• 320 x 240 IR sensor offers more than 76K non-contact points of temperature measurement, eliminates guesswork by pinpointing hot spots and potential points of failure.
• Sensitive enough to detect temperature differences smaller than 0.06°C, for fast identification of faults and thermal gradients.
• Measurement accuracy of 2°C aids in attaining quality assurance and factory acceptance of printed circuit boards.
• Ergonomically designed for lab electronics measurement, the ETS320 is battery powered, Wireless, and hands free.
• With complete measurement and analysis on the camera, the ETS320 measures small components down to 150 µm per pixel spot size, from a minimum focus distance of 70mm.

Whether the goal is product testing or scientific research, heat can be an important indicator of how a system is functioning. The FLIR ETS320 is a non-contact thermal measurement system that pairs a high-sensitivity infrared camera with an integrated stand, for hands-free measurement of printed circuit boards and other small electronics.

Thermal Imaging Solution for Electronics Testing

Pairing FLIR's advanced thermal imaging with an easy-to-assemble stand
The FLIR ETS320 thermal imaging solution is a thermal imaging camera designed for quick temperature checks on PCB boards and electronic devices in the lab. Engineered specifically for lab electronics testing, the ETS320 is battery-powered and hands-free, and connects via USB to your PC for immediate analysis and sharing of thermal data.

Take the guesswork out of thermal testing
The ETS320 is sensitive enough to detect subtle temperature difference with an accuracy of ±3%, letting product designers and test engineers quickly identify potential points of failure. The 320 x 240 IR detector offers more than 76,000 points of temperature measurement, eliminating the guesswork of legacy measurement tools.

An affordable solution for reducing test times
Whether R&D or product testing, heat can be an important indicator of how a system is functioning. The ETS320 helps engineers and test technicians collect accurate, reliable data in seconds and analyze it quickly.

FLIR ETS320 Key Advantages

• Reduced test times: Quickly identify hot spots, thermal gradients, and potential points of failure
• Improved product design: Know where and when to add fans and heat sinks, and ensure products are operating within specs for maximum lifetime
• Save money: Improve rapid prototyping and reduce product development cycles
• Optimize lab time: Battery powered and hands free, and offers complete measurement and analysis on the camera