The Telops Radia V60 long-wave infrared (LWIR) camera is designed to make advanced thermal imaging applications both accessible and practical. Compact in size and easy to operate, it captures radiometrically calibrated thermal data in real time at up to 60 Hz. This balance of performance and usability allows engineers, researchers, and technicians to analyze thermal processes with confidence while keeping integration simple.
Built around an uncooled amorphous silicon (a-Si) microbolometer detector, the Radia V60 operates in the 8.0 to 14.0 μm spectral range. The system delivers a spatial resolution of 640 x 480 pixels, producing thermal images detailed enough for demanding scientific and industrial applications. Every camera is permanently radiometrically calibrated at the Telops factory, ensuring accurate and reliable measurements without the need for constant recalibration.
Infrared and Thermal Imaging Across Industries
Accurate temperature measurement is important for preventing failures, improving product quality, and ensuring safety in industrial systems. Conventional tools often struggle with rapidly changing or complex heat signatures. The Telops Radia V60 overcomes these challenges by capturing full-frame images in real time, enabling users to monitor fast-moving processes or identify subtle anomalies before they escalate.
Whether for predictive maintenance, fire protection engineering, or research and development, reliable thermal imaging helps organizations protect assets, reduce downtime, and improve decision-making.
Key Features of the Radia V60 LWIR Camera
The Radia V60 is designed with a compact and lightweight form factor, weighing only 250 grams and measuring 45 x 45 x 75 mm. Its size and portability make it suitable for mounting in space-constrained areas, carrying during manual inspections, or integrating into mobile systems. Despite its small size, the camera maintains robust performance with factory-set radiometric calibration, ensuring consistent accuracy without the need for ongoing adjustments.
To provide flexibility across a variety of applications, the Radia V60 supports an interchangeable lens system. Users can select from three lens options depending on their imaging requirements:
- Standard 14 mm lens for general-purpose imaging (30.7° x 23.2°)
- Wide-angle 7.5 mm lens for larger areas or confined spaces (54.2° x 41.9°)
- Telephoto 25 mm lens for distant, detailed inspection (17.5° x 13.1°)
Temperature measurement capability is another strength of the Radia V60. Standard ranges cover high-sensitivity thermography from 10 °C to 40 °C, general operation from -20 °C to 120 °C, and extended measurements up to 400 °C. For demanding applications, a high-temperature option allows accurate readings up to 1100 °C. The camera’s Noise Equivalent Temperature Difference (NETD) of 45 mK enables detection of fine temperature variations, supporting both research and applied monitoring.
For data processing and analysis, the Radia V60 integrates with Telops RevealIR software, providing a complete platform for image capture, control, and evaluation. This combination of hardware and software ensures a reliable workflow from initial acquisition to detailed thermal analysis.
Applications Across Industries
The Radia V60 LWIR camera is built for professionals who need dependable performance. Its combination of portability, accuracy, and real-time imaging capability makes it well-suited for a wide range of industrial and research needs.
The Telops Radia V60 is built for versatility across a wide range of industrial and research environments. In railway inspection, the camera provides thermal insights that help identify overheating components before they cause costly disruptions or safety hazards. Within the automotive sector, it supports research and development by analyzing engines, braking systems, and electric vehicle batteries, where thermal management is critical for both performance and safety.
Manufacturing facilities can use the Radia V60 for predictive maintenance, detecting hotspots or abnormal thermal patterns that signal equipment wear or potential failures. This capability helps reduce downtime and extend the life of key assets. Quality control is another area where the camera excels, as thermal imaging enables verification of process stability and detection of defects that would otherwise go unnoticed.
Fire protection engineering also benefits from the Radia V60’s precision. Engineers can rely on the camera for evaluating material flammability, testing suppression systems, and improving safety protocols. These applications demonstrate the Radia V60’s role as both a problem-prevention tool and a research instrument that enhances understanding of heat-driven processes.
Your Premier Source for High-Speed Imaging, SWIR Cameras & Thermal Imaging Cameras
Tech Imaging Systems is proud to distribute the Telops Radia V60, bringing advanced thermal imaging solutions to customers across North America. If you are looking for custom-engineered high-speed cameras to meet your needs, our Tech Imaging team is here to assist you. To speak to one of our representatives, call 800-613-8180 or contact us online if you have questions.