Using three timers with preset values respectively 40 sec, 30 sec, and 20 sec, create a...

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Using three timers with preset values respectively 40 sec, 30 sec, and 20 sec, create a program (CX programmer), which will cascade the timers continuously.. First timer will activate a Red light, to be ON for 40 sec. Second timer will activate a Green Light; to be ON for 30 sec. Third timer will activate a Yellow light to be ON for 20 sec. Choose typical addresses for the lights from the PLC Layout given below. Use any terminals. The number inside the brackets shows the word number that is corresponding to that particular module (discrete or analog). The numbering of the slots starts from 0 with the CPU, and then with the different modules placed in the rack. Power supply does not count. Power Supply 0 CPU 1 16-Point DC Input 24 VDC CJ1W-1D211 [0000] 2 16-Point Relay Output CJ1W- OC211 [0001] 3 16-Point DC Input 24 VDC CJ1W-ID211 [0002] 4 4 in /2 Out Analog CJ1W-MAD42 [2000] Using three timers with preset values respectively 40 sec, 30 sec, and 20 sec, create a program (CX programmer), which will cascade the timers continuously.. First timer will activate a Red light, to be ON for 40 sec. Second timer will activate a Green Light; to be ON for 30 sec. Third timer will activate a Yellow light to be ON for 20 sec. Choose typical addresses for the lights from the PLC Layout given below. Use any terminals. The number inside the brackets shows the word number that is corresponding to that particular module (discrete or analog). The numbering of the slots starts from 0 with the CPU, and then with the different modules placed in the rack. Power supply does not count. Power Supply 0 CPU 1 16-Point DC Input 24 VDC CJ1W-1D211 [0000] 2 16-Point Relay Output CJ1W- OC211 [0001] 3 16-Point DC Input 24 VDC CJ1W-ID211 [0002] 4 4 in /2 Out Analog CJ1W-MAD42 [2000]

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The following is an example program written in CX Programmer for cascading the timers and controllin... View the full answer