EIB Alarm Central Unit, surface-
mounted
75730010
Technical
Documentation
© Gebr.Berker 2005
Version: 18.08.2005
Page: 67 / 81
(Subject to prior change)
75730010.doc
Part 9
[Safeguarding area 1 identification] – [SA 1]
The visibility of this area depends on the configuration.
Safeguarding area
identification
Text
(no limited number of characters)
Suggests an identification text of the safe-
guarding area. This text will only be used in
the ETS plug-in for better identification and
will not be downloaded into the device.
[Detector text] – [SA 1 input X]
X depends on the number of all detector inputs used (will be automatically created by the ETS plug-in).
Input type
Immediate detector
Delayed detector
Sabotage
Arming device sabotage
Locking mechanism
Defines the type of selected detector input.
An 'active' detector will be evaluated immedi-
ately and will lead to an intruder alarm in the
armed state.
An 'active' detector input will be evaluated at
some delay, taking into consideration the
parameterized alarm delay time of the as-
signed arming area. In the armed state, an
open detector will only raise an alarm after
the delay time has elapsed.
The detector is a sabotage signal input of the
safeguarding area. An 'active' detector will
raise a sabotage fault signal (in the disarmed
state) or a sabotage alarm (in the armed
state).
The detector is a sabotage input of an arming
device (e. g. key-operated switch) of the
assigned arming area. An 'active' detector will
raise an "arming device sabotage" fault signal
(in the disarmed state) or a sabotage alarm
(in the armed state).
The detector is a locking mechanism detector
of the safeguarding area (e. g. interlock
switch contact). An 'active' detector will pre-
vent the arming of the assigned arming area.
Important:
The "input active upon" parameter in this
parameter branch will define when a detector
input is active.
Detector text
14-character text
Defines the identification text of the selected
detector.
This text will be issued in the display units for
better identification of the detectors, for ex-
ample in the active state or in the event of
detector sabotage (missing detector).
