the annular periphery 39 of the cleat 33 while the individual pin contacts 20 engage the surface projections 34 on the cleat 33 leaving some clearance for the thickness of the cleat base 35 via space 13 c at the distal end of the sleeve 13 this allows the tool 10 to be readily located and fit over the annular cleat 33 prior to engagement of the pins therewith further this present tool 10 does not require that pins 16 be specifically aligned with and located in torquing openings 42 of the cleat this saves significant time during change out operations with the tool 10 herein over the prior art tool 60 described more fully hereinafter the head portion 12 also can include a centrally disposed alignment member 27 axially oriented akin to the pins 16 like the pins 16 the alignment member 27 preferably includes a contact 29 and a retainer 30 attached to opposite ends of a shaft 28 the alignment member 27 has a more robust construction than the pins 16 in that its shaft 28 and contact and retainer portions 29 and 30 at either end thereof are of a larger diameter than corresponding portions of the pins like the pins the alignment member 27 is also disposed in an aperture in the spacer 22 and includes a helical spring 31 snaked around its shaft 28 and prestressed in compression between the contact 29 and the spacer 22 although the alignment member 27 may be employed in the same manner as the pins 16 i e to engage surface projections 34 on the cleat 33 it may also function to align the central axis of the head portion.