SO as some know I run a Lee Classic Turret with a LNL and Case Activated Linkage on top.
I RECENTLY purchased the PTX bushings for it so now I even put on that stupid little turnbuckle thingy.
Last night I got this kind of action on it:
Target is between 4.20gr-4.28gr WST for a 230gr .45 load.
4.22, 4.24, 4.22, 4.24, 4.26, 4.10, 4.18, 4.14, 4.08, 4.10 STOP
adjust the powder measure to give MORe powder
4.40, 4.38, 4.36, 4.42, 4.28, 4.14, 4.16, 4.36...
BEFORE I put that turnbuckle thingy on and switched over to the PTX bushings I would have something that looked like this:
4.24, 4.22, 4.28, 4.24, 4.24, 4.26, 4.24, 4.22, 4.24, 4.28...
I KNOW that this thing has to work better and it makes NO SENSE why it would be off that much unless I need to put a dessicant in my powder tube and maybe there is excessive bridging due to moisture getting in. I leave my powder in the tube and it has been like that for a while now but just WHAT a coincidence that after I swap out the regular bushing for a PTX bushing instead of using the Lee PTX die to flare that now I get all of this inconsistency.
Does anyone have a LNL with the ptx expanders and the case activated linkage and has their's running right?
Did I miss something in the setup? Right now I have it as this:
1. Resize
2. BLANK
3. Flare/Charge
4. Seat/Crimp
The LNL powder dropper does not play well on the Lee Classic Turret so I have to kinda play around with locations to make things work. Any suggestions? I do not recall seeing anything about the turnbuckle in the docs that came with the LNL powder dropper so I thought I would ask. I am also afraid that if I ask Hornady they will tell me that that is normal operation just like Lee told me in e-mail when I was mad that the pro disk powder dropper was hitting .1-.4gr off.
Any suggestions? It seems that the addition of that turnbuckle has made the end point SOFT so that the end point does not stop with the rotor hitting the top and stopping, and if it DOES do that (now I have adjusted it so it does) the rotor will now STICK in the top position and fail to drop a charge until I press it down. Hmmm, I hope it did not make any squibs last night... I made about another 100 or so rounds measuring each one and checking weights.
I RECENTLY purchased the PTX bushings for it so now I even put on that stupid little turnbuckle thingy.
Last night I got this kind of action on it:
Target is between 4.20gr-4.28gr WST for a 230gr .45 load.
4.22, 4.24, 4.22, 4.24, 4.26, 4.10, 4.18, 4.14, 4.08, 4.10 STOP
adjust the powder measure to give MORe powder
4.40, 4.38, 4.36, 4.42, 4.28, 4.14, 4.16, 4.36...
BEFORE I put that turnbuckle thingy on and switched over to the PTX bushings I would have something that looked like this:
4.24, 4.22, 4.28, 4.24, 4.24, 4.26, 4.24, 4.22, 4.24, 4.28...
I KNOW that this thing has to work better and it makes NO SENSE why it would be off that much unless I need to put a dessicant in my powder tube and maybe there is excessive bridging due to moisture getting in. I leave my powder in the tube and it has been like that for a while now but just WHAT a coincidence that after I swap out the regular bushing for a PTX bushing instead of using the Lee PTX die to flare that now I get all of this inconsistency.
Does anyone have a LNL with the ptx expanders and the case activated linkage and has their's running right?
Did I miss something in the setup? Right now I have it as this:
1. Resize
2. BLANK
3. Flare/Charge
4. Seat/Crimp
The LNL powder dropper does not play well on the Lee Classic Turret so I have to kinda play around with locations to make things work. Any suggestions? I do not recall seeing anything about the turnbuckle in the docs that came with the LNL powder dropper so I thought I would ask. I am also afraid that if I ask Hornady they will tell me that that is normal operation just like Lee told me in e-mail when I was mad that the pro disk powder dropper was hitting .1-.4gr off.
Any suggestions? It seems that the addition of that turnbuckle has made the end point SOFT so that the end point does not stop with the rotor hitting the top and stopping, and if it DOES do that (now I have adjusted it so it does) the rotor will now STICK in the top position and fail to drop a charge until I press it down. Hmmm, I hope it did not make any squibs last night... I made about another 100 or so rounds measuring each one and checking weights.



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