Draw a Pneumatic system and design a Physical Ladder logic

2. Design an automatic paint and stamp manufacturing line consisting of one conveyor belt actuated by an electric motor, one paint valve (spring return) actuated by one solenoid (SOL A), one pneumatic cylinder for stamping operation controlled by one spring return valve actuated by one solenoid (SOL B), and various limit switches and relays. The line is to operate as follows: - A part to be painted is placed on the conveyor, which is not moving. - After the part is placed on the conveyor, the conveyor starts and the part moves. - Then, at the stamping station, the part stops and it is stamped before it is painted. - After stamping the part moves on. - In the middle of the conveyor, the part moves through a three-foot area where it is painted. The part does not stop during the time it is being painted. - When the part reaches the end of the conveyor, the conveyor stops and the part is removed. - The process then starts all over again. - If the finished part is not removed, the new part, when placed on the conveyor, will not move. Provide: a) The physical layout of the automated paint and stamp line showing the pneumatic circuit and indicating the placement of the switches and sensors used (label all the elements); b) The physical ladder logic diagram, c) The PLC Micro820 ladder logic diagram, and d) An explanation of the operation sequence.