greater than the other tab 30 while the illustrated embodiment shows the outer race tab 28 having a greater length it is also contemplated that the inner race tab 30 could have the greater length referring to fig3 the actuator plate 22 has a radial slot 27 configured to receive the tabs 28 30 the actuator plate 22 is axially moveable between a first position as shown in fig1 and a second position in which the actuator plate 22 moves in the direction of arrow w in fig1 in the first position both tabs 28 30 are within the actuator plate slot 22 and are engaged by the actuator plate 22 the actuator plate 22 maintains the outer and inner races 16 18 in rotational alignment such that the pockets 25 remain rotationally aligned thereby preventing wedging of the rollers 20 as friction of the inner ring 14 rotating against the inner race 18 creates a torque on the inner race 18 the actuator plate 22 is preferably maintained in the first position by the force of the spring 24 while a spring 24 is described other biasing means for example a resilient ring may also be utilized when an external force is applied to the actuator pins 26 the actuator plate 22 moves in the direction of arrow w to the second position compressing the spring 24 since the inner race tab 30 is shorter than the outer race tab 28 the actuator plate 22 disengages the inner race tab 30 the outer race tab 28 remains within the actuator plate slot 27 since the outer race tab 28 is engaged by the actuator plate 22 and the inner race tab 30 is not the inner race 18 is free to rotate with the frictional.