TESTED Cincinnati Electronics IRRIS-256ST MWIR InSb Thermal Camera w/ Lens
TESTED Cincinnati Electronics IRRIS-256ST MWIR InSb Thermal Camera w/ Lens
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Cincinnati Electronics IRRIS-256ST Infrared Radiometric Imaging & Accessories
In the following video our technician powers on and use this camera to image a hot light bulb:
youtube.com/watch?v=LyvVjZPfGug
Listed and shown in photos is all that comes with purchase, used see photos. (Light is for demonstration purposes only, will not come with purchase.)
1. IRRIS-256ST Infrared Radiometric Imaging System
2. Lens Spacer
3. 50mm Lens
4. 100mm Lens
5. Power Cable
6. DB-25 male-to-male camera-system cable
7. Battery case and adaptors. DOES NOT come with batteries. Note card lists battery.
8. Electronic Viewfinder
9. Remote and cable. Remote does not work.
10. Instructions and other paper work
For our testing we verified:
-Stirling cooler operates normally
-detector actually cools
-camera produces a clean thermal image
-lens included
-radiometric response works
-power/control accessories included
-original/protective case included
About this system:
"This Cincinnati Electronics IRRIS-256ST is a high-performance cooled MWIR infrared radiometric imaging camera designed for scientific thermography, thermal analysis, infrared research, target characterization, process monitoring, and other demanding R&D applications. The IRRIS-256ST uses a 256 × 256 element InSb (indium antimonide) focal plane array with Stirling-cycle detector cooling for high thermal sensitivity across the approximately 3 to 5 µm mid-wave infrared spectral range. The system provides radiometric thermal imaging with 12-bit digital output and was designed for applications requiring substantially greater sensitivity, stability, and quantitative temperature measurement capability than conventional uncooled thermal cameras. Suitable applications may include materials research, electronics inspection, nondestructive testing, aerospace and defense research, combustion studies, thermal signature analysis, semiconductor testing, laboratory infrared imaging, and high-speed thermal measurement."
LH
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