PLC / Tin- Portal - Practice

Example-1 if switch 1 is ON -> Motor 1,2,3 will ON; if switch-2 is ON -> Motor 1,2 if switch-3 is ON -> Motor 1,2,3 will off M1 M2 M3 S2 S3 Example-2 if switch 1 and switch 2 are ON then motor 1 and 2 will be ON. if switch 2 and switch 3 are ON, then motor 2 is off/ motor-3 ON 1 S1 S2 S3 M1 M2 M3 Example-03! if any 1 switch is ON then Motor-1 ON if any 2 switches is ON then Motor-2 ON if all the 3 switches is ON then Motor-3 ON S1 S2 S3 M1 S1 S2 S3 M2 S1 S2 S3 M3 Example-4 if switch 1 is ON then Motor 1 will be ON if switch-2 -> M1/M2 ON if switch-3 -> M1/M2/M3 ON if switch-4 -> M1/M2/M3/M4 ON 1 S1 S2 S3 S4 M2 2 S1 S2 S3 M3 3 S1 S2 M4 4 S1 Example-5 if switch 1 is ON -> M1/M2 if switch 2 -> M2/M3 if switch 3 -> M3/M4 if switch 4 -> M4/M1 1 S1 M1 2 S2 M2 3 S3 M3 4 S4 M4 (page-1) Example-6 if switch 1 is ON -> LED-1 ON if switch 2 -> LED-2ON/ LED-40FF if switch 3 -> LED-11 ON if switch 4 -> LED-IV OFF Note:- Do not turn the switches off once turned ON. S1 S2 L1 S3 S4 L2 S1 S2 L3 S3 S4 L4 Example-7 if switch 1 ON -> LED 2/2 ON if switch 1 OFF -> LED 2/2 will be still ON if switch 2 is ON -> LED 0/1 ON if switch 2 is OFF -> LED 0/1 IV will be still ON S1 L2 (S) L1 (S) S2 L2 (S) L1 (S) S4 L4 (S) S3 L3 (S) @here we need (set coil) to turn ON S Example-8 if switch 1 is off then ->Motor(1,2,3,4) if switch 1 is off then still ->Motor(1,2,3,4) 1 MO.0 (switch8) Tag-0 2 MO.0 Tag-0 3 MO.0 Tag-0 4 MO.0 Tag-0 Example-9 if switch 1 is ON -> motor 1/ motor 2 if switch 1 is off -> motor 1/ motor 2 -> ON if switch 2 is ON -> motor 3/ motor 4 if switch 2 is off -> motor 4 ON 1 S1 M1 M2 2 S1 M1 M2 3 S2 M3 M4 4 S2 M4 Example-10 if switch 1 is ON -> Motor 1/2 -> ON if switch 1 is off -> Motor 1/2 -> ON if switch 2 is ON -> Motor 1/2 -> ON 1 S1 (M1) (M2) 2 S1 (M1) (M2) 3 S2 (M1) (M2) 4 S2 (M1) (M2) (page-02) Example-11 if switch 1 is ON -> M1/M2(ON) if switch 1 is off -> M1->off if switch 2 is ON -> M2->off M3->ON M4->ON 1 S1 (M1) (M2) 2 S1 (M1) (M2) 3 S2 (M3) (M4) 4 S2 (M3) (M4) 5 Tag-0 MO.0 Tag-1 M4 Example-12 y1 = A1.B1 + C1 + D1 y2 = A2.B2.C2 + D2 1 A1 C1 B1 D1 A2 C2 B2 D2 (y1) (y2) Example-13 y1 = A1.B1 y2 = A2.B2 + C2.D2 1 A1 B1 C2 B2 D2 (y1) (y2) Example-14 y1 = (A1+B1) (C1+D1) y2 = (A2+B2) C2 1 A1 B1 C1 D1 A2 B2 C2 (y1) (y2) Example-15 y1 = A1.B1 + A1.B1' y2 = A2'.B2 + C2.D2 1 A1 B1 A1 B1' 2 A2' B2 C2 D2 B2 (y1) (y2) (page-03) Example-16 y1 = (A1+B1) C1.D1 y2 = A2.B2.C2' + D2.E2'.F2' 1 A1 B1 C1 D1 2 A2 B2 C2' D2 E2' F2' (y1) (y2) Example-17 y = A.B.C + D' + E 1 A D' B C E (y) Example-18 y = [(A'+B')C] + D.E 1 A' B' C D E (y) Example-19 y = A'.B + C.d 1 A' C B d (y) Example-20 y = (A.B.C+D) E.F' 1 A B C D E F' (y) Example-21 An Alarm is ON when -> Switch 1 is OFF. -> Switch 2 is ON or Switch 3 is ON or both are ON. -> Switch 4 and 5 - both ON -> One or more of switch 6,7 OR 8 are ON S1 S2 S3 S4 S5 S6 S7 S8 Example-22 A B C D E F (y) (page-04) Logic Gate Name Symbol Electrical Equivalent Truth Table BUFFER NOT NAND OR VEGA DEGIL (NOR) OZEL VEYA (XOR) Example-23 A C D (y) Example-24 A B C D E F (y) Example-25 A B C D E F (y) push button on/off -> when Switch 1 (PB) is turned on (pressed) and turn off (release) then op will be on. -> and then, when switch 2 (OB) is turned ON (Pressed) and turns off (release) then op/ will be off. 10:0 Start push button Q.0.0 ON/OFF Tag-0 1 MO.0 Tag-0 ON/OFF 2 MO.0 Tag-0 ON/OFF Start.b IO.1 MO.0 Tag-1 Stop.b IO.0 Tag-1 (page-05)