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8 Things Engineers Should Know About Thermal Imaging
Get your free copy of the guidebook today to learn more about thermal imaging!
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FLIR helps roofing professionals find moisture with airborne inspections
FLIR helps roofing professionals find moisture with airborne inspections. Discover how thermal imaging technology can detect water intrusion and ensure roof integrity.
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Top 10 Questions: Gas Leak Quantification with OGI Cameras
This article examines common questions and concerns surrounding quantitative optical gas imaging (qOGI). More specifically, it answers 10 questions related to the use of FLIR’s QL320 platform, which pairs new technology – in the form of a ruggedized plug and play tablet -- with FLIR’s existing GF320, GFx320, and GF620 OGI cameras to quantify hydrocarbon gas leaks in units of mass leak rate, volumetric leak rate, or concentration over pathlength. This article’s subject matter builds on the previous piece in this series, which introduces qOGI systems, discussing their functionality and advantages over competing technologies.
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Understanding Optical Gas Imaging Quantification
A relatively young technology, quantitative optical gas imaging (qOGI), is quickly proving itself to be a viable alternative to toxic vapor analyzers and Bacharach Hi Flow® Samplers as a tool for oil and natural gas industry operators to quantify gas leaks. This article describes qOGI, how it works, its applications, and the equipment necessary for its use. The article also details how qOGI compares to alternative leak quantification technologies.
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Ensure a NDAA-Compliant Security System? | Teledyne FLIR
FLIR provides cybersecure, NDAA-compliant cameras, ensuring robust protection with advanced security features for your security systems.
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The Evolution of Intersections—From Inductive Loops to Artificial Intelligence
How we monitor and address traffic fluctuations has changed over the years. From basic signal timing to advanced vehicle detection, improvements in transportation technology pushed intersections to become safer and more efficient. As the performance of these sensors improves, so does our understanding of complex urban environments.
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Insights from the Field: Preventing Asset Failure, Production Line Shutdowns, and Fires Through Thermal Automation Cameras
Thermal cameras are not only used to safeguard property and people but also to protect mission-critical equipment. At manufacturing plants, maintenance teams want to aggregate data to continually evaluate an asset’s health and know if it is about to fail. Production managers are keen to catch process anomalies that result in faulty products or packaging before these products leave the production line. Safety managers need to detect excessive heat buildup on fuel, hazardous material, and electrical components before combustion occurs and a fire breaks out. By deploying thermal cameras for condition monitoring, process control, and fire prevention applications, plant managers ensure maximum uptime and avoid catastrophic events.
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Insights from the Field: How Thermal Cameras Safeguard Remote Substation Perimeters
Security personnel must be able to quickly detect unauthorized vehicles and individuals at critical infrastructure sites. Without intrusion detection, entities like electrical substations can be subject to physical attacks. 88 percent of substations experience at least one break-in every year and 10 percent see more than 20 intrusions in the same time frame, according to CIGRE, a global electricity industry organization. To safeguard remote substations from external threats, electric utilities are relying on durable thermal cameras for superior monitoring and protection.
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Introducing the "Insights from the Field" Series
To better understand the unique value thermal imaging technology offers the critical infrastructure sector, we invite you to check out our new “Insights from the Field” content series, which features insights from FLIR technology experts who recommend, deploy, and use these devices every day. This series will discuss the diverse applications of thermal technology across security, safety and equipment protection needs, from the perimeter to entry areas to inside mission-critical facilities.
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Application Spotlight: Early Fire Detection for Rapid Heat Generation
Fires that are not caught early or extinguished quickly can cause serious financial, environmental, and commercial distress for a company, as well as distress to the community. The potential of such a heavy burden means many companies prioritize preventing or mitigating potential fires at all costs. Most current fire systems are designed to contain a fire once it starts—which isn’t always the most effective solution. A system that allows companies to avoid fires or stop them before they spark can save lives, save money, and prevent downtime. Food storage Lithium battery banks Monitoring transmission lines for fallen trees that cause wild fires Recycling plants Chemical storage Manufacturing plants with oil equipment Forestry High value buildings Storage facilities Energy generation turbines
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How Manufacturing Facilities Speed Up Inspection with Acoustic Imaging
In most factories, compressed air systems are one of the largest electricity cost centers. That’s why it’s important to detect compressed air leaks and equipment inefficiencies as early as possible - and fix them immediately. But finding air leaks isn’t easy to do using traditional inspection methods, such as soap bubble testing, which take significant time.
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7 Things to Look for in an Acoustic Imaging System
Compressed air leaks, vacuum system leaks, electrical partial discharge—these are all expensive system issues that consume power, causing companies to deal with unforeseen costs and potential production/uptime issues. Ultrasound imaging with an acoustic camera is an effective way to detect these equipment issues as part of a complete asset management plan. This easy-to-use technology typically allows professionals to complete their inspections 10 times faster than with traditional methods.
