botteman

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About botteman

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    Hi, I am New!

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  1. I'm trying to print out a ladder file using RSLogix 500 v 6.00.00 (running on XP Pro) and a Brother HL-1440 laser printer. When I print the ladder with the Brother printer properties set for 600 dpi resolution (normal setting), all the text (in both the ladder file and the header/footer) print out normal size and darkness, but the instruction symbols, branches, and other lines are so faint that they're almost too light to see them. When I reduce the printer resolution to 300 dpi, the symbols, lines and ladder text print out normal size and darkness, but the header and footer print out in a huge font size, the letters being almost a quarter inch tall! The Brother printer is not out of toner and I've never seen this kind of thing when printing with any other application. When I send the printout to a pdf converter (PDF995) first, then print it on the Brother, I get the same results EXCEPT that the header/footer is so SMALL and light that they can't be read. (They show up small and light in the adobe reader view also.) When printing directly to a borrowed HP laserjet, the ladder seems to print out just fine. Does this sound like a printer driver problem or a bug in RSL? Is there some place in RSL to set the font and size for the header/footer? Finally, how can I disable printing of the header/footer?
  2. Ladder Logic Ideas?

    As a follow-up to my previous post I don't know if this is related to what you need, but check out this recent thread ... http://forums.mrplc.com/index.php?showtopic=6678
  3. Ladder Logic Ideas?

    My first post on this forum java script:emoticon('', 'smid_2') .... What AmazingTrans apparently has is an unwind stand with the paper being pulled off by another driven roll. The unwind stand shaft has a single pulse per rev marker. The other roll he mentioned is a small roll acting as a "measuring wheel" with a certain cirumference and 120 pulses per rev. He wants to count the measuring wheel pulses per each rev of the roll of paper to determine paper length, then calculate the current roll diamater and compare that value with the starting diameter. Right AT ??