10 disposed at right angles to each other the inclusion of the second body 14 in the positionable connector 10 allows significantly greater flexibility in the angles at which panels can be fastened the second body has a rotating groove 34 that is positioned between the two end radial segments 20 39 on the main body 12 of the positionable connector the rotating groove has radial segments 20 a rear seating wall 24 and outer walls 28 like those of the other grooves 26 and thus can be used to fasten a panel to the positionable connector 10 the rotating groove 34 is connected to an inner ring 36 trapped by the six rear seating walls 24 on the main body 12 for rotation about the axis 22 preferably the ring has a circularly cylindrical outer surface to facilitate rotation the configuration of the illustrated positionable connector 10 allows rotation between the main body 12 and the second body 14 through an angle of approximately 33 u00b0 thus by fastening one panel to the connector 10 at the rotating groove 34 and another panel at an adjacent groove 26 the two panels may be disposed at any angle from approximately 51 u00b0 to approximately 84 u00b0 by fastening the second panel at other grooves 26 the two panels may be disposed at any angle from approximately 96 u00b0 to 129 u00b0 or from 141 u00b0 to 174 u00b0 of course fastening both panels to grooves on the main body allows the panels to be fixed at 45 u00b0 90 u00b0 135 u00b0 or 180 u00b0 just as on a conventional fastener like that shown in fig2 through the.