Mitsubishi MELSEC-Q/L Programming Manual page 783

Instruc-
Category
tion
Single
ORE>
precision
Single
LDE<=
precision
Single
ANDE<=
precision
Single
ORE<=
precision
Single
LDE<
precision
Single
ANDE<
precision
Single
ORE<
precision
Single
LDE>=
precision
Single
ANDE>=
precision
Single
ORE>=
precision
Basic
instruction
Double
LDED=
precision
Double
ANDED=
precision
Double
ORED=
precision
Double
LDED<>
precision
Double
ANDED<>
precision
Double
ORED<>
precision
Double
LDED>
precision
Double
ANDED>
precision
Double
ORED>
precision
Double
LDED<=
precision
Condition (Device)
When not executed
In conductive status
When
executed
In non-conductive status
In conductive status
In non-conductive status
When not executed
In conductive status
When
executed In non-conductive status
When not executed
In conductive status
When
executed In non-conductive status
In conductive status
In non-conductive status
When not executed
When In conductive status
executed In non-conductive status
When not executed
When In conductive status
executed
In non-conductive status
In conductive status
In non-conductive status
When not executed
When In conductive status
executed
In non-conductive status
When not executed
In conductive status
When
executed
In non-conductive status
In conductive status
In non-conductive status
When not executed
In conductive status
When
executed In non-conductive status
When not executed
In conductive status
When
executed In non-conductive status
In conductive status
In non-conductive status
When not executed
When In conductive status
executed In non-conductive status
When not executed
When In conductive status
executed
In non-conductive status
In conductive status
In non-conductive status
When not executed
When In conductive status
executed
In non-conductive status
When not executed
When In conductive status
executed In non-conductive status
In conductive status
In non-conductive status
Processing Time (µs)
Q03 Q04/Q06
UD(E)CPU UD(E)HCPU
Min. Max. Min. Max.
0.060 0.0285
3.600 5.100 3.300 4.600
3.500 4.800 3.200 4.500
3.800 5.600 3.400 5.200
3.800 5.600 3.400 5.100
0.060 0.0285
3.200 4.600 2.800 4.200
3.500 5.000 3.100 4.500
0.060 0.0285
3.700 5.800 3.400 5.400
3.800 5.700 3.300 5.300
4.000 5.400 3.500 4.900
4.000 5.200 3.500 4.900
0.060 0.0285
3.400 4.600 3.000 4.200
3.500 4.900 3.100 4.400
0.060 0.0285
3.600 5.200 3.300 4.900
3.400 4.900 3.200 4.500
3.800 6.000 3.300 5.500
3.800 5.900 3.400 5.400
0.060 0.0285
3.200 4.800 2.900 4.600
3.500 5.400 3.100 5.100
0.060 0.0285
3.600 5.200 3.300 4.700
3.500 5.200 3.200 4.700
4.100 7.700 3.500 7.200
4.300 8.100 3.800 7.400
0.060 0.0285
3.600 7.600 3.200 7.000
3.900 7.700 3.400 7.400
0.060 0.0285
3.800 8.800 3.400 8.300
4.000 9.300 3.700 8.800
4.400 8.200 3.900 7.700
4.100 7.900 3.500 7.500
0.060 0.0285
3.800 7.600 3.300 7.200
3.800 7.700 3.400 7.300
0.060 0.0285
4.100 9.300 3.700 8.900
3.800 8.900 3.400 8.400
4.300 8.100 3.800 7.500
4.100 7.800 3.500 7.200
0.060 0.0285
3.800 7.700 3.300 7.300
4.000 7.900 3.500 7.500
0.060 0.0285
4.100 9.300 3.700 8.800
4.100 9.300 3.700 8.800
4.000 8.000 3.500 7.400
4.100 9.400 3.600 8.800
Q10/Q13/Q20/ Q50/Q100
Q26UD(E)HCPU UDEHCPU
Min. Max. Min. Max.
0.0285 0.0285
0.0285 0.0285
0.0285 0.0285
0.0285 0.0285
0.0285 0.0285
0.0285 0.0285
0.0285 0.0285
0.0285 0.0285
0.0285 0.0285
0.0285 0.0285
3.500 7.200 3.500 7.200
3.800 7.400 3.800 7.400
0.0285 0.0285
3.200 7.000 3.200 7.000
3.400 7.400 3.400 7.400
0.0285 0.0285
3.400 8.300 3.400 8.300
3.700 8.800 3.700 8.800
3.900 7.700 3.900 7.700
3.500 7.500 3.500 7.500
0.0285 0.0285
3.300 7.200 3.300 7.200
3.400 7.300 3.400 7.300
0.0285 0.0285
3.700 8.900 3.700 8.900
3.400 8.400 3.400 8.400
3.800 7.500 3.800 7.500
3.500 7.200 3.500 7.200
0.0285 0.0285
3.300 7.300 3.300 7.300
3.500 7.500 3.500 7.500
0.0285 0.0285
3.700 8.800 3.700 8.800
3.700 8.800 3.700 8.800
3.500 7.400 3.500 7.400
3.600 8.800 3.600 8.800
781
3
2
3
A
5
6
7
8