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The method of making high-voltage cable heads is to peel off the sheath. There should be some detailed instructions for the sheath, and the process should be done in the order of outer and then inner. In addition, adequate insulation must be ensured. Solder the shield ground wire, remove the inner copper shield oxide and apply solder. Divide the grounding flat copper wire into three strands and tie them tightly with the copper shielding layer, and handle the tied wire ends well. Solder the wire ends with the copper shielding layer. The surface of the moisture-proof section of the outer sheath must be roughened and sealed with sandpaper to prevent water from penetrating into the cable head. To process the copper shielding layer, mark the hue at the bifurcation of the cable core wires. Correctly measure the cutting position of the copper shielding layer and solder it firmly. Tie the inside of the cutting place with copper wire, and follow the tightening direction of the copper tape along the copper wire. Use a knife to make a shallow mark, slowly tear off the copper shielding tape and untie the copper wire in the direction of the copper tape tightening. Peel off the semi-conductive layer. Generally, the semi-conductive layer is broken 10mm away from the break of the copper tape, and a circle of tape is wrapped around the inside of the break to mark it. Use a lint-free fine cloth or paper soaked in detergent to wipe off the dirt on the main insulation surface. When cleaning, you are only allowed to clean from the insulation end to the semiconductor layer. Repeated wiping is not allowed to avoid bringing semi-conductive substances to the surface of the main insulation layer. When installing the terminal head of the semiconducting tube, the distance between the three core wires and the bifurcation point should be as equal as possible. Generally, it is required to be 50mm away from the branch glove. The semiconducting tube should cover the copper tape by no less than 20mm, and 20mm should be left for the outer semiconducting layer. Stress dissipation glue should be applied to both sides of the conductive layer fracture (15mm length on the outer main insulation layer), and silicone grease should be applied to the main insulation surface. When heat-shrinking the semiconducting tube, be careful: the copper tape must not be loose and the surface must be clean (the original solder must be firmly soldered), and there must be no air in the semiconducting tube. Install the branch gloves, wrap the inner insulation layer and the steel armor with filler, apply sealant on the finger openings and the moisture-proof parts of the outer sheath, carefully insert the branch gloves, (mark the hue) heat shrink branch gloves, cable The middle of the branch should be shrunk as little as possible (this is where the branch glove is most likely to break), and the four ports where the sealant is applied should be tightened. Install the insulating sleeve and terminal block: measure the cable fixing position and the required length of each phase lead, and saw off the excess lead. Measure the length of the crimped core wire of the terminal, peel off the main insulation layer according to the size, apply some conductive paste or silicone grease on the core wire, and crimp the terminal. Remove the burrs at the crimping area, wrap the space between the terminal and the main insulation layer with filler, cover it with an insulating heat shrink tube, and apply sealant on the terminal. The last insulating heat shrink tube should cover the terminal to insulate it. The upper one of the casing should press the lower one. Determine the terminal position and the length of the cable leading to the equipment wiring, leaving 200~300mm of excess wire, and cut off the excess cable. Determine the length of the split core, then cut the plastic, saw off the steel armor, and weld the ground.