Do you know what an infrared thermometer is?

The product can be used in schools, hospitals, supermarkets, stations, subway stations, office buildings and so on.Intelligent recognition: support the face capture function of multiple people walking at a constant speed (0.8m/s), and can detect and capture 20-30 faces at the same time (per frame).

Temperature measurement range and precision: the temperature measurement range is 28-45℃ and the precision is ±0.3℃ (human temperature is 33-40℃) after on-site calibration;the temperature measurement precision of other temperature sections within the temperature measurement range is ±1℃.

Number of people of temperature measurement: measure the temperature of 10-12 people at the same time.1-4m, Accurate temperature measurement distance: 1-4m.Abnormal temperature alarm: higher than threshold alarm.Statistics report: support statistics on the number of people.

it’s Stable,Infrared thermometer with High-quality infrared thermal detector, advanced temperature measurement algorithm, industrial quality and strong environmental adaptability.it’s Precise  ，Accurate temperature measurement at 1-4 meters, precision better than ±0.3℃ and automatic correction of temperature drift.

it’s Efficient， Multi-people temperature measurement at the same time and non-sensitive screening with passing rate at 300 people/minuteit’s Intelligent ，Automatic face tracking, automatic over-temperature alarm, mask detection and population statistics.it’s Easy to use， Plug and play, no need computer, simple operation and convenient maintenance.

Infrared thermometer is to use infrared detector, optical imaging objective lens and photo-mechanical scanning system to receive the infrared radiation energy distribution pattern of the measured target and reflect it on the photosensitive element of the infrared detector. Between the optical system and the infrared detector, there is a light The machine scanning mechanism scans the infrared thermal image of the measured object and focuses it on the unit or spectroscopic detector. The detector converts the infrared radiation energy into an electrical signal, which is amplified, converted, or standard video signal is passed through the TV screen or monitored The monitor displays the infrared thermal image.

The thermal image of the infrared thermometer corresponds to the thermal distribution field on the surface of the object; in essence, it is the thermal image distribution of the infrared radiation of each part of the measured target object. Because the signal is very weak, compared with the visible light image, it lacks layering and three-dimensionality. Therefore, in order to more effectively determine the infrared heat distribution field of the measured target in the actual action process, some auxiliary measures are often used to increase the practical functions of the instrument, such as image brightness and contrast control, real standard correction, false color depiction, etc. Technology