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Use the timing diagram below to design ladder logic. The sequence should start when input X turns on. X may only be on momentarily, but the sequence should continue to execute until it ends at 26 seconds.
0 35 11 2226
3. Use the timing diagram below to design ladder logic. The sequence should start when input X turns on. X may only be on momentarily, but the sequence should execute anyway.
2357 11 16 22 26
4. Write a program that will execute the following steps. When in steps b) or d), output C will be
true. Output X will be true when in step c). a) Start in an idle state. If input G becomes true go to b) b) Wait until P becomes true before going to step c). c) Wait for 3 seconds then go to step d). d) Wait for P to become false, and then go to step b).
5. Write a program that will execute the following steps. When in steps b) or d), output C will be true. Output X will be true when in step c).
plc design -10.16
a) Start in an idle state. If input G becomes true go to b) b) Wait until P becomes true before going to step c). If input S becomes true then go to step a). c) Wait for 3 seconds then go to step d). d) Wait for P to become false, and then go to step b).
1. A PLC is to control an amusement park water ride. The ride will fill a tank of water and splash a tour group. 10 seconds later a water jet will be ejected at another point. Develop ladder logic for the process that follows the steps listed below.
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