This FLIR AX8 thermal imaging camera is a powerful tool designed for continuous condition and safety monitoring in various industrial applications. With its compact sise and advanced features, the AX8 provides real-time thermal imaging capabilities to detect hot spots, monitor temperature changes, and prevent equipment failures.

• The thermal imaging camera is small in sise (54 x 25 x 95 mm) and easy to install in space-constrained areas, allowing for uninterrupted monitoring of critical equipment.
• Combining thermal and visual cameras, the thermal imaging camera provides detailed images for accurate analysis and detection of abnormalities.
• The camera is Ethernet/IP and Modbus TCP compliant, enabling easy sharing of results with PLCs and control of external equipment.
• With streaming video output, the camera provides automated alarming when pre-set temperature thresholds are exceeded, enhancing safety and reducing downtime.
• Users can view thermal imagery, visible light imagery, or a combination of both using FLIR's proprietary MSX multispectral dynamic imaging.
• The camera can measure object temperatures ranging from -10°C to +150°C with high accuracy and various correction options for precise readings.

• Continuous Monitoring of Electrical Cabinets
• Data Centers and Energy Generation Facilities
• Transportation and Mass Transit Systems
• Storage Facilities and Refrigeration Warehouses

Yes, the AX8 is ideal for continuous monitoring and alarming in electrical cabinets to prevent overheating and equipment failures.

The AX8 offers automated alarming when pre-set temperature thresholds are reached, ensuring prompt action is taken.

Yes, the AX8's Ethernet connectivity allows for seamless integration into high-traffic environments for efficient data sharing and control.

Yes, the compact design of the AX8 makes it easy to install in tight spaces, ensuring continuous monitoring of critical equipment.

Yes, the AX8 offers multiple video options, including thermal and visible light imagery, for enhanced detail and analysis.