Scanning element for an inductive angle measuring device, which has a first detector unit (1.11) comprising a first receiver conductor track (1.1121), has a second detector unit (1.12) comprising a second receiver conductor track (1.1221; 1.1221'), the second receiver conductor track (1.1221; 1.1221') extending over a second arc length (α2), has a third detector unit (1.13) comprising a third receiver conductor track (1.1321), and has a fourth detector unit (1.14) comprising a fourth receiver conductor track (1.1421; 1.1421'), the fourth receiver conductor track (1.1421; 1.1421') extending over a fourth arc length (α4, α4'), wherein the characteristic of the first receiver conductor track (1.1121) and of the third receiver conductor track (1.1321) along a first circular line having a first radius is periodic, the first receiver conductor track (1.1121) and the third receiver conductor track (1.1321) being arranged in such a way that there is a third gap having a third gap length (β13) and a fourth gap having the fourth gap length (γ13) between them in the circumferential direction (x), wherein the characteristic of the second receiver conductor track (1.1221; 1.1221') and of the fourth receiver conductor track (1.1421; 1.1421') along a second circular line having a second radius (r) is periodic, the second receiver conductor track (1.1221; 1.1221') and the fourth receiver conductor track (1.1421; 1.1421') being arranged in such a way that there is a first gap (G24; G24') having a first gap length β24 or β24' and a second gap having a second gap length γ24 between them in the circumferential direction (x), wherein the first radius and the second radius (r) are different, and the first gap length β24 or β24' and the second gap length γ24 are of different magnitude or the second arc length (α2) and the fourth arc length (α4') are of different magnitude, wherein the second receiver conductor track (1.1221; 1.1221') and the fourth receiver conductor track (1.1421; 1.1421') each have a periodic characteristic having a constant second period length λ2, and the first gap length β24 or β24' is a multiple m or m' of the second period length λ2, and the second gap length γ24 is a multiple n of the second period length λ2, so that it holds true that: β24 = m·λ2 and γ24 = n·λ2, or β24' = m' ·λ2 and γ24 = n·λ2 with m, m', n as natural numbers greater than zero. has a first detector unit (1.11) comprising a first receiver conductor track (1.1121), has a second detector unit (1.12) comprising a second receiver conductor track (1.1221; 1.1221'), the second receiver conductor track (1.1221; 1.1221') extending over a second arc length (α2), has a third detector unit (1.13) comprising a third receiver conductor track (1.1321), and has a fourth detector unit (1.14) comprising a fourth receiver conductor track (1.1421; 1.1421'), the fourth receiver conductor track (1.1421; 1.1421') extending over a fourth arc length (α4, α4'), wherein the characteristic of the first receiver conductor track (1.1121) and of the third receiver conductor track (1.1321) along a first circular line having a first radius is periodic, the first receiver conductor track (1.1121) and the third receiver conductor track (1.1321) being arranged in such a way that there is a third gap having a third gap length (β13) and a fourth gap having the fourth gap length (γ13) between them in the circumferential direction (x), wherein the characteristic of the second receiver conductor track (1.1221; 1.1221') and of the fourth receiver conductor track (1.1421; 1.1421') along a second circular line having a second radius (r) is periodic, the second receiver conductor track (1.1221; 1.1221') and the fourth receiver conductor track (1.1421; 1.1421') being arranged in such a way that there is a first gap (G24; G24') having a first gap length β24 or β24' and a second gap having a second gap length γ24 between them in the circumferential direction (x), wherein the first radius and the second radius (r) are different, and the first gap length β24 or β24' and the second gap length γ24 are of different magnitude or the second arc length (α2) and the fourth arc length (α4') are of different magnitude, wherein the second receiver conductor track (1.1221; 1.1221') and the fourth receiver conductor track (1.1421; 1.1421') each have a periodic characteristic having a constant second period length λ2, and the first gap length β24 or β24' is a multiple m or m' of the second period length λ2, and the second gap length γ24 is a multiple n of the second period length λ2, so that it holds true that: β24 = m·λ2 and γ24 = n·λ2, or β24' = m' ·λ2 and γ24 = n·λ2 with m, m', n as natural numbers greater than zero. β24 = m·λ2 and γ24 = n·λ2, or β24' = m' ·λ2 and γ24 = n·λ2 with m, m', n as natural numbers greater than zero.