Routing cable installation is a method of underground cable installation that uses a specially adapted routing router to route the cable instead of digging. This method is particularly useful in situations where traditional excavation methods can be difficult or expensive, such as high traffic areas or sensitive environments where large excavations must be avoided.

Here is an overview of the cable installation process with a router:

Planning and preparation: Before starting the installation work, the cable trajectory must be carefully planned and the locations of the installation sites must be determined. It is also necessary to determine the depth where the cable will be laid.

Setting up the route cutter: To select a suitable route cutter, the cable type, soil type and installation requirements must be taken into account. The router must be carefully set up according to the cable trajectory and depth and ensure that it is properly calibrated.

Milling: Milling is carried out according to the trajectory of the cable with a route milling machine. The machine mills the ground surface or asphalt surface according to the given depth and width, creating the necessary space for the cable on the road.

Cable installation: After milling, the cable is installed in the prepared groove. Depending on the need, cable installation can be done manually or special installation equipment can be used.

Backfilling: After laying the cable, the groove is carefully backfilled to protect the cable and ensure a level surface of the road or site.

Inspection and testing: After the installation work is completed, the cable must be inspected and tested to ensure that it is correctly installed and functioning. This includes checking connections, testing insulation and testing signal transmission.

Cable installation with a router can be a fast, efficient and cost-effective method of installing underground cables, reducing the effort and time associated with digging. In addition, it also reduces the negative impact on the surrounding environment and allows work to be done in areas where traditional methods may be problematic.