Jex.B,YJ0x.B,YJxB,YHx.,YHx Jex.B,YJ0x.B,YJxB,YHx.,YHx Jex.B HJex.B YJ0x.B Tele end : 0mm Wide end :.mm Tele end : 0mm Wide end :.mm x0 0x x0 x0 x00 x. CONVERTER WIDE Focal length is becomes wider by a factor of 0.x that of the original lens with the W-B, WY- and W-HD. F-number of the original lens is not affected. The minimum object distance becomes 0. times with the W-B, WY- and W-HD. ODEL ADAPTOR APPLICABLE LENSES W-Y W-B W-HD YJ0x.B,YJxB, YHx. Jex.B, YJ0x.B,YJxB, YHx. Jex.B HJex.B HJex.B. CONVERTER TELE-SIDE Focal length shifted to the telephoto side by a factor of.x. F-number of the original lens is not affected. Only the telephoto side of the lens can be used, the picture corners are eclipsed at wide angle. The minimum object distance becomes. times that of the original lens. T- T-HD ODEL ADAPTOR APPLICABLE LENSES Jex.B, YJ0x.B, YJxB, YHx. Jex.B HJex.B HJex.B. EXTENDER In case of an extreme telephoto or high magnification shot is required,a x extender is available. The x Extender also doubles the F-number. Only for /" lenses. YHx KTS-AF The new YHXKTS-AF remote control lens breaks new ground by incorporating an exclusive Auto Focus System which facilitates continuous AF control, independent of the camera. This new development has been asked for and eagerly a waited by people in a wide cross section of markets, including building security, traffic control, customs and immigration, education and web broadcasting.one of the great advantages is that the new lens can be used in any kind of existing system capable of inputting a video signal from the camera, including those using robotic pan/tilt cameras.

7 Auto-Adjustment of Back Focus By simply pressing a switch located on the front side of the lens drive unit, you will be able to adjust Back Focus automatically and accurately. Additional Features High Speed Focus, Low Noise By adopting a Rear Focus System design*, the lens features high speed focusing of.sec (when controlled by remote manual operation) while at the same time, decreasing the motor noise of the lens. Optical Performance Between the wide end and the tele end, no matter what distance the object is, the YHx KTS-AF will always maintain high optical performance. *The Rear Focus System Usually, the Focus is adjusted by the Front Lens Unit, however, the focus lens unit of the YHx KTS-AF is located behind the zoom lens unit. By this lens design, the focus lens unit has become much smaller and lighter, and allows for a high performance focus response. SPECIFICATIONS YHx KTS-AF Image Format Covered Zoom Ratio Range of Focal Length aximum Relative Aperture Angular Field of View inimum Object Distance Object Dimensions at.o.d. acro Object Dimension at macro Size(W x H x L) as.(apprrox.) / inch X - mm :. at ~0.mm :.0 at mm. x. at mm. x. at mm.0m.x.cm at mm.x.0cm at mm 0mm.x.cm at mm.x.0x.mm 0.kg Follow Focus System Even though the lens automatically focuses on a specific object, by using the "Follow Focus Function", you can simply redirect the focusing position to an area nearer or farther away from the current focused position. Select the preferred direction by selecting the "Near" or "Far" Follow Focus Knob and the lens will automatically focus on the next existing object in that direction. *The function will be available with the existing controllers if the interface has been modified. Please refer to P. for the details of the interface. Follow Focus " Near side" Original Focus Follow Focus " Far side" CONTROL SYSTE Example : When Constructing a New System If you are constructing a new system with the YHx KTS-AF: The new AF remote Controller ; TCR-AF will enable you to control ON/OFF of the AF function, the remote Follow Focus Function and the remote control of Zoom, Iris and Focus. Example : When Installing as part of an Existing System If you already have an existing system, you will be able to control ON/OFF of the AF function and the Follow Focus Function by installing the AF Control Adapter; FC-AF in the system. The FC-AF will be located between the lens and the controller. The control of the Focus, Zoom and Iris can be done by the existing controller. Close-up Lens CL-UP0H CL-UP00H CONTROL CABLE Hood TCC YH KTS-AF IRJS CABLE VIDEO CABLE camera TO CAERA FC-AF TCR-AF Existing Controller <Notice:When used with an existing controller without the FC-AF> A. If used by an existing positional servo controller, the lens will automatically focus on the object, however, it cannot remotely control ON/OFF of the AF function or use the Follow Focus Function. B. If used by an existing speed servo controller, you will be able to use the Follow Focus Function. However, you will not be able to remotely control ON/OFF of the AF function. *By modifying the inter-face of the controller, you will be able to resolve the above mentioned situations. Please refer to P. for the details of the inter-face. TCR-0F TCR-0F TCR-0F <System Configuration>

8 YHx KTS-AF: REOTE CONTROL INTERFACE 0 Focus mode Zoom mode GND Iris Remote/Camera Speed mode Iris cont Position mode Power(DCV) Signal Common(+.0V) Focus control Zoom control Iris mode +V(+.V) -V(+.V) Position:+.V Position:+.V Remote:GND Close:+.V Close:+.V Close:+.V Far:+.V Tele:+.V Position:+.V Circuit Diagram of Controller for AF lenses Follow Focus Control Adaptor FC-AF Speed:OPEN Speed:OPEN Camera:OPEN Open:+.V Open:+.V Open:+.V Near:+.V * Wide:+.V Speed:OPEN AF:+.V * Standard KTS Type * * When Pin No. is controlled by the AF (+.V) mode, it is necessary that Pin No. is controlled by the Focus Speed Servo (+V±.V). If Pin No. is commanded to move by the Focus Speed Servo Signal during the AF mode, the command will take precedence over the AF control. However, if Pin No. is commanded to move by the Focus Position Servo Signal during the AF mode, the focus will be uncontrollable. Please be mindful of the Remote anual Control Signal during the AF mode. * A special version of the x, the YHx KTS has been designed to interface with the Panasonic AW-E0/E when used together with Panasonic's Pan-Tilt systems For using with Sony DXC-0 or Panasonic AW-E0/E, please contact Canon Sales office for further infomation. Positional Servo / AF Controller TCR-AF Pub: 000W 00SZ PRINTED IN JAPAN

LENS Information. Internal use only. Rev. 1.0 April,

LENS Information. Internal use only. Rev. 1.0 April, June 2009 Rev. 1.00 LENS Information Internal use only Rev. 1.0 April, 2009 1 Lens Lineup AW-LZ10MD6 10X MD Zoom AW-LZ14MD55 14X MD Zoom 1/3"C AW-LZ14ST55 AW-LZ16MD55 14X 16X Studio Zoom MD Zoom AW-LZ16ST55