A multi-level feedback actuator assembly for a circuit breaker assembly, said circuit breaker assembly structured to have a use current selectively passed therethrough, said circuit breaker assembly including a housing assembly, a separable contact assembly and an operating mechanism, said housing assembly defining a substantially enclosed space, said separable contact assembly including a number of fixed contacts and a number of movable contacts, each said movable contact movable between an open, first position, wherein each said movable contact is spaced from, and is not in electrical communication with, an associated fixed contact, and, a second position, wherein each said movable contact is coupled to, and is in electrical communication with, the associated fixed contact, said operating mechanism structured to move said number of movable contacts between said first and second positions, said operating mechanism including an elongated crossbar, said operating mechanism crossbar rotatably coupled to said housing assembly, said operating mechanism crossbar structured to move between a first position and a second position corresponding to said movable contacts first position and said movable contacts second position, said multi-level feedback actuator assembly comprising: a rotary solenoid including a rotating output shaft; an electric actuator assembly; a manual actuator assembly; said electric actuator assembly including a switch assembly (72, 1072); said switch assembly (72, 1072) including an actuator; said switch assembly (72, 1072) operatively coupled to said rotary solenoid, wherein said switch assembly (72, 1072) is structured to actuate said rotary solenoid; said manual actuator assembly including a number of primary actuators (90, 92), a linkage assembly, and a cam assembly; said number of primary actuators (90, 92) including a first actuator; said first actuator including a body; said first actuator body structured to move over a path having at least a first portion and a second portion; said rotary solenoid operatively coupled to said linkage assembly; said linkage assembly operatively coupled to rotary solenoid and said first actuator body; said linkage assembly structured to be operatively coupled to said operating mechanism crossbar; wherein said linkage assembly is structured to apply at least a first bias to said first actuator body and a second bias to said first actuator body; wherein said first bias is noticeably different from said second bias; wherein said linkage assembly is structured to apply said first bias to said first actuator body when said first actuator body is disposed in said first actuator body path first portion; and wherein said linkage assembly is structured to apply said second bias to said first actuator body when said first actuator body is disposed in said first actuator body path second portion. a rotary solenoid including a rotating output shaft; an electric actuator assembly; a manual actuator assembly; said electric actuator assembly including a switch assembly (72, 1072); said switch assembly (72, 1072) including an actuator; said switch assembly (72, 1072) operatively coupled to said rotary solenoid, wherein said switch assembly (72, 1072) is structured to actuate said rotary solenoid; said manual actuator assembly including a number of primary actuators (90, 92), a linkage assembly, and a cam assembly; said number of primary actuators (90, 92) including a first actuator; said first actuator including a body; said first actuator body structured to move over a path having at least a first portion and a second portion; said rotary solenoid operatively coupled to said linkage assembly; said linkage assembly operatively coupled to rotary solenoid and said first actuator body; said linkage assembly structured to be operatively coupled to said operating mechanism crossbar; wherein said linkage assembly is structured to apply at least a first bias to said first actuator body and a second bias to said first actuator body; wherein said first bias is noticeably different from said second bias; wherein said linkage assembly is structured to apply said first bias to said first actuator body when said first actuator body is disposed in said first actuator body path first portion; and wherein said linkage assembly is structured to apply said second bias to said first actuator body when said first actuator body is disposed in said first actuator body path second portion.