Process Automation For Water Treatment
Information on Drawing Numbers for Detail Process Automation :
1.Valve to the Source of Dirty Water
2. Valve to Get Water From Water Tank 2
3. Valve to Get Water From Water Tank 1
4. Water Pump
5. Water Purifier or Water Purification or other
6. Valve for the Water to Water Tank 1
7. Valve for the Water to Water Tank 2
8. Clean Water Sensor or PH Water or other for Water Tank 1
9. Water Level Sensor or Water Level Gauge or other for Water Tank 1
10. Water Tank 1
11. Water Tank 2
12. Water Level Sensor or Water Level Gauge or other for Water Tank 2
13. Clean Water Sensor or PH Water or other for Water Tank 2
14. Switch ON / OFF
Number Of Inputs and Output PLC applied :
1. Number Of Inputs PLC is 9 Input :
--- 1 Unit Input for Switch ON / OFF (No.14).
--- 1 Unit Input for OK (Good) from Clean Water Sensor in Water Tank 1 (No.08).
--- 1 Unit Input for NG (No Good) from Clean Water Sensor in Water Tank 1 (No.08).
--- 1 Unit Input for OK (Good) from Clean Water Sensor in Water Tank 2 (No.13).
--- 1 Unit Input for NG (No Good) from Clean Water Sensor in Water Tank 2 (No.13).
--- 1 Unit Input for FULL WATER from Water Level Sensor in Water Tank 1 (No.09).
--- 1 Unit Input for EMPTY WATER from Water Level Sensor in Water Tank 1 (No.09).
--- 1 Unit Input for FULL WATER from Water Level Sensor in Water Tank 2 (No.12).
--- 1 Unit Input for EMPTY WATER from Water Level Sensor in Water Tank 2 (No.12).
--- Total Number Of Inputs PLC is Minimum 9 Input Unit.
2. Number Of Output PLC is 6 Output :
--- 1 Unit Output for Valve to the Source of Dirty Water (No.01).
--- 1 Unit Output for Valve to Get Water From Water Tank 2 (No.02).
--- 1 Unit Output for Valve to Get Water From Water Tank 1 (No.03).
--- 1 Unit Output for Water Pump (No.04).
--- 1 Unit Output for Valve for the Water to Water Tank 1 (No.06).
--- 1 Unit Output for Valve for the Water to Water Tank 2 (No.07).
--- Total Number Of Outputs PLC is Minimum 6 Output Unit.
Sequence PLC Programming for Process Automation For Water Treatment :
Step 1 :
a. If Switch = ON Then Valve No.01 = ON And Pump No.04 = ON And Valve No.06 = ON.
b. If FULL WATER No.09 = ON Then Valve No.01 = OFF And Pump No.04 = OFF And Check Clean Water Sensor No.08.
c. If OK (Clean Water Sensor) No.08 = ON Then Finish Process.
d. If NG (Clean Water Sensor) No.08 = ON Then Next Process to Step 2.
Step 2 :
a. If NG (Clean Water Sensor) No.08 = ON And Switch = ON Then Valve No.01 = OFF And Valve No.03 = ON And Pump No.04 = ON And Valve No.06 = OFF And Valve No.07 = ON.
b. If FULL WATER No.12 = ON Or EMPTY WATER No.09 = ON Then Pump No.04 = OFF And Valve No.03 = OFF And Check Clean Water Sensor No.13.
c. If NG (Clean Water Sensor) No.13 = ON Then Valve No.01 = OFF And Valve No.02 = ON And Valve No.03 = OFF And Pump No.04 = ON And Valve No.06 = ON And Valve No.07 = OFF.
d. If FULL WATER No.09 = ON Or EMPTY WATER No.13 = ON Then Pump No.04 = OFF And Valve No.02 = OFF And Check Clean Water Sensor No.08.
e. If OK (Clean Water Sensor) No.08 = ON Then Finish Process.
f. If NG (Clean Water Sensor) No.08 = ON Then Next Process to Step 2.a.
h. Continuous Process until Clean Water = OK.
Download Simulation Process :
Process Automation For Water Treatment
Step 3 :
a. If Switch = OFF Then Process Automation Stop.
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