Fire-Lite 411UDAC Fire Alarm Communicator - Manual (Page 50)

50 411UDAC Manual — P/N 51073:E 9/20/2013
Modes of Operation Program Mode
Table 3.8 describes the events that would take place after the reset period, according to each unique
Communicator Restoral Method. It is assumed that an input circuit is active before reset.
Coding, Notification Appliance Circuit (95)
Coding of the Notification Appliance Circuit is selectable as ‘0’ for no coding (steady) or ‘1’ for
Temporal (½ second On, ½ second Off, ½ second On, ½ second Off, ½ second On, 1½ second Off).
Factory default is ‘0’ for no coding (steady). Note that this NAC should only be used to supplement
host panel NACs.
Trouble Call Limit - Dialer Runaway Prevention (96)
Factory default setting of '0' in address 96, allows the digital communicator to call the Central Sta-
tion each time any DACT trouble and any active Channel programmed for host panel trouble is
detected by the 411UDAC. Programming a '1' in this address enables the Trouble Call Limit fea-
ture, which limits the number of 411UDAC and Input Channel Trouble calls to the Central Station
to 10 calls for each unique trouble event within a 24 hour period. Separate limit counters keep
track of each unique type of trouble (e.g. open input channel). To clear the limit counters, disable
and then enable this location. Note that the number of phone line (communication) faults called to
the Central Station are not limited by this feature. No subsequent restoral message is sent to the
Central Station(s) for a particular trouble whose limit of 10 calls has been reached. Local DACT
annunciation will still track the particular trouble and restoral.
Panel Identification Number (97 - 100)
The Panel Identification Number is a 4-digit code (valid digits are 0 to F) that is used to identify the
installed panel. It is important to program this 4-digit code at the job site the first time that down-
loading is performed so that the called Service Terminal can identify the panel. The Factory default
is '0000'. (Future Use).
Input Circuit After
Reset
Typical Restoral Method
Conditional Restoral
Method #1
Conditional Restoral
Method #2
SHORTED
All local annunciation of the active
event stops. The short is
rediscovered after reset period
and local annunciation begins
again.
*
The panel communicates:
1. A Restoral Event
2. An Active Event
†
All local annunciation of the
active event stops. The short is
rediscovered after reset period
and local annunciation begins
again.
*
The panel communicates nothing
because this input is still in an
active state after reset.
All local annunciation of the
active event stops. The short is
rediscovered after reset period
and local annunciation begins
again.
*
The panel communicates nothing
because an input (can be any
input) is still in an active state
after reset.
NOT SHORTED
All local annunciation of the active
event stops. The circuit is found
to be in a normal state.
The panel communicates:
1. A Restoral Event All local annunciation of the
active event stops. The circuit is
found to be in a normal state.
The panel communicates:
1. A Restoral Event All local annunciation of the
active event stops. The circuit is
found to be in a normal state.
If, and only if, all input circuits are
found to be in a normal state will
the panel communicate:
1. A Restoral Event
Otherwise, the panel will
communicate nothing.
Table 3.8 Restoral Methods
* Local annunciation is dependent upon input circuit function. Inputs programmed as waterflow devices
will not annunciate until the waterflow retard period has expired. Inputs programmed as 4-wire smoke
devices, with the Alarm Verification feature enabled, will not annunciate until the alarm is verified.
† Inputs programmed with a delay will not communicate the Active Event until the delay period has
expired.