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| | | Pro Series Pyrometers with ESP Provide Greater Accuracy, Reliability, and Ease of Use | | |
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| | | ExtraSensory Perception (ESP) "The ability to obtain understanding by going beyond the recognized senses" | | |
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| | | Background Reflections | | |
| | | <-Complex Emissivity Characteristics of the Measured Material | | |
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| | | Measured Target Area | | |
| | | Dust g pi U Smoke syP'f | | |
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| | | Visual Sighted Sensor | | |
| | | Sensor Field of View | | |
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| | | Wandering Field of View Target does not fill the measured area,and it moves within the area | | |
| | | Partially Filled Field ofView Target does not fill the measured area,but it is centered in the area | | |
| | | Full Field of View Target fills the measured area | | |
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| | | | | | | | | | | | Overview of PRO Series Models Type of Type of ESP Model Sighting Sensor Functions | | | | PRO 80 | Visual | Dual- | | | | | | | ESP Filtere™ | | | | PRO 90 | Fiber Optic | Wavelength | | | | | | | | | | | PRO 100 | Visual | Multi- | ESP Filters" and | | | | PRO 200 | Fiber Optic | Wavelength | ESP Algorithms | | | | | | | | | | | |
| | | A rule of thumb for applying infrared temperature sensors suggests that 20% of the problem is picking the right sensor; and 80% is installing it correctly. Despite tremendous advances in sensor technologies, installing temperature sensors correctly can still be challenging. As the figure above illustiates.emissivity.intervening optical obstructions (smoke,steam,dust,mist,dirty window, etc.),misalignment,and reflections are enough to threaten the results of any installation. Successful installation requires minimizing or eliminating the impact of these interference sources. But even the best-planned installations might not eliminate the issues that affect a sensor's readings. The PRO Series dual- and multi-wavelength sensors feature a unique ESP technology that is used to simplify and improve the management of these troublesome applications issues. With ESP Technology the sensor continuously monitors process conditions and automatically responds appropriately to provide more accurate and reliable temperature measurements than traditional temperature sensors. ESP is used to: • Simplify Installation • Verify Sensor Performance • Identify Error Sources • Correct for Emissivity Irregularities With ESP Technology, the PRO Series sensors provide a valid reading - or none at all! | | |
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| | | (1) Patent Pending Advanced ESP functions enable 'aim-and-read' capability on many applications that were previously considered difficult to measure. Some examples of applications that benefit from ESP include measurement of: • Aluminum and other nonferrous metals • Galvannealed Steel • Glass Molds • Molten Metal • Small Wires • Stainless Steel • Welded Tubes | | |
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| | | Innovators in Noncontact Temperature Measurement | | |
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