Chucklz wrote:Im having a heck of a time understanding exactly what you mean here. Do you mean that you picked it once, and then could rotate it back and forth without having to pick it again?
I use the term "set" to describe a scenario where the springs are pushing the driver pins down, preventing the core from rotating. When the lock is "set" it must be picked or a correct key must be inserted to allow rotation of the core.
In it's current state (we will call this the "default" state,) the core is firmly set at "unlocked" - it will not rotate, regardless of torque, unless picked or the proper key is inserted.
From the "default" state, if I pick the lock and rotate clockwise, it halts as shown in the most recent pictures, slightly past the 180 mark. The lock will not "set" at 180 degree clockwise rotation, so reverse torque can be applied to return it to the original state (unlocked, 180 degree counter-clockwise rotation.)
Alternatively, from the "default" state, the lock could be picked and rotated
counter-clockwise. In this case, the core will rotate a full 360 and set at the "default" state again.
Does that make more sense?
EDIT: the deadbolt/latch
never moves. When the clockwise 180 rotation has been performed, the latch can't be pushed in - in the "default" state and during the counter-clockwise 360 rotation, it
can be pushed in; but the latch will never move from rotation of the core due to torque, clockwise or counter-clockwise. Does this lend evidence to the theory that the latch is broken?