844
APPX
Appendix 5 List of Special Register Areas
SD113 to
SD143
Detailed
information 2
Detailed
information 2
■
SD114: Program error code
(29) Error information of other stations (CC-Link IE Field)
■
SD81: With or without specification
b0: Error classification
b1: Error code
b2: Date (yyyymmdd)
b3: Time (hhmmss)
b4: Day of the week
b5: Detailed error information 1
b6: Detailed error information 2
b7 to bF: Detailed error information 3 to detailed error information 10
■
SD82: Error classification
■
SD83: Error code
■
SD84 to SD85: Date (yyyymmdd)
• SD84: Lower word of date (yyyymmdd)
• SD85: Upper word of date (yyyymmdd)
■
SD86 to SD87: Time (hhmmss)
• SD86: Lower word of time (hhmmss)
• SD87: Upper word of time (hhmmss)
■
SD88: Day of the week
■
SD89: Detailed error information 1
■
SD90: Detailed error information 2
■
SD91 to SD98: Detailed error information 3 to 10
S (Error)
ALL
SD150
Power-off/power
supply voltage
drop detection
status
Power-off/power
supply voltage
drop detection
status (bit
pattern)
0: Power-on/
normal
voltage
1: Power-off/
voltage drop
detected/no
power supply
module
• For the redundant power supply base unit, power supply module status
(power is shut off, power supply voltage drop (not including a momentary
power failure) is detected, or an empty slot for the power-supply module
exists) is stored using the following bit pattern.
• In a multiple CPU system, the status is stored only to the CPU module
No.1.
(1) Powered-off/power supply voltage dropped (power supply module 1)
b0:Main base unit
b1 to b7: 1st to 7th level of the extension base unit
(2) Powered-off/power supply voltage dropped (power supply module 2)
b8: Main base unit
b9 to b15: 1st to 7th level of the extension base unit
S (Status
change)
Rn
RnP
RnPSF
SD151
Power supply
failure detection
status
Power supply
failure detection
status (bit
pattern)
0: Not detected/
power-off/no
power supply
module
1: Detected
• For the redundant power supply base unit, failure detection status of the
power supply module is stored using the following bit pattern.
• Bits corresponding to power-off or empty slots for the power supply
module turn off.
• In a multiple CPU system, the status is stored only to the CPU module
No.1.
(1) Failure detection status of the power supply module 1
b0:Main base unit
b1 to b7: 1st to 7th level of the extension base unit
(2) Failure detection status of the power supply module 2
b8: Main base unit
b9 to b15: 1st to 7th level of the extension base unit
S (Status
change)
Rn
RnP
RnPSF
No.
Name
Data stored
Details
Set by
(setting
timing)
CPU
bF
b6
b7
b5 b4 b3 b2 b1 b0
∙∙∙
∙∙∙
b0
b15
(2)
(1)
b7
b1
b2
b8
b9
b0
b15
(2)
(1)
b7
b1
b2
b8
b9
Содержание MELSEC iQ-R-R00CPU
Страница 2: ......
Страница 151: ...9 MONITOR FUNCTION 9 1 Real Time Monitor Function 149 9 MEMO ...
Страница 323: ...18 SEQUENCE SCAN SYNCHRONIZATION SAMPLING FUNCTION 321 18 MEMO ...
Страница 330: ...328 20 ROUTING SETTING 20 3 Precautions MEMO ...
Страница 423: ...26 BASIC CONCEPT 26 8 State Transition of the Redundant System 421 26 MEMO ...
Страница 524: ...522 30 MAINTENANCE AND INSPECTION FOR A REDUNDANT SYSTEM 30 1 Module Replacement in the Redundant System MEMO ...
Страница 1009: ...APPX Appendix 14 List of Available SQL Commands for CPU Module Database Access Function 1007 A MEMO ...
Страница 1014: ...1012 APPX Appendix 15 Added and Enhanced Functions MEMO ...
Страница 1027: ......