Ok, I think 'maybe' I've got this pic thing figured out so I'll make a post out of it related to the recent binding post thread and some of the tools I use for such things. Most important and oft-used audio tool in my arsenal is the Panasonic EY 7411 3.6V Li-ion cordless torque-setting screwdriver. EJ Sarmento, designer for Cullen Circuits and later/currently Wyred 4 Sound introduced me to this tool almost 8 years ago. I purchased one immediately and it has been in use at least 3-4 times a week ever since. Damn thing's bullet-proof! Also the most accurate, repeatable and ergonomically friendly tool ever! It just fits the hand perfectly and works every time! And easy to tell this is a professional tool the first time you pull the trigger... reeks of quality, precision and professionalism. A privilege & pleasure to use! Instant torque release at any of 21 settings between .3Nm-3.9Nm (2.6in*lbf-34.52in*lbf) which works out to .2Nm/2.6in*lbf per click of the torque-setting dial. The perfect range for well over 99% of all audio needs. The high-end torque wrench below it in pic is used for the exceedingly rare need to go up to near twice that torque. I think I've used it twice in over 20 years for audio but it had a previous life in another hobby... fuel injectors! But it comes in handy as the verification/calibration tool to insure the screwdriver is within specification as I simply attach a 1/4 square drive with a 1/4" hex and attach that to the screwdriver, hook the two together and squeeze the screwdriver trigger and read the gauge on the wrench. Piece-o-cake! Additionally it tests both right and left hand threaded fasteners. Lastly is the nice little Wiha kit that has virtually every driver, ratchet, extension in SAE, metric, hex/allen, Torx, straight blade and/or phillips driver I'm ever likely to need in audio.
An interesting aside to using Torque settings for assembly, especially with high-end outlets like GTX-D's etc is they are far, FAR better damped, effective and seriously better sounding when torqued equally at both ends than when guesstimated. Not guess-work on my part, I've seen & heard that result first-hand at RMAF on an oscilloscope.
Enuf dawdling, now for the pic test...
**EDIT** YES, YES, YES I did it... FINALLY!!!
Statements in my posts are opinion only, not to be construed as fact. Any projects I engage in are at my own risk! Their outcome cannot be assured and may result in success, small/no change or catastrophic failure. I encourage no one rely on anything I say or do as gospel and to realize your mileage may vary!