A device for stopping an induction motor, comprising: a frequency commanding unit configured to generate an operating frequency corresponding to a rotational speed command of the induction motor; a V/F pattern commanding unit configured to output a first q-axis voltage (Vql) proportional to the generated operating frequency and a first d-axis voltage; an inverter for driving the induction motor; a q-axis PI current controller configured to output a second q-axis voltage for stopping the induction motor 40 when the operating frequency reaches a stopping frequency; a d-axis PI current controller configured to output a second d-axis voltage for stopping the induction motor when the operating frequency reaches the stopping frequency; a q-axis integral initial value setting unit configured to detect the first q-axis voltage (Vql) occurring at the timing of when the operating frequency reaches the stopping frequency and set the first q-axis voltage (Vql) with an integral initial value of the q-axis PI current controller; and a d-axis integral initial value setting unit configured to detect the first d-axis voltage (Vdl) occurring at the timing of when the operating frequency reaches the stopping frequency and set the first d-axis voltage (Vdl) with an integral initial value of the d-axis PI current controller; a selection unit configured to select and output the first q-axis and d-axis voltages (Vql and Vd1) or the second q-axis and d-axis voltages (Vq2 and Vd2) according to the operating frequency generated by the frequency commanding unit; a DC stopping amount commanding unit configured to generate a final current target value (IRef) according to a DC stopping amount when the operating frequency reaches the stopping frequency; and a d-q axis current command generating unit configured to calculate a final q-axis current target value (Iq_Ref) that is to be applied to the q-axis PI current controller by using the final current target value (IRef), and a final d-axis current target value (Id_Ref) that is to be applied to the d-axis PI current controller, wherein the selection unit is configured to select the first q-axis and d-axis voltages (Vql and Vd1) if the operating frequency corresponds to the driving frequency, and select the second q-axis and d-axis voltages (Vq2 and Vd2) when the operating frequency reaches the stopping frequency. a frequency commanding unit configured to generate an operating frequency corresponding to a rotational speed command of the induction motor; a V/F pattern commanding unit configured to output a first q-axis voltage (Vql) proportional to the generated operating frequency and a first d-axis voltage; an inverter for driving the induction motor; a q-axis PI current controller configured to output a second q-axis voltage for stopping the induction motor 40 when the operating frequency reaches a stopping frequency; a d-axis PI current controller configured to output a second d-axis voltage for stopping the induction motor when the operating frequency reaches the stopping frequency; a q-axis integral initial value setting unit configured to detect the first q-axis voltage (Vql) occurring at the timing of when the operating frequency reaches the stopping frequency and set the first q-axis voltage (Vql) with an integral initial value of the q-axis PI current controller; and a d-axis integral initial value setting unit configured to detect the first d-axis voltage (Vdl) occurring at the timing of when the operating frequency reaches the stopping frequency and set the first d-axis voltage (Vdl) with an integral initial value of the d-axis PI current controller; a selection unit configured to select and output the first q-axis and d-axis voltages (Vql and Vd1) or the second q-axis and d-axis voltages (Vq2 and Vd2) according to the operating frequency generated by the frequency commanding unit; a DC stopping amount commanding unit configured to generate a final current target value (IRef) according to a DC stopping amount when the operating frequency reaches the stopping frequency; and a d-q axis current command generating unit configured to calculate a final q-axis current target value (Iq_Ref) that is to be applied to the q-axis PI current controller by using the final current target value (IRef), and a final d-axis current target value (Id_Ref) that is to be applied to the d-axis PI current controller, wherein the selection unit is configured to select the first q-axis and d-axis voltages (Vql and Vd1) if the operating frequency corresponds to the driving frequency, and select the second q-axis and d-axis voltages (Vq2 and Vd2) when the operating frequency reaches the stopping frequency.