Now, the way you have it written, it will only do this when N7:0 transitions to a value greater than or equal to 2.
Then, when I:1/15 hits it's rising edge, break O:2/1's latch. So basically, when N7:0 transitions to a value of 2, the one-shotted bit starts O:2/1 and O:2/1 latches itself in. In the rung above this one, make an XIO instruction (normally closed contact) with B3:10/1 as the address to break the latch keeping O:2/1 on. Use this B bit, that I'm going to call B3:10/0 just to keep things clear, to trigger O:2/1 to start and branch around it so it latches.Īdd another rung with I:1/15, another OSR, and another B bit that I'll call B3:10/1. Also put a OSR between your GEQ and OTE instructions. If so, get rid of your subroutine and replace your JSR with an OTE pointing to an open B address of your choice. So it looks like whenever N7:0 is greater than or equal to 2, you want to turn on O:2/1 until I:1/15 transitions to an ON state, but only on the transition, so if I:1/15 is already on you can start the motor again and it will run until I:1/15 goes off and then comes back on again, correct? Please click "report" on spam Related sub-reddits: (*) At mods' discretion, certain self-promotion submissions from people who contribute to this sub in other ways may be allowed and tagged with the "Self-promo" flair
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