Specifications

7-19
FAIL TIMER: This timer value is fixed at 255 seconds
and times down whenever the input (or call in memory)
is active. The timer resets (to 255) when the input goes
away or the call is cleared. If it times out, the input is
declared failed. Note that if there is a call only in
memory (memory on, input has come and gone), the
call will be cleared when the max wait timer times out.
Thus a call in memory should not cause an input fail
unless max wait is set to 0 (inhibited) or 255 (the same
as fail).
RSVC TIMER: These are the per input re-service
timers. If programmed, each times down in seconds
after its associated TP input goes away and disallows
any new TP service on that input until timed out. Note
that the timer is programmed in minutes but times
down in seconds (e.g. 7 min programmed = 420
seconds on the timer screen).
RSVC ALL TIMER: This is global re-service timer, i.e. if
programmed, it times down after any TP input goes
away and disallows any new TP service until timed out.
TP INPUT EVENT ACTIVITY AND MIST REPORT
STATUS SCREEN
This screen can be used to view the current or last
registered activity for each TP input 1-6. The last Regis-
tered action for each input will remain until a new one
replaces it. Note that this is the same information
that is reported to the MIST system. The difference is
that you can only view the last action on the LMD event
screen, whereas MIST will store records as they come
in for later viewing.
Pg dwn from Fail and Re-service timer screen.....
INPUTS 1-3
Pg dwn...
INPUTS 4-6
Say it is now 12:56:15 (TP input 4 is currently active)
The TP input event screen shows the last status of
each used input 1-6, where
#: The input number 1-6. Always in order, where
input 1 is the first row of the first screen and 6
is the last row of the second screen.
Note: Zero values in a row indicates that the
corresponding input is not used (programmed) or had
no activity since the last unit power up. For example, in
the example screens above, TP inputs 5 and 6 are
either not used or they had no activity of any kind since
the last controller power up
Time: The time of day of the Tpr input event
occurrence.
ST: The TP input status as a result of the last event
where;
0 = Inactive, not programmed or no activity occurred
since last power-up.
1 = TP input has started (is currently active but not in
TP phase, not failed, etc.)
2 = TP input was cleared or went away before TP
Phases are achieved
3 = TP phases achieved (TP is/was successful)
4 = TP max extend timer timed out before input
cleared or went away
5 = Priority override, a higher TP priority input
canceled this one
6 = Max Wait Fault. TP max wait timer timed out
before TP phases achieved
7 = TP Input failed. The 255 sec. fail timer has timed
out and has not returned normal (input stuck on,
clears when input goes away).
8 = PE override. TP service canceled due to pre-
emption
9 = TP input return normal. Was failed, but returned
normal because input went away.
10 = Min re-service refusal. TP service was refused
due to min re-service timing
11 = The inhibit (all) input was applied before TP
phases achieved
PHS: The ring 1/ring 2 phases active at the time the
TP input becomes active. Note that the phase
values as set by input activation do not change
as a result of any of the other status codes be
logged--with the exception of when the input fail
timer times out after a max wait time out.
# TIME ST C/S/O PHS ON GRN OFF EXT
1 10:11:25 3 1/1/1 2/6 75 82 09 0
2 10:43:36 4 1/1/1 4/8 30 30 42 10
3 12:05:50 2 2/1/1 1/6 1 58 40 0
# TIME ST C/S/O PHS ON GRN OFF EXT
4 12:56:09 1 1/1/1 2/6 10 0 0 0
5 00:00:00 0 0/0/0 0/0 0 0 0 0
6 00:00:00 0 0/0/0 0/0 0 0 0 0