Automation + OGI
The FLIR A400 / A500 / A700 Series Thermal Image Transmission Camera provide the monitorization capabilities needed for accurately detecting and identifying potential thermal issues in manufacturing and industrial processes. With different field of view options, multi-stream capabilities, motorized focus control, and optional compressed radiometric transmission via Wi-Fi, these fixed cameras solutions can handle the most complex surveillance lens problems related to the monitorization of distanced objects. Its easy configuration allows you to adapt this monitoring system to the quality, productivity, maintenance and security needs of your company.
The FLIR A50 and A70 smart sensor Cameras are ideal for users who want to automate the control and transmission of the camera by using the Gigabit Ethernet protocol, as well as flexibility to perform analysis and collection of raw thermal data characteristics by using applications such as bcbMonitor 4.0 or the bcbDieScan. These cameras have an integrated visual camera that captures radiometric, compressed images that are compatible with ONVIF S.
Additionally, these cameras have an integrated Wi-Fi antenna. Its size and weight will optimize the processing, control and quality assurance in order to improve the performance, quality, and production time at lower costs.
The FLIR A615 is a fixed easy-to-control thermal camera particularly used for unattended monitoring of production processes.
This infrared sensor is controlled from a computer and is used through a direct connection to artificial vision software, such as bcbMonitor 4.0. It has a resolution of 640 x 480 pixels that detects temperature differences as small as 0.05 ° C that allows precision at long distances.
The A655sc has an uncooled detector, a high resolution, and all the functionalities required by scientists and researchers.
The FLIR A35 thermal imager is a sensor used for monitoring the conditions of processes ensuring their control and quality. It is also used in fire prevention by using its continuous supervision capacity. This model belongs to the only thermographic temperature sensors on the market that offer a linear temperature output through a software compatible with the GenICam protocol such as bcbMonitor 4.0.
The FLIR A65 Thermal Imager is a thermal imaging temperature sensor for process control / quality assurance, fire prevention, and condition monitoring that offers a complete visual temperature control. The A65 perfectly integrates into existing systems and provides linear temperature output through the GenICam software.
The FLIR AX8 Thermal Imager combines thermal imaging with visual cameras in a small, affordable package with continuous temperature monitoring and alarm. The AX8 helps protect against unplanned power outages, service interruptions, and electrical or mechanical equipment failures. The compact and easy-to-install AX8 provides the continuous monitoring of electrical cabinets, manufacturing and processing areas, data centers, power generation and distribution, transportation and public transportation, and storage centers and refrigerated chambers.
The A3xx models have been the top sellers in the FLIR Automation range. For that reason, many variants of it were developed according to different needs. We find in the A310 the most basic version and easy to integrate. The A320, A310F, A310ex and A310 are variants of the same model, which present additional processing, housing for ambient conditions, ATEX housing and Pan-Tilt unit with visible camera respectively. On the other hand, the A315 has the same detector as the A310 but with the difference that the A315 incorporates a more robust electronics that offers higher communication speed and flexible data acquisition, which makes it ideal for custom integration. We find in the A325sc the scientific version wich has a higher precision of the detector.
The FCR series has built-in, non-contact temperature measurement capabilities for fire detection, security for substations and temperature monitoring, waste disposals, and critical equipment. FC-Series R combines state-of-the-art image details and integrated video analytics to provide a reliable detection. The integrated alarms options include emails, web and mobile apps, edge image storage, digital outputs, or VMS event notifications.
OGI series Optical Gas Imaging
The FLIR Gf77a and G300a (OGI) cameras can detect different gases such as methane, sulfur hexafluoride, hydrocarbons, refrigerants, ammonia and hundreds of other industrial gases in a quickly, accurately and safely way without shutting down. With FLIR OGI cameras, you can quickly scan large sections of equipment and examine areas that are difficult to reach with traditional contact measurement tools. OGI cameras can also detect leaks from a safe distance by displaying these invisible gases as clouds of smoke.
The A6xxx series is the first choice of a thermal imager with a cooled photonic sensor. A cooled sensor camera has a lower thermal noise, allowing you to obtain higher thermal sensitivity, reduce integration time, and avoid saturation from high radiation. These characteristics make it ideal for research, development and laboratory applications. This series has equipment for medium wave (MWIR), such as the A6701, A6751 and A6753, as well as long wave (LWIR), such as the A6751 SLS. The one that measures in the wide band that goes from 1 to 5 µm is the A6752, and all of them has a stirling cooling. On the other hand, the A6261 works with peltier cooling and works in short wave (SWIR).
The A85xx models have all the benefits of having a cooled photonic sensor plus having an autofocus and high resolution mechanism. A cooled sensor camera has lower thermal noise, allowing you to obtain a higher thermal sensitivity, reduce the integration time, and avoid the saturation generated by high radiation. These characteristics make it ideal for research, development and laboratory applications. This series has equipment for medium wave (MWIR), such as the A8581 and A8583, as well as long wave (LWIR), such as the A8581 SLS and with a wide band that goes from 1 to 5 µm such as the A8580 and A8582.
The X6901 sc and X6902 sc cameras are extremely fast and highly sensitive MWIR designed for scientists, researchers and engineers. With advanced triggering, in-camera RAM/SSD recording, and a four-positioned motorized filter wheel, this camera offers the ability to pass high-speed events in slow-motion, either in the lab or on test fields.
X8501 sc and X8502 sc are high-definition and high-sensitivity cameras designed for scientists, researchers, and engineers. The Stressed Layer Supernet Detector (SLS) offers HD resolution combined with shorter snapshot speeds, wider temperature bands, and better uniformity than current LWIR or MWIR alternatives. With the advanced triggering and in-camera RAM / SSD recording, researchers can easily use the slow-motion feature for high-speed events, whether in the lab or in the test range.
Get to know the comparative catalog of FLIR thermal imaging cameras of the AUTOMATION and SCIENCE series and find the one that best suits your needs