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General| Product Type | Thermal Imaging Camera |
|---|---|
| Thermal Sensitivity | < 30 mK |
| Frame Rate | 30 Hz |
| Infrared Resolution | 464 x 348 pixels |
| Temperature Range | -20 °C to 150 °C (-4 °F to 302 °F) |
| Accuracy | ±2°C or ±2% of reading |
| Video Output | GigE Vision |
| Power Requirements | Power over Ethernet (PoE) Class 0 |
| Storage Temperature | -40 °C to 70 °C (-40 °F to 158 °F) |
| Humidity | IEC 60068-2-30 (95% non-condensing) |
| Operating Temperature | -15°C to +50°C |
Legal disclaimers, government regulations, patents, licenses, and usage statistics.
Information on the quality management system and commitment to development.
Essential safety guidelines including FCC compliance, RF exposure, temperature limits, and cleaning precautions.
Guidance on camera registration, calibration, accuracy, and proper disposal of electronic waste.
Procedures for disposing of electronic waste and information on training resources.
Details on manual updates, important notes about the manual, and authoritative versions.
Contacting customer support, and information required for submitting a question.
List of downloadable items including firmware, software, documentation, and drawings.
Overview of typical applications like early fire detection, quality assurance, condition monitoring, and R&D.
Identification of connectors, LEDs, sensors, and buttons on the camera's rear and front.
Steps for installing the camera, including network connection and IP configuration via FLIR IP Config.
Guidelines for mounting the camera and managing heat dissipation to maintain optimal performance.
Details on RTSP URLs for accessing video streams, including encoding and channel specifications.
Supported browsers and the process for logging into the camera's web interface.
Overview of the camera web interface layout and main navigation elements.
Accessing the Camera tab for live imaging and using various measurement tools like spot and box.
Detailed steps for adding and configuring spot measurement tools on the image.
Configuring alarms based on measurement results, digital inputs, or sensor temperature.
Using line and polyline measurement tools to analyze temperature along specific paths.
Setting object parameters like emissivity, reflected temperature, and distance for accurate measurements.
Selecting and adjusting image modes like Thermal, MSX, and Visual for better analysis.
Configuring global and local parameters, including emissivity and temperature scale adjustments.
Applying color palettes and isotherms to enhance image details and identify anomalies.
Using auto-adjust region and performing automatic or manual calibration (NUC).
Detailed steps for automatic or manual camera calibration (NUC).
Aligning MSX images and selecting appropriate temperature ranges for accurate measurements.
Adjusting the temperature scale and flipping the image horizontally or vertically for optimal viewing.
Managing full screen view, saving snapshots, pausing streams, and hiding overlay graphics.
Applying filter levels for image quality and saving/loading camera setup configurations (presets).
Configuring firewall, SSL certificates, and web protocols for camera access.
Managing services, user accounts, regional settings, system firmware, and network configurations.
Configuring general product information, camera ID, and alarm notification recipients.
Setting up scheduled actions, MQTT messaging, and Modbus communication for alarms and measurements.
Viewing, downloading, and deleting saved images, videos, and alarm logs.
Pin configuration details for the M12 Ethernet connector.
Wiring diagram for the Ethernet cable connecting M12 to RJ45.
Pin configuration for the M12 Power/Digital I/O connector.
Pin configuration for the M8 RS232/RS485 connector.
Overview and examples of connecting the A-series board for testing functionality and digital connections.
Information on software compatible with FLIR A50/A70 series cameras.
Reference to detailed mechanical drawings showing camera dimensions.
Detailed mechanical drawings showing front, back, bottom views and dimensions for different lens configurations.
Official declaration stating the product's conformity with relevant EU harmonisation legislation and standards.
Explanation of indicator LED status and the function of the factory reset button based on press duration.
Interpretation of indicator LED states for power modes and wired Ethernet connection status.
Instructions for cleaning the camera housing, cables, and other external parts.
Guidelines for safely cleaning the infrared lens, including recommended liquids and precautions.
Explanation of calibration as a prerequisite for temperature measurement and its definition.
Details on how FLIR Systems performs camera calibration during production and service.
Comparison of calibration performed by users versus factory calibration at FLIR Systems.
Clarification of terms like calibration, verification, and adjustment in the context of camera performance.
Explanation of Non-Uniformity Correction (NUC) and thermal image adjustment (tuning) for image quality.
Overview of FLIR Systems' history, innovations, and manufacturing capabilities.
FLIR's commitment to product support, software development, and infrared training.
Information on FLIR's global service network for maintaining camera functionality.
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