WebThe FLIR GF300 Infrared Camera for Gas Detection is a 320 × 240 pixel optical gas imaging (OGI) camera that detects methane and other hydrocarbons as well as volatile organic compounds that result from the production, transportation and use of oil and natural gas. WebThe FLIR A300 camera offers an affordable and accurate temperature measurement solution for fire prevention, critical vessel monitoring, power utility asset management, and volume-oriented industrial control. Suited to lower-speed processes and PC-based computer systems, the A300 features power over ethernet (PoE), a built-in web server ...
FLIR SC300 Series - Instrumart
WebSep 19, 2024 · Heavy Duty FLIR M300 Series Light Bar. This LTBSF3 light bar for the FLIR M300 series is designed to fit with the Seaview dual mounts and heavy duty 12" and 18" AFT leaning modular mounts. This will clear up to 24" Satdomes and is intended for the FLIR M300 series, anchor light, steaming light. Modifications can be made upon request. WebFLIR Maritime M300 Series Product Information and Firmware Updates Pairing a rugged, all-weather design with one of the most advanced FLIR thermal imaging cores and Visible Marine Camera's, the M300 Series … high hound
FLIR GF300 Infrared Camera for Gas Detection ATEC - ATECorp.com
WebThe B300 model includes FLIR’s exclusive humidity/dew point and insulation alarms. The alarmsmake it easy to scan buildings and homes to find conditions that cause damage and energywaste. The camera … WebM300C Standard Image General Purpose Camera by FLIR®. Combining a high-performance visible marine camera with long-range optical zoom capability, the M300C offers positive target identification for law enforcement, commercial, and recreational applications. Advanced gyro-stabilization provides steady imaging in rough sea … WebPicture in Picture Fusion provides a scalable thermal picture inside a visible-light picture. High quality 320 X 240 IR resolution. Thermal sensitivity of 80 mK (NETD) Video lamp for quality visible images. 3.5 inch touch-screen … how is a convection current formed