5/13/2019 4:50 PM | |
Joined: 12/18/2014 Last visit: 9/23/2024 Posts: 33821 Rating: (4203)
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Here is a program proposal. I divided the pressure range that the sensor outputs into 3 sections. Each section can then be assigned its own weighting factor in the associated mathematical instruction. In the proposal, it is in the first area 4 kg, in the second 8 kg, in the third 12 kg. The fourth mathematical statement then determines the total. You then have to determine the right area and factors yourself. The example should only show you the way. AttachmentTank.zip (892 Downloads) |
This contribution was helpful to1 thankful Users |
5/14/2019 6:21 AM | |
Joined: 12/18/2014 Last visit: 9/23/2024 Posts: 33821 Rating: (4203)
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I'm looking forward to the feedback ... |
6/30/2020 9:35 PM | |
Joined: 2/22/2008 Last visit: 8/6/2024 Posts: 2698 Rating: (207) |
I never thought you were lazy because you write a lot in your posts. But this is more work for me, because my native language is german. Sometimes it is better to use fewer words with more details. Look to attachment, i have tried to change the program from ixo65 with additional sensor and inputs for selections of sensors and materials. Maybe it will help you to your next step. The multiplexers sensor 1/2 mult/div are for scaling the total value. The Logo only calculates with integer, so scale 1.234 as mult=1234 and div=1000. If have a preset of 1.000, 2.000 and 3.000 for the 3 materials just to show in the simulation, change it as you need. Use the online help from Logosoft to understand the programming, every block is described. Regards, Scorp AttachmentTank2.zip (429 Downloads) |
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