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For those technicians involved in monitoring equipment health, inspecting electrical systems, or assessing HVAC performance, the ability to visualise heat patterns gives you a useful, non-contact method for detecting potential failures before they happen. Making the right choice can seem daunting.  With features, specifications, and price points varying widely, how do you decide what truly matters? This guide will help to demystify the selection process and help you make an informed, practical decision that fits...Continue Reading

Overview Investing in high-performance thermal imaging cameras for wind turbine blade inspections can deliver substantial Return on Investment (ROI) by preventing catastrophic failures, reducing repair costs, and maintaining consistent power generation. Early detection of blade delamination, a common structural issue, is critical for asset protection and operational safety. The Risk: Blade Damage/Erosion and Catastrophic Failure Blade failure occurs when internal layers of the blade separate, typically caused by: Manufacturing defects Lightning strikes Repeated fatigue loading...Continue Reading

Here are some common Lubrication issues that CBM Partners have found during recent Site Lubrication Benchmark Studies.  These highlight the importance of Precision Lubrication and provide a few tips by way of simple case studies.  Is the Grease Reaching the Rolling Elements? Excess grease can bypass the outer ring of the bearing if the bearing and housing are from different manufacturers or if the bearing is incorrectly inserted. Always verify the compatibility and correct installation...Continue Reading

How Big is a Micron? The human eye can only see something that’s a minimum of around 40 – 50 microns!.   If you take your pen, put a small dot on a sheet of paper, that measures around 60 microns and a human hair is between 50 & 120 microns thick Microscopic Micron Contaminants and Their Impact Microscopic contaminants are not always from an obvious source.  For example when a technician is using any form...Continue Reading

Steam trap leaks and failures present significant challenges in industrial settings, leading to substantial energy losses, increased operational costs, and safety hazards.  Addressing these concerns is essential for maintaining efficient, cost-effective, and safe steam systems.  Don’t wait until you hear pipes “knocking” – being proactive saves more than just money. Hidden Costs & Risks:  The Impact of Steam Trap Leaks and Failures Energy Loss: Steam traps are critical components in steam systems, designed to discharge...Continue Reading