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Teledyne FLIR
A-Series Research Sensors SW - MWIR and LW Science-Grade Camera
The entire line of FLIR A-Series cameras, offers advanced recording, triggering, and synchronization capabilities, making it easy to configure and integrate for successful acquisitions in the most demanding applications. With a three-position motorized filter wheel (in the HD model ) and support for FLIR motorized focus lenses, the FLIR A-series will provide higher quality recordings, save time, and mitigate frustration in dynamic acquisition environments. Plus, by combining razor sharp resolution with high-speed frame rates, this camera allows researchers to capture detailed imagery of the scene and stop motion high-speed events—whether in the lab or on the test range.
KEY Features
Spectral Ranges from
- 0.9um to 1.7um for broadband – SW
- 1.5um to 5um for broadband – BB
- 3um to 5um for Narrow Band – NB
- 7umto 12um for Longwave – LW
Spatial Resolutions from
- 640 x 512
- 1280 x 1020
Framerates from
- 80 frames per second full frame at 1280 by 1020
- 125frames per second full frame at 640 by 512
- 5000 frames per second sub-window mode with A6980 ( BB NB and LW )
29440-200 FLIR A6700 InSb (1.0 – 5.0μm), 640×512, f/2.5, GigE, 60Hz
29440-201 FLIR A6701 InSb (3.0 – 5.0μm), 640×512, f/2.5, GigE, 60Hz
29440-202 FLIR A6702 InSb (1.0 – 5.0μm), 640×512, f/4.0, GigE, 60Hz
29440-203 FLIR A6703 InSb (3.0 – 5.0μm), 640×512, f/4.0, GigE, 60Hz
29440-250 FLIR A6750 InSb (1.0 – 5.0μm), 640×512, f/2.5, GigE, 125Hz
29440-251 FLIR A6751 InSb (3.0 – 5.0μm), 640×512, f/2.5, GigE, 125Hz
29440-252 FLIR A6752 InSb (1.0 – 5.0μm), 640×512, f/4.0, GigE, 125Hz
29440-253 FLIR A6753 InSb (3.0 – 5.0μm), 640×512, f/4.0, GigE, 125Hz
29440-280 FLIR A6780 InSb (f/2.5, 1.0 – 5.0µm, 125Hz)*
29440-281 FLIR A6781 InSb (f/2.5, 3.0 – 5.0µm, 125Hz)*
29440-282 FLIR A6782 InSb (f/4.0, 1.0 – 5.0µm, 125Hz)*
29440-283 FLIR A6783 InSb (f/4.0, 3.0 – 5.0µm, 125Hz)*
A8580 Series
29443-200 FLIR A8580 InSb (1.5 – 5.0µm), 1280×1024, f/2.5, 44Hz GigE / 60Hz CXP
29443-201 FLIR A8581 InSb (3.0 – 5.0µm), 1280×1024, f/2.5, 44Hz GigE / 60Hz CXP
29443-202 FLIR A8582 InSb (1.5 – 5.0µm), 1280×1024, f/4.0, 44Hz GigE / 60Hz CXP
29443-203 FLIR A8583 InSb (3.0 – 5.0µm), 1280×1024, f/4.0, 44Hz GigE / 60Hz CXP
KEY APPLICATIONS
HIGH RESOLUTION THERMAL IMAGING
PCB TESTING
NON-DESTRUCTIVE TESTING
TARGET SIGNATURE
RADIOMETRY
STRESS MAPPING
GET UP AND RUNNING QUICKLY
Start testing quickly with limited ramp-up time and simple connections
- Control all aspects of the A6780 camera and stream data using a single Gigabit Ethernet cable
- Effortlessly achieve crisp, sharp thermal images using automatic, remote, or manual focusing
- Easily measure high-temperature targets with the software controlled builtin 3-position warm filter wheel
- Capture the data you want when you want it thanks to advanced triggering and synchronization capabilities
MEASURE TEMPERATURE ACCURATELY
Precisely measure temperatures on nearly any target
- Measure accurate temperatures on small objects with spatial resolution down to 5 µm per pixel
- Capture fast-moving thermal events or targets with sub-windowed frame rates up to 4,130 Hz and fast integration times
- Maximize the number of measurement pixels on the object under test regardless of size or distance with multiple lens options
SIMPLIFY DATA ANALYSIS, SHARING, & COLLABORATION
Collect and share meaningful data easily
- Employ FLIR Research Studio’s simple Connect ➔ View ➔ Record ➔ Analyze workflow to record and analyze thermal data without the need for extensive training
- Compare multiple live data streams or recorded files to quickly determine results and make decisions
- Work in the operating system you prefer and share data globally with colleagues in their preferred language
HIGH RESOLUTION, HIGH SENSITIVITY
Acquire crisp thermal images, even at high speeds
- Detect minute temperature differences with very low noise
- Capture full 1280 × 1024 pixel resolution
- Ensure crisp images by remotely focusing the camera using FLIR motorized lenses.
- Stream high-speed 14-bit data simultaneously over Gigabit Ethernet, CoaXPress®
MULTIPLE SOFTWARE INTERFACES
View, record, analyze and share critical thermal data
- Stream thermal data directly to a computer running Windows®, MacOS®, or Linux®
- Make critical decisions quickly using FLIR Research Studio’s advanced analysis capabilities
- Integrate camera functionality and recording in third-party software via the FLIR Science Camera SDK
- Collaborate with colleagues by enabling local analysis of shared data with FLIR’s free Research Studio Player
ADVANCED FILTERING OPTIONS
Maximize camera imagery to meet specific requirements
- Quickly switch between different filters using the easy-access, three-position motorized filter wheel
- Factory-installed spectral or neutral density filters in the field for optimal camera flexibility
- Ensure the correct filters and calibration association with automatic filter recognition
- Optimize the camera system for unique applications with custom cold filter options
SYNCHRONIZATION AND TRIGGERING
Capture essential imagery by synchronizing with external events or instrumentation
- Initialize on-camera data recordings using an external record trigger or specific IRIG-B time
- Control precisely when an image frame is generated or synchronize it to other equipment
- Align image capture times with different data using TSPI-accurate IRIG-B time stamping