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h Signalling system -> General<br />
Arming acknowledgement<br />
time [s]<br />
Unarming acknowledgement<br />
time [s]<br />
Switching time, internal<br />
siren [s]<br />
Order-No. 7574 00 1X<br />
Software "...590101"<br />
Parameters<br />
cipient address must be entered for<br />
each event e-mail.<br />
2...3...255 This parameter specifies the acknowledgement<br />
time for system arming. Acknowledgement<br />
takes place using the<br />
"Arming acknowledgement" object and,<br />
in the case of external arming, additionally<br />
using the visual alarm (depending<br />
on the parameter "Optical acknowledgement<br />
for external arming").<br />
It is possible to cancel arming acknowledgement<br />
by unarming before the arming<br />
acknowledgement time has elapsed.<br />
2...3...255 This parameter specifies the acknowledgement<br />
time for system unarming.<br />
Acknowledgement takes place using the<br />
"Unarming acknowledgement" object.<br />
It is possible to cancel arming acknowledgement<br />
by unarming before the arming<br />
acknowledgement time has elapsed.<br />
2...90...255 If a detector within an armed area responds,<br />
or a sabotage detector triggers<br />
when armed or any detector is found to<br />
be missing, the signalling system<br />
switches to the "Alarm" status and activates<br />
the internal siren. The internal siren<br />
is an alarm encoder activated for a set<br />
period of time. The system project planner<br />
must set the switching length of the<br />
internal siren here.<br />
The signalling system automatically deactivates<br />
the internal siren when the<br />
switching time after the alarm is<br />
triggered has elapsed.<br />
Detector poll interval [s] 10...255 The signalling system checks that the<br />
detectors created in the security areas<br />
exist, i.e. that they are still connected to<br />
the KNX/EIB and are functioning. The<br />
"Detector poll interval", which can be set<br />
in this parameter, defines the time<br />
between two read telegrams of the panel,<br />
i.e. the time between two detector<br />
tests. The signalling system polls all the<br />
created detector inputs in turn in this<br />
way.<br />
Example: poll interval: 10 s, 40 detectors<br />
have been created. -> A detector is<br />
polled every 10 s. After approx. 400 s,<br />
all the detectors have been tested. After<br />
this, the cycle test is continued again<br />
with the first detector.<br />
The signalling system tests detectors<br />
Page 198 of 222
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