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Brassaholic13

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Posts posted by Brassaholic13

  1. I just contacted Craig, he will not sell the parts to Anyone, the only way to get His setup is by sending Your press in.

    Are there any other companies that make and sell a rotary style clutch set up similar to that design? I really would like to do this conversion, but want to supply My own motor, VFD,PLC. Building the mount is no problem, I have a 900 RPM PW, but the more I learn about the rotary with variable speed, the more I feel that it is the way to go.

    There is only ONE style rotary auto-drive conversion, and that is a Forcht. Buy the standard, non-VFD version and sell the motor on Ebay. Then do what you want.

  2. 1. Chuck up the brass dog in a drill and spin it. See if there's a flat spot. Yes, Craig makes his own for the conversion. If there's any flat spot, that will be your random lack of indexing.

    2. Double check there's no debris under the shell plate.

    3. Check and make sure the hole isn't stretched on the pawl. There are heavy duty pawls available on Ebay.

    4. Remove your tool head and take a hammer/punch and knock the alignment pin closest to you down 0.150-0.200". This will ensure the pin engages the shell plate before the dies (any of them) can engage the brass. This only applies on Forcht powered 1050s.

  3. So, a couple weeks back I broke the index arm spring on one of my Forcht 1050s. I placed an order for more through Dillon, and was fleeced charged $10 to ship a total of 6 springs, all which came mailed 1st class a week later in a bubble envelope.

    In the meantime, I had to do something to get the press running. My first though was to go to Youtube and see if anyone else had done something. I stumbled across this butchery, which was entertaining. I'm not sure what the bracket is, or whether it's funnier than the self tapping screw stuck into the index arm.

    The 'goober' approach they did wasn't up to my standards. So, I came up with something a little more refined. The spring can be sourced at your local hardware store in the serv-a-lite fastener section for $1.55 (Dillon charges $2.50/ea+ship). The bracket is nothing more than some 3/4"x1/8" flat stock with a couple holes drilled in it. Remove the lock washer and replace with the flat stock. The spring pin in the index arm is removed and safety wire looped through it. I used 0.032" safety wire. The spring hooks through the safety wire and to the bracket.

    (click to enlarge)

    post-48714-0-12370800-1431637288_thumb.j

    post-48714-0-06543800-1431637296_thumb.j

    Here's a short video of the modification.

  4. The stuff you and JMorris do is really cool and shows a lot of talent but for the average shooter/reloader it is somewhat overkill as far as capacity is concerned.

    Yes, and no. There's a lot of people on here who compete, and as such, shoot a LOT. Some have more time than others. Some, this is all they do for a living (shooting).

    If you're a guy who simply goes to the range once a week and fires 100 rounds and calls it a week, then yes, it's WAY overkill. Do it all on your 550 and keep compressed air handy.

    If you're a guy (or gal) who takes training courses, teaches training courses, and shoots anywhere from 1-2 thousand a week, then it's practical.

  5. Ya know, I got to thinking about what would impress me from an MIT engineer. I would be impressed by a pair of robotic arms, one grabbing cases, and another grabbing dies, with a series of shell holders in front of them. The first arm would grab a case from a bin of mixed caliber brass, identify it, inspect it, and put it in the correct shell holder. The second arm would then grab the correct dies and powder measure and fully process and load the brass. In the mean time, the first arm that grabbed the case would be grabbing the correct bullet to insert, and finally drop the completed round into the correct bin.

    THAT would impress me.

  6. Can you post one you made? A few pictures or video would be better.....cool! Thanks!

    Sure.

    All stuff I've made, but, I'm no MIT engineer, mind you.

    Touché.

    Pretty awesome stuff. Imagine how awesome it could have been if you had been to MIT!

    Couple of issues with MIT. One, the money. Two, like Einstein, I never excelled in school as a youth. I did recently go back to upgrade my business degree from an associates to a bachelors. The original 2-yr GPA was 2.75. The upgrade was 4.0. I attribute that to life experiences more so than good study habits, and pretty much, outside of history classes, didn't learn jack crap.

    Almost forgot. I made this for brass annealing.

    IMG_0731_zps6c18d7ea.jpg

    And, shortly, I'll be making a machine to sort out small/large primer pockets on .45 ACP.

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