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#Insert rungs gx works 2 upgrade#
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#Insert rungs gx works 2 manual#
B3:5/14 is only a manual test trigger anyway. In the trace above, B3:5/14 and B3:5/15 both show off for entire event. Trace above shows B3:3/12 going true with M9.2/B3:3/11 as expected - it is detecting trigger. Also cross refernces as only used in that one rung. Trace above shows M9.2 triggering true as is should when it should. It probably should be M15.4 or I0.0 (assuming it is flow switch 1).ī3:5/14 is only used in that one rung in the entire program. If the SET fixes the problem, you have a timing issue or an order of solve problem.Ĭheck your B3:0/0 - Q0.0tag. The problem might be a timing issue where B3:3/12 is on for one scan while either BDT or B3:5/14 are on, but B3:5/15 is also on in that same scan.Ĭould be an order of solve issue, but I can't see all the logic to suggest that. If B3:3/12 gets set, you will see B3:4/5 get turned on and then latched. Change B3:3/12 from -( )- to -(s)- and toggle BDT off and back on again like you would normally. That likely means B3:3/11 -or- M9.2 is used somewhere else and is preventing the P_TRIG from detecting the leading edge and passing it on while the latching conditions are met for latching B3:4/5. The giant clue for a P_TRIG is B3:3/11 showing TRUE -AND- B3:3/12 being off in your monitored logic. If you are using M9.2 anywhere else in your logic, use a different ons for the P_TRIG in front of B3:3/12. The "latch" for B3:3/12 is B3:5/14 and the logic for that is not shown, but it is not in a latching configuration in the rung.ī3:3/12 requires M9.2 to be false, then become true before B3:3/12 will turn on. Ok B3:3/12 is a regular coil, not a "set" which latches the output on until a RESET (-(r)-) or a regular -( )- coil with the same address would turn it off - NOTE, if you use -(s)-, and -(r)-, don't insert -( )- regular coils in the logic!
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It probably should be M15.4 or I0.0 (assuming it is flow switch 1).