[Video Available] Technical Principles of Optical Gas Imaging Materials *Free Distribution
Explaining the principles of optical gas imaging (OGI) using diagrams! Also introducing FLIR infrared thermography for gas detection.
This document, "Optical Gas Imaging," explains the technical principles of optical gas imaging (OGI), which is being published for the first time in Japan. Recently, maintenance personnel are required to detect gas leaks that could lead to equipment malfunctions, safety issues, and negative impacts on the environment. This document provides detailed explanations of the terminology that one should know when considering optical gas imaging (OGI) cameras, as well as the principles of OGI. [Contents (Excerpt)] ■ Explanation of the principles of optical gas imaging (OGI) ■ Terminology explanations ■ Important points for confirming the presence of gas *You can view this information in the PDF document. Please feel free to contact us for inquiries. ------------- *Customer personal information may be used by our company and our agents for the development of better products and services, as well as for marketing activities. However, we will not provide personal information to third parties without the customer's consent, except when it is necessary to provide it to contractors for the entrusted business. *For requests for documents, demo equipment, etc., we will provide guidance through our agents. -------------
basic information
【Related Products】 - Infrared Camera GF304 for refrigerant gas detection - Infrared Camera GF306 for sulfur hexafluoride & ammonia detection - Infrared Camera GF320 for methane and volatile organic compounds (VOC) detection - Infrared Camera GF346 for carbon monoxide detection - Infrared Camera GF343 for carbon dioxide detection - Cooling-type broadband MWIR high-sensitivity camera GF315 ▼ With our gas detection infrared thermography GF series, it is possible to quickly, accurately, and safely detect gas leaks without stopping the system. Gas leaks that are invisible to the naked eye are displayed as smoke-like images in the gas detection infrared thermography, making them easy to identify even from a distance away from the inspection target. *Product catalogs are also available in PDF format. Please feel free to contact us for inquiries.
Price information
Price range: 12 million yen to
Price range
P7
Delivery Time
OTHER
Applications/Examples of results
For more details, please refer to the PDF document or feel free to contact us.
Detailed information
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Refrigerant Gas Detection Infrared Camera GF304 It allows gas leak inspections without stopping the operating equipment. The Refrigerant Gas Detection Infrared Camera GF304 can be utilized for the following applications: - Food manufacturing, storage, and retail - Automobile manufacturing and repair - Air conditioning - Pharmaceutical manufacturing, transportation, and storage
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Sulfur Hexafluoride & Ammonia Detection Infrared Camera GF306 Detects sulfur hexafluoride (SF6), used for insulation in high-voltage circuit breakers, industrial refrigerant gases, and anhydrous ammonia (NH3) for fertilizers. The Sulfur Hexafluoride & Ammonia Detection Infrared Camera GF306 can be utilized for the following applications: - Public utilities - Ammonia plants - Industrial refrigerant gas systems
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VOC Detection Infrared Camera GF320 Detects VOC gas leaks during the production, transportation, and use of oil and natural gas. The VOC Detection Infrared Camera GF320 can be utilized in the following facilities: - Oil refineries - Natural gas processing plants - Offshore oil platforms - Biogas plants, power plants
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Carbon Monoxide Detection Infrared Camera GF346 This infrared camera can detect the release of carbon monoxide (CO), which is invisible and odorless, from a safe distance. The Carbon Monoxide Detection Infrared Camera GF346 can be utilized for the following applications: - Steelmaking industry - Packaging systems - Chemical product manufacturing - Petrochemical industry
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Cooling-type broadband MWIR high-sensitivity camera 'GF315' It can detect very subtle temperature differences and short-wave energy sources simultaneously, with almost no noise. The GF315 can be utilized for the following applications: - Test ranges - Non-destructive testing - Academic research - Use in natural sciences
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Infrared thermography for gas detection can identify the source of leaks.
