Elkron IM915AM Bedienungsanleitung Seite 10

When an internal anomaly occurs, this type of sensor must obviously manage a
fault status compliant with the modes defined by the configuration of the SW2
DIP and, operationally, through the slow flashing of the yellow led (where engaged)
in the case of an error/fault, or through the red ALARM led (where engaged) in
the case of an anomaly in the power voltage.
The second self-diagnosis is the cyclic check (approximately every 24 hours)
on the potential of the two microwave and infrared sectors. If this type of check
presents negative results (e.g.: a fault in one of the two detection sectors), this
fault status will always be highlighted in the abovementioned way, with the slow
flashing of the FAULT led.
NOTE: When a fault status is detected in a detection sector, the sensor
automatically alters the operating mode; i.e.: if it has been configured for the
AND operating mode, and there is a fault in one of the two detection sectors, the
sensor automatically passes to the OR operating mode and excludes the zone
concerned by the fault; but if the sensor is already configured for the OR mode,
and there is a fault in one of the two sectors, the latter is not considered.
This status would continue for the duration of the fault (and is displayed).
In these conditions it is necessary to repair the sensor as soon as possible,
otherwise the VdS authorisation expires.
When an internal anomaly occurs, this type of sensor must obviously manage a
fault status compliant with the modes defined by the configuration of the SW2
DIP and, operationally, through the slow flashing of the yellow led (where engaged)
in the case of an error/fault, or through the red ALARM led (where engaged) in
the case of an anomaly in the power voltage.
The second self-diagnosis is the cyclic check (approximately every 24 hours)
on the potential of the two microwave and infrared sectors. If this type of check
presents negative results (e.g.: a fault in one of the two detection sectors), this
fault status will always be highlighted in the abovementioned way, with the slow
flashing of the FAULT led.
NOTE: When a fault status is detected in a detection sector, the sensor
automatically alters the operating mode; i.e.: if it has been configured for the
AND operating mode, and there is a fault in one of the two detection sectors, the
sensor automatically passes to the OR operating mode and excludes the zone
concerned by the fault; but if the sensor is already configured for the OR mode,
and there is a fault in one of the two sectors, the latter is not considered.
This status would continue for the duration of the fault (and is displayed).
In these conditions it is necessary to repair the sensor as soon as possible,
otherwise the VdS authorisation expires.
12.0 TAMPER LOCK
JP1 BRIDGE
To use the tamper lock, insert a bolt into the B seat and ensure that JP1 has
been eliminated and that the tamper spring is fitted properly into its seat.
If the tamper lock is not used, it is necessary to connect the JP1 bridge to
disengage this function (in this case the VdS authorisation expires).
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12.0 TAMPER LOCK
JP1 BRIDGE
To use the tamper lock, insert a bolt into the B seat and ensure that JP1 has
been eliminated and that the tamper spring is fitted properly into its seat.
If the tamper lock is not used, it is necessary to connect the JP1 bridge to
disengage this function (in this case the VdS authorisation expires).
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B
B