Coupling arrangement for a lock cylinder, having a housing, a switching element, which is arranged in the housing, a drive device, which is arranged in the housing, and having a coupling device, which can be displaced between a coupling position and an uncoupling position, characterized in that the switching element can be rotated about a switching axis by means of the drive device, wherein the drive device is an electric motor, wherein the switching element is secured in the axial direction, as seen in relation to the switching axis, and wherein the coupling device is mounted in the housing in a rotationally fixed manner and such that it can be displaced parallel to the switching axis, wherein the switching element or the coupling device has at least one first switching magnet (62, 63, 64, 65) designed in the form of a permanent magnet, wherein a pole axis (66, 67, 68, 69) of the at least one switching magnet (62, 63, 64, 65) runs parallel to the switching axis, and wherein the correspondingly other one of the coupling device and the switching element has at least one first pair (98, 99) of coupling magnets (94, 95; 96, 97), wherein each coupling magnet (94, 95; 96, 97) is designed in the form of a permanent magnet, wherein the pole axes (104, 105, 106, 107) of the coupling magnets (94, 95; 96, 97) of a pair (98, 99) of coupling magnets (94, 95; 96, 97) each run parallel to the switching axis, and wherein the coupling magnets (94, 95; 96, 97) of a pair of coupling magnets (94, 95; 96, 97) have their poles oriented in opposite directions, wherein the switching element has the at least one first switching magnet (62, 63, 64, 65) designed in the form of a permanent magnet, and wherein the coupling device has the at least one first pair (98, 99) of coupling magnets (94, 95; 96, 97), wherein the coupling device has at least one first pin element (90, 91) and a disc element, in which the at least one first pair (98, 99) of coupling magnets (94, 95; 96, 97) is accommodated, and wherein the at least one first pin element (90, 91) is secured on the disc element in a rotationally fixed manner and in the axial direction, as seen in relation to the switching axis, and wherein the at least one first pin element (90, 91) extends in the axial direction from the disc element, wherein the drive device has a drive shaft running coaxially in relation to the switching axis, wherein the switching element is connected to the drive shaft in a rotationally fixed manner by means of a sleeve portion, and wherein the switching element has a first wing-form carrier, which extends in the radial direction, as seen in relation to the switching axis, from the sleeve portion and carries the first switching magnet, wherein the disc element of the coupling device is mounted on the sleeve portion of the switching element, wherein the switching element has a third wing-form carrier, in which a third switching magnet is accommodated, wherein the third wing-form carrier extends in the radial direction at an axial spacing apart from the first wing-form carrier, as seen in relation to the switching axis, wherein a pole axis of the third switching magnet runs coaxially with the pole axis of the first switching magnet, and wherein the polarities of the first switching magnet and of the third switching magnet are oriented in axially opposite directions, and wherein the disc element is arranged on the sleeve portion such that it can be displaced axially, as seen in relation to the switching axis, between the first and the third wing-form carriers (58, 60).