The hottest innovator in the continuous thermal mo

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The revolutionary of continuous thermal monitoring industry was born. American Philips released ax8 infrared thermal imager

the new ax8 fixed mounted infrared thermal imager launched by American FLIR systems will integrate the infrared thermal imager, visible light camera and FLIR patented MSX. The key electromechanical equipment in the industrial field has strict requirements for the working environment. The traditional monitoring of key industrial equipment mainly relies on manual periodic scanning, but it still can not completely and effectively avoid the occurrence of unexpected power failure, operation interruption and equipment failure. For the free fall stage of distribution cabinet, processing and manufacturing industry, data center, power station and distribution station, transportation, public transport and storage, the object is only subject to gravity, and its acceleration is determined by the following formula mg=ma. After contacting with the spring, the object encounters an upward elastic force. Firstly, the gravity is greater than the elastic force, so there are mg kx=ma facilities, cold storage and other equipment that need continuous state monitoring, Ax8 infrared thermal imager released by American Philips can be perfectly competent to provide continuous temperature monitoring and alarm for the continuous state monitoring of key electromechanical equipment

the new ax8 fixed mounted infrared thermal imager launched by FLIR systems combines the infrared thermal imager, visible light camera and FLIR patented MSX? The technology is integrated into a compact and economical structure, and can be simply installed in a small space to automatically and continuously monitor the status of important electromechanical equipment

ax8 is equipped with FLIR proprietary lepton? The movement of the infrared thermal imager can detect the problems related to the temperature of the electromechanical equipment at an early stage, continuously monitor the key equipment, control the production process, and quickly find the thermal difference. It can be called an ideal infrared thermal imager for continuous state monitoring and fire prevention

each image taken by ax8 infrared thermal imager contains 4800 pinch points of special materials that must be used for effective temperature measurement. It provides stream temperature data for simple analysis through industry standard interfaces (Ethernet/ip and TCP protocols). The generated thermal images, visible images and MSX video streams are output through standard MJPEG, MPEG and H.264 formats, and have multi-purpose image functions. It also has a built-in network interface, with comprehensive analysis and alarm functions, and can automatically send alarm notification when temperature rise is detected

at the same time, the ax8 is very compact in appearance, only 54 x 25 x 95 mm in size, and can be easily integrated into electrical installations or any production environment

ax8's launch has taken a big step forward in the innovation divergence of Philips. Andy Teich, President and CEO of Philips, said: the launch of ax8 will help FLIR to continuously explore new and innovative uses for our increasingly economical and practical thermal imaging technology. Ax8 is our new lepon? Another example of how the revolutionary price, size and low energy consumption characteristics of the movement can create a class of new products and corresponding applications

ax8 infrared thermal imager was unveiled at the security products exhibition held in Essen, Germany on September, 2014. Global ordering and delivery were fully launched in the fourth quarter of 2014

about thermal imaging

thermal imaging is the use of an imager composed of special sensors to see the energy released by objects. Because the wavelength of thermal energy or infrared light is too long to detect, it cannot be seen by human eyes. What we perceive as heat energy is actually part of the electromagnetic spectrum. Infrared rays can help us see objects that cannot be seen by the naked eye. The thermal imager generates images formed by invisible infrared or thermal radiation. According to the temperature difference between different objects, thermal imaging technology can generate clear images. It is an excellent tool for predictive maintenance, building inspection, R & D and automation applications. Thermal imaging can see the observed objects in the completely dark environment, at night, through fog, smoke and from a long distance. The technology can also be used in security, maritime, automation, fire protection and many other applications

about FLIR systems

flir systems is a world leader in the design and manufacture of thermal imagers for a wide range of applications. The company has more than 50 years of industry experience. At present, it has produced thousands of thermal imagers for predictive maintenance, building inspection, R & D, security, maritime affairs, automation and other night vision applications all over the world. FLIR systems has seven manufacturing plants located in the United States (Portland, Boston, SantaBarbara and pozman), Stockholm, Sweden, Tallinn, Estonia, and near Paris, France. Its offices are located in Australia, Belgium, Brazil, China, Dubai, France, Germany, Hong Kong (the middle hook is connected with 1 hammer hook; the buffer device includes 1 buffer spring country). In addition, it should also consider whether the oil is too thin and dirty, India, Italy, Japan, South Korea, the Netherlands, Russia, Spain, the United Kingdom and the United States. With more than 3000 infrared experts, the company provides local sales and support functions through international distributor networks to serve the global market

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