A current measurement device for measuring currents (I n ) in conductors of a cable with N ≥ 2 conductors , comprising (a) Q vectorial magnetic field sensors , wherein Q ≥ 5 and (b) an evaluation unit that is designed to automatically (i) detect magnetic field component data from three magnetic field components (B x , B y ,B z ) by means of the magnetic field sensors and (ii) calculate the at least one current (I n ) from the magnetic field component data, (c) wherein at least two of the magnetic field sensors (16.1, 16.2) are located in a first cross-sectional plane (Q1), characterised in that (d) at least two further magnetic field sensors (16.3, 16.4, 16.5) are located in a second cross-sectional plane (Q2), which extends parallel to the first cross-sectional plane (Q1), (e) at least two of the magnetic field sensors (16.1, 16.3, 16.5) are located in a first contact plane (A1), the first contact plane (A1) extending perpendicular to the first cross-sectional plane (Q1), (f) at least two further magnetic field sensors (16.2, 16.4) are located in a second contact plane (A2), which extends parallel to the first contact plane (A1), (g) at least two of the magnetic field sensors (16.2, 16.4, 16.5) are located in a first longitudinal plane (L1), the first longitudinal plane (L1) extending perpendicular to the first cross-sectional plane (Q1) and perpendicular to the contact plane (A1), and (h) at least one further magnetic field sensor (16.3) is located in a second longitudinal plane (L2), which extends parallel to the first longitudinal plane (L1). (a) Q vectorial magnetic field sensors , wherein Q ≥ 5 and (b) an evaluation unit that is designed to automatically (i) detect magnetic field component data from three magnetic field components (B x , B y ,B z ) by means of the magnetic field sensors and (ii) calculate the at least one current (I n ) from the magnetic field component data, (i) detect magnetic field component data from three magnetic field components (B x , B y ,B z ) by means of the magnetic field sensors and (ii) calculate the at least one current (I n ) from the magnetic field component data, (c) wherein at least two of the magnetic field sensors (16.1, 16.2) are located in a first cross-sectional plane (Q1), (d) at least two further magnetic field sensors (16.3, 16.4, 16.5) are located in a second cross-sectional plane (Q2), which extends parallel to the first cross-sectional plane (Q1), (e) at least two of the magnetic field sensors (16.1, 16.3, 16.5) are located in a first contact plane (A1), the first contact plane (A1) extending perpendicular to the first cross-sectional plane (Q1), (f) at least two further magnetic field sensors (16.2, 16.4) are located in a second contact plane (A2), which extends parallel to the first contact plane (A1), (g) at least two of the magnetic field sensors (16.2, 16.4, 16.5) are located in a first longitudinal plane (L1), the first longitudinal plane (L1) extending perpendicular to the first cross-sectional plane (Q1) and perpendicular to the contact plane (A1), and (h) at least one further magnetic field sensor (16.3) is located in a second longitudinal plane (L2), which extends parallel to the first longitudinal plane (L1). <EOS>