Control method for the casting level of a continuous casting mould, - wherein the inflow of liquid metal into the continuous casting mould is adjusted by means of a closing facility and the partially solidified metal strand is drawn out of the continuous casting mould by means of a draw facility, - wherein a measured actual value (hG) of the casting level is fed to a casting level controller, which, with the aid of the actual value (hG) and a corresponding target value (hG*), determines a target setting (p*) for the closing facility and feeds the same to the closing facility, - wherein the measured actual value (hG) and an actual setting (p) of the closing facility are fed to an interference compensator, - wherein an expected value (hE) for the casting level is determined within the interference compensator and is subtracted from the measured actual value (hG) of the casting level, - wherein the difference (e) within the interference compensator is fed to a difference controller, which determines a controller output signal (e') therefrom, - wherein the controller output signal (e') is on the one hand multiplied by a superposition factor (k) and the controller output signal (e') multiplied by the superposition factor (k) is superimposed onto the target setting (p*) as an interference compensation value (z), - wherein an inflow signal derived from the actual setting (p) is superimposed onto the controller output signal (e') on the other hand and the superposition result within the interference compensator is fed to an integrator, the output signal (hE) of which corresponds to the expected value (hE) for the casting level. - wherein the inflow of liquid metal into the continuous casting mould is adjusted by means of a closing facility and the partially solidified metal strand is drawn out of the continuous casting mould by means of a draw facility, - wherein a measured actual value (hG) of the casting level is fed to a casting level controller, which, with the aid of the actual value (hG) and a corresponding target value (hG*), determines a target setting (p*) for the closing facility and feeds the same to the closing facility, - wherein the measured actual value (hG) and an actual setting (p) of the closing facility are fed to an interference compensator, - wherein an expected value (hE) for the casting level is determined within the interference compensator and is subtracted from the measured actual value (hG) of the casting level, - wherein the difference (e) within the interference compensator is fed to a difference controller, which determines a controller output signal (e') therefrom, - wherein the controller output signal (e') is on the one hand multiplied by a superposition factor (k) and the controller output signal (e') multiplied by the superposition factor (k) is superimposed onto the target setting (p*) as an interference compensation value (z), - wherein an inflow signal derived from the actual setting (p) is superimposed onto the controller output signal (e') on the other hand and the superposition result within the interference compensator is fed to an integrator, the output signal (hE) of which corresponds to the expected value (hE) for the casting level.