Mitsubishi Electric MELSEC-Q/L - Page 1036

1034
APPENDICES
Appendix 1 Operation Processing Time
Basic
instruction
LDE= Single
precision
In conductive status 4.400 20.900 3.900 10.000 0.0285
In non-conductive
status
4.400 20.900 3.900 10.000 0.0285
ANDE= Single
precision
When not executed 0.180 0.120 0.0285
When
executed
In
conductive
status
4.200 19.600 3.400 9.300 0.0285
In non-
conductive
status
4.200 19.600 3.400 9.300 0.0285
ORE= Single
precision
When not executed 0.180 0.120 0.0285
When
executed
In
conductive
status
4.200 17.400 3.500 8.500 0.0285
In non-
conductive
status
4.200 17.400 3.500 8.500 0.0285
LDE<> Single
precision
In conductive status 4.400 20.900 3.900 10.000 0.0285
In non-conductive
status
4.400 20.900 3.900 10.000 0.0285
ANDE<> Single
precision
When not executed 0.180 0.120 0.0285
When
executed
In
conductive
status
4.200 19.600 3.400 9.300 0.0285
In non-
conductive
status
4.200 19.600 3.400 9.300 0.0285
ORE<> Single
precision
When not executed 0.180 0.120 0.0285
When
executed
In
conductive
status
4.200 17.400 3.500 8.500 0.0285
In non-
conductive
status
4.200 17.400 3.500 8.500 0.0285
LDE> Single
precision
In conductive status 4.400 20.900 3.900 10.000 0.0285
In non-conductive
status
4.400 20.900 3.900 10.000 0.0285
ANDE> Single
precision
When not executed 0.180 0.120 0.0285
When
executed
In
conductive
status
4.200 19.600 3.400 9.300 0.0285
In non-
conductive
status
4.200 19.600 3.400 9.300 0.0285
ORE> Single
precision
When not executed 0.180 0.120 0.0285
When
executed
In
conductive
status
4.200 17.400 3.500 8.500 0.0285
In non-
conductive
status
4.200 17.400 3.500 8.500 0.0285
LDE<= Single
precision
In conductive status 4.400 20.900 3.900 10.000 0.0285
In non-conductive
status
4.400 20.900 3.900 10.000 0.0285
Category Instruction Condition (device) Processing time (s)
L02SCPU, L02SCPU-
P
L02CPU, L02CPU-P L06CPU, L06CPU-P,
L26CPU, L26CPU-P,
L26CPU-BT, L26CPU-
PBT
Min. Max. Min. Max. Min. Max.