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 & SENSITIVITY EASY, FLEXIBLE DATA COLLECTION ADVANCED SOFTWARE COMPATIBILITY • Produce clearly detailed 640 x 480 thermal images using the maintenance free vanadium oxide (VoX) microbolometer • Fast image transfer over GigE Vision, using low-cost standard cables up to 100 meters • Control and capture data directly intoFLIR ResearchIR Max or MathWorks ® MATLAB • Integrate with FLIR ResearchIR or third-party software seamlessly over Gigabit Ethernet connections • Stream data directly to a PC running software for live viewing, recording, analysis, and sharing. • Control the camera with GenICam protocol support • Integrate with your proprietary software through optional Software Developers Kit (SDK) Record crisp thermal images, even at high speeds True plug and play connectivity simplifies data monitoring and sharing • Detect temperature differences as small as 50 mK • Record 14-bit, full-frame data at up to 50 Hz, or 200 Hz with windowing Motorcycle break testing. Thermal quality control on domestic appliances. Get more out of your data with advance

Detector Type Uncooled Microbolometer Spectral Range Operating Temperature Range Storage Temperature Range Detector Pitch Bump / Vibration Imaging Time Constant Frame Rate (Full Window) Subwindow mode User-Selected, 640 x 240 or 640 x 120 (Gigabit Ethernet Only) ¼”-20 (on three sides), 2 x M4 (on three sides) Maximum Frame Rate (@ Min. Window) Dynamic Range Digital Data Streaming Power Connector: 2-pole jackable screw terminal Allowed Voltage Range: 10-30 VDC Gigabit Ethernet Port: RJ-45 connector, 1000 MB Measurement Standard Temperature Range Optional Temperature Range ±2°C or ±2% of Reading...