Mitsubishi MELSEC-Q/L

810
Category Instruction Condition (Device)
Processing Time (µs)
L02CPU, L02CPU-P L26CPU-BT, L26CPU-PBT
Min. Max. Min. Max.
Basic
instruction
ORED=
Double
precision
When not executed
0.120 0.0285
When
executed
In conductive status
4.500 14.900 3.400 9.200
In non-conductive status
4.500 14.900 3.400 9.200
LDED<>
Double
precision
In conductive status
4.800 16.000 3.500 9.000
In non-conductive status
4.800 16.000 3.500 9.000
ANDED<>
Double
precision
When not executed
0.120 0.0285
When
executed
In conductive status
4.400 15.100 3.200 7.500
In non-conductive status
4.400 15.100 3.200 7.500
ORED<>
Double
precision
When not executed
0.120 0.0285
When
executed
In conductive status
4.500 14.900 3.400 9.200
In non-conductive status
4.500 14.900 3.400 9.200
LDED>
Double
precision
In conductive status
4.800 16.000 3.500 9.000
In non-conductive status
4.800 16.000 3.500 9.000
ANDED>
Double
precision
When not executed
0.120 0.0285
When
executed
In conductive status
4.400 15.100 3.200 7.500
In non-conductive status
4.400 15.100 3.200 7.500
ORED>
Double
precision
When not executed
0.120 0.0285
When
executed
In conductive status
4.500 14.900 3.400 9.200
In non-conductive status
4.500 14.900 3.400 9.200
LDED<=
Double
precision
In conductive status
4.800 16.000 3.500 9.000
In non-conductive status
4.800 16.000 3.500 9.000
ANDED<=
Double
precision
When not executed
0.120 0.0285
When
executed
In conductive status
4.400 15.100 3.200 7.500
In non-conductive status
4.400 15.100 3.200 7.500
ORED<=
Double
precision
When not executed
0.120 0.0285
When
executed
In conductive status
4.500 14.900 3.400 9.200
In non-conductive status
4.500 14.900 3.400 9.200
LDED<
Double
precision
In conductive status
4.800 16.000 3.500 9.000
In non-conductive status
4.800 16.000 3.500 9.000
ANDED<
Double
precision
When not executed
0.120 0.0285
When
executed
In conductive status
4.400 15.100 3.200 7.500
In non-conductive status
4.400 15.100 3.200 7.500
ORED<
Double
precision
When not executed
0.120 0.0285
When
executed
In conductive status
4.500 14.900 3.400 9.200
In non-conductive status
4.500 14.900 3.400 9.200
LDED>=
Double
precision
In conductive status
4.800 16.000 3.500 9.000
In non-conductive status
4.800 16.000 3.500 9.000
ANDED>=
Double
precision
When not executed
0.120 0.0285
When
executed
In conductive status
4.400 15.100 3.200 7.500
In non-conductive status
4.400 15.100 3.200 7.500
ORED>=
Double
precision
When not executed
0.120 0.0285
When
executed
In conductive status
4.500 14.900 3.400 9.200
In non-conductive status
4.500 14.900 3.400 9.200
LD$=
In conductive status
5.600 17.100 4.200 8.200
In non-conductive status
5.600 17.100 4.200 8.200
AND$=
When not executed
0.120 0.0285
When executed
In conductive status
5.300 16.400 3.900 7.300
In non-conductive status
5.300 16.400 3.900 7.300
OR$=
When not executed
0.120 0.0285
When executed
In conductive status
5.200 15.700 4.000 7.600
In non-conductive status
5.200 15.700 4.000 7.600
LD$< >
In conductive status
5.600 17.100 4.200 8.200
In non-conductive status
5.600 17.100 4.200 8.200