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Infrared Thermal Imaging Comprehensive Solution

Infrared Thermal Imaging Comprehensive Solution
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Infrared Thermal Imaging Comprehensive Solution - 1

Iron & Steel Infrared Thermal Imaging Comprehensive Solution For more information, visit our website at www.fpi-inc.com/en © Focused Photonics Inc. All right reserved. All trademarks are the property of Focused Photonics Inc. and its subsidiaries. Specifications, terms and pricing are subject to change. Focused Photonics (Hangzhou) Inc. No. 459, Qianmo Road, Binjiang District, Hangzhou, China Tel: +86 571 8501 2188

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Infrared Thermal Imaging Comprehensive Solution - 2

Principles of Infrared Thermal Imaging Technology Infrared thermal imaging is a passive, non-contact infrared technology. All objects in nature whose temperature is higher than absolute zero (-273°C) will radiate infrared rays at all times. Infrared radiation carries the characteristic information of the target object. The detector processes the object's spatial Principles of Infrared Thermal Imaging Technology - Characteristics of Infrared Thermal Imaging distribution of the surface temperature to form a thermal image and converted it into a video image. 02 Applications in Iron & Industry...

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Infrared Thermal Imaging Comprehensive Solution - 3

Applications of Infrared Thermal Imaging Camera Application of Infrared Thermal Imaging in Defect Monitoring of Converter Most of the furnace bodies used in iron and steel metallurgy are made of steel plates, which are heated Application of Infrared Thermal Imaging in Ladle Monitoring by the heat of chemical reaction during the blowing process, and no external heating source is needed. The steel ladle is a container for the transfer of molten iron. The molten steel is as high as 1500 degrees temperature will be transferred to the furnace wall so that the surface temperature of the converter...

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Infrared Thermal Imaging Comprehensive Solution - 4

Application of Infrared Thermal Imaging in Hot-blast Stove Detection The lining of the hot blast stove is easily burned out during production, and the burned position is not easy to find. As the shell and vault of the hot blast stove work for a long time, the surface refractory materials will appear cracks, fall off, local thinning, etc. And the high temperature inside the local hightemperature materials will be transferred to the furnace wall, so the hot blast stove skin's surface temperature distribution is uneven. Especially at the vault of the hot blast stove, if it is not found in...

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Infrared Thermal Imaging Comprehensive Solution - 5

Application of Infrared Thermal Imaging in Inspection of Torpedo Tank Car Technical Specification After several cans of molten iron are transported, the torpedo tanks must be dismantled and replaced • F-3/F-6 Smarteye Series Infrared Surveillance/Monitoring System to replace the refractory linings. However, in more cases, the refractory linings are replaced before local thinning occurs, resulting in material and economic waste. Using an infrared thermal imaging camera to detect the torpedo tank will clarify the state of the torpedo tank and know when to maintain the ladle. It greatly...

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Infrared Thermal Imaging Comprehensive Solution - 6

• F-3Y/F-6Y Thermal Imaging Dual Spectral PTZ It em • F-3FD/F-6FD Explosion-Proof Dual-Spectrum System F-6Y Detector type Uncooled micro-pyrometer infrared detector Resolution/Pixel Spacing Thermal Sensitivity (NETD) Spatial Resolution Image Frame Rate Response Band Temperature Range Item Detector Type Infrared detector of uncooled micro-pyrometer 384*288/17μm Resolution/Pixel Spacing Frame Rate Response Band Lens Focal Length Focusing Method Electric, support auto focus Temperature Measurement Accuracy Lens Focal Length Digital Zoom 1~8 times continuous zoom Thermal Imaging Algorithm Image...

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