FOTRIC 600 R&D Station Thermal Imaging Camera System

Benefits of the FOTRIC 618C and 616C R&D Dedicated R&D Thermal Test Platform

• High thermal resolution of 640 x 480 pixel for over 300,000 temperature points as data matrix.
• 20 µm or 50 µm macro lenses helps for thermal maps of semiconductor chips and circuits.
• State of the art imaging algorithm significantly reduces noise and boosts image clarity.

FOTRIC 600 R&D Station Thermal Imaging Camera System

Model FOTRIC 618C R&D and FOTRIC 616C R&D Thermal PCB Analysis System

The FOTRIC 600 R&D is a dedicated R&D test platform, allowing researchers to observe and analyze eg. PCBs in a flexible, fine and stable manner. It is based on an thermal imaging camera combined with powerful software and a rugged stand. The device adopts cutting-edge hardware including infrared detector, main processing chip, FPGA, power supply chip, etc., which guarantee the quality, performance and stability of the camera.

• The thermal imaging camera is equipped with 30° standard lens for comprehensive overview.
• Other versions have a 20 µm or 50 µm macro lenses to obtain temperature distribution and detailed data of microstructures such as chips.
• 640 x 480 pixel infrared detector provides a thermal map with over 300,000 temperature points as data matrix.
• State of the art imageing algorithm significantly reduces noise and boosts image clarity.
• Thermal sensitivity of 0.03°C for accurate temperature measurement.
• High EMC compatibility, effectively prevent electromagnetic interference and electrostatic breakdown.
• The test platform allows for easy lifting, rotation, fixation and other practical adjustment movements.
• Manual focus offers flexible and accurate focusing and fine thermogram acquisition.
• Powerful software support AnalyzIR included:
  • View temperature changes, overall distribution and other information, and to adjust the camera configuration.
  • Camera communicates with a PC to display, transmit, record, and analyze full radiometric video streams in real time.
  • Secondary analysis of the thermal image files, adding, deleting, renaming, moving measurement tools and adjusting the thermal image or full radiometric video.
  • Modification of the thermal parameters of the thermal image file, including emissivity, reflected temperature, atmospheric temperature, relative humidity, target distance, external optical transmittance, GPS location information, etc.
  • Set partial emissivity for individual measurement tools to improve accuracy.
  • Display, export, save, and overlay time of temperature curves for any measurement tool.
  • Full radiometric thermal video supports both raw mode and temperature difference mode analysis.
  • The thermal image file supports histogram, 3D graph, and line temperature distribution display.
    and more
• I/O external trigger recording.
• DB, TCP/IP Modbus, RS232 Modbus serial communication and data transfer with external systems.

Model Overview