Hi Sr. I'm from México and just want to thank you for this excellent explanation, it really helped me to understand a GSV-EntryStatus-MEQ program. Best Regards!
try to explain with an example like make any ladder daigram once on the condition like u do for sensors (tank level) pressure level.... so would be better to understand ... where and how can we use certain instruction in program,,,,, thanks.. but u doing great.... i learnt a lot ... cleared many concepts......
It's not an instruction you'll see commonly. However, it can be seen in an instance where you need to check a set of inputs. For example - a machine can run two different products. In one instance you care about input 1, 3, 5, 7, 8. In the other you care about 1, 3, 5, 6, 10. You can use a mask to filter out the inputs you don't care about.
Sure thing. I'll try to film a separate video, but this instruction is often used in changeovers. Imagine that you have two sizes of boxes you're producing. Your machine would typically have 2 sets of sensors: one for box A and one for box B. Instead of writing many rungs of logic to see which sensor is relevant to which box type, you can use a mask (MEQ) to ignore sensors in one case and a different mask to ignore the sensors in another.
Hi Sr. I'm from México and just want to thank you for this excellent explanation, it really helped me to understand a GSV-EntryStatus-MEQ program. Best Regards!
Very clear explanation!!! Thanks!!!
try to explain with an example like make any ladder daigram once on the condition like u do for sensors (tank level) pressure level.... so would be better to understand ... where and how can we use certain instruction in program,,,,, thanks.. but u doing great.... i learnt a lot ... cleared many concepts......
Hello Sir, great video with a good explanation. Could you please let us know when do we use this MEQ Comparison Instruction?
It's not an instruction you'll see commonly. However, it can be seen in an instance where you need to check a set of inputs. For example - a machine can run two different products. In one instance you care about input 1, 3, 5, 7, 8. In the other you care about 1, 3, 5, 6, 10. You can use a mask to filter out the inputs you don't care about.
i cannot make an array like you did. i program
in micro starter lite
Could you explain an application this would be useful in? Thanks.
Sure thing. I'll try to film a separate video, but this instruction is often used in changeovers. Imagine that you have two sizes of boxes you're producing. Your machine would typically have 2 sets of sensors: one for box A and one for box B. Instead of writing many rungs of logic to see which sensor is relevant to which box type, you can use a mask (MEQ) to ignore sensors in one case and a different mask to ignore the sensors in another.
GOD 10/10
explain in simple way sir ..its hard to follow you