Master Control - Berker

i To be able to place an arm command in areas for which an arming delay has been configured,
even in the "Not ready" status, the "Arm" button of the appropriate arming circuit
remains visible on the system page of the signalling system even in the "Not ready" status.
Unarming:
In the "Armed" status, the system can be unarmed at any time. To do this, either the "Unarm"
button must be pressed on the panel or a switching device must be set to "Unarmed". The system
then switches to the "Unarmed" status immediately.
If an alarm has occurred, then an Unarm command will reset the alarm (deactivation of the internal
siren) and switch to the "Unarmed after alarm" status. If there is an alarm delay, then unarming
within the elapsing delay time (prealarm) will prevent a alarm from being triggered (see
chapter 4.2.4.12.4. Alarms).
i The following always applies: if there is internal arming or an internal arming delay is
elapsing, then external arming is not possible. Internal unarming must take place and then,
if the system is ready to arm, external arming is possible. The reverse is true in like manner.
i The signalling system only reacts to an arming or unarming command, when a system
status change is possible (Unarmed -> Armed / Armed -> Unarmed /
Alarm -> Unarmed after alarm). Repeating telegrams (Armed -> Armed /
Unarmed -> Unarmed - e.g. for KNX/EIB switching units with cyclic transmission) are ignored
by the signalling system.
i Arming or unarming is saved in the event memory along with the date and time (if necessary,
only after the arming delay has elapsed) (see chapter 4.2.4.12.6. Event memory).
Signalling during arming/unarming
In the case of external arming, the signalling system can confirm its status change "Unarmed" to
"Armed" via the visual signal encoder output ("acknowledge"). This means that it is possible to
detect clearly whether the system has responded to an arm command as required or not. This is
primarily important when the system is operated remotely (without being to see the panel) or in
the case of an arming delay. The visual signal encoder will not give a special acknowledgement
on unarming. The signal encoder is also not controlled for internal arming.
Whether the visual signal encoder is controlled in the case of external arming can be configured
in the ETS plug-in using the parameter "Visual acknowledgement on external arming" in the
parameter node of the signalling system. This means that it is possible to switch visual feedback
off.
In addition, various signals are available to signal the status of the signalling system. These signals
are 'run out' using separate KNX/EIB 1 bit objects and can be tapped.
The following objects can be planned in the signalling system node in the ETS plug-in...
- "Ready to arm, internal" and "Ready to arm, external":
These objects signal the readiness of the assigned security areas separately for internal or
external arming. If the areas are ready for arming, the object value is "1". If they are not
ready, the object value is "0".
When the system is armed (no matter whether internally or externally), both objects switch
back to "0", irrespective of which status is displayed on the signalling system page on the
panel.
- "Arming message, internal" and "Arming message, external":
These objects signal whether the appropriate security areas are armed or unarmed separately
for internal or external arming. Signalling is static for the length of the status. An
object value "1" means "Area(s) armed", whilst an object value "0" means
"Area(s) unarmed". "Unarmed" is signalled in the system status "Unarmed after alarm".
Order-No. 7574 00 1X
Software "...590101"
Functional description
Page 120 of 222