Draw the control diagram for the following process. - When the start pushbutton is pressed, the...

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Draw the control diagram for the following process. - When the start pushbutton is pressed, the belt begins its movement in a forward direction. - The movement stops when the sensor S1 detects the bottle. - At this instant, valves 1 and 2 open, allowing materials 1 and 2 to be poured into the mixer chamber. This process continues for 3 seconds. - Directly after that the mixer starts running and continues for 10 second - When the mixer finishes its movement, valve 3 opens for 6 seconds allowing the mixed material to be poured in the bottle. - After that, the belt starts again until the bottle is placed in the box. - When the light sensor detects the bottle the belt stops for 5 seconds and the counter increase by one. - After that the process recycled. - When the box is filled with 10 bottles, the task stops and waits to restart it. - You can stop the task whenever you want Material 1 Material 2 Valve 2 Valve 1 MI Valve 3 M $2 Draw the control diagram for the following process. - When the start pushbutton is pressed, the belt begins its movement in a forward direction. - The movement stops when the sensor S1 detects the bottle. - At this instant, valves 1 and 2 open, allowing materials 1 and 2 to be poured into the mixer chamber. This process continues for 3 seconds. - Directly after that the mixer starts running and continues for 10 second - When the mixer finishes its movement, valve 3 opens for 6 seconds allowing the mixed material to be poured in the bottle. - After that, the belt starts again until the bottle is placed in the box. - When the light sensor detects the bottle the belt stops for 5 seconds and the counter increase by one. - After that the process recycled. - When the box is filled with 10 bottles, the task stops and waits to restart it. - You can stop the task whenever you want Material 1 Material 2 Valve 2 Valve 1 MI Valve 3 M $2