中文字幕日本在线观看_91久久久久_国产精品欧美综合_国产精品s色_福利久久久_国产二区视频_欧美日韩大片

AXIS Q1931-E Thermal Network Camera

• Thermal imaging for IP-Surveillance
• Bullet-style design
• Multiple lens options
• Intelligent video applications included
• Power over Ethernet
• Full duplex audio

High-quality detection

AXIS Q1931-E Thermal Network Camera is a perfect complement to any network video system that needs to secure an area 24 hours a day, seven days a week. The camera uses thermal imaging, which allows users to detect people, objects and incidents in complete darkness and difficult conditions such as smoke, haze, dust and light fog.

For demanding outdoor video surveillance

AXIS Q1931–E is a bullet-style outdoor-ready model that is designed to withstand harsh weather conditions. It comes with a built-in heater for the window. It's ideal for cost efficient 24/7 area or perimeter surveillance of all security applications such as roads, tunnels and airports.

Key IP-Surveillance features

AXIS Q1931-E Thermal Network Camera supports H.264 video compression, which reduces bandwidth usage and storage needs by up to 80% compared to Motion JPEG. The camera provides multiple, individually configurable video streams in H.264 and Motion JPEG. AXIS Q1931-E has two-way audio support, which allows the user to communicate with visitors and intruders.

Wide detection range and intelligent video applications

With a resolution of 384x288 pixels and four lens alternatives, AXIS Q1931-E can optimize detection performance to meet most application requirements. Since thermal cameras are less sensitive to problems with light conditions and shadows, they can achieve higher accuracy and less false alarms than conventional cameras in most applications. Intelligent video applications such as cross-line detection and video motion detection are included.

Detection ranges

?Find nomographs for Axis Q19 Thermal Network Camera series (meters) (pdf) or nomographs for Axis Q19 Thermal Network Camera series (yards)(pdf) to determine the relation between the focal length of the lens, the number of pixels across the object, and the range.