光缆架设时，通常是先将双槽夹板的钢绞线通过双槽夹板安装固定在各个电杆上，然后再将光缆吊挂在钢绞线上。单槽夹板安装后，钢绞线在被单槽夹板夹

住，因受起风等影光缆架设时，通常是先将单槽夹板的钢绞线通过单槽夹板安装固定在各个电杆上，然后再将光缆吊挂在钢绞线上。

  单槽夹板安装后，钢绞线在被单槽夹板夹住，因受起风等影响容易造成钢绞线晃动，进而造成单槽夹板边沿处磨损严重，甚至出现从夹板脱落的现象；在遇到雨水天气时，单槽夹板上残留的积水会

  对夹板产生不同程度腐蚀，导致单槽夹板的寿命减短，同时，传统的单槽夹板不具有绝缘的功能，在工作过程中容易使钢绞线与电杆导通。

  若双槽夹板出现如当电杆遭遇雷击时或者其它漏电情况时，整个杆路会迅速带电，增大触电的可能性。

When the optical cable is erected, the steel strand of the double slot splint is usually installed and fixed on each pole through the single slot splint, and then the optical cable is hung on the steel strand. After the installation of the single slot splint, the steel strand is clamped by the single slot splint

During the erection of optical cables exposed to wind and other influences, the steel strand of double slot splint is usually installed and fixed on each pole through the single slot splint, and then the optical cable is hung on the steel strand.

After the installation of the single slot splint, the steel strand is clamped by the single slot splint, which is easy to cause the steel strand to shake due to the influence of the wind, and then the edge of the single slot splint is seriously worn, and even the phenomenon of falling off from the splint occurs; in rainy weather, the residual water on the single slot splint will

At the same time, the traditional single slot splint does not have the function of insulation, so it is easy to make the steel strand and the pole connected in the working process.

If the double slot splint appears, such as when the pole is struck by lightning or other leakage, the whole pole circuit will be charged rapidly, increasing the possibility of electric shock.