Ladder logics are available on PLC S7 300. Timer Counter Logics

1. PROGRAMMABLE LOGIC CONTROLLER
PLC LAB

2. EXPERIMENT 1: Bit logic instructions EXERCISE 1-10
EXPERIMENT 2(a): Comparison instructions EXERCISE 11-14
EXPERIMENT 2(b): Conversion instructions EXERCISE 15-25
EXPERIMENT 2(c): Status word
EXPERIMENT 3(a): Logic control inst.+ integer math+ floating point + shift & rotate EXERCISE
26-62
EXPERIMENT 3(b): 3(a) + timers EXERCISE 63-72
EXPERIMENT 3(c): 3(a) + counters EXERCISE 73-79
EXPERIMENT 3(d): 3(a) + timers + counters EXERCISE 80-85

3. EXPERIMENT 1:
BIT LOGIC INSTRUCTIONS
EXERCISE 1-10

4. EXERCISE 1:
I0.0 Q0.0
0 1
1 0

5. EXERCISE 1:

6. EXERCISE 1:

7. EXERCISE 2: I0.2 I0.3 Q0.2

8. EXERCISE 2:

9. EXERCISE 2:

10. EXERCISE 3:
I0.4 I0.5 I0.6 Q0.3
0 0 0 0
1 0 0 1
0 1 0 1
0 0 1 1
1 1 0 1
0 1 1 1
1 0 1 1
1 1 1 1

11. EXERCISE 3:

12. EXERCISE 3:

13. EXERCISE 3:

14. EXERCISE 3:

15. EXERCISE 3:

16. EXERCISE 4:

17. EXERCISE 4:

18. EXERCISE 4:

19. EXERCISE 5:

20. EXERCISE 5:

21. EXERCISE 5:

22. EXERCISE 6:
ADDRESS DESCRIPTION
I0.0 EXPAND
I0.1 RETRACT
Q0.0 DCV

23. EXERCISE 6:

24. EXERCISE 6:

25. EXERCISE 7:
ADDRESS DESCRIPTION
I0.2 EXPAND
I0.3 RETRACT
Q0.1 Solenoid 1
Q0.2 Solenoid 2

26. EXERCISE 7:

27. EXERCISE 7:

28. EXERCISE 8:

29. EXERCISE 8:

30. EXERCISE 8:

31. EXERCISE 8:

32. EXERCISE 9:
ADDRESS DESCRIPTION
I1.0 STOP
I1.1 START
Q0.5 STORAGE TANK
Q0.6 PRESSURE TANK

33. EXERCISE 9:

34. EXERCISE 9:

35. EXERCISE 9:

36. EXERCISE 10:

37. EXERCISE 10:

38. EXERCISE 10:

39. EXERCISE 10:

40. EXPERIMENT 2(A):
COMPARISON INSTRUCTIONS
EXERCISE 11-14

41. EXERCISE 11:

42. EXERCISE 12:
I0.0 START
I0.1 STOP
M0.0 MEMORY BIT
Q0.0 HEATER

43. EXERCISE 13:
I0.0 START
Q0.0 LEVEL 1
Q0.1 LEVEL 2
Q0.2 LEVEL 3
Q0.3 LEVEL 4

44. EXERCISE 14: I0.0 START
Q0.0 OUTPUT

45. EXPERIMENT 2(B):
CONVERSION
INSTRUCTIONS
EXERCISE 15-25

46. EXERCISE 15:
ADDRESS DESCRIPTION
Q0.0 OUTPUT

47. EXERCISE 16:
ADDRESS DESCRIPTION
Q0.0 OUTPUT

48. EXERCISE 17:
ADDRESS DESCRIPTION
Q0.0 OUTPUT

49. EXERCISE 18:
ADDRESS DESCRIPTION
Q0.0 OUTPUT

50. EXERCISE 19:
ADDRESS DESCRIPTION
Q0.0 OUTPUT

51. EXERCISE 20:
ADDRESS DESCRIPTION
Q0.0 OUTPUT

52. EXERCISE 21:
ADDRESS DESCRIPTION
Q0.0 OUTPUT

53. EXERCISE 22:
ADDRESS DESCRIPTION
Q0.0 OUTPUT

54. EXERCISE 23:
ADDRESS DESCRIPTION
Q0.0 OUTPUT

55. EXERCISE 24:
ADDRESS DESCRIPTION
Q0.0 OUTPUT

56. EXERCISE 25:
ADDRESS DESCRIPTION
Q0.0 OUTPUT

57. EXPERIMENT 3(A):
LOGIC CONTROL
INSTRUCTIONS+INTEGER
MATH+FLOATING POINT+SHIFT &
ROTATE
EXERCISE 26-62

58. EXERCISE 26:
ADDRESS DESCRIPTION
I0.0 POSITION B START
I0.1 POSITION A START
Q0.0 POSITION B
Q0.1 POSITION A

59. EXERCISE 27:
I0.0 I0.1 Q0.0
0 0 0
0 1 0
1 0 0
1 1 1

60. EXERCISE 28:
I0.0 I0.1 Q0.0
0 0 0
0 1 1
1 0 1
1 1 1

61. EXERCISE 29:
I0.0 I0.1 Q0.0
0 0 1
0 1 1
1 0 1
1 1 0

62. EXERCISE 30:
I0.0 I0.1 Q0.0
0 0 1
0 1 0
1 0 0
1 1 0

63. EXERCISE 31:
I0.0 I0.1 Q0.0
0 0 1
0 1 0
1 0 0
1 1 1

64. EXERCISE 32:
I0.0 START BUTTON
Q0.0 OUTPUT COIL

65. EXERCISE 33:
I0.0 START BUTTON
Q0.0 OUTPUT COIL

66. EXERCISE 34:
I0.0 START BUTTON
Q0.0 OUTPUT COIL

67. EXERCISE 35:
I0.0 START BUTTON
Q0.0 OUTPUT COIL

68. EXERCISE 36:
I0.0 START BUTTON
Q0.0 OUTPUT COIL

69. EXERCISE 37:
I0.0 START BUTTON
Q0.0 OUTPUT COIL

70. EXERCISE 38:
I0.0 START BUTTON
Q0.0 OUTPUT COIL

71. EXERCISE 39:
I0.0 START BUTTON
Q0.0 OUTPUT COIL

72. EXERCISE 40:
I0.0 START BUTTON
Q0.0 OUTPUT COIL

73. EXERCISE 41:
I0.0 START BUTTON
Q0.0 OUTPUT COIL

74. EXERCISE 42:
I0.0 START BUTTON
Q0.0 OUTPUT COIL

75. EXERCISE 43:
I0.0 START BUTTON
Q0.0 OUTPUT COIL

76. EXERCISE 44:
I0.0 START BUTTON
Q0.0 OUTPUT COIL

77. EXERCISE 45:
I0.0 START BUTTON
Q0.0 OUTPUT COIL

78. EXERCISE 46:
I0.0 START BUTTON
Q0.0 OUTPUT COIL

79. EXERCISE 47:
I0.0 START BUTTON
Q0.0 OUTPUT COIL

80. EXERCISE 48:
I0.0 START BUTTON
Q0.0 OUTPUT COIL

81. EXERCISE 49:
I0.0 START BUTTON
Q0.0 OUTPUT COIL

82. EXERCISE 50:
I0.0 START BUTTON
Q0.0 OUTPUT COIL

83. EXERCISE 51:
I0.0 START BUTTON
Q0.0 OUTPUT COIL

84. EXERCISE 52: ADDRESS DESCRIPTION
I0.0 SWITCH 1
I0.1 SWITCH 2
I0.2 SWITCH 3
Q0.0 BULB

85. EXERCISE 53:
ADDRESS DESCRIPTION
I0.0 STOP
I0.1 CONVEYOR
STTART
Q0.0 CONVEYOR COIL

86. EXERCISE 54:
ADDRESS DESCRIPTION
I0.0 START
I0.1 SENSOR
Q0.0 SENSOR OUT

87. EXERCISE 55:
ADDRESS DESCRIPTION
I0.0 (NC) CAR PRESENT
Q0.0 BARRICADE
OPEN

88. EXERCISE 56:
I0.0 START
I0.1 STOP
Q0.0 OUTPUT COIL

89. EXERCISE 57:
I0.0 FWD
I0.1 REV
I0.2 STOP
Q0.0 FWD COIL
Q0.1 REV COIL

90. EXERCISE 58:
I0.0 FWD
I0.1 REV
I0.2 STOP
Q0.0 FWD COIL
Q0.1 REV COIL

91. EXERCISE 59:
ADDRESS DESCRIPTION
I0.0 START
I0.1 STOP
Q0.0 DCV

92. EXERCISE 60:
ADDRESS DESCRIPTION
I0.0 START
I0.1 START
Q0.0 DCV 1
Q0.1 DCV 2

93. EXERCISE 61:
ADDRESS DESCRIPTION
I0.0 START
I0.1 START
Q0.0 DCV 1
Q0.1 DCV 2

94. EXERCISE 62:
ADDRESS DESCRIPTION
I0.0 START
Q0.0 MOTOR A
Q0.1 MOTOR B

95. EXPERIMENT 3(B):
USE OF TIMERS
EXERCISE 63-72

96. EXERCISE 63:
ADDRESS DESCRIPTI
ON
I0.0 START
T1 TIMER 1
T2 TIMER 2
T3 TIMER 3
Q0.0 COIL 1
Q0.1 COIL 2
Q0.2 COIL 3

97. EXERCISE 64:
ADDRESS DESCRIPTIO
N
I0.0 START
T 1 TIMER 1
T 2 TIMER 2
Q0.0 MOTOR COIL
Q0.1 PUMP COIL

98. EXERCISE 65:

99. EXERCISE 66:

100. EXERCISE 67:

101. EXERCISE 68:

102. EXERCISE 68:

103. EXERCISE 69:
ADDRESS DESCRIPTION
I0.0 START
M0.0 MEMORY BIT
Q0.0 COIL 1
Q0.1 COIL 2

104. EXERCISE 70:

105. EXERCISE 71:

106. EXERCISE 71:

107. EXERCISE 72:

108. EXPERIMENT
3(C):
USE OF
COUNTERS
EXERCISE 73-79

109. EXERCISE 73:
ADDRES
S
DESCRIP
TION
I0.1 CYL2
SENSOR
1
I0.2 CYL1
SENSOR
1
I0.4 CYL2
SENSOR
2
I0.5 CYL1
SENSOR
2
C1 COUNTE
R
Q0.1 CYL1
RETRACT
Q0.2 CYL2
EXTEND
Q0.4 CYL1

110. EXERCISE 74:
ADDRESS DESCRIPT
ION
I0.1 CYL1
SENSOR 2
I0.2 CYL1
SENSOR 1
C1 COUNTER
Q0.1 CYL1
RETRACT
Q0.2 MOTOR
Q0.4 CYL1
EXTEND

111. EXERCISE 75:

112. EXERCISE 75: ADDRESS DESCRIPTION
I0.1 CYL1 SENSOR 2
I0.2 CYL1 SENSOR 1
I0.3 MOTOR SENSOR
C1 COUNTER
Q0.1 CYL1 RETRACT
Q0.2 MOTOR
Q0.4 CYL1 EXTEND

113. EXERCISE 76:

114. EXERCISE 76: ADDRESS DESCRIPTION
I0.1 CYL1 SENSOR 2
I0.2 CYL1 SENSOR 1
I0.3 MOTOR SENSOR
C1 COUNTER1
C2 COUNTER2
Q0.1 CYL1 RETRACT
Q0.2 MOTOR DIR.1
Q0.4 CYL1 EXTEND
Q0.5 MOTOR DIR.2

115. EXERCISE 77:

116. EXERCISE 77:

117. EXERCISE 77:
ADDRESS DESCRIPTION
I0.1 CYL1 SENSOR 2
I0.2 CYL1 SENSOR 1
I0.3 MOTOR
SENSOR
C1 COUNTER1
C2 COUNTER2
C3 COUNTER3
Q0.1 CYL1 RETRACT
Q0.2 MOTOR DIR.1
Q0.4 CYL1 EXTEND
Q0.5 MOTOR DIR.2

118. EXERCISE 78:
ADDRESS DESCRIPTION
I0.0 START
Q0.0 LAMP

119. EXERCISE 79:

120. EXPERIMENT 3(D):
TIMERS+COUNTERS
EXERCISE 80-85

121. EXERCISE 80:

122. EXERCISE 80:
ADDRESS DESCRIPTION
I0.1 CYL2 SENSOR 1
I0.2 CYL1 SENSOR 1
I0.4 CYL2 SENSOR 2
I0.5 CYL1 SENSOR 2
TI TIMER
C1 COUNTER
Q0.1 CYL1 RETRACT
Q0.2 CYL2 EXTEND
Q0.4 CYL1 EXTEND
Q0.5 CYL2 RETRACT

123. EXERCISE 81:

124. EXERCISE 81:
ADDRESS DESCRIPTION
I0.1 CYL1 SENSOR 2
I0.2 CYL1 SENSOR 1
T1 TIMER
C1 COUNTER
Q0.1 CYL1 RETRACT
Q0.5 MOTOR
Q0.4 CYL1 EXTEND

125. EXERCISE 82:

126. EXERCISE 82:
ADDRESS DESCRIPTION
I0.1 CYL1 SENSOR 2
I0.2 CYL1 SENSOR 1
T1 TIMER
C1 COUNTER
Q0.1 CYL1 RETRACT
Q0.2 MOTOR
Q0.4 CYL1 EXTEND

127. EXERCISE 83:

128. EXERCISE 83:
ADDRESS DESCRIPTION
I0.1 CYL1 SENSOR 2
I0.2 CYL1 SENSOR 1
C1 COUNTER
TI TIMER
Q0.1 CYL1 RETRACT
Q0.2 MOTOR DIR.1
Q0.4 CYL1 EXTEND
Q0.5 MOTOR DIR.2

129. EXERCISE 84:

130. EXERCISE 84:
ADDRESS DESCRIPTION
I0.0 CYL1 SENSOR 2
I0.1 CYL1 SENSOR 1
I0.7 START
C1 COUNTER
T1 TIMER
Q0.0 CYL1 RETRACT
Q0.1 CYL1 EXTEND

131. EXERCISE 85:

132. EXERCISE 85:
ADDRESS DESCRIPTION
I0.1 START
I0.0 COUNTER SET
M0.0 COUNTER RESET
C0 COUNTER
Q0.0 OUT1
Q0.1 OUT2
Q0.2 OUT3
Q0.3 STOP

133. THANKYOU