Bearing, comprising an inner ring and an outer ring rotatable relative to said inner ring , a sensor for detecting a measured variable corresponding to a rotation of said outer ring relative to said inner ring , whereat said sensor comprises a stator (6.1) and a rotor (6.2), wherein said sensor is built as an inductive sensor and said stator is torque-proof connected to said inner ring and said rotor is torque-proof connected to said outer ring or said stator (6.1) is torque-proof connected to said outer ring and said rotor (6.2) is torque-proof connected to said inner ring , wherein said inner ring and said outer ring forming a bearing area for bearing said inner ring relative to said outer ring and a sensor area for supporting said inductive sensor , whereat a spatial dimension of said sensor area is defined by said inner ring and said outer ring , said bearing area and said sensor area of said bearing are divided by shoulders (2.1, 4.1) of said inner ring and said outer ring characterized in that - a spacer is arranged between said stator (6.1) and said inner ring or said outer ring , to which said stator (6.1) is torque-proof connected, - said spacer is positioned next to said shoulder (2.1, 4.1) of said inner ring or said outer ring of said bearing in order to keep a defined distance between said shoulder (2.1, 4.1) and said stator (6.1) of said inductive sensor , - said rotor (6.2) of said inductive sensor is arranged respectively to said outer ring or inner ring of said bearing next to said shoulder (4.1, 2.1) of said inner ring , - said stator (6.1) and said rotor (6.2) of said inductive sensor are positioned to each other by said spacer in a defined distance. wherein said sensor is built as an inductive sensor and said stator is torque-proof connected to said inner ring and said rotor is torque-proof connected to said outer ring or said stator (6.1) is torque-proof connected to said outer ring and said rotor (6.2) is torque-proof connected to said inner ring , wherein said inner ring and said outer ring forming a bearing area for bearing said inner ring relative to said outer ring and a sensor area for supporting said inductive sensor , whereat a spatial dimension of said sensor area is defined by said inner ring and said outer ring , said bearing area and said sensor area of said bearing are divided by shoulders (2.1, 4.1) of said inner ring and said outer ring characterized in that - a spacer is arranged between said stator (6.1) and said inner ring or said outer ring , to which said stator (6.1) is torque-proof connected, - said spacer is positioned next to said shoulder (2.1, 4.1) of said inner ring or said outer ring of said bearing in order to keep a defined distance between said shoulder (2.1, 4.1) and said stator (6.1) of said inductive sensor , - said rotor (6.2) of said inductive sensor is arranged respectively to said outer ring or inner ring of said bearing next to said shoulder (4.1, 2.1) of said inner ring , - said stator (6.1) and said rotor (6.2) of said inductive sensor are positioned to each other by said spacer in a defined distance. - a spacer is arranged between said stator (6.1) and said inner ring or said outer ring , to which said stator (6.1) is torque-proof connected, - said spacer is positioned next to said shoulder (2.1, 4.1) of said inner ring or said outer ring of said bearing in order to keep a defined distance between said shoulder (2.1, 4.1) and said stator (6.1) of said inductive sensor , - said rotor (6.2) of said inductive sensor is arranged respectively to said outer ring or inner ring of said bearing next to said shoulder (4.1, 2.1) of said inner ring , - said stator (6.1) and said rotor (6.2) of said inductive sensor are positioned to each other by said spacer in a defined distance. <EOS>