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Infrared Technology Temperature plays an important role as an indicator of the condition of a product or piece of machinery, both in manufacturing and in quality control. Downtimes are decreased since the manufacturing processes can proceed without interruption and under optimal conditions. Infrared technology has been utilized successfully in industry for decades, but new developments have reduced costs, increased reliability, and resulted in smaller, noncontact infrared measurement devices.
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Infrared Technology An infrared (IR) thermometer is a sensor that determines the temperature of an object by detecting and quantifying the infrared radiation emitted by measured target. An IR thermometer can be compared to the human eye. The lens of the eye represents the optics through which the radiation (flow of photons) from the object reaches the photosensitive layer (retina) via the atmosphere. |
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Infrared Technology Fire and ice, hot and cold – elemental extremes have always fascinated and challenged people. Various techniques and devices have been used throughout time to accurately measure and compare temperature conditions. For example, in the early days of ceramics manufacture, meltable materials were used, which indicated through deformation that certain higher temperatures were reached. |
Infrared Technology A pyrometer is a type of thermal sensor used for measuring high temperatures of a surface, often in large furnaces or kilns. These devices measure the temperature of an object or surface from the thermal radiation emitted, also known as radiometry. There are many applications where a standard one-color pyrometer reads the temperature incorrectly and they include: |
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Thermal Profiling Temperature profiling is the process of recording and interpreting temperatures of products as they move through either a conveyorized or batch heating process (typically an oven or furnace). The collected numeric data is converted by temperature analysis software into meaningful information and displayed as a graph – thermal profile. |
Thermal Profiling Temperature profiling is the term used to describe the process of recording and interpreting the temperatures of products and/or air through a conveyorized heat-treating process. Temperature data is measured continuously using thermocouples connected directly to the product(s) at different locations as it travels through the oven or furnace. |
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Thermal Profiling The thermocouple is one of the least complex of all sensors and as such it can be both rugged and low cost making it ideally suited for use in industrial applications. |
Thermal Profiling Glossary of the most common terms used within the thermal profiling process. |
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Acoustic Imaging June 26, 2023 Minute Read 1 The SV600 improved the safety of the inspection/maintenance team and reduced inspection time for areas that were difficult to access. |
Acoustic Imaging September 8, 2022 Minute Read 2 Acoustic imaging is the use of ultrasound to produce real-time images of almost undetectable noise, but its roots with sounds go far back into history. |
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Acoustic Imaging June 26, 2023 Minute Read 3 A global supplier of electromechanical systems implemented the SV600 Acoustic Imager to enhance their insulation testing procedures. |
Acoustic Imaging November 20, 2024 Minute Read 3 Mount and Move is an innovative concept involving the integration of advanced equipment like the Fluke SV600 Acoustic Imager onto agile robotic systems, such as Boston Dynamics' Spot®. This combination enables unmanned inspections of specific locations, even in inaccessible or hazardous areas. By leveraging robotic systems, companies can augment their workforce to traverse large-scale industrial facilities day or night and perform critical tasks like data collection, asset inspections, process monitoring, and quality control checks. |
