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- Description
- Specifications
- Documents
A655sc w/25 Degrees Lens, 640x480, -40 Degrees to 650 Degrees C, w/ Research Studio 1-Year Subscription
- 25 Degree Lens, 640x480, -40 Degree to 650 Degree C, w/ResearchIR Max
- True plug and play connectivity simplifies data monitoring and sharing
- Advanced software compatibility
- Get more out of your data with advanced analysis tools
- Superior image quality and sensitivity
- Record crisp thermal images, even at high speeds
- Easy, flexible data collection
The FLIR A655sc with its uncooled, high-resolution detector and cutting-edge functionality, the FLIR A655sc helps researchers and scientists accurately quantify thermal patterns, leakage, dissipation, and other heat related factors in equipment, products, and processes in real-time.
Superior Image Quality and Sensitivity
Record crisp thermal images, even at high speeds
- Produce clearly detailed 640 x 480 thermal images using the maintenance free vanadium oxide (VoX) microbolometer
- Detect temperature differences as small as 50 mK
- Record 14-bit, full-frame data at up to 50 Hz, or 200 Hz with windowing
Easy, Flexible Data Collection
True plug and play connectivity simplifies data monitoring and sharing
- Fast image transfer over GigE Vision, using low-cost standard cables up to 100 meters
- Integrate with FLIR ResearchIR or third-party software seamlessly over Gigabit Ethernet connections
- Control the camera with GenICam protocol support
Advanced Software Compatibility
Get more out of your data with advanced analysis tools
- Control and capture data directly intoFLIR ResearchIR Max or MathWorks® MATLAB
- Stream data directly to a PC running software for live viewing, recording, analysis, and sharing.
- Integrate with your proprietary software through optional Software Developers Kit (SDK)
In The Box
- Infrared camera with lens
- Ethernet cable
- FLIR ResearchIR Max 4 (licence only)
- Hard transport case
- Mains cable
- Power cable, pig-tailed
- Power supply
- Printed documentation
- USB cable
Brand:Â Teledyne FLIR
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