Thermal imaging borescope NIR-B 3XR - HPI
for cracking furnacesfor steam reformersNIR

thermal imaging borescope
thermal imaging borescope
thermal imaging borescope
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for cracking furnaces, for steam reformers
Other characteristics
thermal imaging, NIR

57 mm (2.24 in)


NIR Borescope (NIR-B) 3XR is a radiometric infrared imaging camera optimised for continuous temperature measurements in steam reformer and cracker tube furnaces. Using the proven technology of AMETEK Land’s advanced NIR thermal imager, NIR-B 3XR offers highly accurate measurements of high temperatures, enabling process control optimisation, energy efficiency savings and prolonging the lifetime of the reformer tubes. Producing real-time thermal data from 307,200 points across the high-resolution visual image, the imager connects to a PC running dedicated IMAGEPro processing software for accurate data analysis and long-term trending. By providing a wide temperature measurement range of 600 – 1800 °C (1112 – 3272 oF), NIR-B 3XR provides the hydrocarbon processing industry a highly flexible imaging solution for the unique process conditions of reformer and cracker tube furnaces. PRECISION FURNACE CONTROL By using a short wavelength to minimise emissivity errors, accurate, continuous temperature profiling is assured, for maximum furnace control. Uneven heating can be visualised and, during start-up phases, any burners not operating correctly can be clearly identified. SINGLE, WIDE TEMPERATURE RANGE The single temperature range and wide dynamic range imaging technology are ideal for applications with high-differential temperatures in the field-of-view. High-resolution imaging and a 90° field-of-view allows multiple reformer or cracker tubes to be monitored simultaneously.



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