What actually causes the bolt to lock the cylinder in place ?
Is it a spring or does the trigger play a part in holding the bolt firmly into the cylinder ?
Currently I am getting some play in the cylinder.
1. When the hammer is in the loading notch, is the locking bolt below the frame (if above frame height it will drag on the cylinder and wear the bolt).
2. When the hammer falls (pull the trigger while holding the hammer and let it go all the way down to fired position), does the locking bolt "bounce".
The cam on the hammer operates the locking bolt.
The length of the trigger (assuming the hammer notches are in their proper positions) changes the loading position of the cylinder and sometimes at what point the locking bolt operates.
Hammer notches, hammer cam, trigger length, locking bolt spring arms, locking bolt height, cylinder locking slot wear/damage, and hand wear.
Cylinder bushing wear, cylinder arbour pin wear...
Each area comes into play with a SAA...