在電力傳輸與布線系統中，電纜橋架就像電纜的 “跑道”，承載著電纜的重量與電流的流動。然而，當這條 “跑道” 承重不達標時，引發的連鎖反應將對整個電力系統造成極大威脅。從設備損壞到隱患，每一個后果都不容小覷。

　　In power transmission and wiring systems, cable trays are like a "safe runway" for cables, carrying the weight of the cables and the flow of current. However, when the load-bearing capacity of this "runway" does not meet the standard, the chain reaction it triggers will pose a great threat to the entire power system. From equipment damage to safety hazards, every consequence should not be underestimated.

　　電纜橋架承重不達標直接的影響，就是橋架本身發生變形甚斷裂。當橋架承載的電纜重量超過其設計承重能力，橋架的橫梁、支架等部件會逐漸彎曲變形。初期可能只是輕微的下凹，肉眼難以察覺，但隨著時間推移，變形會愈發嚴重。終，橋架可能因無法承受重量而斷裂，導致其上的電纜墜落。這不僅會使電纜外層絕緣皮破損，內部導體也可能受損，造成短路故障，致使電力供應中斷。例如，在一些大型建筑的地下室或工業廠房中，電纜數量眾多且重量較大，若選用的橋架承重不足，就極易出現此類問題，影響整個區域的電力穩定供應。

　　The most direct impact of inadequate load-bearing capacity of cable trays is deformation or even fracture of the trays themselves. When the weight of the cables carried by the bridge exceeds its designed load-bearing capacity, the beams, brackets, and other components of the bridge will gradually bend and deform. At the beginning, it may only be a slight indentation that is difficult to detect with the naked eye, but over time, the deformation will become more severe. In the end, the bridge may break due to the inability to bear weight, causing the cables on it to fall. This not only damages the outer insulation layer of the cable, but also the internal conductor, causing a short circuit fault and resulting in power supply interruption. For example, in the basements or industrial plants of some large buildings, there are numerous and heavy cables. If the selected cable trays have insufficient load-bearing capacity, such problems are prone to occur, affecting the stable power supply of the entire area.

　　電纜橋架承重不足還會加速電纜的老化與損壞。正常情況下，電纜在橋架上應處于平穩、受力均勻的狀態。但當橋架承重不達標發生變形時，電纜會受到額外的拉扯、擠壓應力。尤其是在橋架變形的彎曲部位，電纜局部受力過大，其絕緣層會因長期的機械應力作用而出現龜裂、剝落現象。一旦絕緣層受損，電纜內部的導體就會暴露在外，容易引發漏電、短路等電氣故障。而且，電纜的老化速度加快，原本設計使用壽命較長的電纜，可能因橋架承重問題而提前報廢，增加了后期的維護成本與更換難度。

　　Insufficient load-bearing capacity of cable trays can accelerate the aging and damage of cables. Under normal circumstances, cables on cable trays should be in a stable and evenly stressed state. But when the load-bearing capacity of the bridge is not up to standard and deformation occurs, the cable will be subjected to additional tensile and compressive stress. Especially in the curved areas where the bridge is deformed, if the cable is subjected to excessive local stress, the insulation layer may crack or peel off due to long-term mechanical stress. Once the insulation layer is damaged, the conductors inside the cable will be exposed, which can easily cause electrical faults such as leakage and short circuits. Moreover, the aging rate of cables accelerates, and cables that were originally designed to have a longer service life may be scrapped prematurely due to load-bearing issues with the bridge, increasing maintenance costs and difficulty in replacement in the later stages.

　　承重不達標的電纜橋架，還會帶來嚴重的隱患。橋架斷裂或變形導致電纜墜落，不僅會破壞電力系統，還可能對周邊人員和設備造成傷害。在人員密集的場所，如、寫字樓，墜落的電纜可能砸傷行人；在工業生產區域，電纜墜落可能引發設備故障，甚導致生產線停機，造成重大經濟損失。此外，電纜破損引發的漏電、短路，還有可能引發火災事故。電纜短路瞬間產生的高溫，足以引燃周邊的易燃物，尤其是在一些存有易燃氣體、液體或粉塵的危險環境中，火災一旦發生，后果不堪設想，可能危及整個場所的。

　　Cable trays with inadequate load-bearing capacity can also pose serious safety hazards. Cable tray breakage or deformation leading to cable falling not only damages the power system, but may also cause harm to surrounding personnel and equipment. In densely populated areas such as shopping malls and office buildings, falling cables may injure pedestrians; In industrial production areas, cable falls may cause equipment failures and even lead to production line shutdowns, resulting in significant economic losses. In addition, leakage and short circuits caused by cable damage may also lead to fire accidents. The high temperature generated by a cable short circuit can ignite flammable materials in the surrounding area, especially in hazardous environments containing flammable gases, liquids, or dust. Once a fire occurs, the consequences are unimaginable and may endanger the safety of the entire site.

　　橋架承重不達標還會干擾電力系統的正常運行。當電纜因橋架問題受損后，電力傳輸的穩定性會受到影響。電壓波動、電流不穩等情況頻繁出現，會導致連接在該線路上的電氣設備無法正常工作。例如，一些對電力穩定性要求極高的精密儀器、服務器等設備，在不穩定的電力供應下，可能出現數據丟失、設備損壞等問題，影響企業的正常生產經營與數據。而且，頻繁的電力故障還會增加電力維護人員的工作負擔，降低整個電力系統的運行效率。

　　The inadequate load-bearing capacity of the bridge frame can also interfere with the normal operation of the power system. When cables are damaged due to bridge problems, the stability of power transmission will be affected. Frequent voltage fluctuations, unstable currents, and other issues can cause electrical equipment connected to the circuit to malfunction. For example, some precision instruments, servers, and other equipment that require extremely high power stability may experience data loss, equipment damage, and other issues under unstable power supply, affecting the normal production and operation of enterprises and data security. Moreover, frequent power failures can increase the workload of power maintenance personnel and reduce the overall operational efficiency of the power system.

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