Micromod MOD: 1800P - MOD 30ML Identity Module (Version 2) System, I/O and Communications Functions - Manual (Page 140)

Logic Functions - Book 1
DIGITAL OUTPUT MODULE BLOCKS (DOM, DDOM, WDOM)
5-20
DOM 09 Unacked DOM Module Error (DOMERRU) ......................................................................– WR
DDOM 09 Unacked DDOM1 Module Error (DDOERRU1) ................................................................– WR
DDOM 12 Unacked DDOM2 Module Error (DDOERRU2) ................................................................– WR
WDOM 09 Unacked WDOM Module Error (WDOMERRU) ...............................................................– WR
If this diagnostic error is enabled, the unacknowledged DO module diagnostic status indicates
if the diagnostic is or is not acknowledged. The status can be acknowledged or read as
follows.
YES 1 Diagnostic error is unacknowledged.
NO 0 Diagnostic error is acknowledged.
DOM 10 Active DOM Module Error (DOMERRA)........................................................................... – – R
DDOM 10 Active DDOM1 Module Error (DDOERRA1) .................................................................... – – R
DDOM 13 Active DDOM2 Module Error (DDOERRA2) .................................................................... – – R
WDOM 10 Active WDOM Module Error (WDOMERRA) .................................................................... – – R
If this diagnostic error is enabled, the active DO module diagnostic status indicates if the error
is active even after acknowledgement. The status can be read as follows.
YES 1 Diagnostic error is active.
NO 0 Diagnostic error is not active.
DOM 11 I/O Module Mismatch (MODMM) ...................................................................................... – – R
DDOM 14 I/O Module Mismatch (MODMM) ...................................................................................... – – R
WDOM 11 I/O Module Mismatch (MODMM) ...................................................................................... – – R
Even though the I/O mismatch diagnostic may be suppressed and its value not stored with the
active I/O mismatch attribute, the actual I/O mismatch condition can still be determined by this
attribute (value is unsuppressed). This attribute is used to determine if there is an I/O
mismatch when changing the I/O mismatch diagnostic from suppressed to enabled.
YES 1 Diagnostic error is active.
NO 0 Diagnostic error is not active.
DOM 12 Board Number (BOARD) ................................................................................................... – – R
DDOM 15 Board Number (BOARD) ................................................................................................... – – R
WDOM 12 Board Number (BOARD) ................................................................................................... – – R
This is the board number that the physical module is configured for. Currently, the only valid
value is one.
DOM 13 Slot Number (SLOT) .......................................................................................................... – – R
DDOM 16 Slot Number (SLOT) .......................................................................................................... – – R
WDOM 13 Slot Number (SLOT) .......................................................................................................... – – R
This is the first slot number that the physical module is configured for. The valid values are 1
to 32 for DOM modules and 1 to 13, 15, 17, or 19 to 31 for DDOM and WDOM modules.
DOM 14 Action (ACTION) ................................................................................................................ CWR
DDOM 17 Action (ACTION1) .............................................................................................................. CWR
DDOM 27 Action (ACTION2) .............................................................................................................. CWR
WDOM 14 Action (ACTION) ................................................................................................................ CWR
The action is applied to the result before being sent to the output module and it is applied to
the output again to get the readback value.
REVERSE 0 The result is inverted before being sent to the output module.
DIRECT 1 The result is sent to the output module without change.