FLIR A500 Advanced Smart Thermal Camera

The FLIR A500 Advanced Smart Thermal Camera offers powerful capabilities for automation specialists who need reliable monitoring across demanding applications such as critical infrastructure, manufacturing quality control, and early-stage fire detection. It is equipped with advanced on-camera analytics and configurable alarms, allowing thermal measurements and event detection to be processed directly on the device for rapid, real-time insight. With a selection of lens options, motorised focus control, and strong integration features, the A500 provides the versatility needed to adapt to diverse installation environments and system requirements. Its enhanced connectivity ensures smooth communication with industrial networks, while straightforward configuration tools make it easy to tailor the camera’s performance to your organisation’s operational, productivity, maintenance, and safety goals.

The A500 Advanced configuration allows measurements and alarms to be fine-tuned using a reference temperature source, ensuring greater precision and stability in challenging monitoring conditions. Its built-in edge analytics, including advanced tools such as polygon function, enable real-time assessment of complex scenes so users can make faster, more informed decision directly at the camera. With thermal imaging resolution of 464 x 348 pixels and measurement accuracy better than ±2 °C/2%, the A500 delivers clear, reliable data for demanding industrial environments.This combination of high-resolution imaging and advanced analytical capability makes it well-suited for applications where detail, precision, and immediate insight are essential.

The A500 Advanced Smart Thermal Camera offers superior I/O control for integration with industrial automation systems, supporting Modbus TCP Master as well as analogue and digital control outputs. Compressed radiometric streaming reduces bandwidth usage by up to 90%, enabling efficient data transfer over networks including optional Wi-Fi. The camera supports scheduled responses such as sending images or measurement data via SFTP or SMTP, streamlining automated monitoring and reporting tasks.

Thermal imaging performance is enhanced with FSX® (Flexible Scene Enhancement) technology, which increases contrast in uniform temperature scenes and improves edge detail in low-light conditions. Motorised focus control helps maintain high accuracy for objects at varying distances, while standard functions such as spot meters, boxes, deltas, isotherms, reference temperatures, and polygon masks provide detailed and configurable measurement analysis.

Connectivity and streaming options are extensive, including multiple simultaneous RTSP video streams in visual, IR, or MSX® formats with H.264, MPEG-4, or MJPEG encoding. Radiometric data can also be streamed in compressed JPEG-LS format for high-efficiency sharing of temperature measurements. Combined with low power consumption (7.5-8.1W depending on supply) and versatile M12 connectors for Ethernet, power, and digital I/O, the A500 Advanced delivers reliable, continuous operation for demanding industrial environments.

Key Features

• Advanced on-camera analytics and configurable alarms for real-time thermal measurement and event detection
• Adjustable measurements and alarms using a reference temperature source, with edge analytics including polygon function
• Thermal resolution of 464 x 348 pixels with ±2 °C/2% measurement accuracy
• FSX® (Flexible Scene Enhancement) for improved contrast and edge detail in thermal images
• Motorised focus control and multiple lens options for precise monitoring at varying distances
• Standard measurement tools including spot meters, boxes, deltas, isotherms, reference temperatures, and polygon masks
• Superior I/O integration: Modbus TCP Master, analogue and digital outputs, and scheduled responses via SFTP or SMTP
• Compressed radiometric streaming and multiple simultaneous RTSP video streams in IR, visual, or MSX® formats (H.264, MPEG-4, MJPEG)
• Radiometric streaming in compressed JPEG-LS format for efficient data transfer
• Optional Wi-Fi connectivity for flexible network integration
• Low power consumption of 7.5-8.1W depending on supply
• Durable, continuous operation with versatile M12 connectors for Ethernet, power, and digital I/O