Portable Furnace Thermal Imaging Systems

The systems in this category cover a broad range. Entry-level models such as the Seek G300 measure up to 550°C, while advanced cameras like the FLIR A700 and FLIR A400/A500/A700 Image Streaming series measure up to 2000°C, making them suitable for molten metal casting, heat treatment, and other extreme high-temperature furnace processes.

Available resolutions span from 160×120 (TNC20 entry-level dual-vision) to 640×512 (IRSX Smart Infrared Camera) and 640×480 (FLIR A700 series). Higher-resolution cameras provide finer spatial detail for locating hot spots, monitoring temperature gradients across large furnace surfaces, and integrating into machine vision inspection systems.

Yes. Most cameras in this category support industrial communication protocols including Modbus TCP, EtherNet/IP, MQTT, OPC-UA, Profinet, and RESTful API. They can stream radiometric data directly to PLCs, HMI/SCADA platforms, cloud services, and VMS systems, enabling seamless integration into existing factory automation and process control infrastructures.

Cameras in this category are rated IP54, IP66, or IP67 depending on the model. The IRSX Smart Infrared Camera and Seek G300 carry IP67 ratings, while the FLIR A50/A70 and A400/A500/A700 series carry IP66 ratings. These ratings ensure resistance to dust ingress and water jets, making them suitable for harsh industrial furnace environments.

Many models, such as the IRSX Smart Infrared Camera with its full-metal IP67 housing, do not require additional protective enclosures in standard industrial environments. However, for extreme heat or radiant energy applications near furnace openings, MoviTHERM also provides compatible protective enclosure accessories and cooling plate solutions to extend operating ranges.

Most cameras in this category deliver ±2°C or ±2% of reading accuracy, whichever is greater. The Seek G300 provides ±5°C or ±5% accuracy in its standard measurement range. Thermal sensitivity (NETD) values are as low as <30 mK on the FLIR A700 and IRSX series, ensuring detection of even subtle temperature variations critical to furnace process integrity.