普朗克視覺系統：DeKalb 工業火災造成輕傷，損失估計為 $575 百萬元

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On Sunday, December 15, 2024, a fire broke out at Nehring Electrical Works Co., a manufacturer of wire and cable products, located at 1434 E. Lincoln Highway in DeKalb, Illinois. The fire started at approximately 12:07 p.m. and rapidly escalated, engulfing multiple sides of the single-story industrial facility in thick black smoke.

The DeKalb Fire Department was immediately on the scene, responding to the blaze and working to contain it. Firefighters focused their efforts on the machinery and equipment area of the building, where the fire was concentrated. Despite the intense smoke and flames, local crews from surrounding areas—Sycamore, Cortland, Genoa-Kingston, and Maple Park—assisted in battling the fire and preventing it from spreading further.

Fortunately, due to the quick response of local firefighters, the fire was eventually contained, and no fatalities or major injuries were reported. However, the building and the equipment inside suffered significant damage, with estimates for the full extent of the loss still pending. At this time, the cause of the fire is still under investigation, and officials are working to determine whether the fire was accidental or the result of equipment malfunction.

The fire has had a major impact on the operations of Nehring Electrical Works, which had been a fixture in the local community for over 114 years. The company had recently expanded to the East Lincoln Highway location in 2022 and was acquired by Tennessee-based Mueller Industries Inc. for $575 million in the same year. This incident highlights the importance of early fire detection systems in preventing large-scale damage to industrial facilities.

Fire detection technologies such as thermal imaging systems—like those provided by Planck Vision Systems—play a critical role in mitigating such risks. These systems can detect unusual temperature fluctuations and anomalies early on, enabling quick action to prevent fires from spreading and causing extensive damage. As the investigation continues, the need for advanced safety measures and proactive fire detection becomes even more apparent.

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