Design A Ladder Logic Diagram For The Process Given Below. Use A 560 Ω Resistor Is Series With Each LED. Process: The Process Starts With A NO Pushbutton And Can Be Stopped At Any Time By Pressing An Emergency NC Pushbutton. As Soon As The Process Starts, A Dc Motor Runs Provided That The Light Is Dim In The Room. Whenever The Motor Is Running, A …

Design A Ladder Logic Diagram For The Process Given Below. Use A 560 Ω 
Resistor Is Series With Each LED. Process: The Process Starts With A NO 
Pushbutton And Can Be Stopped At Any Time By Pressing An Emergency NC 
Pushbutton. As Soon As The Process Starts, A Dc Motor Runs Provided That 
The Light Is Dim In The Room. Whenever The Motor Is Running, A ...

Transcribed Text:Question: Design a ladder logic diagram for the process given below. Use-.–
Q F

Design a ladder logic diagram for the process given below. Use a 560 resistors series with each LED.
Process: The process starts with a NO pushbutton and can be stopped at any time by pressing an
‘emergency NC pushbutton. As soon as the process starts, a de moter runs provided that the light is dim in
the room. Whenever the motor is running, a green light LED will be on. During the process a photo sensor
detects light. Ifthe light source becomes bright such as turning on a flashlight, the motor stops, the green
LED is turned off, and a red LED will turn on. Without much light, the motor and the green LED are turned

back on and the red LED is turned off.
Attached is an example of a ladder logic diagram.

+12 Start Gnd

Stop

t—o

CRI

cR1

tH

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