The invention discloses an integrated directional non-contact cable fault detection positioning sensing device which comprises a
magnet ring, two conductor loops, an insulting outer sleeve and a
cushioning pad. The
magnet ring, the conductor loops, the insulting outer sleeve and the
cushioning pad are of an annular tubular type structure in main body. The device is formed by two symmetrical semi-circular structures respectively in a tight connection mode. The
magnet ring and the two conductor loops are tightly embedded into the insulting outer sleeve in sequence, and the
cushioning pad is used for being filled between the magnet ring and the conductor loops and a cable to be measured. According to the integrated directional non-contact cable fault detection positioning sensing device, a tubular type
capacitor formed by the conductor loops and the cable to be measured is used so that non-contact
coupling transmission of high-frequency signals in a cable fault positioning device through a reflection method is achieved, and
electrical connection between the fault positioning device and the cable to be measured is avoided; by the adoption of the magnet ring, the
inductance of the section of the cable to be measured is strengthened, the
signal transmission direction can be controlled, and thus directional detection of the cable to be measured is achieved; the device can be applied to fault positioning of a complex
cable network system and has the advantages of being convenient and fast to
mount, high in security and the like.