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Canon XJ27x6.5B AF, Operation Manual

The Canon XJ27x6.5B AF is a high-quality camera lens designed for professional videography. Enhance your shooting experience with its advanced autofocus capabilities. Ensure optimal performance by referring to the detailed operation manual. Download the manual for free at manualshive.com and unlock the full potential of your Canon XJ27x6.5B AF lens.

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E4

E5

1  HOW TO MOUNT

Connecting Wiper Switch Box 

(Option)

When using separately purchased switch box for the 
wiper equipped lens, connect it to the lens using the 
dedicated cable. (Connection method varies by switch box 
specifications.)

Lens

“SW. BOX” Connector

Wiper Switch Box 

Cable

Wiper Switch Box

(Shapes and connections 

vary by specifications.)

Connecting the “VIRTUAL” Cable 

(Only Models with "VIRTUAL" 

Connector)

The lens is equipped with the connector labeled “VIRTUAL” 
on its left side (as viewed from the camera). This connector 
can be used for connection with an interface to virtual 
systems. Zoom, focus and iris signals can be output in three 
types of communication data; analog signal, encoder pulse 
train and RS-422.

* (NOTE)

Connector location may vary by models.

“VIRTUAL” 

Connector

To Virtual System

1-3  Mounting the 

Accessories for Semi-

servo Operation

The zoom servo demand and the flexible focus control unit 
are mounted and connected as shown in the figure below.
When mounting the various demands, refer to the operation 
manual for the respective demand.

①

 Flexible module

②

 Flexible focus control unit

③

 Servo module

④

 Zoom servo demand

⑤

 Flexible cable

⑥

 Demand cable

Summary of Contents for XJ27x6.5B AF

Page 1: ...eep the manual in place for future reference 在使用本产品之前 请务必先仔细阅读本使用说明书 请务必妥善保管好本书 以便日后能随时查阅 保留备用 请在充分理解内容的基础上 正确使用 取 扱 説 明 書 OPERATION MANUAL 使 用 说 明 书 BCTV Zoom Lens 广播电视变焦镜头 XJ100x9 3B AF XJ100x9 3B XJ95x8 6B XJ86x13 5B XJ86x9 3B AF XJ86x9 3B XJ80x8 8B XJ76x9B XJ75x9 3B XJ72x9 3B XJ60x9B XJ27x6 5B AF XJ27x6 5B XJ23x7B ...

Page 2: ......

Page 3: ...ENGLISH VERSION The English version is the operation manual for counties other than Japan ...

Page 4: ... likely to cause harmful interference in which case the user will be required to correct the interference at his own expense Do not make any changes or modifications to the equipment unless otherwise specified in the manual If such changes or modifications should be made you could be required to stop operation of the equipment Canadian Radio Interference Regulations CAN ICES 3 A NMB 3 A We Canon I...

Page 5: ...stances that are generally associated with EEE At the same time your cooperation in the correct disposal of this product will contribute to the effective usage of natural resources For more information about where you can drop off your waste equipment for recycling please contact your local city office waste authority approved WEEE scheme or your household waste disposal service Your cooperation i...

Page 6: ...ealer from whom you purchased this product Lens Body Oparation Manual this booklet CD ROM technical documents 1 Dust Cap attached to the lens Connector Cap attached to the lens 2 Hood Cap attached to the lens IS Operation Unit 3 1 Depending on the model the technical documents may also be in the form of a booklet 2 The connector cap is provided to protect the interface connector s between the lens...

Page 7: ...e conductors Power leaking from a damaged cable may present a fire or electric shock hazard 4 Check periodically for instance every 6 months to 1 year that all mountings are securely tightened If any of the mountings become loose the lens may fall possibly causing injury 5 If it becomes necessary to repair this product or to perform any operations or adjustments not mentioned in this operation man...

Page 8: ...ns in a vinyl bag together with a desiccant as fresh as possible to completely remove the moisture from inside the lens TO THE CUSTOMER 1 Canon shall bear no responsibility for damage resulting from improper operation of this product by the customer 2 Canon shall make no guarantees about the product quality functions or operation manual and its marketability and suitability for the customer s purp...

Page 9: ... Setting on the Information Display E11 2 7 Incorporable Focus Servo Demand Option E12 3 OPERATION E13 3 1 Zoom and Focus Operation E13 3 2 Iris Operation E14 3 3 Extender Operation E15 3 4 Operating the AF Auto Focus Function Only Models with AF Function E15 3 5 Operating the IS Function Only Models with IS Function E15 4 Other Functions and Options E18 4 1 Checking for Low Power E18 4 2 Using an...

Page 10: ... to the lens and or injury 5 After lining up the lens correctly press the lens toward the camera and at same time make sure that the mounting pin at the bottom of the lens mount is fitted securely into the corresponding pin hole on the camera Then turn the mount lock knob of the camera clockwise to the direction indicated by the arrow see the figure below to secure the lens to the camera V Wedge L...

Page 11: ...he key grooves of the module Coupling B Index Line White Line Arrow A Key Groove Bottom compartment of the lens Lock Axis Lock Screw Servo Module Coupling A Key Pin 3 Mate the coupling A of the module with the coupling B of the lens And then fully push the module in the direction of arrow B until it stops 4 Finally turn the lock screw of the module clockwise to secure it By using a coin tighten fi...

Page 12: ...e left side of the lens as viewed from the camera 2 The IS Indicator unit on the other branch of the cable comes with an anchoring screw Mount it to the location such as on the edge of the viewfinder where the ON OFF status of the LEDs can be observed The IS indicator unit is not necessary for the camera equipped with display function Lens IS Operation Switch Fixing Belts IS Indicator Unit or View...

Page 13: ...de as viewed from the camera This connector can be used for connection with an interface to virtual systems Zoom focus and iris signals can be output in three types of communication data analog signal encoder pulse train and RS 422 NOTE Connector location may vary by models VIRTUAL Connector To Virtual System 1 3 Mounting the Accessories for Semi servo Operation The zoom servo demand and the flexi...

Page 14: ...om or focus coupling 1 Before mounting the module to the lens turn the lock screw of the module counterclockwise until the lock axis comes out to its a half way of length 2 Press the module in the direction of arrow A so that the key pins on the lens are inserted in the key grooves of the module 3 Mate the coupling A of the module with the coupling B of the lens And then fully push the module in t...

Page 15: ...s the position Then it returns to the position instructed by command from the demand Not connected The lens does not automatically detect the position when the demand is not connected When the demand is connected the lens automatically detects the position Then it returns to the position instructed by command from the demand When position detection is failed The position signal sent from the lens ...

Page 16: ...are always locked when it is mounted on the lens Knob type 1 Turn the shroud mounting knobs on the bottom of the lens shroud counterclockwise 2 Hold two recessed handles on both side of the lens shroud and then pull and remove the shroud from the lens body Shroud mounting knobs Recessed Handle Both side of the lens Lens Shroud 3 When putting the lens shroud back on the lens body align the shroud t...

Page 17: ...XJ23x SW1 No 8 IESDA XJ60x XJ27x XJ23x SW2 No 4 Making Adjustments on the Information Display Only Models with a Display 1 Perform Trimmer Adjustment steps 1 and 2 2 Information display operation procedure a Push the DISPLAY switch to bring up the display a b When the screen starts flushing by pushing the cursor button move the left or right cursor button until the value to be set appears on the s...

Page 18: ... R 3 Setting position of DIP switch inside the lens body Refer to the table under Trimmer Adjustment on the previous page ON position I LOCAL OFF position I CAMERA However I LOCAL may not be usable depending on the specifications The table below lists the relationship between these three signals and iris mode Position of the DIP switch Command signal from camera Iris Control signal from Iris mode ...

Page 19: ...m servo start characteristics E6 Setting the zoom servo stop characteristics E6 Setting the zoom mechanism end stop characteristics E6 Preset Setting the zoom servo start characteristics E7 Setting the zoom servo stop characteristics E7 Setting the analog demand curve characteristics E7 CAM mode settings E8 Setting the servo mode type from the zoom demand E8 Focus control Focus demand curve charac...

Page 20: ...he information display can select the mode with the focus demand characteristics selection switch STD Standard mode The Standard mode has the characteristics where the relationship between the rotation amount of the control knob and the moving amount of the focus lens group is almost in linear FAR Far mode The Far mode facilitates focusing on an object in the far end by making the far end curve ch...

Page 21: ...erformed based on a configuration like that shown in the figure below For the operating procedures refer to the operation manual for the respective unit Flexible module Flexible zoom control unit Flexible focus control unit Flexible cable Switch box unit Semi servo System Operation Zoom and Focus operations are performed based on a configuration like that shown in the figure below For the operatin...

Page 22: ...e table below IESD IDSD XJ100xAF XJ95x XJ86xAF XJ80x XJ76x XJ27xAF SW2 No 4 XJ100x XJ86x XJ75x XJ72x SW1 No 4 XJ60x XJ27x XJ23x SW1 No 8 IESDA XJ60x XJ27x XJ23x SW2 No 4 OFF position Iris operation is enabled from the camera ON position Iris operation is enabled from such as switch box 1 Remove the lens shroud 2 Check that DIP switch is set to the OFF position If the switch is set to ON position c...

Page 23: ...ations are being performed Extender Manual Control Knob 3 4 Operating the AF Auto Focus Function Only Models with AF Function An AF demand is necessary to operate the AF function For more information about AF operation and AF function settings please refer to the AF demand operation manual AF function notes Focusing using the AF may not be possible when shooting the following types of subjects Exa...

Page 24: ...witch is OFF the IS function stops SW OFF selection SW Set No 6 to OFF SW OFF Set No 6 to ON At the factory No 6 was set to the ON position 1 2 3 4 5 6 7 8 O N 1 2 3 4 5 6 7 8 O N IRIS AUTO GAIN TALLY BRIGHT SW2 ANALOG AMP SW1 L CODE IE MANU I LOCAL SW 㸨 OFF ALT MON POWER OFF ON ON ON TALLY IND ON OFF ON OFF DIGITAL AMP SW4 CAFS OFF ON ձ 㹼 մ յ ն շ ո ձ ղ մ ճ յ ON ON IS MODEL ONLY SW OFF ON ALT MON ...

Page 25: ...Shaded sections indicate that the IS indicator unit LED is lighted IS mode setting IS SW ON Switch is pressed when set to MON Selector switch status is applied IS SW OFF Switch is not pressed when set to MON H V OFF Hi Hi OFF STD Hi OFF OFF Hi OFF STD STD OFF OFF STD OFF OFF OFF OFF STD Hi Hi STD STD Hi STD OFF Hi STD STD STD STD STD OFF STD Hi OFF STD When the power is turned on the IS function i...

Page 26: ... through this jack since portable camera does not have enough power consumption to drive semi or full servo operation External Power Input Jack Use a plug complying with EIAJ RC5320A TYPE4 specifications 4 3 Heater System Option The heater system for warming up the lens to prevent clouding inside the lens can be mounted on the lens The heater system is operated as follows 1 Set the heater ON OFF s...

Page 27: ...s barrel with nitrogen gas Nitrogen gas should be refilled at the periodic overhaul and before the critical event NOTE To refill nitrogen gas gas canister and filling tool are required Contact your Canon dealer or your Canon sales representative 4 6 Zoom Control Selecting Switch Only XJ27x AF and XJ27x Either the speed servo or position servo can be set as the servo system from the analog zoom dem...

Page 28: ... 930 mm 0 59º 0 33º at 930 mm 2 0x 0 27º 0 20º at 1860 mm 0 30º 0 17º at 1860 mm 0 27º 0 20º at 1860 mm 0 30º 0 17º at 1860 mm Minimum Object Distance M O D 3 0 m from lens vertex Object Dimensions at M O D Wide 1 0x 253 9 190 4 cm at 9 3 mm 276 4 155 5 cm at 9 3 mm 253 9 190 4 cm at 9 3 mm 276 4 155 5 cm at 9 3 mm 2 0x 127 0 95 2 cm at 18 6 mm 138 2 77 8 cm at 18 6 mm 127 0 95 2 cm at 18 6 mm 138...

Page 29: ...46º at 820 mm 0 67º 0 38º at 820 mm 0 43º 0 33º at 1161 mm 0 47º 0 27º at 1161 mm 2 0x 0 31º 0 23º at 1640 mm 0 34º 0 19º at 1640 mm 0 22º 0 16º at 2322 mm 0 24º 0 13º at 2322 mm Minimum Object Distance M O D 3 0 m from lens vertex Object Dimensions at M O D Wide 1 0x 274 1 205 6 cm at 8 6 mm 298 1 167 7 cm at 8 6 mm 181 7 136 3 cm at 13 5 mm 198 2 111 5 cm at 13 5 mm 2 0x 137 1 102 8 cm at 17 2 m...

Page 30: ...t 800 mm 0 69º 0 39º at 800 mm 2 0x 0 32º 0 24º at 1600 mm 0 34º 0 19º at 1600 mm 0 32º 0 24º at 1600 mm 0 34º 0 19º at 1600 mm Minimum Object Distance M O D 3 0 m from lens vertex Object Dimensions at M O D Wide 1 0x 253 9 190 4 cm at 9 3 mm 276 4 155 5 cm at 9 3 mm 253 9 190 4 cm at 9 3 mm 276 4 155 5 cm at 9 3 mm 2 0x 127 0 95 2 cm at 18 6 mm 138 2 77 8 cm at 18 6 mm 127 0 95 2 cm at 18 6 mm 13...

Page 31: ... 53º at 710 mm 0 77º 0 44º at 710 mm 0 73º 0 55º at 690 mm 0 80º 0 45º at 690 mm 2 0x 0 36º 0 27º at 1420 mm 0 39º 0 22º at 1420 mm 0 37º 0 27º at 1380 mm 0 40º 0 22º at 1380 mm Minimum Object Distance M O D 3 m from lens vertex Object Dimensions at M O D Wide 1 0x 266 8 200 1 cm at 8 8 mm 290 0 163 1 cm at 8 8 mm 259 9 194 9 cm at 9 mm 282 4 158 9 cm at 9 mm 2 0x 133 4 100 1 cm at 17 6 mm 145 0 8...

Page 32: ...72º 0 54º at 700 mm 0 79º 0 44º at 700 mm 0 75º 0 56º at 675 mm 0 81º 0 46º at 675 mm 2 0x 0 36º 0 27º at 1400 mm 0 39º 0 22º at 1400 mm 0 37º 0 28º at 1350 mm 0 41º 0 23º at 1350 mm Minimum Object Distance M O D 2 8 m from lens vertex Object Dimensions at M O D Wide 1 0x 234 3 175 7 cm at 9 3 mm 255 6 143 8 cm at 9 3 mm 234 3 175 7 cm at 9 3 mm 255 6 143 8 cm at 9 3 mm 2 0x 117 2 87 9 cm at 18 6 ...

Page 33: ...mm 1 02º 0 57º at 540 mm 2 8º 2 1º at 180 mm 3 1º 1 7º at 180 mm 2 0x 0 47º 0 35º at 1080 mm 0 51º 0 29º at 1080 mm 1 4º 1 1º at 360 mm 1 5º 0 9º at 360 mm Minimum Object Distance M O D 2 8 m from lens vertex 0 6 m from lens vertex Object Dimensions at M O D Wide 1 0x 243 8 182 9 cm at 9 mm 265 1 149 1 cm at 9 mm 97 0 72 8 cm at 6 5 mm 106 1 59 7 cm at 6 5 mm 2 0x 121 9 91 5 cm at 18 mm 132 6 74 6...

Page 34: ... 2 8º 2 1º at 180 mm 3 1º 1 7º at 180 mm 3 1º 2 3º at 161 mm 3 4º 1 9º at 161 mm 2 0x 1 4º 1 1º at 360 mm 1 5º 0 9º at 360 mm 1 6º 1 2º at 322 mm 1 7º 1 0º at 322 mm Minimum Object Distance M O D 0 6 m from lens vertex Object Dimensions at M O D Wide 1 0x 97 0 72 8 cm at 6 5 mm 106 1 59 7 cm at 6 5 mm 90 6 68 0 cm at 7 mm 99 0 55 7 cm at 7 mm 2 0x 48 5 36 4 cm at 13 mm 53 1 29 9 cm at 13 mm 45 3 3...

Page 35: ... from lens vertex 0 6 m from lens vertex Object Dimensions at M O D Wide 1 0x 274 1 205 6 cm at 8 6 mm 298 1 167 7 cm at 8 6 mm 97 0 72 8 cm at 6 5 mm 106 1 59 7 cm at 6 5 mm 2 0x 137 1 102 8 cm at 17 2 mm 149 1 83 9 cm at 17 2 mm 48 5 36 4 cm at 13 mm 53 1 29 9 cm at 13 mm Tele 1 0x 3 0 2 3 cm at 820 mm 3 2 1 8 cm at 820 mm 3 5 2 6 cm at 180 mm 3 8 2 1 cm at 180 mm 2 0x 1 5 1 2 cm at 1640 mm 1 6 ...

Page 36: ......

Page 37: ... End C6 各プリセットのズーム立上がり特性 Start 7 各プリセットのズーム止まり際特性 Stop 7 アナログデマンドカーブ特性 7 CAM モード設定 8 ズームデマンドからのサーボモード設定 8 インジケーターの点灯 消灯 8 フォーカスデマンドのカーブ特性 9 CAFS の設定 9 IS メカロック設定 10 IS 操作スイッチ設定 10 IS モード設定 10 タリー光量の設定 11 エンコーダー出力設定 11 カメラシリアル通信の有効 無効 11 カメラフォロー電圧調整 Iris Zoom Focus 12 Setting the zoom start characteristics for preset operations Start E7 Setting the zoom stop characteristics for preset operations St...

Page 38: ......

Page 39: ...CAFS の設定 ON タリー点灯設定 ON インジケーターの点灯設定 ON アイリス補正の ON OFF 切替え ON アイリスクローズ検出の ON OFF 切替え 出荷時設定値 ズームサーボの立上がり特性の設定 50 ズームサーボの止まり際特性の設定 50 ズームメカ端部止まり際特性の設定 91 各プリセットのズーム立上がり特性の設定 99 各プリセットのズーム止まり際特性の設定 91 アナログデマンドカーブ特性の設定 5 ズームデマンドからのサーボモード設定 Sped CAM モード設定 0 フォーカスデマンドのカーブ特性 STD タリー光量の設定 出荷時設定値 XJ60x のみ 3 DISPLAY スイッチ ディスプレイの表示を ON OFF します ディスプレイ 操作しない状態が 2 分以上 続くと表示が消えます カーソルボタン カーソルを上下左右 へ倒して動 かします 中央部分...

Page 40: ...ment Start 00 99 Stop 00 99 CurveMode Demand 1 9 CamMode CamMode 0 5 Control Sped Posi IND ON OFF Focus Curve STD FAR Near CAFS ON OFF IS MechLock ON OFF TOP SwSetting Alt Mon OffState OFF Std Info Tally 01 99 Encoder ON OFF Initialize Zoom ON OFF Focus ON OFF CamSeri ON OFF Adjust Camera Fol Iris 32760 32760 Zoom 32760 32760 Focus 32760 32760 ディスプレイメニュー階層 ...

Page 41: ... TOP 画面 Zoom ズーム制御に関する設定 Movement サーボの立上がり 止まり際 メカ端 部止まり際特性 PreMovement 各プリセットのズーム立上がり特性 CurveMode アナログデマンドカーブ特性 CamMode CAM モードの設定 Control デマンドからのサーボモード設定 IND インジケーターの点灯 消灯設定 Focus フォーカス制御に関する設定 Curve デマンドのカーブ特性 CAFS CAFS 機能の ON OFF 設定 IS IS 機能に関する設定 MechaLock メカロック設定 SwSetting 操作スイッチ設定 OffState モード設定 Info その他各種設定 Tally タリー光量の設定 Encoder エンコーダー出力設定 Initialize 初期化動作設定 CamSeri カメラシリアル通信の有効 無効 Adjust...

Page 42: ...にします 注 2 ハンチングがおこらない範囲でゲインが最高になるよう設定してください 注 3 アイリスゲインの設定値は 1 ページに記載してあります リセット操作 を行ってもリセットされません トリマーによる設定については 取扱説明書 10 ページ 2 4 アイリスゲイン調整 をご参照ください 選択項目 01 99 機能 ゲイン最小 ゲイン最大 デフォルト値 50 CODE レンズコードの設定 レンズに番号を付け カメラ側に送り返す事ができます 0000 から 1111 の 2 進数で 16 通りから選択できます カメラ機能によりますが カメラ側でレンズの識別に使用する 場合があります カメラメーカーからの指示があった場合に設定します Top 画面 点滅 で調整 0001 にする場合 注 数値は 2 進数で 16 通り変化します レンズコードはリセット操作を行っても 数値は変わりません 選...

Page 43: ... 選択項目 01 99 機能 ゲイン最小 ゲイン最大 オートアイリスゲインデフォルト値 50 リモートアイリスゲインデフォルト値 90 Top 画面 Iris 画面 Iris I Gain Comp ON Close OFF 1 I Gain 画面 または 2 オートアイリスゲインを 設定する場合 リモートアイリスゲイン を設定する場合 で調整 2 55 にする場合 3 Iris I Gain オートアイリスゲインの設定 Auto リモートアイリスゲインの設定 Remote Iris Comp アイリス補正 ON OFF エクステンダー使用時にアイリスを 2F 相当のオープン側に補 正する機能の ON OFF 設定です Top 画面 Iris 画面 2 または で選択 OFF に設定する場合 選択項目 D ON OFF 機能 アイリス補正する アイリス補正しない D デフォルト値 ...

Page 44: ...関係でアイリスが正常に動作できない場合があります そのと きはアイリスクローズ検出機能を OFF にしてください 選択項目 ON OFF 機能 アイリスクローズ検出する クローズ検出しない デフォルト値 工場出荷時にカメラのインターフェースによって設定されます TAL タリー点灯 消灯 Top 画面 または 点滅 で選択 OFF に設定する場合 選択項目 D ON OFF 機能 点灯 消灯 D デフォルト値 Zoom Movement ズームサーボの立上がり特性 Start ズームサーボの止まり際特性 Stop メカ端部止まり特性 End Top 画面 2 Zoom 画面 Movement 画面 立上がりを設定する場合 止まり際を設定する場合 メカ端部止まり際を設定 する場合 立上がりを設定する場合 で調整 48 にする場合 選択項目 00 99 機能 ゆっくり立ち上がる 急に立ち上がる ...

Page 45: ... 2 PreMovement 画面 立上がり特性を設定する 場合 止まり際特性を設定する 場合 または 2 で調整 97 にする場合 選択項目 00 99 機能 ゆっくり立ち上がる 急に立ち上がる 立上がり特性デフォルト値 99 止まり際特性デフォルト値 91 Top 画面 2 Zoom 画面 3 CurveMode 画面 で調整 7 にする場合 Zoom CurveMode アナログデマンドカーブ特性 アナログズームデマンドの倒し込み量に対するズームスピードの特性を可変させることができます 選択項目 1 2 3 4 D 5 6 7 8 9 D デフォルト値 ...

Page 46: ...補正します Top 画面 2 Zoom 画面 4 CamMode 画面 で調整 1 にする場合 選択項目 D 0 5 機能 補正なし 補正最大 D デフォルト値 Zoom Control ズームデマンドからのサーボモード設定 仕様によっては状態表示の確認のみ Top 画面 2 Zoom 画面 5 または で選択 表示項目 D Sped Posi 機能 スピードサーボ ポジションサーボ D デフォルト値 IND インジケーターの点灯 消灯 Top 画面 2 または 点滅 で選択 OFF に設定する場合 選択項目 D ON OFF 機能 点灯 消灯 D デフォルト値 ...

Page 47: ...を除く 選択項目 D STD FAR NEAR D デフォルト値 標準モード 操作ノブの回転量に対するフォーカスレンズグループの移動量の関係が ほぼリニアな標準的な特性モード Far モード 遠距離の被写体の焦点合わせがやり易くなるように 無限遠でのカーブの特性を緩やかにして 遠距離の分 解能を上げたモード Near モード Far モードとは反対に 至近側での焦点合わせがやり易くなるように 至近側でのカーブ特性を緩やかにし て 近距離での分解能を上げたモード CAFS CAFS の設定 フォーカシングによる画角変化をゼロレベルに抑えます Top 画面 3 または 点滅 で選択 OFF に設定する場合 選択項目 D ON OFF 機能 有効 無効 D デフォルト値 ...

Page 48: ...効 IS メカロック有効 D デフォルト値 IS SWSetting IS 操作スイッチ設定 IS 操作スイッチの状態 Alt Mon を選択します Top 画面 4 IS 画面 2 または で選択 選択項目 D Alt Mon 機能 オルタネイト動作 モーメンタリー動作 D デフォルト値 IS OffState IS モード設定 IS スイッチを OFF にしたときの IS 操作 Off IS 標準特性 を選択します 本編 p 17 参照 Top 画面 4 IS 画面 3 または Std で選択 Std に設定する場合 選択項目 D OFF Std 機能 IS 操作無効 IS 操作標準特性 D デフォルト値 ...

Page 49: ...der エンコーダー出力設定 Zoom および Focus エンコーダー出力機能の有効 無効を設定 します 有効の場合はバーチャルコネクターより出力されます 詳しくは販売代理店またはキヤノン 株 にお問い合わせくだ さい Top 画面 4 Info 画面 2 または で選択 ON に設定する場合 選択項目 D OFF ON 機能 出力無効 出力有効 D デフォルト値 Info CamSeri カメラシリアル通信の有効 無効 カメラとレンズ間のインターフェースの自動認識の有効 無効 アナログ制御 を切替えます Top 画面 4 Info 画面 4 または で選択 選択項目 D ON OFF 機能 有効 無効 D デフォルト値 ...

Page 50: ...理店またはキヤノン 株 にお問い合わせください で選択 1 で調整 2 DISPLAY キーを押すと データが保存されます 注 1 選択された項目のデータが表示されます 初めてこの操作をした場合は工場出荷時の値が表示されます 個々のレンズ に調整された値ですので 元に戻すことも考慮し メモをしておいてくださ い 注 2 数値は 相対値表示です 32760 から 32760 まで選択できますが 元の値より大幅な変更は 他の機 器に影響を及ぼす可能性がありますので ご注意ください 注 リセット操作を行っても 工場出荷時の設定に戻りません パスワードは電源 OFF 時に無効になります パスワード文字入力は上下ボタンで文字を探し 桁の移動および修正をするときは 左右ボタンで行ってください 選択項目 選択範囲 Iris F2 8 32760 0 32760 F16 Zoom Wide Tele Fo...

Page 51: ...lose detection to ON OFF Factory setting value Setting the zoom servo start characteristics 50 Setting the zoom servo stop characteristics 50 Setting the zoom mechanism end stop characteristics 91 Setting the zoom start characteristics for preset operations 99 Setting the zoom stop characteristics for preset operations 91 Setting the analog demand curve characteristics 5 Setting the servo mode typ...

Page 52: ...Start 00 99 Stop 00 99 CurveMode Demand 1 9 CamMode CamMode 0 5 Control Sped Posi IND ON OFF Focus Curve STD FAR Near CAFS ON OFF IS MechLock ON OFF TOP SwSetting Alt Mon OffState OFF Std Info Tally 01 99 Encoder ON OFF Initialize Zoom ON OFF Focus ON OFF CamSeri ON OFF Adjust Camera Fol Iris 32760 32760 Zoom 32760 32760 Focus 32760 32760 Display menu hierarchy ...

Page 53: ...top characteristics PreMovement Setting the zoom start characteristics for preset operations CurveMode Setting the analog demand curve characteristics CamMode CAM mode settings Control Setting the servo mode type from the zoom demand IND Setting the indicator ON OFF Focus Settings related to focus control Curve Focus demand curve characteristics CAFS Setting the CAFS ON OFF IS Settings related to ...

Page 54: ...ation on page E1 are taken For information on setting the auto iris gain using a trimmer refer to 2 4 Iris Gain Adjustment on page E8 in the Operation Manual Selection item 01 99 Function Minimum gain Maximum gain Default value 50 CODE Lens code setting Give a number code to the lens and the given number code can be sent to the camera side Any of 16 different codes from 0000 to 1111 in binary form...

Page 55: ... gain Maximum gain Auto iris gain default value 50 Remote iris gain default value 90 Top screen Iris screen Iris I Gain Comp ON Close OFF 1 I Gain screen or 2 to set the auto iris gain to set the remote iris gain to adjust 2 to set to 55 3 Iris I Gain Setting the auto iris gain Auto Setting the remote iris gain Remote Iris Comp Setting the iris correction to ON OFF Set the function that corrects t...

Page 56: ...m ON OFF Function Iris close detection No iris close detection Default value This is set according to the camera interface at the factory prior to shipment TAL Setting the tally lamp ON OFF Top screen or flashing to select to set to OFF Selection item D ON OFF Function Lighted Extinguished D Default value Zoom Movement Setting the zoom servo start characteristics Start Setting the zoom servo stop ...

Page 57: ...rt Quick start Start characteristics default value 99 Stop characteristics default value 91 Top screen 2 Zoom screen 3 CurveMode screen to adjust to set to 7 Zoom CurveMode Setting the analog demand curve characteristics The characteristics of the zoom speed can be varied in response to the amount by which the analog zoom demand is tilted Selection item 1 2 3 4 D 5 6 7 8 9 D Default value Zoom spe...

Page 58: ...ion item D 0 5 Function No correction Maximum correction D Default value Zoom Control Setting the servo mode type from the zoom demand Some models only indicate the currently set servo mode depending on the specifications Top screen 2 Zoom screen 5 or to select Selection item D Sped Posi Function Speed servo Position servo D Default value IND Setting the indicator ON OFF Top screen 2 or flashing t...

Page 59: ...s group is almost in linear Far mode The Far mode facilitates focusing on an object in the far end by making the far end curve characteristics gentle to increase the far end resolution Near mode Contrary to the Far mode the Near mode facilitates focusing on an object in the near end by making the near end curve characteristics gentle to increase the near end resolution CAFS CAFS setting The change...

Page 60: ... The type of IS operation switch Alt Mon that is used can be selected Top screen 4 IS screen 2 or to select Selection item D Alt Mon Function Alternate type Momentary type D Default value IS OffState IS mode setting The IS operation Off IS standard characteristics when the IS switch is set to OFF can be selected Refer to page E15 of the Operation Manual Top screen 4 IS screen 3 or Std to select to...

Page 61: ... When it is enabled signals are output from the virtual connector For details contact with your dealer or Canon Inc Top screen 4 Info screen 2 or to select to set to ON Selection item D OFF ON Function Output disabled Output enabled D Default value Info CamSeri Setting the camera serial communication to ON OFF The automatic identification setting of the interface between the camera and the lens ca...

Page 62: ...be displayed These are the values that have been adjusted to each individual lens Make a note of them in case they are to be restored Note 2 The numerical value is a relative value display Please note that making a radical change from the original value has the possibility to influence other equipment even though it possible to select from 32760 to 32760 Note The factory default settings at the ti...

Page 63: ... 缺省值 CAFS 设定 ON 播放指示灯设定 ON 指示灯设定 ON 光圈补偿的 ON OFF 切换设定 ON 光圈关闭检测的 ON OFF 设定 工厂设定值 变焦伺服启动特性的设定 50 变焦伺服停止特性的设定 50 变焦机构端部停止特性的设定 91 各项预设变焦启动特性的设定 99 各项预设变焦停止特性的设定 91 模拟电动控制器曲线特性的设定 5 利用变焦电动控制器设定伺服模式类型 Sped CAM 模式设定 0 聚焦电动控制器曲线特性 STD 播放指示灯光量设定 工厂设定值 只有 XJ60x 为 3 DISPLAY 显示屏 开关 启动 关闭 ON OFF 显示屏的显示 显示屏 停止操作状态持续超过 2 分 钟以上时 显示消失 光标操纵钮 向上下左右 倾斜该钮移动光标 按动中央部位 则可确定位置 ...

Page 64: ...US E7 EXTENDER E15 FOCUS E13 IRIS E14 IRIS GAIN E8 ZOOM E13 索 引 变焦 C13 光圈 C14 光圈增益 C8 后焦 C7 聚焦 C13 增距镜 C15 DISPLAY OPERATION MANUAL 索 引 インジケーター 8 エンコーダー 11 カメラシリアル 11 初期化 4 タリー 6 INDEX CAMERA SERIAL E11 ENCORDER E11 INDICATOR E8 INITIALIZE E4 TALLY E6 索 引 编码器 C11 播放 C6 初始化 C4 摄像机串行 C11 指示器 C8 ...

Page 65: ...memo ...

Page 66: ...memo ...

Page 67: ...memo ...

Page 68: ...x 81 0 3 3757 7086 North South America Canon U S A Inc Broadcast and Communications Div Headquarters 65 Challenger Road Ridgefield Park NJ 07660 Tel 1 201 807 3300 Fax 1 201 807 3333 Canada Canon Canada Inc Broadcast and Communications Div 6390 Dixie Road Mississauga Ontario L5T 1P7 Canada Tel 1 905 795 2012 Fax 1 905 795 2087 Europe Africa Middle East Canon Europe Ltd Broadcast Products Div 3 The...

Page 69: ...ことがあります CANON INC 30 2 Shimomaruko 3 chome Ohta ku Tokyo 146 8501 Japan Subject to change without notice 进口商 佳能 中国 有限公司 地址 100005 北京市东城区金宝街 89 号 金宝大厦 15 层 规格 外观 商品构成等进行变更 恕不事先一一通知 修订 2012 12 1 原产地 日本 Pub No B IM 10060C 1212S 2012 12 CANON INC PRINTED IN JAPAN ...

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