IoT (Internet of Things) technology has significantly transformed various industries, and the oil and lubrication condition-monitoring sector is no exception. The integration of IoT in this domain has brought about enhanced efficiency, reduced downtime, and improved maintenance practices.
The idea of changing a lubricant supplier, especially after staying with the current supplier for a long time, can be daunting. Besides the high switching costs, the uncertainty over its impact in the short term can put off many opportunities that can be gained from a new supplier. Understanding the risks and potential issues with changing lubricants can alleviate these concerns.
Life Extension is a cost-efficient and profitable method for maximizing the initial investment. With service contracts for upgrades to improve and extend the original design life, wind turbines can keep producing for up to 10 additional years with minimal risk. Repowering by installing larger and more efficient turbines is also an attractive option, which can be combined with life extension.
Combining condition-monitoring technologies gives us a much more complete picture of the state and health of our machines. One helps fill in the gaps of the other. Using this approach, vibration and oil analysis can be seen to work closely together. But don’t forget about other condition-monitoring methods, including inspection, ultrasound, motor current, and thermography.
In this episode of Gear Talk, Wes sits down with Charli K. Matthews, CEO and founder of Empowering Brands, and a passionate advocate for empowering teams. Charli believes in the power of psychological safety — a place where speaking up, taking responsibility, and proactive action are not just encouraged but celebrated.
The Viscosity Index is more than just a number on a lubricant’s data sheet — it's a critical factor in ensuring the health and efficiency of your machinery. Understanding and utilizing VI in lubricant selection can significantly improve machinery performance, reduce maintenance costs, and extend equipment life.
Electrical safety and energy conservation are significant concerns in industrial manufacturing. Common issues like partial discharge and compressed air leaks are known to threaten employee safety and machine health; however, traditional methods of identifying these hazards can be time-consuming and inefficient.
Autonomous Maintenance is a pivotal strategy in the world of manufacturing and production, empowering operators with the skills to perform basic yet crucial maintenance tasks. This approach not only enhances operational efficiency but also fosters a deeper understanding and ownership of the equipment among the staff.
Kraft Heinz invested in its people and plants after recognizing lubrication's impacts on safety, quality, throughput and costs. By putting Noria's techniques into practice, they expect gains in uptime, extended equipment life, and lower total cost of ownership.
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