Для решения самых ответственных задач и ведения охранного видеонаблюдения с широким обзором
AXIS Q6055-C PTZ Camera provides the highest video quality and performance in environments such as deserts, where high ambient temperatures and solar radiation require cameras to operate in extreme heat. With HDTV 1080p and 32x optical zoom with autofocus, the outdoor-ready PTZ dome provides exceptional coverage of large areas and great details when zooming in. It is ideal for use at construction and open-pit mining sites, along pipelines, and for city surveillance.
Reliable operation in extreme heat
With a built-in active cooling system, AXIS Q6055-C can operate in temperatures up to 75°C (167°F). The dust- and waterproof camera is IP66- and NEMA 4X-rated and meets the tough military standard, MIL-STD-810G, ensuring reliable operation in harsh weather conditions such as sandstorms. Support for shock detection enables the camera to trigger an alarm if it has been hit.
Great detail with HDTV
AXIS Q6055-C has a wide horizontal viewing angle ranging from 62.8°–2.23°. The camera’s 32x optical zoom, in combination with HDTV 1080p resolution, provides extremely detailed zoomed-in views, enabling, for instance, the license plate of a vehicle to be read some 300 m (984 ft) away. AXIS Q6055-C offers the same video quality as AXIS Q6055-E.
The camera is designed for round-the-clock pan/tilt/zoom operation. It has a fast and precise pan/tilt response at 450° per second. It can be automatically directed to 256 preset positions using guard tour.
Гибкость установки и простота интеграции.
The supplied media converter switch allows AXIS Q6055-C to be connected in a daisy chain to the network using standard network or fiber optic cables that help lower the cost of installing the cameras over long distances. The media converter switch also enables the cameras to connect to external alarm devices via two configurable input/output ports, and to 24 V power.
Sharp images. Low bandwidth.
AXIS Q6055-C also features Axis Zipstream technology, which significantly lowers bandwidth and storage requirements while preserving high-quality images.