The sequential task is to control the movement of 3 pneumatic cylinders by means of 3 3/2 solenoid valves in a defined sequence. When power is applied to the system and the Start Button is pressed, cylinder A is to extend fully and then retract. Next cylinder B is to extend fully and remain extended. Finally, cylinder C is to extend completely and then retract with cylinder B. The following allocations apply: Input 1.0 Start Button Input 1.1 Cylinder A retracted Input 1.2 Cylinder A extended Inputl1.3 Cylinder B retracted Input 1.4 Cylinder B extended Input 1.5 Cylinder C retracted Input 1.6 Cylinder C extended Output 1.0 Cylinder A extend solenoid Output 1.1 Cylinder B extend solenoid Output 1.2 Cylinder C extend solenoid Both Direct and Indirect method

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Programmable Logic Controller

The sequential task is to control the movement of 3 pneumatic cylinders by means of 3 3/2 solenoid
valves in a defined sequence. When power is applied to the system and the Start Button is pressed,
cylinder A is to extend fully and then retract. Next cylinder B is to extend fully and remain extended.
Finally, cylinder C is to extend completely and then retract with cylinder B.
The following allocations apply:
Input 1.0 Start Button
Input 1.1 Cylinder A retracted
Input 1.2 Cylinder A extended
Inputl1.3 Cylinder B retracted
Input 1.4 Cylinder B extended
Input 1.5 Cylinder C retracted
Input 1.6 Cylinder C extended
Output 1.0 Cylinder A extend solenoid
Output 1.1 Cylinder B extend solenoid
Output 1.2 Cylinder C extend solenoid
Both Direct and Indirect method
Transcribed Image Text:The sequential task is to control the movement of 3 pneumatic cylinders by means of 3 3/2 solenoid valves in a defined sequence. When power is applied to the system and the Start Button is pressed, cylinder A is to extend fully and then retract. Next cylinder B is to extend fully and remain extended. Finally, cylinder C is to extend completely and then retract with cylinder B. The following allocations apply: Input 1.0 Start Button Input 1.1 Cylinder A retracted Input 1.2 Cylinder A extended Inputl1.3 Cylinder B retracted Input 1.4 Cylinder B extended Input 1.5 Cylinder C retracted Input 1.6 Cylinder C extended Output 1.0 Cylinder A extend solenoid Output 1.1 Cylinder B extend solenoid Output 1.2 Cylinder C extend solenoid Both Direct and Indirect method
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