Abstract: Sensor (1) for monitoring the parameters of rotation around its own axis and vibration of a steel rope (100), comprising a battery (2), indicator means (3) of the state of charge of said battery (2), at least a LED indicator (5), a power unit (7) which supplies the sensor (1), a detection unit (8) of the rotation angles (?, ?) around its own axis (X) and of the vibrations of said steel rope (100), a microprocessor (9) for collection activity and data transmission, said sensor (1) being housed in a portion obtained in the core (110) of the steel rope (100).

Abstract: Device (100) for continually and automatically measuring geometrical and shaping parameters of a rope (8) comprising a first plate (1) and a second plate (2) parallel to each other and constrained in a removable way by means of spacer means (3) and anchoring means (4), at least two micrometers (5, 6) angularly unaligned one to the other and positioned between said first plate (1) and second plate (2), an encoder (7) anchored to the second plate (2), in contact with the rope (8) being the device (100) wherein said first plate (1) and second plate (2) comprise a shaped opening (9) for the passage of the rope (8) inside said shaped opening, so that the rope (8) centrally flows through the device (100) and the two micrometers (5, 6) carry out the measurements.

Abstract: Sensor (1) for monitoring the parameters of rotation around its own axis and vibration of a steel rope (100), comprising a battery (2), indicator means (3) of the state of charge of said battery (2), at least a LED indicator (5), a power unit (7) which supplies the sensor (1), a detection unit (8) of the rotation angles (?, ?) around its own axis (X) and of the vibrations of said steel rope (100), a microprocessor (9) for collection activity and data transmission, said sensor (1) being housed in a portion obtained in the core (110) of the steel rope (100).

Abstract: Device (100) for continually and automatically measuring geometrical and shaping parameters of a rope (8) comprising a first plate (1) and a second plate (2) parallel to each other and constrained in a removable way by means of spacer means (3) and anchoring means (4), at least two micrometers (5, 6) angularly unaligned one to the other and positioned between said first plate (1) and second plate (2), an encoder (7) anchored to the second plate (2), in contact with the rope (8) being the device (100) wherein said first plate (I) and second plate (2) comprise a shaped opening (9) for the passage of the rope (8) inside said shaped opening, so that the rope (8) centrally flows through the device (100) and the two micrometers (5, 6) carry out the measurements.