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MOBOTIX M26 Body Day Network Camera Outdoor Weatherproof 6 MP - Mx-M26A-6D MOBOTIX M16 Body for M16/M15 Sensor Modules (Day/Night) - MX-M16A MOBOTIX S16 DualFlex Complete Cam Set 3 6MP Outdoor Network Camera Body with B016 Day and Night Sensor Modules - MX-S16A-S3
High-performance dome camera for indoor and outdoor use. Applicable as day or night system. The B041 4.1mm lens delivers a 90? horizontal field of view. A built-in microphone and speaker makes two-way audio communication possible. Recorded footage is stored on an internal 4GB microSD card. Integrated PoE technology simplifies connectivity by transferring data and power over one cable. Video management for this device is possible thanks to the MxManagementCenter VMS for Windows & Mac PCs and the MOBOTIX app for iOS devices. This camera is IP66-rated for outdoor use. S16D DualFlex Body Included
Day Moonlight Sensor Module Included
Night Moonlight Sensor Module Included
180° Horizontal Field of View
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Mobotix MX-M16TA-R079 6MP Outdoor Thermal IP Network Security Camera with TR/Thermal Radiometry - MX-M16TA-R079 MOBOTIX PTMount-Thermal TR 50 mK with B079 Lens for S16/S15 Camera - MX-O-SMA-TP-R079-B Mobotix MX-M16TA-R119 6MP Outdoor Thermal IP Network Security Camera with TR/Thermal Radiometry - MX-M16TA-R119
Thermal radiation is electromagnetic radiation emitted by a bodybased on its temperature. It is caused by thermal motion within abody’s molecules. This is the result of accelerated charges that emitradiation in accordance with the laws of electrodynamics. Thermalimaging technology captures and displays temperature distributionacross surfaces and objects. Thermographic cameras usually displayheat intensity information in artificial colors (blue = cooler, red =warmer). In terms of the number of pixels, the resolution is considerably lower than that for cameras capturing thevisible spectral range. great for interface modules for security cameras
Mobotix · Indoor Use
Thermal radiation is electromagnetic radiation emitted by a bodybased on its temperature. It is caused by thermal motion within abody’s molecules. This is the result of accelerated charges that emitradiation in accordance with the laws of electrodynamics. Thermalimaging technology captures and displays temperature distributionacross surfaces and objects. Thermographic cameras usually displayheat intensity information in artificial colors (blue = cooler, red =warmer). In terms of the number of pixels, the resolution is considerably lower than that for cameras capturing thevisible spectral range.