Manuel d'utilisation / d'entretien du produit VCC-MD400 du fabricant Sanyo
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T echnical Manual (V er 1.03) Color Camera Module Model No. • NTSC Model VCC-MD800 VCC-MD700 VCC-MD600 VCC-MD500 VCC-MD400 VCC-MD300 ( × 36, Day/Night type) ( × 36, Color type) ( × 30, Day/Night .
− 1 − Contents Parts Names and Dimensions ........ 2 Connection ....................................... 4 [1] Connection of the Interface Board and Camera Unit .......................................................... 4 [2] Interface Board Specifications .
− 2 − Parts Names and Dimensions ■ Dimensions Note: The numbers within the brackets refer to the dimensions of the VCC-MD700 and MD800 models. ■ VCC-MD800/700/600/500 Series 7.1 25.1 29 8 60 12 16 Ǿ 40.5 ( Ǿ 38.6)* 18 50 84 3.53 (2.2) 7.1 25.
− 3 − Parts Names and Dimensions ■ Dimensions Note: The numbers within the brackets refer to the dimensions of the VCC-MD400 model. ■ VCC-MD400/MD300 Series 24 29 60 16 Ǿ 29.
− 4 − [1] Connection of the Interface Board and Camera Unit Connect the camera unit and the interface board using the FFC (flexible flat cable). Connect the various terminals of the interface board using the necessary cables.
− 5 − Input-Output Terminal Descriptions [1] Input-Output Terminal Layout and Specifications Power Supply: DC 6-12V 1 RD 2 SD 3 GND 4 DC N (+6 – 12V) 5 GND (DC) 6 VIDEO 7 GND (VIDEO) 8 LINE IN 9 GND (LINE IN) CAMERA FFC Pin Number Signal Name Function I/O Signal Specifications 1 RD: RS-232C Communication Line (Receiving) Low: Max 0.
− 6 − [1] Communications Format The communication unit is a 4 (min)-24 (max) byte packet. ・ Communications Speed: 2400, 4800, 9600, 19200, 38400 9600 bps (DEFAULT MD800 – 500) * MD400 and MD300 cannot connect at 38400bps.
− 7 − Communications Protocol [2] Communications Flow Note: ◦ Start the transmission of the next data after confirming the response command. ◦ The maximum transmission interval of the various byte data is 500 [msec].
− 8 − Communications Protocol [3] Command List for MD800-500 Message System All Initial A0 01 0A CS FF Initialization of Unadjusted EEPROM Values (Set to Factory Defaults) All Menu Initial A0 01 0.
− 9 − Message Backlight BLC OFF A0 06 00 CS FF Backlight compensation OFF Multi BLC ON A0 06 01 CS FF Backlight compensation multifractionated evaluative metering mode (Backlight compensates after measuring the light of the entire screen.
− 10 − Message Sync Sync INT A0 09 00 CS FF Internal synchronization mode Sync L-L A0 09 01 CS FF Power supply synchronization mode L-L Phase + A0 09 0B CS FF Synchronous phase settings for power .
− 11 − Message OSD Zoom Ratio A0 14 00 0p CS FF p: Zoom magnification display Zoom Ratio Position A0 14 01 p 0q CS FF Zoom magnification display position p: x-position (0-19) q: y-position.
− 12 − Message Query Command Response Command Zoom Tele/Wide Speed 80 02 08 CS FF C0 02 08 0p CS FF Configured Tele/Wide Speed 1: speed1, 2: speed2, 3: speed3, 4: speed4 Direct 80 02 09 CS FF C0 0.
− 13 − Message Query Command Response Command Sync L-L Phase Direct 80 09 13 CS FF C0 09 13 0p 0q 0r CS FF Power Source Synchronous Set Value Direct 0-524(NTSC) / 0-624(PAL) AGC Max Gain at AGC .
− 14 − Message Query Command Response Command DAY/NIGHT D/N LEVEL 80 28 05 CS FF C0 28 05 0p CS FF Color/Black and White Switch Level Set Value 0: LOW, 1: MID, 2: HIGH, 3: ADJ D/N ADJ DIRECT (C-&g.
− 15 − Communications Protocol [5] Command List for MD400 and 300 Message System CAMERA TYPE Unit A0 01 01 00 CS FF CAMERA TYPE Dome A0 01 01 01 CS FF Sanyo Dome Camera ID CAMERA TYPE Zoom A0 01 0.
− 16 − Message Backlight BLC OFF A0 06 00 CS FF Backlight compensation OFF Multi BLC ON A0 06 01 CS FF Backlight compensation multifractionated evaluative metering mode (Backlight compensates after measuring the light of the entire screen.
− 17 − Message Camera ID OFF A0 15 00 CS FF Camera ID display ON A0 15 01 CS FF ID SET (ASCII code) A0 15 09 p q r s t Camera ID settings (Note 5) u v w x y z g h i j k CS FF ID X-Position.
− 18 − Message DA Y/ NIGHT D/N COLOR *1 A0 28 00 CS FF Color Mode D/N BLACK/WHITE *1 A0 28 01 CS FF Black and White Mode D/N AUTO *1 A0 28 02 CS FF Color/Black and White Auto Switch Mode D/N BURST.
− 19 − Communications Protocol Model: VCC-MD400/300 Message Query Command Response Command Zoom Tele/Wide Speed 80 02 08 CS FF C0 02 08 0p CS FF Configured Tele/Wide Speed 1: speed1, 2: speed2, 3:.
− 20 − Communications Protocol Model: VCC-MD800/700/600/500/400/300 [7] Notes Note 1 Area Settings Divide the screen into 48 areas (6 vertical and 8 horizontal) and set an area to “1” to configure the mask and “0” to not configure the mask.
− 21 − Note 2 Receiving Status Refer to the various status commands for contents of the reply when querying the status. Status Command 1 ⁃ Status1-1 Status1-2 Status1-3 Status1-4 Status1-5 Statu.
− 22 − Status Command 4 (Only MD800/700/600/500) ⁃ Status4-1 Status4-2 Status4-3 Status4-4 Status4-5 Status4-6 Status4-7 Status4-8 bit0 Focus (0:Auto/1:Manual) Iris mode 0: AI, 1: MI (EI.
− 23 − Note 3 Exclusive processing Setting to auto iris mode, when SENSE UP is set ⁃ When unable to set ・ Cannot be set when the motion sensor is set to ON. ・ Cannot be set when auto pursuit is set to ON. Auto switch setting ・ Sets AGC to ON.
− 24 − exclusiveprocessingtable. Settings to be changed. → ↓Current setting. Auto Iris V-RESO UP ON SENSE UP ON Manual Iris (EI ON) High speed shutter mode Prolonged exposure shutter mod.
− 25 − Note 4 Orientation / angle display The display angle is changed using Pan/Tilt Degree commands. The Set North command sets the current position to N and the pan degree to 0. Pan angle versus orientation is as follows. N 337.6-22.5 NE 22.6-67.
− 26 − *MD400(P), MD300(P) responds error(FC) with commands above. *Commands below can be used to detect MD400(P) and MD300(P) Status Command: 80 46 01 CS FF Status Response Command: C0 46 01 p q .
− 27 − [1] Zoom Control Zoom Position Control The zoom can be operated using Tele/Wide or moving the zoom to a specific position. Tele/Wide ⁃ Transmit the Tele or Wide command to execute the Tele/Wide operation at the speed configured by the Tele/Wide Speed command.
− 28 − Optical Zoom Limit Settings The optical zoom magnification can be limited using the Optical Zoom Tele Limiter command. The digital zoom cannot be used if the limit is set to the Tele side. Digital Zoom A maximum of 16x digital zoom can be set with the Digital Zoom Tele Limiter command.
− 29 − [4] IRIS Control Auto Iris ⁃ The lens aperture is automatically controlled to correct the brightness of the average luminance value of the image. Manual Iris ⁃ This fixes the lens aperture. The aperture position can be set to a range of 17 levels (1: close - 7: open) using the Manual IRIS Stop command.
− 30 − [7] Backlight Compensation Multi-Area Light Measuring ⁃ This automatically detects the subject area, the backlight conditions, and automatically corrects the backlight. The following settings configure sensitivity and the effectiveness of corrections when there is backlight.
− 31 − [8] Aperture Emphasizes contours and increases the vividness of the entire image. [9] Motion Detection The screen is divided into 48 areas (8 x 6) and movement is detected from changes in brightness of representative points within each area.
− 32 − [11] Privacy Mask Settings Display Area: NTSC (PAL) 0x 2 6 ( 0x 2 A ) 0x6C ( 0x6E) 0x9E (0x9F) 0x E4 ( 0xE 3 ) 0x 07 ( 0x 0A) 0x 3 5 ( 0x4 1) 0x5 4 ( 0 x 64 ) 0x82 (0x9 B) * Area initially displayed using the Area Mask ON command.
− 33 − Setting the Mask Position (Area Mask Position Set) x -Coordinate Start Position x -Coordinate End Position y-Coordinate Start Position y-Coordinate End Position x y If the coordinates increase by 1, the position moves by 4 horizontal pixels and 2 vertical lines.
− 34 − [12] Stabilizer (Only VCC-MD700/800 series) When this function is set to ON, the digital zoom magnifies the screen. When vibrations are detected, the vibrations are stabilized by changing the position of the screen captured by the zoom.
− 35 − Function Descriptions [13] Auto Pursuit Function Detects movement on the screen and calculates the level of movement. Subject pursued: Walking person Area:1x Zoom, object = a person at 8m d.
− 36 − [1] Camera Control Command Transmission 1-1 Control using the Command Button The camera unit can be controlled by clicking the various command buttons. The command data transmitted and received by the PC can be confirmed using the “SENDING DATA” and “RECEIVING DATA” windows.
− 37 − Spectral Sensitivity Characteristics Relative Response W ave Length [nm] 1.0 0.8 0.6 0.4 0.2 0 Ye G Cy Mg 400 450 500 550 600 650 700 1.0 0.8 0.6 0.4 0.2 0 Ye G Cy Mg 400 450 500 550 600 650 700 Relative Response W ave Length [nm] Relative Response W ave Length [nm] 1.
− 38 − Specifications • NTSC system Model VCC-MD800 VCC-MD700 VCC-MD600 VCC-MD500 VCC-MD400 VCC-MD300 36x ZOOM 30x ZOOM 22x ZOOM Day/night Color Day/night Color Day/night Color Image size 1/4" interline transfer CCD Effective picture elements 768(H) x 494(V) Lens 36x optical zoom f=3.
− 39 − Specifications • PAL system Model VCC-MD800P VCC-MD700P VCC-MD600P VCC-MD500P VCC-MD400P VCC-MD300P 36x ZOOM 30x ZOOM 22x ZOOM Day/night Color Day/night Color Day/night Color Image size 1/4" interline transfer CCD Effective picture elements 752(H) x 582(V) Lens 36x optical zoom f=3.
− 40 − 2006.12.20: the issue of ver 1.00 2007.02.15: the issue of ver 1.01 Changes the DEFAULT communication speed (BAUDRATE) of the MD800 – 500 to 9600 bps.
− 41 − Shifting to digital zoom area Pan/Tilt Degree commands Center BLC Area Direct commands Privacy Mask related commands Change history.
Un point important après l'achat de l'appareil (ou même avant l'achat) est de lire le manuel d'utilisation. Nous devons le faire pour quelques raisons simples:
Si vous n'avez pas encore acheté Sanyo VCC-MD400 c'est un bon moment pour vous familiariser avec les données de base sur le produit. Consulter d'abord les pages initiales du manuel d'utilisation, que vous trouverez ci-dessus. Vous devriez y trouver les données techniques les plus importants du Sanyo VCC-MD400 - de cette manière, vous pouvez vérifier si l'équipement répond à vos besoins. Explorant les pages suivantes du manuel d'utilisation Sanyo VCC-MD400, vous apprendrez toutes les caractéristiques du produit et des informations sur son fonctionnement. Les informations sur le Sanyo VCC-MD400 va certainement vous aider à prendre une décision concernant l'achat.
Dans une situation où vous avez déjà le Sanyo VCC-MD400, mais vous avez pas encore lu le manuel d'utilisation, vous devez le faire pour les raisons décrites ci-dessus,. Vous saurez alors si vous avez correctement utilisé les fonctions disponibles, et si vous avez commis des erreurs qui peuvent réduire la durée de vie du Sanyo VCC-MD400.
Cependant, l'un des rôles les plus importants pour l'utilisateur joués par les manuels d'utilisateur est d'aider à résoudre les problèmes concernant le Sanyo VCC-MD400. Presque toujours, vous y trouverez Troubleshooting, soit les pannes et les défaillances les plus fréquentes de l'apparei Sanyo VCC-MD400 ainsi que les instructions sur la façon de les résoudre. Même si vous ne parvenez pas à résoudre le problème, le manuel d‘utilisation va vous montrer le chemin d'une nouvelle procédure – le contact avec le centre de service à la clientèle ou le service le plus proche.
