Infrared Thermal Imaging Intelligent Detection

Product catalog summary

Introduction to Infrared Thermal Imaging
Infrared thermal imaging is a passive, non-contact technology that detects infrared radiation emitted by objects above absolute zero. It creates thermal images for 24-hour monitoring, even in challenging environments like darkness or dense clouds.

Applications and Industry Use
This technology is vital in industries such as railway, petrochemical, electric power, construction, and medical fields. It aids in early detection of equipment damage by monitoring heat distribution and temperature changes.

Principles and Characteristics
Infrared thermal imaging uses atmospheric windows (3~5μm and 8~14μm) for target observation in adverse conditions. It provides passive detection, high accuracy, real-time monitoring, and efficient data collection without interfering with other electronic equipment.

Applications in Specific Industries

Petrochemical Industry: Used for thermal fault detection, perimeter security, and gas leak detection.
Power Industry: Monitors transformers, circuit breakers, and other electrical components for faults.
Metallurgical Industry: Detects equipment erosion and defects in blast furnaces.
Rail Transit Industry: Supports electrical equipment monitoring and ensures safety in rail systems.

Product Specifications
Specifications for infrared thermal imaging products include resolution, thermal sensitivity, temperature range, measurement accuracy, lens options, focusing methods, digital zoom, image enhancement capabilities, and environmental parameters like operating temperature and humidity.

Handheld and Online Products
Descriptions of handheld and online systems highlight features such as high-resolution detectors, multiple image modes, storage options, temperature alarms, intelligent analysis, power systems, and battery life.

Conclusion
Infrared thermal imaging is a versatile tool for monitoring and maintaining equipment across various industries, offering high accuracy and efficiency in detecting thermal anomalies.

Specifications
Operating conditions include a temperature range of -20°C to 50°C and humidity up to 95% without condensation. The device supports tripod installation with a UNC 1/4"-20 mount. Customization options are available for screen size, lens field of view, temperature measurement range, and built-in software menu.

Image Control
The device features digital zoom from 1 to 8 times and image adjustment with at least 12 color palettes. It uses an uncooled focal plane array detector with resolutions of 1024x768, 640x480, and 384x288, operating in the 7.5~14μm spectrum at 50Hz. Thermal sensitivity varies by model, with a minimum of ≤0.03°C at 30°C. The field of view is 24°×18° with a minimum imaging distance of 0.2m to 0.3m, and spatial resolution ranges from 0.42mrad to 1.13mrad. Focusing methods include manual, automatic, and electric.

Temperature Measurement
The standard temperature range is -40°C to +650°C, with accuracy of ±2°C or ±2%. The device supports multiple measurement modes, including capturing the highest, lowest, and average temperatures, isothermal analysis, and temperature alarms. Laser ranging is available and can be displayed on the screen.

Camera and Display
The built-in visible light digital camera has 5 million pixels and an LED fill light. The display includes a 5.0" TFT touch screen and OLED display, supporting infrared, visible light, and picture-in-picture image fusion.

Storage and Transmission
The device uses a standard 32G Micro SD card, expandable, and saves images in JPEG format with infrared raw data. It supports voice and text annotations, and interfaces include USB2.0, HDMI, SD card, Bluetooth, WiFi, GPS, with optional 4G.

Physical Characteristics
The thermal imager measures 192(H) x 124.5(W) x 85.5(D)mm and weighs ≤1.2kg. It uses a replaceable and rechargeable lithium battery with at least 4 hours of continuous working time.

Catalog excerpts

Infrared Thermal Imaging Intelligent Detection-1

Infrared Thermal Imaging Intelligent Detection 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 Intelligent Detection-2

Principles of Infrared Thermal Imaging Infrared thermal imaging is a passive, non-contact infrared technology. All objects in nature whose temperature is higher than absolute zero Comprehensive Introduction (-273°C) radiate infrared rays at all times, and infrared radiation carries the characteristic information of the target object. The spatial distribution of the object's surface temperature is processed by the photoelectric Heat is often an early sign of equipment damage or malfunction. Therefore, heat becomes a key performance parameter monitored during equipment maintenance.Infrared thermal...

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Infrared Thermal Imaging Intelligent Detection-3

Infrared Thermal Imaging Characteristics · Passive detection, safe and convenient, and high-temperature measurement accuracy; Rely on receiving the infrared signal radiated from the target itself, no interference to other precision electronic equipment; • Coupling capacitor • Station transformer, ground transformer, • Low-voltage power distribution panel Real-time monitoring, no contact, no power failure, no sampling, no disassembly; rapid scanning and imaging, fast, sensitive, vivid, and intuitive image display, high monitoring efficiency, low labor intensity; Convenient data collection, storage...

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Infrared Thermal Imaging Intelligent Detection-4

Application of Infrared Thermal Imager in Metallurgical Industry Main Detection Object Online Infrared Monitoring/Monitoring System • F-3/F-6 Smarteye Series Infrared Surveillance/Monitoring System • Equipment erosion, crusting, falling off • Defects in lining water wall of blast furnace • Steel plate softening and dissolution • Diagnosis of blast furnace nodules • Rotary kiln Item Resolution Thermal Sensitivity (NETD) Response Band Focusing Method Digital Zoom 1~8 times continuous zoom Image Enhancement Target enhancement, image detail enhancement algorithm Thermal Image Intelligent Analysis...

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Infrared Thermal Imaging Intelligent Detection-5

• F-3B/F-6B Thermal Imaging Dual Spectral Dome Camera • F-3Y/F-6Y Thermal Imaging Dual Spectral PTZ Uncooled micro-pyrometer infrared detector Detector Type Longwave infrared uncooled focal plane array Resolution/Pixel Spacing Thermal Sensitivity (NETD) Working Spectrum Image Frame Rate Spatial Resolution Image Frame Rate Thermal Sensitivity (NETD) Response Band Temperature Range Focusing Method Digital Zoom 1~8 times continuous zoom Temperature Measurement Accuracy Lens Focal Length Thermal Imaging Algorithm Image detail enhancement Focusing Method Digital Zoom 1~8 times continuous zoom Temperature...

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Infrared Thermal Imaging Intelligent Detection-6

• F-3FD/F-6FD Explosion-Proof Dual-Spectrum System • F-3F/F-6F Explosion-Proof Single Spectrum System Infrared detector of uncooled micro-pyrometer 384*288/17μm Resolution/Pixel Spacing Sensitivity Frame Rate Response Band Detector Type Uncooled micro-pyrometer infrared detector Resolution/Pixel Spacing Frame Rate Lens Focal Length Response Band Focusing Method Electric, support auto focus Digital Zoom 1~8 times continuous zoom Lens Focal Length Thermal Imaging Algorithm Image detail enhancement, contrast and brightness adjustment Focusing Method Electric, support auto focus High Temperature...

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Infrared Thermal Imaging Intelligent Detection-7

Handheld Infrared Thermal Imager • M Series Smart Portable Infrared Thermal Imaging Camera • S Series Handheld Thermal Imaging Camera Item Detector Type Uncooled Focal Plane Array Detector Working Spectrum Image Frame Rate Thermal Sensitivity (NETD) Field of View (FOV)/ Minimum Imaging Distance Spatial Resolution (IFOV) Focal Length Focusing Method Built-In Visible Light Digital Camera Display Screen Lmage Mode Image Display Manual, electric, automatic Manual, electric, automatic 5 million visible light pixels, with LED fill light 4.3"TFT touch screen Infrared image, visible light image, picture-in-picture...

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