Data sheet thermoIMAGER TIM QVGA-HD-T100

Thermal imaging camera for body temperature monitoring

The TIM QVGA-HD-T100 is a compact thermal imager for body temperature screening. It is designed for temperature measurement of a group of people and for targeted temperature measurement of an individual person. The software automatically recognizes and displays people with increased body temperature which can indicate a febrile illness. The thermal imager is, among other things, intended for visitor and staff entrances, security gates, public institutions, train stations and airports. Three camera lenses are available for temperature screening.

Characteristics

Measuring range from -20 °C to 100 °C
Detector with 382 x 288 pixels
Excellent thermal sensitivity (NEDT) of 40 mK
Real-time recording up to 80 Hz
Extremely lightweight, robust and compact
Automated fever detection of an individual person or groups of people
Certificate of calibration for 35 °C included in the scope of supply

Quick and flexible to use

The thermoIMAGER TIM QVGA-HD-T100 thermal imaging camera is designed for stationary thermography in order to recognize people with increased body temperature (e.g. fever). With its compact design and USB port, the camera is easy to install and can be easily set up and dismantled. The software setup is adapted to body temperature and is suitable for common Windows PCs and the Micro-Epsilon NetPC (industrial PC with passive cooling). The software provides thermal images in real time. The record/snapshot functions automatically store the thermal images. Temperature and alarm values can be optionally performed via a process interface. As standard, the TIM QVGA-HD-T100 is equipped with a certificate of calibration for 35 °C.

Temperature measurement of a group of people with the 53° x 38° lens

Temperature screening of one person with the 18° x 14° or 29° x 22° lenses

Increased accuracy with ambient reference radiator

The ambient reference radiator is recommended to further increase the accuracy again. This radiator is positioned in the Field of View in order to permanently provide reference values to the thermal imager. This enables temperature accuracy to be increased to ±0.5 °C.