FLIR A700 Advanced Smart Thermal Camera (choice of lens)

FLIR A700 Advanced Smart Thermal Camera (choice of lens)

The FLIR A700 Advanced Smart Thermal Camera delivers the capabilities automation professionals need for demanding monitoring applications, including critical infrastructure, manufacturing quality control, and early fire detection. Its Smart Sensor configuration features multiple measurement tools and configurable alarms, with computing-on-the-edge so that analytics are performed directly at the camera for immediate, actionable results. With a selection of lens options, motorised focus control, and extensive connectivity, the A700 Advanced provides the flexibility required to adapt to complex industrial environments. Easy-to-use configuration tools allow the system to be tailored to meet your organisation’s operational, productivity, maintenance, and safety requirements, delivering reliable performance for continuous monitoring in challenging conditions.

The A700 Advanced Smart Thermal Camera allows measurements and alarms to be precisely adjusted using a reference temperature source, ensuring accurate and stable monitoring in demanding conditions. Its built-in edge analytics, including advanced tools such as a polygon function, enable real-time analysis of complex scenes for faster, more informed decision-making. With a thermal imaging resolution of 640 x 480 (307,200 pixels) and measurement accuracy better than ±2 °C, the A700 delivers clear, high-quality data for critical industrial and safety applications.

The FLIR A700 Advanced Smart Thermal Camera is available with four lens options, which are as follows:

• FLIR A700 Advanced Smart 14° (incl MSX) – MPN - 85903-0501
• FLIR A700 Advanced Smart 24° (incl MSX) – MPN - 85901-0501
• FLIR A700 Advanced Smart 42° (incl MSX) – MPN - 85902-0501
• FLIR A700 Advanced Smart DFOV 42° + 24° - MPN - 85912-0701 - Price Available Upon Request

View the table below to compare these options and see which is the most suitable for you.

FLIR A700 Advanced Smart Thermal Camera Lens Options

The A700 Advanced features an uncooled microbolometer detector with a 12 µm pitch and a spectral range of 7.5-14 µm, delivering high sensitivity with a NETD of <40 mK at 30°C. It supports multiple lens options including 14°, 24°, 42°, and a Dual-FoV (24°/14°. Motorised, manual, or one-shot contrast focus ensures precise imaging across a variety of distances, with minimum focus distances as short as 0.18m for the DFOV lens.

The camera offers flexible connectivity with Gigabit Ethernet (PoE) for power and data, optional Wi-Fi streaming, and standard RTSP/GigE Vision compatibility. Digital I/O includes two opto-isolated inputs and three opto-isolated outputs, with one dedicated as a fault output. Power consumption is 8 W maximum via 24/48 V DC or PoE, and the camera is designed for robust industrial environments with IP54 standard housing, a shock rating of 25g, and vibration tolerance up to 2g.

Additional features include optional integration with FLIR Research Studio software for thermal data visualisation and analysis, a visual camera option with 5 MP resolution, and support for compressed radiometric streaming for efficient data transfer. The camera’s compact dimensions (123 x 77 x 77mm) and weight (0.82kg with 24° lens) make it suitable for flexible mounting, while UNC ¼”-20 and M4 mounting options allow straightforward installation in industrial setups.

Key Features

• High-resolution thermal imaging with a 640 x 480 uncooled microbolometer (12 µm pitch), <40 mK NETD sensitivity, and ±2 °C measurement accuracy
• Advanced on-camera analytics, including polygon tools, configurable alarms, and reference temperature based measurement stability
• Flexible lens options (14°, 24°, 42°, and Dual-FoV 24°/14°) with motorised, manual, and one-shot contrast focus
• Minimum focus distance down to 0.18m
• Extensive connectivity with Gigabit Ethernet (PoE), optional Wi-Fi streaming, RTSP/GigE Vision compatibility, and support for compressed radiometric streaming
• Industrial-grade I/O, including two opto-isolated digital inputs and three opto-isolated outputs (one dedicated fault output) for automatic integration
• Compact, rugged design with IP54 environmental protection, 25g shock resistance, 2g vibration tolerance, and lightweight 0.82kg build
• Research-ready capabilities with optional FLIR Research Studio integration for thermal data analysis and reporting
• Low power consumption, using 24/48 V DC or PoE with typical usage up to 8W
• Versatile installation options, including UNC ¼”-20 and M4 mounting points for easy integration into industrial systems