I am new to handloading. I have a Rock Chucker with the Lock-n-Load conversion and am having issues with it. So there are two bushing. One that screws into the press and one that holds the dies. If I remember correctly, the factory RCBS bushing that screws into the press has a hex head so that you can tighten it to the press. The special Lock-n-Load conversion bushing has a round head, so there is no obvious (or easy) way to tighten it down short of going at it with a large vice grip or channel locking pliers (which will mar up the bushing in an ugly way). So if I am removing a die via the lock-n-load system, I am just as likely to spin out the conversion bushing as I am to remove the die from the bushing itself.
I expect others have had this issue and solved it. I am curious as to what others have done. My thoughts are to mill two small parallel flat edges onto the bushing so that I can tighten it down with a wrench. It probably will not need much torque. If that alone doesn't work, then include some blue 242 Loctite before torquing it down. So removal would still be doable without drama.
I suspect once I no longer have the issue of spinning the bottom bushing out of the press, I will now be accidently spinning the die out of the upper bushing when trying to remove the die from the press. Is the answer to setting enough torque on the die nut the answer to stopping rotation of the die within lock-n-load bushing? Somehow that doesn't seem right, but that is the obvious solution.
Regardless, it seems like I will need to mark an index on the die and the top bushing to show the correct position once die depth is correctly set. I plan to marry a single lock-n-load bushing per die (not reuse bushing for multiple dies).
Thoughts? Suggestions?
I expect others have had this issue and solved it. I am curious as to what others have done. My thoughts are to mill two small parallel flat edges onto the bushing so that I can tighten it down with a wrench. It probably will not need much torque. If that alone doesn't work, then include some blue 242 Loctite before torquing it down. So removal would still be doable without drama.
I suspect once I no longer have the issue of spinning the bottom bushing out of the press, I will now be accidently spinning the die out of the upper bushing when trying to remove the die from the press. Is the answer to setting enough torque on the die nut the answer to stopping rotation of the die within lock-n-load bushing? Somehow that doesn't seem right, but that is the obvious solution.
Regardless, it seems like I will need to mark an index on the die and the top bushing to show the correct position once die depth is correctly set. I plan to marry a single lock-n-load bushing per die (not reuse bushing for multiple dies).
Thoughts? Suggestions?