Underwater aluminum-plastic longitudinally-wrapped tinned copper flexible cable

Abstract

The utility model relates to an underwater aluminum-plastic longitudinally-wrapped tinned copper flexible cable. The cable comprises a plurality of insulating wire cores, each insulating wire core is composed of a tinned soft copper conductor and an insulating layer arranged outside the tinned soft copper conductor, a water-blocking tape is lapped outside the plurality of insulating wire cores to form a cable core, a filler is arranged between the plurality of insulating wire cores and the water-blocking tape, an aluminum-plastic composite tape is longitudinally wrapped outside the cable core, and the aluminum-plastic composite tape is wrapped outside the tinned soft copper conductor. An armor layer is arranged outside the aluminum-plastic composite tape, and an outer sheath is extruded outside the armor layer. The underwater power cable has good flexibility and bending and winding resistance, can adapt to complex and changeable underwater wiring environments, can stably transmit electric power in the underwater environment, provides reliable power supply power connection for underwater equipment, is particularly important in the fields of ocean engineering, underwater detection, submersible operation and the like, and ensures normal operation of the underwater equipment.