73
Types of programmable outputs PGM1 and
PGM2:
Remarks:
[13] exit delay
This output type goes to ON status (to ground) during the exit delay.
[18] phone line trouble status
This output type goes to ON status (to ground) once the phone line test
failed and it will turn OFF only when this trouble is restored.
[19] system troubles
This output type goes to ON status (to ground) while there is at least a
trouble in the system (“AC power loss”, “low voltage on battery”, “fail to
communicate event”, “BELL trouble”, “phone line trouble”, “AUX overload” or
“system time and date loss”).
[20] clock timer
The PGM1 output goes to ground in the time period between the times
defined in [81] and [82] sections and the PGM2 output goes to ground in the
time period between the times defined in [83] and [84] sections.
[30] warning/confirmation pulses
This PGM type goes to ON status (to ground) for:
- 1 confirmation pulse upon arming;
- 3 confirmation pulses upon Disarming;
- 6 warning/confirmation pulses upon Disarming after an alarm or
- 1 long warning error pulse upon “fail to auto arm”.
Note: “Fail to auto arm” is an event which occurs when “timed autoarming”
and “inactivity autoarming” are failing because at least one zone is violated
at that moment. To understand when “timed autoarming” and “inactivity
autoarming” are failing, see the 6
-th
option in [26] and [27] sections, too.
[31] buzzer warnings during the “warning
round time”
Before the “round period” is over and the “round OK” event wasn’t occurred
this PGM type goes to ON status (to ground) for sound the buzzer warnings
during the “warning round time”.
[40] pulse after exit delay
When the exit delay time was over, this PGM type will be activated for the
pulse time established by programming within [22] and [80] sections. By
default these pulse durations are set to 2 seconds for each PGM1 and PGM2.
[41] pulse on arming
When the system becomes armed, this PGM type will be activated for the
pulse time established by programming within [22] and [80] sections. By
default these pulse durations are set to 2 seconds for each PGM1 and PGM2.
[42] pulse on Disarming
When the system becomes disarmed, this PGM type will be activated for the
pulse time established by programming within [22] and [80] sections. By
default these pulse durations are set to 2 seconds for each PGM1 and PGM2.
[43] courtesy light
Once the entry delay time will start, this PGM type will turn ON the light and
after Disarming this PGM output will remain activated until the time
established by programming within [22] and [80] sections will be expired.
[44] pulse on round ok
When the “round OK” event was occurred (at the very moment when a
“round zone” type is activated for the first time, during a “round period”),
this PGM type will be activated for the pulse time established by
programming within [22] and [80] sections. By default these pulse durations
are set to 2 seconds for each PGM1 and PGM2.
[45] pulse on round failed
Every time when the “round period” will expire and a “round zone” type
wasn’t activated at least once, this PGM type will be activated for the pulse
time established by programming within [22] and [80] sections. By default
these pulse durations are set to 2 seconds for each PGM1 and PGM2.
[46] pulse on siren troubles
This output type goes to ON status (to ground) while there is a siren trouble
in the system (siren disconnection or overload on the BELL output). This
output type will be activated for the time established by programming within
[22] and [80] sections once there is a siren disconnection or overload on the
BELL output.
Note: This PGM type is useful to trigger a secondary siren when a siren
trouble was detected and it is recommended that the “burglary siren timer”
defined in section [39] to be the same with time established within [22] and
[80].
[47] RETRIGGERABLE MONO-STABLE
Any PGM output, as this type set, goes to ON status if the user enter
[*][9][User Code][1 key] command for PGM1 and [*][9][User Code][2 key]
command for PGM2. Once one of PGM outputs, as this type set, was
activated, it will deactivate within time lapse established by programming
within [22] and [80] sections. If a new command is performed while this PGM
type is being active, then the respective time lapse will be triggered again.
[48] resetable mono-stable
Any PGM output, as this type set, goes to ON status if the user enter
[*][9][User Code][1 key] command for PGM1 and [*][9][User Code][2 key]
command for PGM2. Once one of PGM outputs, as this type set, was
activated, it will deactivate within time lapse established by programming
within [22] and [80] sections. If a new command is performed while this PGM
type is being active, then the respective PGM output will turn OFF.
[49] bi-stable
Any PGM output, as this type set, will change its status from activate to
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