The invention discloses a 35kV heat shrink
power cable intermediate connector
manufacturing technology method comprising the following steps that an external sheath, an armor and an internal sheath are
cut; cable
phase splitting is performed, and excessive cable wire cables are sawed; a
copper shielding layer and an external semi-conductive layer are
cut; wrapping of
stress control glue is performed, and heat shrinkage of a semi-conductive
stress control tube is performed; wire core
tail end insulation is stripped, a "pencil stump" is
cut and sharpened, and an internal semi-conductive layer is reserved; tube material and a
copper shielding mesh sleeve are sleeved in turn; crimping of a connecting tube, wrapping of a shielding layer and additional wrapping of an insulating tape are performed; heat shrinkage of internal and external insulating tubes and a shielding / insulating composite tube is performed; wrapping of a
waterproof adhesive tape and a semi-conductive tape is performed; the
copper shielding mesh sleeve is fixed, and the copper shielding
layers of the two ends are connected; three phases are tightened, heat shrinkage of the internal sheath is performed and the armor
layers of the two ends are connected; and a
metal sheath and an external sheath tube are fixed. The technology method has instructiveness and can give clear
processing steps to work personnel so that the manufactured intermediate connector is enabled to be high in percent of pass, excessive waste can be avoided and cost can be saved.