if not familiar with Allen Bradley coding please do not answer, thanks.

cylinder reciprocating circuits. Upon successful completion of this lab, the learner will be Part C able to: 1. Modify the previous ladder diagram to produce the following - Create ladder networks to turn outputs on and off as required. controls: - Program the PLC to respond to different manual inputs. a. The Red light will come on, solid, when in single cycle, if it is - Use the additive sequence method to write the program. on a continuous cycle will be blinking. b. When sequence is not running (at Home) turn on Blue light in either mode. 1. Open new RsLogix 500 file. 2. Test the program and demonstrate the function to the lab instructor. 2. Create and enter a ladder program to produce the following sequence using additive sequence method: A+B+,A,B The following operator controls must be incorporated: a. PB1 will be used to start the sequence b. Pb2 will be used to stop continuous operation 3. When the ladder diagram has been entered, save it, and then download it to the PLC. 4. Demonstrate functioning program to the lab instructor. Status bit, S: 4 Clock rates for S: 4/0 to S: 4/7 are: 20,40,80,160,320,640,1280, and 2560ms. these values are used for the blinking lights with the output. 1. Modify the previous ladder diagram to produce the following sequence: A+,B+,C+,AB,C 2. The following operator controls must be incorporated: a. SW1 will be used to select between single or continuous cycles. b. PB1 will be used to start the sequence in either operating mode. Answer that with c. PB2 will be used to stop the sequence (at rest position) in Rung and continuous mode. 3. When the ladder diagram has been entered, save it on a USB, and Program code then download it to the PLC. and show 4. Test the program and demonstrate the function to the lab instructor. diagram