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When a system (any set of machinery) is in active or RUN mode, the run light should be ON, even if NO motors or other equipment is moving at the time. Your idea of how the RUN light should work is flawed. Suggestions?Here are a few suggestions:ġ. Then use the Request_Lead bit to increment the counter and use the Request_Lead bit in the Motor_1 and Motor_2 run logic. I would put a rung in between Rung 0 and Rung 1 that would be - If System_Enabled and Pressure_Switch then Request_Lead. (As Gibbs pointed out) You need to include logic in Rung 2 and Rung 3 so that the motors only run when the pressure switch is on, your current logic will run one of the motors anytime Bit 0 is on. Rung 3 should be - If counter equals 1 then run motor 2.ĥ. (As Gibbs pointed out) Rung 2 should be - If counter equals 0 then run motor 1. Look at Gibbs example it is a good way of accomplishing this.Ĥ. (As Gibbs pointed out) You need to reset the counter when the counter's count equals 2. Give a more meaningful name to Bit 0, System_Enabled or System_Run or ?ģ.
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The order of your logic is good, first is the station run logic, then the alternator logic, then the compressors logic.Ģ. Here is what I came up with so far, still can't figure out the odd even.ġ.
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