Displacement measuring arrangement having a first Hall sensor and a magnet, said first Hall sensor having a first measurement direction (z) in which a component of a magnetic flux density is measurable with said first Hall sensor, wherein the first Hall sensor and the magnet are arranged to allow relative movement between the first Hall sensor and the magnet, wherein the magnetic flux density of the magnet in the first Hall sensor is at least substantially in the direction of the first measurement direction (z), wherein the displacement measuring device has a second Hall sensor, the second Hall sensor having a second measurement direction (z) in which a component of a magnetic flux density can be measured with the second Hall sensor, wherein the first Hall sensor and the second Hall sensor are arranged such that the first measurement direction (z) and the second measurement direction (z) are at least substantially parallel, wherein the first and second Hall sensors are as close together as possible so that the field strengths of interference fields detected by the first Hall sensor are as equal as possible to the field strengths detected by the second Hall sensor, wherein the Hall sensors must measure the same components of the interference fields, wherein the displacement measuring arrangement has an evaluation means which is connected to a signal output of the first Hall sensor and the second Hall sensor, wherein the evaluation means is suitable and arranged to provide a compensated sensor signal at an output of the displacement measuring arrangement by subtracting a sensor signal of the second Hall sensor from a sensor signal of the first Hall sensor, characterized in • that at the same time, however, the field generated by the magnet of the displacement measuring arrangement must not be detected by the second Hall sensor, • that the second Hall sensor is arranged at a location where the field generated by the magnet has no component in the second measurement direction (z) i.e. that the second Hall sensor and the magnet are arranged such that the magnetic flux density of the magnet in the second Hall sensor is at least substantially perpendicular to the second measurement direction • the magnet can be displaced in a direction (z), which is parallel to the first and the second measurement direction. said first Hall sensor having a first measurement direction (z) in which a component of a magnetic flux density is measurable with said first Hall sensor, wherein the first Hall sensor and the magnet are arranged to allow relative movement between the first Hall sensor and the magnet, wherein the magnetic flux density of the magnet in the first Hall sensor is at least substantially in the direction of the first measurement direction (z), wherein the displacement measuring device has a second Hall sensor, the second Hall sensor having a second measurement direction (z) in which a component of a magnetic flux density can be measured with the second Hall sensor, wherein the first Hall sensor and the second Hall sensor are arranged such that the first measurement direction (z) and the second measurement direction (z) are at least substantially parallel, wherein the first and second Hall sensors are as close together as possible so that the field strengths of interference fields detected by the first Hall sensor are as equal as possible to the field strengths detected by the second Hall sensor, wherein the Hall sensors must measure the same components of the interference fields, wherein the displacement measuring arrangement has an evaluation means which is connected to a signal output of the first Hall sensor and the second Hall sensor, wherein the evaluation means is suitable and arranged to provide a compensated sensor signal at an output of the displacement measuring arrangement by subtracting a sensor signal of the second Hall sensor from a sensor signal of the first Hall sensor, characterized in • that at the same time, however, the field generated by the magnet of the displacement measuring arrangement must not be detected by the second Hall sensor, • that the second Hall sensor is arranged at a location where the field generated by the magnet has no component in the second measurement direction (z) i.e. that the second Hall sensor and the magnet are arranged such that the magnetic flux density of the magnet in the second Hall sensor is at least substantially perpendicular to the second measurement direction • the magnet can be displaced in a direction (z), which is parallel to the first and the second measurement direction. • that at the same time, however, the field generated by the magnet of the displacement measuring arrangement must not be detected by the second Hall sensor, • that the second Hall sensor is arranged at a location where the field generated by the magnet has no component in the second measurement direction (z) i.e. that the second Hall sensor and the magnet are arranged such that the magnetic flux density of the magnet in the second Hall sensor is at least substantially perpendicular to the second measurement direction • the magnet can be displaced in a direction (z), which is parallel to the first and the second measurement direction.