KEENEYE Lite T
CEMAX > KEENEYE Lite T
CEIEC KEENEYE Lite T, a.k.a. Face Recognition Temperature Measurement System is a long-distance high-precision human body temperature measurement system. Integrated with face recognition and AI thermal imaging temperature measurement technology, the system realizes long-range real-time temperature measurement and abnormal warning and features stability and reliability, rapid deployment and easy operation, and it can be widely used in epidemic prevention and control scenarios such as parks, communities, and transportation hubs.
Thermal Camera
Thermal Sensitivity 40mK with Accuracy ≤0.3°C
Simultaneously conduct temperature measurement to 45 targets
Measurement Distance 3~5m; Response Time ≤30ms; Temperature Range -20°C~+60°C
Resolution 1920x1080, with 400×300 thermal Pixels
Support H.265/H.264/MJPEG
IP66 certified
Blackbody
Temperature Range: 0°C~40°C
Temperature Resolution: 0.1°C
Temperature Accuracy: ±0.2°C
Temperature Stability: ±(0.1~0.2)°C/h
Operating Ambient Temperature: 0°C~40°C
Features of KEENEYE Lite
Non-contact Real-time Temperature Measurement
Detect the human body temperature in real time and alarm for over temperature automatically by applying AI thermal imaging technology.
Face Recognition
Provide real-time one-to-one matching between the temperature data and the face target based on face recognition technology.
List Control
Support enhanced control for whitelist.
Temperature Files
Create files automatically based on face and temperature and provide intelligent warning for people who are still in the period of isolation.
Scenarios
Transportation Hub
Shopping Mall
Hospital
Government Departments
Client Cases
Other Offerings
Develop first-class integration capabilities and create an outstanding international group
the CEIEC Corporate Vision
Find out which is the best for your consideration
Send Email
ceiec@ceiec.com.cn
COMMITTED TO SAFETY AND HAPPINESS OF THE PEOPLE OF THE WORLD
Contact US
+86-10-52579999
ceiec@ceiec.com.cn
Building A, Guohai plaza, No. 17 Fuxing road, Haidian district, Beijing
© 2020 CEIEC. All Rights Reserved.