Instruction d'utilisation Sanyo VCC-WD8874

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(Color)
VCC-W8775P
(Day & Night)
VCC-WD8875P
COLOR
Advanced Wide Dynamic Range Camera

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AC24V– AC24V– DC12V– DC12V– Specifications (PAL) Dimensions Model.No VCC-W8775P VCC-WD8875P VCC-W8775P Unit: mm (inch) Scanning system PAL standard 625 lines Image sensor Progressive scan 1/3" CMOS 129.3 (5.09) 120.5 (4.74) 800(H) x 600(V) effective picture elements 71.0 (2.80) 119.5 (4.70) Image size 1/3“ (4.5mm x 3.38mm) POWER VIDEO OUT Synchronizing system Internal / Line lock synchronization — + ~ Day and Night True D/N – ~ Resolution Horizontal: 550 TV lines (typical) GND CLASS 2

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Specif Model.N Scanning Image se Image siz Synchron Day and Resolutio Video out Video S/N Minimum illuminati Wide Dyn Backlight White ba Light con Electronic Electronic Lens iris Auto iris o Aperture AGC gain Digital no Menu Lens mou Camera m Environm Power re Power co Dimensio Weight Cautio Distribute

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Enhanced surveillance that compares favorably to the human eye. Reproducing images more naturally and with greater clarity, the SANYO “Advanced WDR” Surveillance Camera achieves significantly greater dynamic range utilizing SANYO’s own innovative technologies. By adopting a radically new linear output method, SANYO has created a security-optimized camera delivering superb performance under varying light conditions and one which utilizes a new “retina-morphic processing algorithm” for

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Advanced WDR Image Processing System High Gain SANYO Advanced Image Processing Engine Signal New CMOS Sensor Pixel-by-Pixel Real-Time Dynamic RGB Interpolation High Resolution Low Gain Optimum Processing Range Correction Processing Processing Signal A/D Convertor New CMOS Sensor Delivers SANYO Advanced the Widest Dynamic Range Yet Image Processing Engine The newly-developed “SANYO Advanced Image Processing New Structure of CMOS Sensor Engine” uses a unique algorithm to individually process

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New and Advanced Linear Output Method Digital Noise Reduction SANYO devised a new exposure method for increasing A new digital noise reduction function minimizes S/N ratio visibility under varying conditions of light, weather and time. penalties conventionally incurred when processing dark The progressive exposure technology simultaneously outputs areas, improves the S/N ratio in low illumination conditions image signals in low illumination areas and image signals in and achieves images v