Cable ladder straight adopts a ladder-type main beam structure with crossbar support. This structure is derived from the mechanical principle of traditional I-beams. The main beam bears the weight of the main body, and the crossbar provides lateral support and cable support, so that the overall bridge has excellent structural strength and stability while maintaining a relatively light weight. The ladder-type main beams are arranged regularly and evenly spaced, which effectively disperses the load stress and avoids structural deformation or partial collapse. The maximum load capacity of Cable ladder straight under standard installation conditions can reach 200kg/m, far exceeding ordinary trough or tray-type bridges. This load-bearing level is not only capable of centralized laying of large-section power cables and control cables, but also can adapt to the complex requirements of high-load and high-density cable wiring in industrial sites. The open structure of the ladder bridge naturally has good air circulation capacity. The cables are completely exposed to the natural ventilation environment during the laying process, which can achieve sufficient heat exchange between the cable body and the ambient air. It can discharge more heat from the bridge per unit time, improving the overall thermal stability of the system. It is especially suitable for laying power equipment lines that need to run for a long time or in areas with high wiring density and concentrated heat.

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