A centrifuge comprising: a rotor configured to hold a sample and configured to be detachably mounted; a rotation chamber accommodating the rotor; an inverter type cooling machine configured to cool the rotation chamber and including a compressor motor; a plurality of motors configured to be rotationally driven by three-phase AC power, the plurality of motors including, a centrifuge motor configured to rotate the rotor, and the compressor motor, a first converter configured to convert the AC power into DC power to be supplied to a first inverter for the centrifuge motor, a second converter configured to convert the AC power into DC power to be supplied to a second inverter for the compressor motor, a first current sensor provided at an input side of the first converter, a second current sensor provided at an input side of the second converter, the first inverter configured to convert the DC output of the first converter into AC power to supply the converted AC power to the centrifuge motor, the second inverter configured to convert the DC output of the second converter into AC power to supply the converted AC power to the compressor motor, and a control device configured to control centrifuging operation, wherein the control device is configured to set an upper limit of current flowing through the first current sensor and the second current sensor, and change distribution of power supplied to the centrifuge motor and power supplied to the compressor motor during one operation by controlling the first converter and the second converter within each upper limit of the current flowing therethrough, wherein the control device is configured to control a maximum distribution power supplied to the compressor motor during a rotation acceleration of the rotor and a maximum distribution power supplied to the compressor motor during a rotation stabilization of the rotor to be different from each other, wherein a rotation number of the compressor motor during the rotation stabilization of the rotor is set to be larger than the rotation number of the compressor motor during the rotation acceleration of the rotor. a rotor configured to hold a sample and configured to be detachably mounted; a rotation chamber accommodating the rotor; an inverter type cooling machine configured to cool the rotation chamber and including a compressor motor; a plurality of motors configured to be rotationally driven by three-phase AC power, the plurality of motors including, a centrifuge motor configured to rotate the rotor, and the compressor motor, a first converter configured to convert the AC power into DC power to be supplied to a first inverter for the centrifuge motor, a second converter configured to convert the AC power into DC power to be supplied to a second inverter for the compressor motor, a first current sensor provided at an input side of the first converter, a second current sensor provided at an input side of the second converter, the first inverter configured to convert the DC output of the first converter into AC power to supply the converted AC power to the centrifuge motor, the second inverter configured to convert the DC output of the second converter into AC power to supply the converted AC power to the compressor motor, and a control device configured to control centrifuging operation, wherein the control device is configured to set an upper limit of current flowing through the first current sensor and the second current sensor, and change distribution of power supplied to the centrifuge motor and power supplied to the compressor motor during one operation by controlling the first converter and the second converter within each upper limit of the current flowing therethrough, wherein the control device is configured to control a maximum distribution power supplied to the compressor motor during a rotation acceleration of the rotor and a maximum distribution power supplied to the compressor motor during a rotation stabilization of the rotor to be different from each other, wherein a rotation number of the compressor motor during the rotation stabilization of the rotor is set to be larger than the rotation number of the compressor motor during the rotation acceleration of the rotor.