9/17/2023 7:03 PM | |
Joined: 2/26/2019 Last visit: 9/29/2024 Posts: 57 Rating: (0) |
The maximum # in a mathimatical instruction is 32,767. I'm counting liters of gas per day. The isssue I'm having is that my # of liters/day can be above that #. I think the issue can be resolved by incrementing the 1st counter to 1000 (Hundreds Counter), then iincrementing the 2nd counter (Thousands counter) by 1 and have it reset the first Counter. The attached program generates 25 liters/minute with A1 set to 1000 in simulation mode, but the Liter/minute can be lower if A1 is reduced. What I would like to do is have the Hundreds up/down counter increase by the output of B003 + the previous count each minute . ie 0, 25, 50, 75, 100..........1000, then increment the Thousands up/down counter by 1+ the previous count, and then reset the Hundreds counter to 0, The Thousands up/down counter would increment like this 0,1,2,3,4,.......32767. The attached program generates 25 liters/minute with A1 set to 1000 in simulation mode., but you can set A1 at anything if you want. Does anyone have an idea of how to design a program to do this? Thank you ------------------------------------------------------------------------------------------ AttachmentCounter Circuit Diagram.zip (349 Downloads) |
Last edited by: Jen_Moderator at: 09/18/2023 11:06:57New subject after splitting |
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9/17/2023 7:49 PM | |
Joined: 2/26/2019 Last visit: 9/29/2024 Posts: 57 Rating: (0) |
I'm sorry. I meant to post this as a new topic. Thank you for all the help you've given me. |
9/18/2023 11:20 AM | |
Joined: 6/19/2017 Last visit: 9/6/2024 Posts: 8175 Rating: (172) |
Closed cause question posted twice. The second thread with the subject Help overcoming the maximum number limitation in an LSC mathimatical instruction. is published within the conference LOGO! - Software. Jen_Moderator |
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