Details of the installation of the Infrared Thermal Imaging Thermography Gate

Infrared Thermal Imaging Thermometry GateNew types of high-intensity infrared (IR) sensors and rapid temperature measurement systems are used. It is a safety portal consisting of the thermometric smart cameras and thermal imaging screening system software, which integrates metal detection. High-precision imaging temperature detection probes are installed at the door to quickly detect the presence of temperature anomalies in the passing population and prevent the spread of disease. The back door with temperature measurement is quick to detect whether walkers carry metal objects and prevent the mixing of dangerous items such as knives and guns, and has characteristics that are accurate, sensitive and disabling. It is widely used in densely populated locations such as airports, stations, and entry and exit points. It is an effective means of preventing the spread of the epidemic.

InfraredThermal imaging heat-taking doorWhere’s the right place?

Selection of the location of the Infrared Thermal Imagingr Gate installation

1. Equipment installation corridors are in front of the site and the work surface is captured;

The Queen of the West is a very important issue. It is proposed to install at a height of about 2 metres; The recommended camera has a view angle of 0-5 degrees;

3. To ensure temperature detection, it is desirable that the distance of the equipment from the human assembly point is 1 m (1m-3m);

Environmental norms for thermal infrared imaging thermometry portal

Light demands: no back light, no visible reflection of the face, even light, no shadow. In addition, in order to ensure that the scenery of the person’s face is well lit, it is recommended that if the person’s face is not bright enough in the camera, additional lighting be required to light the person’s face (generally 250 “800 lax”);

Photowind requirements: It is proposed to install the equipment in the interior to ensure that there is no wind or sunlight direct between the equipment and the personnel and to avoid the low and excessive temperature measurements caused by wind-dispersion heat and sunlight.