nduction motor is usually configured in a star-delta starting sequence to avoid high tarting current. Figure 4.3 shows the typical configuration with a main contactor KM1, delta contactor KM2 and a star contactor KM3. 3 Phase Supply 0 Main contactor KM1 LD X01 OR M1 ANI X2 OUT M1 LD M1 OUT T1 K 200 LD M1 W₁ V₁ U₁ AND T1 OUT T2 K 100 LD M1 LDI T1 Delta contactor KM2 Induction Motor Figure 4.3 A Mitsubishi Fxls PLC is used to control this starting sequence with the activation of contactors KM1, KM2 and KM3 connected to the outputs Y1, Y2 and Y3 respectively. A START push button and a STOP push button are also connected to the PLC's inputs X1 and X2, respectively. The program (in instruction list) to control the system is shown melow. V2 Control Program: OR T2 ANB OUT Y1 LD M1 AND T2 OUT Y2 LD M1 ANI T1 OUT Y3 END Star contactor KM3
nduction motor is usually configured in a star-delta starting sequence to avoid high tarting current. Figure 4.3 shows the typical configuration with a main contactor KM1, delta contactor KM2 and a star contactor KM3. 3 Phase Supply 0 Main contactor KM1 LD X01 OR M1 ANI X2 OUT M1 LD M1 OUT T1 K 200 LD M1 W₁ V₁ U₁ AND T1 OUT T2 K 100 LD M1 LDI T1 Delta contactor KM2 Induction Motor Figure 4.3 A Mitsubishi Fxls PLC is used to control this starting sequence with the activation of contactors KM1, KM2 and KM3 connected to the outputs Y1, Y2 and Y3 respectively. A START push button and a STOP push button are also connected to the PLC's inputs X1 and X2, respectively. The program (in instruction list) to control the system is shown melow. V2 Control Program: OR T2 ANB OUT Y1 LD M1 AND T2 OUT Y2 LD M1 ANI T1 OUT Y3 END Star contactor KM3
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![Induction motor is usually configured in a star-delta starting sequence to avoid high
starting current. Figure 4.3 shows the typical configuration with a main contactor KM1,
a delta contactor KM2 and a star contactor KM3.
3 Phase
Supply
o
Main
contactor
KM1
LD X01
OR M1
ANI X2
OUT M1
LD M1
OUT T1 K 200
LD M1
W1
AND T1
OUT T2 K 100
LD M1
LDI T1
U₁
Delta contactor
KM2
Induction Motor
Figure 4.3
W2
A Mitsubishi Fxls PLC is used to control this starting sequence with the activation of
contactors KM1, KM2 and KM3 connected to the outputs Y1, Y2 and Y3 respectively.
A START push button and a STOP push button are also connected to the PLC's inputs
X1 and X2, respectively. The program (in instruction list) to control the system is shown
below.
Control Program:
OR T2
ANB
OUT Y1
Star
contactor
KM3
LD M1
AND T2
OUT Y2
LD M1
ANI T1
OUT Y3
END
(i) Re-write the instruction list program in ladder diagram.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fc12e18b4-64e2-4716-a49c-e34ea3e09f4a%2Fa5fe368e-ef2b-45e3-ae0d-d45df0f5f78b%2Fnfsohb_processed.png&w=3840&q=75)
Transcribed Image Text:Induction motor is usually configured in a star-delta starting sequence to avoid high
starting current. Figure 4.3 shows the typical configuration with a main contactor KM1,
a delta contactor KM2 and a star contactor KM3.
3 Phase
Supply
o
Main
contactor
KM1
LD X01
OR M1
ANI X2
OUT M1
LD M1
OUT T1 K 200
LD M1
W1
AND T1
OUT T2 K 100
LD M1
LDI T1
U₁
Delta contactor
KM2
Induction Motor
Figure 4.3
W2
A Mitsubishi Fxls PLC is used to control this starting sequence with the activation of
contactors KM1, KM2 and KM3 connected to the outputs Y1, Y2 and Y3 respectively.
A START push button and a STOP push button are also connected to the PLC's inputs
X1 and X2, respectively. The program (in instruction list) to control the system is shown
below.
Control Program:
OR T2
ANB
OUT Y1
Star
contactor
KM3
LD M1
AND T2
OUT Y2
LD M1
ANI T1
OUT Y3
END
(i) Re-write the instruction list program in ladder diagram.
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