EIB Alarm Central Unit, surface-
mounted
75730010
Technical
Documentation
© Gebr.Berker 2005
Version: 18.08.2005
Page: 27 / 81
(Subject to prior change)
75730010.doc
Part 9
Immediate detector:
A tripping detector will be evaluated immediately and will raise an immediate alarm when it is in the armed state. This
setting is recommended for detectors which are not directly located within the entrance area of a building to be safe-
guarded (e. g. window or glass breakage contacts). Also fire or attack detectors will trip immediately.
Delayed detector:
A tripped detector will be evaluated at some delay. In this connection, the "alarm delay time" per arming area speci-
fied in the "arming area/arming" parameter branch will be evaluated as delay time. If you have set a delay time of 0
seconds for this parameter delayed detectors will also trip immediately.
This setting is recommended if you want to disarm the system within the safeguarding area, for example,
only
after a
safeguarded area has been entered. In this connection, a "silent" alarm may call on you to disarm the system. "De-
layed detectors" which have tripped will only be saved in the event log after the delay time has elapsed, i. e. when an
alarm is being raised.
You cannot select this input type in the "fire detector" and "attack detector" safeguarding areas since immediate trip-
ping of the detectors will be indispensable in such areas.
Sabotage:
The input will be evaluated as sabotage detector. If all arming areas are in the disarmed state only an alarm central
unit fault signal will be issued through the corresponding ETS object in the event of sabotage. If a sabotage detector
of an armed area signals some manipulation an alarm will be immediately raised in such arming area.
The wired sabotage input will raise an "alarm central unit wired detector sabotage" signal. The sabotage contact of
the alarm central unit will raise the "alarm central unit enclosure sabotage" signal.
Sabotage signals will be saved in the event log. You cannot select this input type in the "fire detector" safeguarding area.
Arming device sabotage:
The input will be used as sabotage detector of an arming device (e. g. of a key-operated switch).
If an "arming device sabotage contact" trips the alarm central unit can no longer be triggered via the arming device assigned
to this input. You can assign the sabotage detector to an arming device from the "arming" parameter branch.
If all arming areas are in the disarmed state only an alarm central unit fault signal will be issued through the corre-
sponding ETS object in the event of "arming device sabotage".
If an "arming device sabotage" detector of an armed area signals some manipulation an alarm will be immediately raised in
such arming area. You cannot select this input type in the "fire detector" and "attack detector" safeguarding areas.
Locking mechanism:
This input serves for the connection of an interlock switch contact in order to monitor the locking of the entrances to a
safeguarding area. A locking mechanism detector will not raise alarms but will prevent this safeguarding area from
being armed if the door is not locked (forced arming).
You cannot select this input type in the "fire detector" and "attack detector" safeguarding areas.
Fault:
To be able to evaluate collective fault outputs (e. g. battery change signals, smoke box faults) you must select this
input type. Any fault of this kind will be read in the info display units (if enabled) and saved in the event log. Fire fault
signals, however, will not stop the arming of the arming areas.
You can select this input type only in the "fire detector" safeguarding area.
Important:
- You can parameterize each detector input to different polarities, i. e. inputs may be active in connection with a "1"
telegram or with a "0" telegram
(refer to "3.2 Connecting detectors", page 28)
.
- Any detector input not linked to a group address in the ETS plug-in will show no response. It will not be checked for
presence under the detector monitoring function.
