ELECTRIC.IE • The Magazine & Website for the Irish Electrical Industry • 29 Schneider Electric Electrical Fire Prevention Whitepaper - Safeguarding Your Building's Electrical Systems, and Detecting Cable Overheating in LV Equipment Electrical fires can have devastating effects with deteriorating cable connections in electrical systems being a major cause of fires in buildings, causing business interruptions, equipment damage, severe financial losses, business downtime, and safety risks to personnel. Regular maintenance and the use of compliant equipment according to IEC/NEMA standards are crucial steps in fire prevention. Our solutions are designed to address common causes of electrical fires such as aging infrastructure, faulty connections, and human error. Key areas of focus for electrical fire prevention include: 1. Medium Voltage Switchboards and Transformers: High voltages and currents increase fire risks. Our solutions involve the use of compliant switchgear, regular maintenance, and advanced monitoring systems. Smart sensors like Easergy TH110 and PowerLogic PD100 ensure continuous thermal monitoring and early detection of potential issues such as partial discharges. 2. Low Voltage Switchboards: These are critical points for Electrical fires pose a significant risk to buildings of all sizes, from small businesses to large industrial facilities. Ensuring the safety and reliability of electrical installations is paramount to protecting your assets, employees, and operations. At Schneider Electric, they offer a comprehensive suite of tested and certified products combined with innovative solutions to mitigate the risk of electrical fires in both new and existing buildings. electrical safety. Our PrismaSeT, PanelSeT, and Okken ranges comply with IEC 61439 standards, ensuring secure connections and reducing the risk of fire. The integration of EverLink™ power connections and Linergy busbars further enhances connection reliability. 3. Power and Distribution Circuits: Proper design and protection of circuits are essential. We recommend using EcoStruxure™ Power Design for optimal equipment selection and circuit sizing. Our Canalis busways offer a reliable alternative to traditional cabling, reducing the risk of overheating and improving mechanical protection. 4. Final Distribution Boards and Circuits: These areas often have numerous connections, increasing the risk of poor installations. We offer spring and screwless solutions for secure connections and recommend the use of RCDs and Arc Fault Detection Devices (AFDDs) for enhanced protection against insulation faults and arc faults. Implementing these measures and using our advanced monitoring tools can significantly reduce the risk of electrical fires. For more in-depth information on electrical fire prevention, download our whitepaper. Stay ahead of potential risks and ensure the safety and reliability of your electrical systems with Schneider Electric. To obtain a copy of this whitepaper follow the QR Code.
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