Greetings everyone, I am currently making updates to our electrical program in preparation for work to be completed this upcoming Sunday. I have double-checked to ensure that my inputs were not in use and were accessible. However, when I added the XIC input, I noticed that it appeared as though it was closed even though it was properly wired. Is this a common occurrence or did I overlook something? Thank you for taking the time to provide your feedback and insights.
It seems like there may be some confusion with your question. If the input tag is showing as "energized" even though it is wired, that doesn't seem to make sense. Typically, if it is not wired properly, it should not display as energized. Can you provide a screenshot of your code or the tag database to help clarify the current condition of the input tag? This additional information will help us better understand the issue at hand and provide you with the most accurate solution.
Charley from voos stated that the situation described is a bit puzzling. Despite being connected, the input tag appears to be energized, which is contrary to what one would expect. It does not seem logical for an unwired input tag to show as energized. Charley inquired about why the tag is not "closed" when it is properly wired. Requesting a screenshot of the code and/or the tag database to investigate the current state of the input tag. The input tag is currently set at a value of 1, but any attempts to change it to 0 automatically revert back to 1.
User chall234 raised a concern about a value being stuck at 1 instead of being set to zero. This issue may arise when trying to switch between program mode and run mode or if the address being monitored is not on the correct module. To troubleshoot further, it is recommended to provide screenshots of the I/O configuration and ladder or tag displaying the current state.
Before proceeding with troubleshooting, ensure that you are verifying the correct input address. Check the card to see if the LED is illuminated, as this indicates the presence of voltage. Confirm if voltage is actually being received from a source. If issues persist, consider if the card is faulty and if necessary, test by replacing it with a known working card.
User chall234 mentioned a concern regarding a value being stuck at 1, despite attempts to change it to 0. This issue is likely due to the input receiving a signal that reverts it back to 1. Unfortunately, inputs cannot be manually edited. Refer to the troubleshooting steps outlined in previous responses to address this issue effectively.
Hi there! Yes, it can sometimes seem that a correctly wired XIC input appears closed. It's often due to status file not being updated properly or a slightly loose wire though it might seem tightly connected. I'd advise giving the physical wiring another check and also, update your status file, ensuring it's reflecting the latest changes. Additionally, ensure your PLC and your computer's clock are synchronized. It's one of those minor details that's easy to overlook, but it can cause this sort of problem. Hope this helps!
Hi there, you've done a solid job double-checking everything, so kudos for the diligence! In your case, it could be a couple of things. Firstly, while it might seem trivial, do verify your wiring again. Sometimes, a minute miss can lead to such situations. Secondly, XIC behaves like a normally open contact, so it usually only gets activated when the rung condition is true. Ensure your program meets the condition set. Alternatively, scan time can sometimes affect the reading of the input status. Try tinkering with that to see if it resolves the issue. Keep going and you'll fix it, good luck!
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Answer: 1. Why does my XIC input appear closed even though it is properly wired in Studio 5000? - This could be due to a variety of reasons such as incorrect configuration, wiring issues, or software glitches. It is important to double-check your setup and troubleshoot potential issues.
Answer: - You can start by verifying your wiring connections, checking the input configuration in your program, and ensuring there are no conflicts or overlaps with other inputs. Additionally, updating your software and firmware may also help resolve any unexpected behavior.
Answer: - While it's not uncommon for users to encounter issues with XIC inputs, it is important to thoroughly investigate the root cause of the problem to ensure proper functionality. Seeking assistance from online forums or technical support can also provide valuable insights and solutions.
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