Thermal Cameras
No escape…Thermal Temperature Detection
M73 as High-End Thermal Imaging Camera
The MOBOTIX 7 camera M73 can now be equipped with 50 mK thermal sensor modules – even retroactively! Thanks to the increased number of pixels with the VGA thermal modules, even more details can be detected, even larger areas can be covered and temperature differences can be recorded from even greater distances.
S74 – The Flexible Thermal Camera
The S74 with thermal sensor modules is the flexible MOBOTIX thermal camera. The modules (CIF or VGA) are flexibly connected to the concealed camera housing with cables up to three meters in length. This allows both special installations as well as efficient surveillance of several areas with just one camera.
M16 Thermal
The intelligent video system with an integrated high-performance thermal image sensor takes full advantage of the M16 camera design. Thanks to the two directly adjacent lenses, there is also a thermal overlay function with image overlay (thermal and optical) to pinpoint the exact location of hotspots like smoldering fires in a visible image.
M16 Thermal TR
“TR” stands for thermal radiometry. This means that, in addition to carrying out the existing MOBOTIX thermal camera functions, these cameras feature a calibrated thermal image sensor that enables them to measure thermal radiation across the entire image area, even down to individual pixels. The power consumption of a MOBOTIX Thermal TR is less than 8 watts.
S16 Thermal
MOBOTIX present the most flexible dual thermal camera in the world. It is possible to connect either one or two weatherproof thermal sensor modules to the easily concealable camera module with up to three-meter-long sensor cables. The design concept of the S16 means that even thermal cameras can have particularly discreet installations and customer-specific special installations.
S16 Thermal TR
Temperature values measured by the TR technology can automatically trigger an event from the camera (alarm, call, activation of a signal output etc.) if the temperature increases above or decreases below an individually set trigger level. All settings can be adjusted via the camera firmware using a web browser.