User manual CANON VIXIA MINI X BROCHURE

[. . . ] It is not necessary to care about existing camera compatibility or the system, you can simply add the YH16x7 KTS-AF with our auto focus feature and dramatically expand the possible applications of the system. (Please refer to page 6 for the details. ) HJ18ex 28B ITS-ME Image Format Covered Zoom Ratio Built-in Extender Range of Focal Length (with Extender) Maximum Relative Aperture (with Extender) Angular Field 4:3 Aspect Ratio of View (8. 8 x 6. 6mm) (with Extender) 16:9 Aspect Ratio (9. 6 x 5. 4mm) 2/3 inch 18X 2. 0X 28~500mm (2. 0X) 56~1000mm 1:2. 8 at 28~286mm 1:4. 9 at 500mm 1:5. 6 at 56~572mm (2. 0X) 1:9. 8 at 1000mm 18. 0˚x13. 5˚at 28mm 1. 0˚x0. 8˚at 500mm 9. 0˚ at 6. 8˚at 56mm (2. 0X) 0. 5˚x 0. 4˚ at 1000mm 19. 6˚x11. 1˚at 28mm 1. 1˚x0. 6˚at 500mm 9. 9˚x 5. 6˚ at 56mm (2. 0X) 0. 6˚x 0. 3˚ at 1000mm (10mm with Macro) 2. 2m 65. 4x49. 1cm at 28mm 3. 8x2. 9cm at 500mm 32. 7x24. 6cm at 56mm (2. 0X) 1. 9x1. 5cm at 1000mm 71. 1 x40. 0cm at 28mm 4. 1 x2. 3cm at 500mm 35. 6x20. 0cm at 56mm (2. 0X) 2. 1x1. 2cm at 1000mm 133. 3x122. 5x268. 3mm 2. 58Kg (5. 69lbs) HJ22ex 7. 6B ITS-ME 2/3 inch 22X 2. 0X 7. 6~168mm (2. 0X) 15. 2~336mm 1:1. 8 at 7. 6~114. 1mm 1:2. 65 at 168mm 1:3. 6 at 15. 2~228. 2mm (2. 0X) 1:5. 3 at 336mm 60. 1˚x46. 9˚at 7. 6mm 3. 0˚x2. 25˚at 168mm 32. 3˚ at 24. 5mmat 15. 2mm (2. 0X) 1. 5˚x 1. 13˚ at 336mm 64. 6˚x39. 1˚at 7. 6mm 3. 3˚x1. 8˚at 168mm 35. 1˚x 20. 1˚ at 15. 2mm (2. 0X) 1. 6˚x 0. 9˚ at 336mm (10mm with Macro) 0. 85m 92. 5x69. 4cm at 7. 6mm 4. 25x3. 19cm at 168mm 46. 3x34. 7cm at 15. 2mm (2. 0X) 2. 13x1. 6cm at 336mm 100. 6x56. 6cm at 7. 6mm 4. 60x2. 60 at 168mm 50. 3 x28. 4cm at 15. 2mm (2. 0X) 2. 30x1. 30cm at 336mm 120. 3x111. 9x220. 9mm 1. 68Kg (3. 70lbs) 220. 9 HJ17ex 7. 7B ITS-ME 2/3 inch 17X 2. 0X 7. 7~131mm (2. 0X) 15. 4~262mm 1:1. 8 at 7. 7~100. 3mm 1:2. 3 at 131mm 1:3. 6 at 15. 4~200. 6mm (2. 0X) 1:4. 7 at 262mm 59. 5˚x46. 4˚at 7. 7mm 3. 85˚x2. 9˚at 131mm 31. 9˚ at 24. 2˚at 15. 4mm (2. 0X) 1. 9˚x 1. 4˚ at 262mm 63. 9˚x38. 7˚at 7. 7mm 4. 20˚x2. 4˚at 131mm 34. 6˚x 19. 9˚ at 15. 2mm (2. 0X) 2. 1˚x 1. 2˚ at 262mm 0. 75m(10mm with Macro) 80. 4x60. 3cm at 7. 7mm 4. 8x3. 6cm at 131mm 40. 2x30. 2cm at 15. 4mm (2. 0X) 2. 4x1. 8cm at 262mm 87. 4˚x49. 2cm at 7. 7mm 5. 3x3. 0cm at 131mm 43. 7x24. 6cm at 15. 4mm (2. 0X) 2. 7x1. 5cm at 262mm 120. 3x111. 9x211mm 1. 59Kg (3. 51lbs) HJ17ex 7. 6B ITS-ME 2/3 inch 17X 2. 0X 7. 6~130mm (2. 0X) 15. 2~260mm 1:1. 8 at 7. 6~97. 5mm 1:2. 4 at 130mm 1:3. 6 at 15. 2~195mm (2. 0X) 1:4. 8 at 260mm 60. 1˚x46. 9˚at 7. 6mm 3. 9˚x2. 9˚at 130mm 32. 3˚ at 24. 5˚at 15. 2mm (2. 0X) 1. 9˚x 1. 5˚ at 260mm 64. 6˚x39. 1˚at 7. 6mm 4. 2˚x2. 4˚at 130mm 35. 1˚x 20. 1˚ at 15. 2mm (2. 0X) 2. 1˚x 1. 2˚ at 260mm 0. 56m(10mm with Macro) 59. 9x44. 9cm at 7. 6mm 3. 7x2. 8cm at 130mm 30. 0x22. 5cm at 15. 2mm (2. 0X) 1. 9x1. 4cm at 260mm 65. 4˚x36. 8cm at 7. 6mm 4. 0x2. 3cm at 130mm 32. 7x18. 4cm at 15. 2mm (2. 0X) 2. 0x1. 2cm at 260mm 114. 8x97. 1x206. 4mm 1. 42Kg (3. 13lbs) HJ11ex 4. 7B ITS-ME 2/3 inch 11X 2. 0X 4. 7~52mm (2. 0X) 9. 4~104mm 1:1. 9 at 4. 7~40. 3mm 1:2. 45. at 52mm 1:3. 8 at 9. 4~80. 6mm (2. 0X) 1:4. 9 at 104mm 86. 2˚x70. 1˚at 4. 7mm 9. 7˚x7. 3˚at 52mm 50. 2˚ at 38. 7mmat 9. 4mm (2. 0X) 4. 8˚x 3. 6˚ at 104mm 91. 2˚x59. 8˚at 4. 7mm 10. 5˚x5. 9˚at 52mm 54. 1˚x 32. 1˚ at 9. 4mm (2. 0X) 5. 3˚x 3. 0˚ at 104mm (10mm with Macro) 0. 3m 65. 3x49. 0cm at 4. 7mm 5. 7x4. 3cm at 52mm 32. 7x24. 5cm at 9. 4mm (2. 0X) 2. 9x2. 2cm at 104mm 71. 4 x40. 2cm at 4. 7mm 6. 2 x3. 5cm at 52mm 35. 7x20. 1cm at 9. 4mm (2. 0X) 3. 1x1. 8cm at 104mm 119x110. 6x241mm 1. 79Kg (3. 95lbs) J22ex 7. 6B ITS-ME 2/3 inch 22X 2. 0X 7. 6~168mm (2. 0X) 15. 2~336mm 1:1. 8 at 7. 6~118. 6mm 11:2. 55. at 168mm 1:3. 6 at 15. 2~237. 2mm (2. 0X) 11:5. 1 at 336mm 60. 1˚x46. 9˚at 7. 6mm 3. 0˚x2. 3˚at 168mm 32. 3˚ at 24. 5mmat 15. 2mm (2. 0X) 1. 5˚x 1. 1˚ at 336mm 64. 6˚x39. 1˚at 7. 6mm 3. 3˚x1. 8˚at 168mm 35. 1˚x 20. 1˚ at 15. 2mm (2. 0X) 1. 6˚x 0. 9˚ at 336mm (10mm with Macro) 0. 8m 87. 4x65. 6cm at 7. 6mm 4. 0x3. 0cm at 168mm 43. 7x32. 8cm at 15. 2mm (2. 0X) 2. 0x1. 5cm at 336mm 95. 0 x53. 4cm at 7. 6mm 4. 4 x2. 5cm at 168mm 47. 5x26. 7cm at 15. 2mm (2. 0X) 2. 2x1. 2cm at 336mm 120. 3x111. 9x218. 6mm 1. 64Kg (3. 62lbs) J17ex 7. 7B ITS-ME 2/3 inch 17X 2. 0X 7. 7~131mm (2. 0X) 15. 4~262mm 1:1. 8 at 7. 7~102. 5mm 1:2. 3 at 131mm 1:3. 6 at 15. 4~205mm (2. 0X) 1:4. 6 at 262mm 59. 5˚x46. 4˚at 7. 7mm 3. 85˚x2. 89˚at 131mm 31. 9˚ at 24. 2mmat 15. 4mm (2. 0X) 1. 92˚x 1. 44˚ at 262mm 63. 9˚x38. 6˚at 7. 7mm 4. 20˚x2. 36˚at 131mm 34. 6˚x 19. 9˚ at 15. 4mm (2. 0X) 2. 10˚x 1. 08˚ at 262mm (10mm with Macro) 0. 6m 63. 1x47. 3cm at 7. 7mm 3. 8x2. 9cm at 131mm 31. 6x23. 7cm at 15. 4mm (2. 0X) 1. 9x1. 5cm at 262mm 68. 5x38. 5cm at 7. 7mm 4. 2x2. 4 at 131mm 34. 3 x19. 3cm at 15. 4mm (2. 0X) 2. 1x1. 2cm at 262mm 114. 7x106. 3x197. 4mm 1. 32Kg (2. 91lbs) J11ex 4. 5B ITS-ME 2/3 inch 11X 2. 0X 4. 5~50mm (2. 0X) 9~100mm 1:1. 8 at 4. 5~36mm 1:2. 35 at 50mm 1:3. 6 at 9~72mm (2. 0X) 1:4. 7 at 100mm 88. 7˚x72. 5˚at 4. 5mm 10. 1˚x7. 6˚at 50mm 52. 1˚ at 40. 3˚at 9mm (2. 0X) 5. 0˚x 3. 8˚ at 100mm 93. 7˚x61. 9˚at 4. 5mm 11. 0˚x6. 2˚at 50mm 56. 1˚x 33. 4˚ at 9mm (2. 0X) 5. 5˚x 3. 1˚ at 100mm 0. 3m(10mm with Macro) 67. 9x50. 9cm at 4. 5mm 5. 9x4. 4cm at 50mm 34. 0x25. 5cm at 9mm (2. 0X) 3. 0x2. 2cm at 100mm 74. 4˚x41. 7cm at 4. 5mm 6. 4x3. 6cm at 50mm 37. 0x20. 8cm at 9mm (2. 0X) 3. 2x1. 8cm at 100mm 119x110. 6x237. 7mm 1. 68Kg (3. 70lbs) M. O. D from Lens Front Object Dimensions 4:3 Aspect Ratio at M. O. D (8. 8 x 6. 6mm) (with Extender) 16:9 Aspect Ratio (9. 6 x 5. 4mm) Approx. Size(WxHxL) Approx. Mass DIMENSION: 61. 7 112 DIMENSION: 45. 83 110 45. 59 110 43. 6 112 CANON HDTV ZOOM LENS Con f o Ma confor mit y mark N118 MADE IN JAP AN 98 INDEX MARK 133. 3 72. 1 160 154 INDEX MARK 70. 5 70. 5 INDEX MARK 70. 5 70. 5 154 INDEX MARK 114. 8 70. 5 70. 5 132 45˚ 45˚ 45˚ 39. 8 40 40 40 80 97. 1 128 128 80 80 80 122. 5 150 52. 9 52. 9 52. 9 52. 9 (Unit:mm) 40. 6 HOOD 40. 65 120. 25 40. 6 40. 6 52. 9 64 64 102 (Unit:mm) 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. [. . . ] at 52mm 1:3. 8 at 9. 4~80. 6mm (2. 0X) 1:4. 9 at 104mm 86. 2˚x70. 1˚at 4. 7mm 9. 7˚x7. 3˚at 52mm 50. 2˚ at 38. 7mmat 9. 4mm (2. 0X) 4. 8˚x 3. 6˚ at 104mm 91. 2˚x59. 8˚at 4. 7mm 10. 5˚x5. 9˚at 52mm 54. 1˚x 32. 1˚ at 9. 4mm (2. 0X) 5. 3˚x 3. 0˚ at 104mm (10mm with Macro) 0. 3m 65. 3x49. 0cm at 4. 7mm 5. 7x4. 3cm at 52mm 32. 7x24. 5cm at 9. 4mm (2. 0X) 2. 9x2. 2cm at 104mm 71. 4 x40. 2cm at 4. 7mm 6. 2 x3. 5cm at 52mm 35. 7x20. 1cm at 9. 4mm (2. 0X) 3. 1x1. 8cm at 104mm 119x110. 6x241mm 1. 79Kg (3. 95lbs) J22ex 7. 6B ITS-ME 2/3 inch 22X 2. 0X 7. 6~168mm (2. 0X) 15. 2~336mm 1:1. 8 at 7. 6~118. 6mm 11:2. 55. These broadcast quality products can be used in applications which differ from typical video production applications, such as fast and quiet servo operations. Extender* 1:2. 0 at 6~58mm 1:2. 7 at 78mm 005M 010M TCC- 020M 050M 100M TCR-201F 54. 7˚x42. 4˚ at 8. 5mm 3. 0˚x2. 2˚ at 170mm 72. 5˚x57. 6˚ at 6mm 6. 5˚x4. 8˚ at 78mm TCR-301F The Canon Remote Control TV Lenses accept 3 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. M. O. D from Lens Front Object Dimensions 4:3 Aspect Ratio at M. O. D (with Extender) Approx. Size(WxHxL) Approx. Mass Macro 0. 9m(10mm with Macro) 85. 2x63. 9cm at 8. 5mm 4. 4x3. 3cm at 170mm 0. 4m(10mm with Macro) 68. 1x51. 1cm at 6mm 5. 0x3. 8cm at 78mm TCR-101F Controller** *Only for 2/3" lenses. **For DXC-990, please contact Canon Sales office for information. 113. 7x91. 4x170. 4mm 1. 31kg (2. 89lbs) Yes 21. 6 2±0. 2 CONTROL CABLE LENS CABLE 115. 8x95. 5x211. 7mm 1. 69kg (3. 73lbs) Yes 23. 2 2±0. 2 2±0. 02 CONTROL CABLE LENS CABLE TCR-101F The TCR-101F is a basic controller that provides push-button control of zoom, focus, and iris. There also is a switch for remote or auto iris. Zoom Speed Adjusting Knob TCR-201F The TCR-201F 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. Zoom Operation Knob Focus Operation Knob TCR-301F The TCR-301F can present zooming and focusing operations for up to eight shots. Zooming and focusing can be made by pressing the ZOOM/FOCUS/PRESET buttons suited for your application. Iris Speed Adjusting Knob Connector Iris Operation Button Connector Iris Camera/Local Change-Over Switch C CAM. FOCUS F N DIMENSION: 95 95 2±0. 02 82P0. 75 85 8. 5 113. 7 INDEX MARK 162. 3 122 INDEX MARK SWITCH FOR SELECTING AUTO / MANUAL FOCUS Focus Speed Adjusting Knob Connector IRIS O 58. 5 TCR - 101 F Connector IRIS CAM. LOC. TCR - 301 F ZOOM/FOCUS PRESET ZOOM 4 1 2 3 45˚ CONT. 4 20˚ 5˚ SWITCH FOR SELECTING AUTO / MANUAL FOCUS ZOOM FOCUS 40 Iris Camera/Local Change-Over Switch ZOOM W TCR - 201 F FOCUS IRIS CAM. LOC. 40 40 20˚ SWITCH FOR SELECTING AUTO / MANUAL ZOOM 127. 9 SWITCH FOR SELECTING AUTO / MANUAL ZOOM Trimmer Cap Iris Camera/Local Change-Over Switch Preset Position Change Over Button(1~8) Zoom Speed Adjusting Knob Iris Operation Knob Focus Speed Adjusting Knob 5 6 7 8 Manual Operation Change Over SW SLOW W T FAST SLOW N F FAST SLOW C O FAST (80) 91. 4 (80) 95. 5 102 Iris Speed Adjusting Knob Connector W T N F C CAM. 40 53. 3 41 40 40 SWITCH FOR SELECTING AUTO / MANUAL IRIS SWITCH FOR SELECTING AUTO / MANUAL IRIS O Zoom Operation Button Focus Operation Button Zoom Operation Button Focus Operation Button Iris Operation Button (Unit:mm) F. B. ADJUSTING LOCK SCREW 70 ˚ 30˚ 54. 5 68 ZOOM LEVER (TELE POSITION) 68 TRIMMER FOR ADJUSTING IRIS GAIN F. B. ADJUSTING LOCK SCREW ZOOM LEVER (TELE POSITION) 30˚ 68 115. 8 TRIMMER FOR ADJUSTING IRIS GAIN CANON STANDARD CONTROL CABLES CANON provides ready made connection cables in 5m, 10m, 20m, 50m, and 100m lengths. The cable length can be extended up to 150m by connecting several cables when telecommunications control box TCR-101F/TCR-201F or TCR-301F are used. 1/2 inch Pro-video Remote Control lens Image Format Covered Zoom Ratio Built-in Extender Range of Focal Length Maximum Relative Aperture 1/2" 19X 6. 7~127mm TCC-005M: 5m cable TCC-010M: 10m cable TCC-020M: 20m cable TCC-050M: 50m cable TCC-100M: 100m cable Circuit Diagram YH19x 6. 7 KTS 1/2" 16X 7~112mm 1:1. 9 at 7~106. 4mm 1:2. 0 at 112mm 49. 1˚x37. 8˚ at 7mm 3. 3˚x2. 5˚ at 112mm 1. 0m(10mm with Macro) 83. 3x62. 5cm at 7mm 5. 3x4. 0cm at 112mm 108. 4x80. 8x151. 9mm 0. 94kg (2. 07lbs) Yes 151. 9 29. 3 CONTROL CABLE LENS CABLE YH16x 7 KTS 1/2" 16X 7~112mm Auto Focus Lens YH16x 7 KTS-AF PIG TAIL CABLE CN1 PIG TAIL CABLE(50cm) CN2 FOCUS POSITION(7. 5V)/SPEED(OPEN)SIG 1 ZOOM POSITION(7. 5V)/SPEED(OPEN)SIG 2 GND 3 IRIS LOCAL(0V)/CAMERA(OPEN)SIG 4 IRIS CONTROL (CLOSE 7. 5V/OPEN 2. 5V)* 5 POWER(DC12V) 6 SIGNAL COMMON(+5. 0V) 7 FOCUS CONTROL ( FAR 7. 5V/ NEAR 2. 5V ) 8 ZOOM CONTROL (TELE 7. 5V / WIDE 2. 5V) 9 IRIS POSITION ( 7. 5V )/SPEED ( OPEN ) SIG 10 +V1(+7. 5V) 11 -V1(+2. 5V) 12 TCC • CABLE (5/10/20/50/100m) CONTROLLER CN5 1 2 3 4 5 6 7 8 9 10 11 12 CN3 CN4 1 2 3 4 5 6 7 8 9 10 11 12 1 2 3 4 5 6 7 8 9 10 11 12 SPEED CONTROL IRIS MODE CAMERA LOCAL IRIS 10k OPEN FAR FOCUS 10k NEAR TELE ZOOM 10k CLOSE 1:1. 4 at 6. 7~89mm 1:2. 0 at 127mm 51. 1˚x 39. 4˚ at 6. 7mm 2. 89˚x2. 17˚ at 127mm 0. 9m(50mm with Macro) 77. 2x57. 9cm at 6. 7mm 4. 2x3. 2cm at 127mm 114. 5x92. 6x181. 6mm 1. 43kg (3. 15lbs) Yes 95 1:1. 9 at 7~106. 4mm 1:2. 0 at 112mm 49. 1˚x37. 8˚ at 7mm 3. 3˚x2. 5˚ at 112mm 1. 0m(50mm with Macro) 83. 3x62. 5cm at 7mm 5. 3x4. 0cm at 112mm 113. 5x80. 0x148. 8mm 0. 9kg (1. 98lbs) Yes 35. 74 1. 7±0. 2 2±0. 02 VIDEO IN CONNECTOR TO CAMERA WIDE Angular Field of View 4:3 Aspect Ratio M1 IRIS M2 M3 FOCUS ZOOM TCR101F CN6 POSITION CONTROL 1 2 3 4 5 6 7 8 9 10 11 12 IRIS MODE CAMERA CLOSE LOCAL IRIS 10k OPEN FAR FOCUS 10k NEAR TELE 10k ZOOM WIDE M. O. D from Lens Front Object Dimensions 4:3 Aspect Ratio at M. O. D Approx. Size(WxHxL) Approx. Mass Macro *In case of the KTSM version, No. 5 pin is the setup of <CLOSE 2. 5V/OPEN 7. 5V> CANON REMOTE CONTROL LENS Model CN1 2 3 4 5 6 HR10A-10P-12S HR10A-10J-12P HR10A-10P-12S HR10A-10R-12P HR10A-10R-12P MFG HIROSE HIROSE HIROSE HIROSE HIROSE Canon Part No. BH7-0790 BH7-0789 BH7-0790 BH7-0791 BH7-0792 Varies depending on type of Camera. DIMENSION: A 39. 7 29. 3 85 148. 8 39. 7 82P0. 75 72X0. 75 75 82X0. 75 YH19 x6. 7 KTS IX12 19x *In addition, the TCR-301F offers an 8 shot preset memory of zoom and focus. ● Only for 2/3" lenses. SPECIFICATIONS YH16x7 KTS-AF Image Format Covered Zoom Ratio Range of Focal Length Maximum Relative Aperture Angular Field of View Minimum Object Distance Object Dimensions at M. O. D. Macro Object Dimension at macro Size(W x H x L) Mas. (Apprrox. ) 1/2 inch 16X 7 - 112mm 1:1. 9 at 7~106. 4mm 1:2. 0 at 112mm 49. 1˚x37. 8˚ at 7mm 3. 3˚x2. 5˚ at 112mm 1. 0m 83. 3x62. 5cm at 7mm 5. 3x4. 0cm at 112mm 50mm 7. 6x5. 7cm at 7mm 113. 5x80. 0x148. 8mm 0. 9kg 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. 8 for the details of the interface. Follow Focus " Near side" Original Focus Follow Focus " Far side" YH16x7 KTS-AF The new YH16X7KTS-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. CONTROL SYSTEM Example1 : When Constructing a New System If you are constructing a new system with the YH16x7 KTS-AF: The new AF remote Controller ; TCR-AF1 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. Close-up Lens 82CL-UP800H 82CL-UP1300H Hood YH16×7KTS-AF TCR-AF1 IRJS CABLE VIDEO CABLE CONTROL CABLE 005M 010M TCC- 020M 050M 100M Example 2: 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-AF1 in the system. The control of the Focus, Zoom and Iris can be done by the existing controller. <Notice:When used with an existing controller without the FC-AF1> 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. 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. [. . . ] *The function will be available with the existing controllers if the interface has been modified. Please refer to P. 8 for the details of the interface. Follow Focus " Near side" Original Focus Follow Focus " Far side" YH16x7 KTS-AF The new YH16X7KTS-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. CONTROL SYSTEM Example1 : When Constructing a New System If you are constructing a new system with the YH16x7 KTS-AF: The new AF remote Controller ; TCR-AF1 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. Close-up Lens 82CL-UP800H 82CL-UP1300H Hood YH16×7KTS-AF TCR-AF1 IRJS CABLE VIDEO CABLE CONTROL CABLE 005M 010M TCC- 020M 050M 100M Example 2: 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-AF1 in the system. The control of the Focus, Zoom and Iris can be done by the existing controller. <Notice:When used with an existing controller without the FC-AF1> A. [. . . ]