Sanyo VCC-9500IN Brochure - Page 3

Outdoor type Featuring industry-leading mechanisms newly developed for high performance. High-Speed Panning at 435° per Second The camera makes it possible to capture images at exact points during surveillance with high-speed panning at 435°/sec. between preset positions. The motor is several times more precise with movement in 0.009 of a degree increments. This precise mechanism allows capture of quickly moving objects and objects approaching the camera when it is zoomed in. Pan/tilt speed Pan Tilt Manual pan/tilt Max. 435°/sec. Max. 400°/sec. 0.1 to 120°/sec. Preset Accuracy to ±0.014 (typical) of a Degree In the case of a speed dome camera, the motorized drive's performance is vital in order to capture numerous points of surveillance during lens movement and zoom-ratio changes. SANYO's new series of speed dome cameras keeps the accuracy of the camera's return to preset points to within 0.014 (typical) of a degree for precision capture of images from surveillance. Designated point set using preset position function Image from conventional camera* with error margin as large as 0.2° *Competitor's Error margin of designated point is a mere 0.014° (typical) with VCC-9800/ 9700/9600/9500 cameras Image Stabilization (VCC-9800/9700) Blurring due to vibration of the camera can be electronically removed. It is also possible to correct for blurring only while continuing camera movement such as pan and tilt. Shaking due to strong wind or traffic vibration Without image stabilization With image stabilization Automatic Tracking (VCC-9800/9700) Cameras feature an image processing algorithm that is capable of detecting moving objects on the screen and tracking an object automatically. When there are multiple movements, the object with the largest degree of movement is tracked. Further settings are available according to the pattern of movement. Optimum Auto Focus Further development of conventional auto-focus functions has resulted in not only shorter focus times, but also the added capability of remaining clearly focused on a targeted subject in front of the camera, even when other elements are passing in and out of the field of view. And with optimum focus, images remain in focus, even when the lens is in motion during pan/tilt operation.