The strain on already stretched maintenance teams is growing relentlessly. As sites become bigger and more numerous, and critical equipment multiplies, teams must allocate more time to longer, asset-dense thermal inspections. Worse still, reporting, a task that already swallows hours of the working week, adds even more pressure. What maintenance technicians and engineers need is a thermal camera that evolves with their inspection demands. The FLIR iXX does exactly that. Utilising app-driven intelligence, an ACE (Android Camera Ecosystem) interface, and Cloud connectivity, the iXX functions like a smartphone unifying data capture, analysis, and reporting. Compatible with FLIR, third-party, and custom-made apps, the iXX delivers a complete workflow in the palm of your hand. Discover the apps that put everything you need to enhance maintenance routines, streamline reporting, and make real-time decisions at your fingertips.

To find out how the FLIR A40 Automated Thermal Camera can reduce unplanned downtime, maintain equipment health, and prevent fires before they start, we spoke to Nasim Gauher, Teledyne FLIR’s Application Engineer for Industrial Automation. In this PASS Presents episode, Nasim divulges his expert advice on setting up, integrating, and using the FLIR A40 for 24/7 condition monitoring. Discover how you could prevent failures before they occur simply by integrating the FLIR A40 Thermal Camera into your existing condition monitoring system.

Raynaud’s Phenomenon causes blood vessels to spasm, temporarily restricting blood flow to extremities such as fingers and toes, which can leave them visibly pale and cold. This condition is estimated to affect 20% of the global adult population, including up to 10 million in the UK.[1] Similarly, Hand Arm Vibration Syndrome (HAVS), sometimes known as vibration white finger, occurs when nerves, blood vessels, and joints are damaged due to long-term exposure to vibrations. This results in restricted circulation and temperature drops in the hands and feet. It’s thought that nearly two million people in the UK are at risk of HAVS.[2] Thankfully, thermography is showing some promise as a non-invasive screening technique.[3] This is not the first time thermal cameras have been used as a preliminary assessment tool. Thermal imaging has been used as a non-contact method of detecting elevated skin temperature, a non-invasive way to pinpoint the source of cattle lameness, and a non-destructive assessment of tree health. These applications highlight the broader potential of thermography as a rapid, non-contact method of identifying physiological change.

Designed to turn thermal images into actionable insights, FLIR Assetlink is a browser-based software that streamlines workflows and provides comprehensive asset insights. It automatically connects inspection data (i.e., radiometric thermal images) to your asset hierarchy, allowing you to track equipment health and maximise operational efficiency.   

Facilities managers, you can expect blackouts, losses in the millions, disappointed customers, and serious damage to your reputation if you install an inadequate early fire and fault detection system, or, worse, you don’t have one at all! Arguably, the best early fire and fault detection systems, guaranteed to bring peace of mind, are automated thermal imaging cameras. To find out why that is and understand the advantages of installing a FLIR A40 Automated Thermal Camera, PASS Presents spoke to two FLIR representatives, Krystle Temmerman and Nasim Gauhar.

In August’s Summer of Safety article, FLIR highlights the importance of using zone-rated equipment in hazardous areas. FLIR explains how ATEX-rated thermal cameras and acoustic imagers, combined with appropriate training, protect staff and facilities while limiting expensive downtime and ensuring compliance with safety standards.

FLIR’s July article focuses on building a safety culture that doesn’t simply rely on PPE. Acknowledging the importance of PPE, FLIR explains that it should be considered a vital last line of defence. Instead, FLIR advocates that appropriate safety training and detection tools should be implemented as initial protection measures. Within the article, FLIR highlights how instruments and technology, such as thermal and acoustic cameras, environmental testers, and software, can detect problems before they become dangerous failures.

FLIR’s June article, written exclusively for Summer of Safety, focuses on the importance of maintaining plant safety, not just to protect staff (the most important reason for doing so), but to safeguard equipment and profits as well. Within the article, FLIR highlights how appropriate tools, such as thermal cameras, acoustic imagers, IR windows, and software, combined with relevant training, can be used to optimise site safety.

The best thermal monocular or thermal binocular to buy is the one that’s best for you. That’s because, like thermal cameras, there is no such thing as the “best” IR monocular/binocular. Instead, there are models that meet all, some, or none of your requirements. Highlighting key specifications and criteria, this guide will help you choose the infrared-imaging monocular/binocular that’s right for you!

Fluke iSee IR Imager isn’t your traditional thermal camera: it’s portable, powerful, and designed to be plugged into your smartphone or tablet. Compatible with both Android and iOS (iPhone) operating systems, the Fluke iSee will transform your smart device into a thermal camera with a 256 x 192px IR resolution, 50mK thermal sensitivity, and temperature range up to +550°C. Now, this all sounds great, but how will it benefit you and your business? Plus, at £500, why on earth should you invest in a Fluke iSee Mobile Thermal Camera over other comparable tools? To find out, PASS Presents interviewed Marc Sherwood, Fluke’s Technical Sales Manager for the UK and Ireland.