Securing system intended to secure a cable to a tube for a tubular column for oil & gas, energy, or storage applications, said securing system comprising: - a first ring, - a second ring, - a central body arranged between the first ring and the second ring along a longitudinal axis, wherein: the first ring has a lifting surface turned toward the second ring, the lifting surface extending radially, said lifting surface being configured to bear against the tube so as to lift the tube and block the displacement of the first ring along the longitudinal axis toward the second ring, the second ring has an abutment surface turned toward the first ring, the abutment surface extending radially, said abutment surface being configured to bear against the tube so as to block the displacement of the second ring along the longitudinal axis toward the first ring, the central body has a first longitudinal end and a second longitudinal end, the first longitudinal end of the central body having a first blocking mechanism configured to link said first end to the first ring so as to block the displacement of said first ring relative to the central body along the longitudinal axis away from the second ring, the second longitudinal end of the central body having a second blocking mechanism configured to link said second end to the second ring so as to block the displacement of said second ring relative to the central body along the longitudinal axis away from the first ring, the securing system further comprising a cable securing mechanism having an outside housing for securing the cable, said outside housing having an opening for receiving through said opening the cable in the outside housing, said opening of the outside housing being arranged on an outside surface of the securing system, said outside surface being turned outwardly relative to an inside housing of the securing system, said inside housing being configured to house the tube, wherein the second ring comprises a guiding surface, said guiding surface being turned opposed to the first ring, said guiding surface being tapered relative to the longitudinal axis so as to have a first longitudinal end of said guiding surface having a large diameter and a second longitudinal end of said guiding surface having a small diameter, the second longitudinal end of the guiding surface being arranged between the first end of the guiding surface and the first ring along the longitudinal axis, the small diameter being configured to be radially outwardly offset relative to an inner diameter of the tube, wherein the first ring comprises a first outside groove, the second ring comprises a second outside groove, the first blocking mechanism comprising a first hook housed in the first outside groove, the second blocking mechanism comprising a second hook housed in the second outside groove. - a first ring, - a second ring, - a central body arranged between the first ring and the second ring along a longitudinal axis, the first ring has a lifting surface turned toward the second ring, the lifting surface extending radially, said lifting surface being configured to bear against the tube so as to lift the tube and block the displacement of the first ring along the longitudinal axis toward the second ring, the second ring has an abutment surface turned toward the first ring, the abutment surface extending radially, said abutment surface being configured to bear against the tube so as to block the displacement of the second ring along the longitudinal axis toward the first ring, the central body has a first longitudinal end and a second longitudinal end, the first longitudinal end of the central body having a first blocking mechanism configured to link said first end to the first ring so as to block the displacement of said first ring relative to the central body along the longitudinal axis away from the second ring, the second longitudinal end of the central body having a second blocking mechanism configured to link said second end to the second ring so as to block the displacement of said second ring relative to the central body along the longitudinal axis away from the first ring, the securing system further comprising a cable securing mechanism having an outside housing for securing the cable, said outside housing having an opening for receiving through said opening the cable in the outside housing, said opening of the outside housing being arranged on an outside surface of the securing system, said outside surface being turned outwardly relative to an inside housing of the securing system, said inside housing being configured to house the tube, wherein the second ring comprises a guiding surface, said guiding surface being turned opposed to the first ring, said guiding surface being tapered relative to the longitudinal axis so as to have a first longitudinal end of said guiding surface having a large diameter and a second longitudinal end of said guiding surface having a small diameter, the second longitudinal end of the guiding surface being arranged between the first end of the guiding surface and the first ring along the longitudinal axis, the small diameter being configured to be radially outwardly offset relative to an inner diameter of the tube, wherein the first ring comprises a first outside groove, the second ring comprises a second outside groove, the first blocking mechanism comprising a first hook housed in the first outside groove, the second blocking mechanism comprising a second hook housed in the second outside groove.