1) Clearly define all the inputs, outputs, and/or other elements you need to use in the control system

2) Design a PLC ladder diagram for controlling the system. Show your steps in designing the control system.

. 2. Design a conveyor control system that operates as follows: The conveyor control system consists of two conveyors placed in sequence: the first conveyor is the entry conveyor that transports products through machine 1 (M1) without stopping, and a second conveyor is the exit conveyor that transports the products through machine 2 (M2) without stopping. The entry conveyor is controlled by motor C1 while the exit conveyor is controlled by motor C2. When a start button S is pressed, the entire system is enabled to run, which is indicated with a green light GL. The system can be stopped at any time using the emergency button R. When the system is enabled, the entry conveyor is activated when a photoelectric sensor S1 detects the products entering the system. As the product moves through the entry conveyor, it reaches M1 where it triggers another sensor SM1, which starts M1 for 3 seconds. The entry conveyor does not stop while M1 is on. At the end of the entry conveyor, the product moves onto the exit conveyor and reaches the second machine (M2). The arrival of the product to M2 is detected by sensor SM2, which starts M2 for 2 seconds. The exit conveyor does not stop while M2 is on. A photoelectric sensor S2 detects products that leave the conveyor system. If there are more than five products in the conveyor system, the entry conveyor will stop until the number of products in the system goes back to five products or less. . . 1. Clearly define all the inputs, outputs, and/or other elements you need to use in the control system. II. Design a PLC ladder diagram for controlling the system. Show your steps in designing the control system