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Found 58 results containing the words: thermograph
  • Fluke TiR29 Infrared Camera

    Get the Infrared Details You Need to Quickly Identify Problems

    Product
  • Fluke Ti29 Infrared Camera

    Designed for industrial and commercial environments, The Ti29 is the perfect balance between performance and price. With powerful 280x210 IR resolution, superior spatial resolution, and a high definition display the Ti29 delivers crisper images than the competition.

    Product
  • Fluke Ti95 Infrared Camera

    Feature rich affordability with differences you can see - look for yourself.

    Product
  • Fluke Ti90 Infrared Camera

    Look for yourself - feature rich affordability with differences you can see.

    Product
  • Fluke FS100 Thermal Body Screener

    Non-contact thermal camera engineered to detect elevated body temperature.

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  • Fluke Ti401 PRO Thermal Camera

    Choose the highest resolution thermal camera in its price range. The Fluke Ti401 PRO thermal camera with 640x480 resolution is a valuable tool for your preventive maintenance program.

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  • Fluke TiS20+ / TiS20+ MAX Thermal Imaging Camera

    Ideal for HVAC, mechanical and electrical inspections. 2-meter drop tested, IP54 water/dust resistant, with a 16+ hour battery.

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  • Fluke TiX501 Thermal Camera

    The Fluke TiX501 thermal camera takes your inspections to the next level. Capture high quality infrared images, see small details and discover anomalies faster with up to 640 x 480 resolution and 240-degree rotating screen.

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  • Fluke TiX580 Infrared Camera

    Get stunning 640 x 480 resolution thermal images and surprising affordability.

    Product
  • Fluke SmartView® IR Analysis Reporting Software and Mobile App

    This powerful software provides a suite of tools that views, optimizes, annotates, and analyzes IR thermal images and videos. It also generates fully customizable and professional-looking reports with the push of a button or in a few easy steps.

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  • Fluke SmartView R&D Thermal Imaging Software

    Thermal imaging software to analyze data and create reports from data your thermal camera.

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  • Baseline Thermography Software

    Thermal imaging software for professional thermographers.

    Product
  • Fluke Ti480 PRO Infrared Camera

    Get a leading-edge visual infrared experience in a professional 640 x 480 thermal imager.

    Product
  • PVA-1500HE2 I-V Curve Tracer Thermography Kit

    Optimize Solar Performance: PVA-1500HE2 PV Analyzer & TiS75+ Thermal Camera

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  • How to create intuitive thermal inspection reports

    Thermal imaging sets the stage for an effective preventative maintenance (PM) program, as an infrared camera can be used to view thermally a whole electro-magnetic system.

    Article
  • Using infrared cameras for preventive maintenance

    Information on the role of thermal imagers in preventive maintenance programs, including cost savings, return on investment (ROI), and the inspection process. Included are common examples of infrared camera applications.

    Article
  • Case study: Circuit board hot spots

    Ensuring that a soon-to-be-launched prototype printer works without any hiccups when it reaches consumer hands is an already daunting task. But when you're doing this for the world's largest printer manufacturer, the task takes on an entirely different magnitude.

    Article
  • Why use a thermal imager?

    Infrared thermography provides the capability to help detect subtle problems before they result in failures. In industrial settings some equipment problems can be spotted through unusual vibration or sounds, but many other problems do not present such obvious symptoms. Many electrical problems can be detected by their thermal patterns, which, if not identified, could either lead to equipment failure or a more serious electrical hazard. Moisture problems in ceilings and walls can be very difficult...

    Article
  • Three ways to conduct thermal inspections

    Thermal cameras provide a return on investment

    Article
  • Fluke Thermal Imaging: The Key to Meeting NFPA 70B Standard

    The NFPA changed its recommended practice for electrical equipment maintenance to a standard. This means that proper maintenance is now required to keep electrical systems safe and reliable for workers. The purpose of NFPA 70B is to safeguard persons, property, and processes from risks associated with electrical equipment malfunction or failure. Maintenance is crucial for achieving this goal. Fluke Ti480 PRO Infrared Camera is one of many Fluke thermal imagers available to help technicians comply...

    Article
  • Case study: Career options for experienced thermographers

    Opportunities for qualified, certified thermographers are increasing every day. Some of this is growing out of the demand for preventive maintenance programs in all kinds of industries

    Article
  • Fluke Baseline Thermography Software manages technician and supervisor workflows ensuring assets never miss their scheduled inspections

    For more information: Warren Payne (253) 653-0522 warren@paynespencer.com New Baseline Team version of the web-based software automates route planning and reporting to speed preventive maintenance testing EVERETT, Wash., Feb. 8, 2023– Setting up and managing thermal imaging (TI) maintenance programs, with thousands of images covering myriad assets, can be a struggle for managers as well as technicians. Baseline Team— the new standard in thermography workflows — helps TI teams automate their...

    Article
  • Verifying lockout/tagout electrically safe status

    Lockout/Tagout procedures specify the steps electricians must follow to remove power from an electrical circuit or panel, and to lock out and tag the panel or circuit, so that no one can re-energize it while work is in progress.

    Article
  • 11 features to look for in thermal imaging software

    Robust desktop and mobile phone software is an important aspect of thermal inspection workflows. Thermography software can help enhance and clarify images, add analysis and share professional-looking reports in applications spanning mechanical, electrical, electronic equipment, building diagnostics and more. It’s important to note that analyzing thermographic imagery accurately requires special training to consider emissivity of objects and other factors like background temperature and relative...

    Article
  • Moving from reactive to predictive maintenance

    Fluke News Plus Predictive Maintenance Archive Articles

    Article
  • Understanding and fixing infrared thermography issues on reflective surfaces

    Learn why reflective surfaces create infrared thermography emissivity & reflectivity issues & a simple way to increase accuracy with your thermal camera.

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  • How Fluke thermal imaging helps dry ice plant maintain uptime

    How Continental Carbonics Products used a Fluke thermal camera and thermal multimeter to implement a reliability program at their dry ice plants.

    Article
  • How Patent-Pending Technology Blends Thermal and Visible Light

    Learn how IR-Fusion™ works, how blending is accomplished and how this new technology can greatly improve the detail to infrared images to help you identify the exact locations of infrared points-of-interest.

    Article
  • Why are Those Infrared Images Blurry?

    Why are those infrared images blurry?

    Article
  • Have you ever wondered about the efficiency of your fireplace?

    Beyond the basics: Have you ever wondered about the efficiency of your fireplace?

    Article
  • Arc flash protection with thermal imaging

    Understand what the NFPA 70E standards for arc flash PPE assessment means for thermographers using thermal imaging camera.

    Article
  • Adventurer uses thermal imager to measure lava temperatures inside the caldera

    Adventurer Nik Halik used Fluke Ti450 and TiX560 Infrared Cameras to measure temperatures of the Marum Volcano's roiling lava - from inside the caldera.

    Article
  • How to capture a voice note during infrared inspections

    This video teaches you how to attach a voice recording to your thermal image using the built-in microphone in your Fluke infrared camera. Featured resources Best Fluke thermal imaging cameras Infrared inspections and thermography basics Thermal imaging resources and articles 10 things you need to know about thermal cameras

    Article
  • How to improve thermal camera accuracy with a few focus tips

    Learn why improper focus can misreport temperature by 20 degrees or more and how to improve your thermal camera accuracy by following a few tips.

    Article
  • Download Fluke thermal imaging software and firmware (PTi120, TiS series, TiX series and RSE series)

    Download Fluke thermal imaging software for Fluke thermal cameras. Get the most out of your thermography program with thermal image processing software.

    Software download
  • Case Study: Process plant uses thermography for motor condition monitoring

    This predictive maintenance case study describes how a paper mill in Wisconsin has integrated a Fluke Thermal Imager into its motor inspection, troubleshooting and maintenance routines.

    Document
  • Case Study: Using thermography to reduce residential energy use

    Findings And Expert Advice On Where Thermal Inspections Can Help Find Energy Saving Opportunities In Some Residential Housing Types

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  • 6 Tips to Cut Industrial and commercial energy costs

    A Fluke Thermography Find-It Guide

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  • Infrared thermography: part of an effective preventive maintenance strategy at Weyerhaeuser

    If you can use a digital camera, you can learn to operate Fluke thermal imagers.

    Document
  • Thermal Imager applications: Inspecting motors

    Thermal images of motors reveal their operating conditions as reflected by their surface temperature. A thermographer can identify unusually hot temperatures potentially indicating inadequate airflow, impending bearing failure, shaft coupling problems, and insulation degredation.

    Document
  • How To Evaluate Gearboxes For Abnormal Operating Temperatures Using Thermal Imagery

    Many predictive maintenance (PdM) programs use thermography to detect when a gearbox is running hotter than similar gearboxes performing similar work in similar environments. The lifeblood of any gearbox is the oil within it that lubricates the gears. If the oil level in a gearbox gets too low or loses its ability to lubricate, the gearbox will eventually fail, preceded by overheating. That´s where thermal imaging comes in. This application note tells you what to check, what to look for, what represents a "Red Alert", what is the potential cost of failure, and follow up actions you can take to prevent failure from occurring.

    Document
  • Advice From Level III Thermographers On Inspecting Tanks And Vessels With Thermal Imagers

    As former President Reagan said "Trust, but Verify." Typical thermal images seem to exhibit "x-ray vision" - they show the contents of the container and give quantifiable verification of the material inside. When users apply their knowledge of materials and physics to the thermal differences they see with an imager, they can deduce the level of fluid in the tanks. Thermal imagers are rapidly becoming more economical and easy to use, but the camera is only as good as the person using it. Take time to examine your processes, understand you materials, and think about how the properties you wish to understand relate to the thermal characteristics. Thermal imagers produce useful maps of equipment and processes, as long as one takes time to understand the language.

    Document
  • Thermal Imagers Offer Business Opportunities For Electrical Contractors

    Thermography used to be expensive, difficult, and primarily used by large industrial facilities and the military. These days, it´s become much more affordable, easier to use, and more broadly applied. That means your customers have heard of it.In one pass through a facility, you can usually find at least one component about to fail. This makes for a powerful demonstration and an easy business builder.

    Document
  • Advice From Level III Thermographers On Inspecting Tanks And Vessels With Thermal Imagers

    As former President Reagan said "Trust, but Verify." Typical thermal images seem to exhibit "x-ray vision" - they show the contents of the container and give quantifiable verification of the material inside. When users apply their knowledge of materials and physics to the thermal differences they see with an imager, they can deduce the level of fluid in the tanks. Thermal imagers are rapidly becoming more economical and easy to use, but the camera is only as good as the person using it. Take time to examine your processes, understand you materials, and think about how the properties you wish to understand relate to the thermal characteristics. Thermal imagers produce useful maps of equipment and processes, as long as one takes time to understand the language.

    Document
  • Thermal Imager applications: Inspecting steam systems

    Several condition-monitoring technologies are useful for monitoring steam systems, including thermography. Thermal images of steam systems reveal the comparative temperatures of system componenets and thereby indicate how effectively and efficiently system components are operating.

    Document
  • Verifying lockout/tagout electrically safe status

    Lockout/Tagout procedures specify the steps electricians must follow to remove power from an electrical circuit or panel, and to lock out and tag the panel or circuit, so that no one can re-energize it while work is in progress. This application note is for specialty contractors, such as health inspectors or thermographers, who must work around live electrical panels and should know how to verify whether a circuit is really de-energized.

    Document
  • How To Evaluate Gearboxes For Abnormal Operating Temperatures Using Thermal Imagery.

    Many predictive maintenance (PdM) programs use thermography to detect when a gearbox is running hotter than similar gearboxes performing similar work in similar environments. The lifeblood of any gearbox is the oil within it that lubricates the gears. If the oil level in a gearbox gets too low or loses its ability to lubricate, the gearbox will eventually fail, preceded by overheating. That´s where thermal imaging comes in. This application note tells you what to check, what to look for, what represents a "Red Alert", what is the potential cost of failure, and follow up actions you can take to prevent failure from occurring.

    Document
  • Implementing an infrared thermography maintenance program

    Growing a successful infrared program involves planning and action. This document outlines steps that will help you grow your thermography program into a key part of the way your company does business.

    Document
  • Restoration contractors profit from thermography

    Building Restoration Contractors Describe Their Applications For Thermography

    Document
  • Pro tips for thermal building envelope inspection

    Managers of commercial, industrial and institutional buildings are always on the lookout for ways to reduce their cost of operations, including building-up keep expenses and heating and cooling bills.One powerful set of tools that has proven helpful is Fluke´s family of hand held thermal imagers, also known as infrared (IR) imagers or IR cameras. Thermal imaging or thermography can capture two-dimensional representations of the surface temperatures of parts of buildings, including roofs, walls, doors, windows and construction joints. Often, those images reveal differences in temperatures (Dts) that indicate conditions and inefficiencies contributing to the waste of heated or cooled air and needlessly excessive energy costs.

    Document
  • Thermography at Ford´s Dearborn Stamping Plant

    The Ford Dearborn Stamping Plant has had thermal cameras on site in the past, but had not met the objectives of a successful thermography program. Today, DSP’s thermography program is a model for the rest of Ford, and the program came on line in a matter of weeks.

    Document
  • Level III Thermographer And IR Cameras

    Case study about building science thermal imaging using the Ti400 Infrared Camera

    Document
  • Top Five Thermal Inspection Points on a Motor

    Hear from Michael Steward with Fluke Thermography as he talks about using thermal imaging to inspect a common electrical motor for issues that might affect energy usage.

    Video
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