Training PLC and HMI level basic for engineer

Training PLC mitsubishi

1. TRAINING PLC & HMI BASIC
Q-SERIES
AUTOMATION TRAINING

2. +
`
AUTOMATION TRAINING
SEJARAH PLC
ADDRESSING
INSTRUKSI / PROGRAMMING
Pretest

3. SEJARAH PLC
CHAPT 1

4. HARD WIRED CONTROL

5. HARD WIRED CONTROL

6. HARD WIRED CONTROL

7. HARD WIRED CONTROL

8. CONTROL SEBELUM ADA PLC

9. RELAY VS PLC

10. CONTOH APLIKASI PLC

11. DigitalBagian-Bagian PLC Mitsubishi Q Series

12. ADDRESSING and I/O
assignment
CHAPT 2

13. ADDRESSING
and I/O
assignment
Chapter 2

14. BilanganDigital
Bit: SatuanTerkecildalamdata komputasidi awali0 dan 1
Byte: Satuandata yang terdiridari8 bit. Byte merupakanunit dasaryang
digunakanuntukmenyimpaninformasidigital
Word: Satuandata yang terdiridari16 bit.
Binary/Biner: Sistempenulisanangkadenganmenggunakandua simbol
yaitu0dan1

15. BilanganDigital
BilanganDecimal : 0 -15 (16 Point)
BilanganHeksa: 0 -F (16 Point)
BilanganBit: 0 & 1 / False and True

16. Digital
1100 bin(2) = ? Dec(10)
0000|0000|0000|0000
0123
2222
4567
2222
891011
2222
121314
222
15
2
0000
0123
2222
8 + 4 =
12
Bila bilangan0, makatidakdihitung
Hasil penjumpahanyang bernilaiTrue / 1

17. Digital
1010 bin(2) = ? Dec(10)
0000|0000|0000|0000
0123
2222
4567
2222
891011
2222
121314
222
15
2
0000
0123
2222
8 + 2 =
10
Bila bilangan0, makatidakdihitung
Hasil penjumpahanyang bernilaiTrue / 1

18. REVIEW PLC
BilanganHeksa: 0 -F (16 Point)
10-1F (32 Point)
20-2F (64 Point)
16 P32 P
X10 ---X1F
X20 ---X2F
X30 ---X3F
X40----X4F
Y30 ---Y3F

19. DigitalJenis-JenisRegister di PLC Mitsubishi

20. INSTRUCTION/
PROGRAMMING
CHAPT 3

21. Digital STATUS PERANGKAT

22. DigitalDASAR PROGRAMMING PLC

23. Digital TIMER

24. Digital TIMER

25. Digital
COUNTER

26. Digital COUNTER

27. Digital MOV

28. Digital MOV vs MOVP

29. DigitalJENIS-JENIS INTRUKSI MOV

30. DigitalJENIS-JENIS INTRUKSI MOV
EMOV = Memindahkandata untuktype
Floating 32bit / 2 Word,
$MOV = Memindahkandata String

31. DigitalDIGIT DEVICE BIT

32. Digital COMPARISON

34. GOT (GRAPHIC
OPERATION TERMINAL)
CHAPT 4

41. LATIHAN 1
ON
OFF
LAMPU
BTN 1
BTN 2

42. LATIHAN 1
1
2
LAMPU
BTN 1
BTN 2
3
BTN 3

43. LATIHAN 2
12345 12345
SIMPAN
INPUT DATA SHOW DATA

44. LATIHAN 3
12345 12345
RESULT
INPUT DATA 1 SHOW DATA
12345
INPUT DATA 2
+ -X/
D10 D14
D12
M10 M11 M12 M13
M14

45. LATIHAN 4
12345
12345
SET
INPUT DATA
SHOW DATA
AUTO
GRAPH

46. LATIHAN 5 –FINAL WITH GRAPH
12345
12345
OPEN VALVE
SET VALUE
PRESENT VALUE
CLOSE VALVE
AUTO
SV
OPEN VALVE
CLOSE VALVE
VALVE 1 VALVE 2
GRAPH

47. LATIHAN 5 –FINAL WITH GRAPH
SV
GRAPH
12345
12345
SET VALUE
PRESENT VALUE
SV
MV