The core design of the cable ladder tee revolves around the reasonable branching of the main branch. The bifurcation angles are mainly 45° and 90°. These two angle designs are adapted to different wiring spaces and line direction requirements. The 45° bifurcation design can effectively reduce the cable stress when the line turns, ensure the smooth transition of the cable, and reduce the risk of damage caused by sharp turns. It is suitable for occasions where the line space is relatively ample and a certain angle buffer is required. The 90° bifurcation is more suitable for environments with limited space or where the line must turn vertically. It can maximize the use of the installation space and achieve a reasonable layout of the line. The cable ladder tee adopts a reinforced connection joint design, which not only improves the mechanical strength and stability of the connection part, but also ensures the safety and reliability of the overall bridge system. The reinforced connection joint optimizes the combination of the crosspiece and the main beam, so that the crosspiece can be continuously connected, thereby forming an integral load-bearing structure at the connection, avoiding the weakening phenomenon of the traditional tee at the connection point.

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