FLIR

Acoustic imaging cameras, otherwise known as sonic or ultrasonic imagers, are popular amongst facilities managers, especially those working in industrial or high-voltage settings. They are extremely easy to use and highly effective at finding air/pressurised leaks and partial discharge/corona. Acoustic cameras detect audible and/or ultrasonic sound; convert it into a sound map; then superimpose this map onto a digital image of the inspection area, allowing you to pinpoint the source of the leak or electrical fault accurately, simply, and quickly. As sonic imaging is a relatively new preventative maintenance/inspection technology, it can be difficult to know what makes a good acoustic camera. Thankfully, Teledyne FLIR has outlined six things to look for when purchasing an ultrasonic imager. Continue reading →

FarmingUK reports that lameness affects between 20% and 25% of cattle across the UK. Usually treated with expensive antibiotics, lameness costs the dairy industry approximately £53 million a year.[1] It has long been acknowledged that thermal imaging can provide an effective method of detecting lameness. Infections or inflammations are often the root cause of lameness and both conditions emit heat which can be picked up by a thermal imager. Catching lameness early and identifying its source means farmers can target their treatments more effectively. For example, lameness caused by an infection can be treated earlier with a shorter course of antibiotics, saving money; whereas lameness resulting from inflammation may be treated more effectively and economically with anti-inflammatories; by blocking the affected claw; or by keeping the cow on a soft surface until she has recovered. Until recently, farmers have been reluctant to invest in thermal imaging as it was thought that only high-end, very expensive models were sophisticated enough to reveal lameness. However, a recent study by Aidan Coe of the Royal Veterinary College (RVC) has discovered that less costly thermal imaging models are just as suitable for recognising lameness in cattle, potentially offering farmers significant savings while also improving the welfare of cows. Continue reading →

It is no secret that the cost-of-living crisis, rising global temperatures, and approaching climate targets have created more pressure than ever to reduce our energy consumption. For over a year, we have published multiple reports on councils, charities, and utility companies harnessing thermal imaging to identify sources of heat loss around homes, in a bid to reduce both energy bills and carbon emissions. We are very pleased and proud to reveal that we have played a significant role in one of these stories: that of Octopus Energy lending Teledyne FLIR Thermal Cameras to its customers as part of its Octo Assist customer support initiative. As Teledyne FLIR’s number one UK supplier, we initially provided three-hundred Teledyne FLIR One Pro Thermal Smartphone Attachments for Octopus Energy’s thermal camera loan program. Now, thanks to the popularity of the project, we have had the privilege of supplying a further one hundred and seventy new Teledyne FLIR One Edge Pro Thermal Smartphone Attachments. We are delighted to know that these cameras will go towards helping Octopus Energy’s customers lower their energy consumption, emissions, and expenditure. Continue reading →

In 2016, PASS Ltd provided Devonshire-based beef and poultry farmer and recipient of Tesco’s Future Farmer Foundation Scholarship, Christina Hutchings, with a FLIR C2 Thermal Imaging Camera for her research into understanding ventilation to improve litter conditions in broiler houses. Now, that highly anticipated report, titled Where does all the water go? How a better understanding of ventilation can be used to improve litter conditions in broiler houses, has been published. In addition to detailing her in-depth investigations which Hutchings draws on to make several suggestions on improving barn ventilation, the report illustrates the critical role thermal imaging can play in farming. Continue reading →

As night gathers our heating watch begins. With energy bills rising, along with anxiety about greenhouse gas emissions, maximising energy efficiency is more important than ever. One of the most effective ways of reducing household bills and emissions is to ensure your home is properly insulated. In fact, energy companies, councils, and charities have all implemented programs to help homeowners do just that.[1] These schemes all have one thing in common: they use thermal imaging cameras to pinpoint areas of heat loss within properties. Continue reading →

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asps have been stirring up unrest in the home of PASS Ltd employee Stephen Lynch. Silent and covert, Stephen was unable to locate the wasp nest he suspected was concealed within his young daughter’s bedroom. Requiring a more sophisticated method of detection, Stephen turned to thermal imaging. Continue reading →

Please note this blog was originally published on the 1st May 2015. It was updated on the 1st June 2021 to include links to relevant thermal cameras.  The thermal camera is a wonderful invention. However, the technology is surrounded by myths, legends, and misinformation that can make choosing a camera quite confusing. In this blog, we break down some of the most pervasive fallacies, and a few surprising truths, concerning thermal cameras. Continue reading →

Available between the 1st May 2021 and the 30th September 2021, FLIR is offering up to 30% off select Scion OTM and PTM Thermal Imaging Monoculars. Continue reading →

Prepare yourself for FLIR's latest innovation. Continue reading →