A system having a holding device, having a sheet-metal part (32, 132), and a cable, wherein the holding device is provided for the cable, wherein the sheet-metal part (32, 132) has a first portion (20, 120) of the sheet-metal part and a second portion (23, 123) of the sheet-metal part, which are connected by means of a bending portion (30, 130), wherein the first portion (20, 120) of the sheet-metal part is bendable relative to the second portion (23, 123) of the sheet-metal part in the bending portion (30, 130) in such a manner that the first portion (20, 120) of the sheet-metal part and the second portion (23, 123) of the sheet-metal part are arranged at a non-vanishing bending angle to one another, wherein the first portion (20, 120) of the sheet-metal part is connected to a cable shield of the cable in an electrically conductive manner, wherein the cable is connected to the first portion (20, 120) of the sheet-metal part in a force-locked manner, in particular wherein the cable is held and guided by means of the holding device (3, 103), in particular is locally guided, wherein the second portion (23, 132) of the sheet-metal part has an interface for mechanical connection, wherein the sheet-metal part (32, 132) is one-piece, in particular is in the form of a stamped and bent part, wherein the sheet-metal part has an opening through which the cable is passed at least partially, wherein the sheet-metal part (32, 132) has a third portion (31, 131) of the sheet-metal part, which portion extends parallel to the first portion (20, 120) of the sheet-metal part, wherein the bending portion (30,130) has a thinner sheet-metal thickness than all other portions of the sheet-metal part, wherein a further cable is connected to the third portion (31, 131) of the sheet-metal part by means of a cable clamp, wherein a conductor of the further cable is connected to the cable clamp and the third portion (31, 131) of the sheet-metal part in an electrically conductive manner, wherein the sheet-metal part (32, 132) has a fourth portion of the sheet-metal part and a fifth portion of the sheet-metal part, wherein the fourth portion of the sheet-metal part is arranged at a non-vanishing angle to the second portion (23, 123) of the sheet-metal part, in particular is arranged at right angles, wherein the fifth portion of the sheet-metal part is arranged at a non-vanishing angle to the first portion (20, 120) of the sheet-metal part, in particular is arranged at right angles, wherein the bending portion (30, 130) is arranged between the fourth portion of the sheet-metal part and the fifth portion of the sheet-metal part, wherein the bending angle between the first portion (20, 120) of the sheet-metal part and the second portion (23, 123) of the sheet-metal part is defined by means of the fourth portion of the sheet-metal part and by means of the fifth portion of the sheet-metal part, wherein the fourth and fifth portions (4, 7) of the sheet-metal part extend in a substantially parallel manner from the first or second portion (20, 23) of the sheet-metal part, so that the fourth and fifth portions (4, 7) of the sheet-metal part contact when a maximum bending angle in a first bending direction is reached, so that further bending in the first bending direction is prevented.