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General| Thermal Sensitivity/NETD | < 50 mK |
|---|---|
| Frame Rate | 30 Hz |
| Image Frequency | 30 Hz |
| Pixel Size | 17 µm |
| Resolution | 640 x 480 |
| Infrared Resolution | 640 x 480 |
| Thermal Sensitivity | < 50 mK |
| Object Temperature Range | -20 °C to 120 °C |
| Field of View (FOV) | 25° × 19° |
| Weight (without lens) | 0.7 kg (1.5 lbs.) |
| Accuracy | ±2 °C or ±2% |
| Focus | Manual |
| Video Output | GigE Vision, GenICam |
| Spectral Range | 7.5 - 13 µm |
| Interface | USB, Ethernet |
| Operating Temperature | -15°C to +50°C |
| Storage Temperature | -40°C to +70°C |
Warranty terms, conditions, and limitations for FLIR Systems products.
Data gathering, registry changes, U.S. export regulations, and copyright.
License terms, warranties, liability, and export restrictions for bundled software.
Covers liquid handling, pointing at energy sources, temperature limits, and cleaning.
Details on avoiding solvent use, lens care, shutter operation, and detector protection.
Accessing user forums, recommended calibration, and accuracy tips.
Accessing updates, manual scope, and authoritative versions.
How to get help online and what information is needed to submit a query.
Resources available for download from the FLIR support website.
Explanation of FLIR IP Config, IR Monitor, and Camera Player software.
Hardware, OS, and software requirements, plus step-by-step installation guide.
Instructions for installing FLIR ResearchIR software for A6xx sc cameras.
Connecting and setting up FLIR A6xx series cameras, including FLIR Tools.
Installing FLIR ResearchIR Max and connecting the A6xx sc camera.
Catalog of available accessories, lenses, and services for FLIR cameras.
Details on camera mounting points and considerations for permanent setups.
Handling vibrations, cable strain relief, and where to find more installation recommendations.
Procedure and precautions for safely removing an infrared lens.
Procedure and precautions for safely mounting an infrared lens.
Explanation of camera's network, power, USB connectors, reset button, and power indicator.
Diagrams and explanations of typical system setups using FLIR A6xx cameras.
Diagram and explanation of a laboratory setup with an A6xx sc camera.
Explanation of digital input/output pin usage for image marking and control on FLIR A615/A655sc.
Notes on FOV calculator, specification changes, and authoritative versions.
Detailed technical specifications for FLIR A615 models with different lenses.
Detailed technical specifications for FLIR A655sc models with different lenses.
Details on pin assignments, functions, and data for the camera I/O connector.
Explanation of what the camera's LED indicators signify.
Dimensional drawings for the FLIR A/SC 6xx camera housing and various lenses.
Official declaration of conformity to EU directives for FLIR Systems products.
Steps to resolve common network connectivity issues with FLIR cameras.
Schematic diagrams illustrating digital input/output connections for FLIR cameras.
Instructions for safely cleaning camera exterior components and accessories.
Procedures and cautions for cleaning the infrared lens and detector.
Company history, milestones, training, and customer support services.
Definitions of key terms related to infrared thermography and camera operation.
How infrared cameras measure and image object radiation for temperature.
Importance of emissivity and methods to determine reflected apparent temperature.
Parameters affecting measurement accuracy: distance, humidity, atmosphere, optics.
Overview of the discovery and early development of infrared technology and detectors.
Explanation of the EM spectrum, infrared bands, and blackbody radiation principles.
Fundamental laws describing blackbody radiation characteristics.
Behavior of real objects and materials that deviate from blackbody radiation.
Derivation and explanation of the formula used to calculate object temperature.
Compiled emissivity data for various materials from infrared literature and measurements.
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