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A system for a vehicle includes a hollow axle, a wheel hub which surrounds the axle, bearings provided therebetween, at least one nut having a predetermined inner diameter mounted on an end of the axle, and a hub cap mounted to the wheel hub. An exciting element is mounted within the hub cap by a mo

A system for a vehicle includes a hollow axle, a wheel hub which surrounds the axle, bearings provided therebetween, at least one nut having a predetermined inner diameter mounted on an end of the axle, and a hub cap mounted to the wheel hub. An exciting element is mounted within the hub cap by a mounting wheel. A sensor member is mounted in the end of the axle and radially spaced from the exciting element. The sensor member has an outer diameter which is less than the inner diameter of the nut such that the wheel hub, the bearings, the nut, the hub cap, the exciting element and the mounting wheel can be removed without having to remove the sensor member from the axle.

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A system for a vehicle includes a hollow axle, a wheel hub which surrounds the axle, bearings provided therebetween, at least one nut having a predetermined inner diameter mounted on an end of the axle, and a hub cap mounted to the wheel hub. An exciting element is mounted within the hub cap by a mo

A system for a vehicle includes a hollow axle, a wheel hub which surrounds the axle, bearings provided therebetween, at least one nut having a predetermined inner diameter mounted on an end of the axle, and a hub cap mounted to the wheel hub. An exciting element is mounted within the hub cap by a mounting wheel. A sensor member is mounted in the end of the axle and radially spaced from the exciting element. The sensor member has an outer diameter which is less than the inner diameter of the nut such that the wheel hub, the bearings, the nut, the hub cap, the exciting element and the mounting wheel can be removed without having to remove the sensor member from the axle. as metallic plates. 10. The heat shield arrangement as claimed in claim 2, wherein a heat insulation layer is applied to those surfaces of the heat shield elements which face the hot gas. 11. The heat shield arrangement as claimed in claim 3, wherein a heat insulation layer is applied to those surfaces of the heat shield elements which face the hot gas. 12. The heat shield arrangement as claimed in claim 4, wherein a heat insulation layer is applied to those surfaces of the heat shield elements which face the hot gas. 13. A heat shield arrangement for a structure carrying hot gas, comprising: a plurality of heat shield elements anchored next to one another on a carrying structure, wherein a cooling-air duct, into which cooling air is fed and by which the adjacent heat shield elements communicate with one another, is formed by at least two adjacent heat shield elements between the carrying structure and the surface of the heat shield elements which faces away from the hot gas, wherein the at least two adjacent heat shield elements are connected by at least one sealing element so that at least one of the emergence of cooling air from the cooling-air duct into the structure carrying hot gas and the entry of hot gas into the cooling-air duct are prevented, wherein the heat shield elements are designed essentially as plates which each have a web on at least at two opposite edges, and wherein the at least two adjacent heat shield elements are contiguous to one another with one web, and the at least one sealing element is introduceable into a groove of the respective web of the adjacent heat shield elements. 14. The heat shield arrangement as claimed in claim 13, wherein the sealing element is a U-shaped sealing element. 15. The heat shield arrangement as claimed in claim 13, wherein a heat insulation layer is applied to those surfaces of the heat shield elements which face the hot gas. 16. The heat shield arrangement as claimed in claim 13, wherein the heat shield elements each have a centrally arranged screwing device, by which the heat shield elements are anchorable to the carrying structure. 17. A heat shield arrangement for a structure carrying hot gas, comprising: a plurality of heat shield elements anchored next to one another on a carrying structure, wherein a cooling-air duct, into which cooling air is fed and by which the adjacent heat shield elements communicate with one another, is formed by at least two adjacent heat shield elements between the carrying structure and the surface of the heat shield elements which faces away from the hot gas, wherein the at least two adjacent heat shield elements are connected by at least one sealing element so that at least one of the emergence of cooling air from the cooling-air duct into the structure carrying hot gas and the entry of hot gas into the cooling-air duct are prevented, wherein the heat shield elements are designed essentially as plates which each have a web on at least at two opposite edges, wherein further, at least two adjacent heat shield elements which do not communicate with one another by a cooling-air duct are connected by at least one further sealing element, wherein the further at least two adjacent heat shield elements are contiguous to one another with one web, wherein the webs lie on the further sealing element, so that an attack of the hot gas on the carrying structure is prevented and wherein the sealing element is a planar sealing element. 18. The heat shield arrangement as claimed in claim 17, wherein the heat shield elements each have a centrally arranged screwing device, by which the heat shield elements are anchorable to the carrying structure. 19. A heat shield arrangement for a structure carrying hot gas, comprising: a plurality of heat shielding means for shielding heat, anchored next to one another on a carrying structure, wherein a cooling-air duct, into which cooling air is fed and by which the adjacent heat shielding means communic