Conveying arrangement for conveying a conveyed material, comprising - a motor-operated conveying roller , comprising • a roller body mounted rotatably about a roller axis (A), • a drive unit which is arranged within the roller body and which is mechanically coupled to the roller body and to an axle element and which is designed to generate a torque between the axle element and the roller body , - a sensor function unit which is arranged within the roller body and , and - a control unit which is connected, for the transmission of signals, to the sensor function unit , wherein the control signal comprises data for the drive of the motor-operated conveying roller with a characteristic profile, which is predetermined by the control signal, in a conveying operating mode, wherein the sensor function unit arranged within the roller body is designed to detect a conveyed material to be conveyed by means of the motor-operated conveying roller , wherein the control unit is designed to receive a sensor signal from the sensor function unit arranged within the roller body and to transmit a control signal to the drive unit in a manner dependent on the sensor signal, characterized in that the sensor function unit located within the roller body is designed to generate the sensor signal as a binary signal, which signals the presence and absence of conveyed material, - that the control unit is designed to switch the drive unit back and forth between a standby operating mode and a conveying operating mode depending on the sensor signal generated by the sensor function unit located within the roller body . - a motor-operated conveying roller , comprising • a roller body mounted rotatably about a roller axis (A), • a drive unit which is arranged within the roller body and which is mechanically coupled to the roller body and to an axle element and which is designed to generate a torque between the axle element and the roller body , • a roller body mounted rotatably about a roller axis (A), • a drive unit which is arranged within the roller body and which is mechanically coupled to the roller body and to an axle element and which is designed to generate a torque between the axle element and the roller body , - a sensor function unit which is arranged within the roller body and , and - a control unit which is connected, for the transmission of signals, to the sensor function unit , wherein the control signal comprises data for the drive of the motor-operated conveying roller with a characteristic profile, which is predetermined by the control signal, in a conveying operating mode, wherein the sensor function unit arranged within the roller body is designed to detect a conveyed material to be conveyed by means of the motor-operated conveying roller , wherein the control unit is designed to receive a sensor signal from the sensor function unit arranged within the roller body and to transmit a control signal to the drive unit in a manner dependent on the sensor signal, characterized in that the sensor function unit located within the roller body is designed to generate the sensor signal as a binary signal, which signals the presence and absence of conveyed material, - that the control unit is designed to switch the drive unit back and forth between a standby operating mode and a conveying operating mode depending on the sensor signal generated by the sensor function unit located within the roller body . - that the control unit is designed to switch the drive unit back and forth between a standby operating mode and a conveying operating mode depending on the sensor signal generated by the sensor function unit located within the roller body . <EOS>