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5.9 PGM connection
5.12 Connected of PGMs
Led connection
Connected of the Led
Resistor
PGM Connection as Indoor Siren
C
NOTE: The PGM outputs cannot be fully disabled in installer programming. To fully
disable a PGM output you shall remove the whole wiring.
5.10 Siren output
The siren will turn silent after the period of time programmed for the partition
siren. Each partition has the siren time separately. (See commands [159]-[162]).
The panel supervises the siren output in case of disconnection or short-circuit
condition.
5.11 Periodic test report
To guarantee that the communication link with the monitoring station works
properly, program the panel to send a test signal on a regular basis.
The test report may be programmed to send signals in minutes, hours or days (See
command [360] option [1] "Test reports transmission counters").
5.12 Report on follower test of armed system
The panel may be programmed to send a follower test report while the system is
armed. This test may be programmed with a different period from the periodic
test. Typically, the period of this test is shorter than the periodic test, thus
obtaining a better check of armed panels (See command [360] option [2] "Test
reports transmission counters").
5.13 Manual test report
The manual test report is generated by holding down the key "0" for more than
three seconds.
5.14 Retransmission of test and/or network failure test report in case of
communication failure
In many occasions, in the event of a power outage in a particular zone, the panels
begin to transmit a network failure to the monitoring station.
If the number of subscribers who need to report the event is high, collisions may
occur and generate communication failures. Therefore, the event may not be
successfully sent. To solve this problem, the panel may be programmed to try to
send the test or network failure report after certain period of time.
The retransmission time is programmed in command [170] "Delay in
retransmission of test and network failure report in case of delivery failure".
5.15 Teclas Incendio, Médica y Pánico
Las teclas de emergencia están disponibles en todos los teclados. Estas teclas deben
ser presionadas y sostenidas por tres segundos para que se activen.
Esta demora está diseñada para evitar accidentes de activación.
Las teclas de emergencia pueden ser configuradas como audibles o silenciosas, en
forma independiente y para cada teclado (Ver comandos [190]-[197] opciones [5], [6]
y [7]).
Fuse
Rele
Battery
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5.16 Event buffer
The PC-900G® panel records the last 512 events that occurred in the system. The
event buffer records the date and the time of each event, together with the zone
number, user name and any other information regarding the event.
5.17 Zone Loop response
The normal loop response time for all zones is 500 milliseconds.
The PC-900G® panel will not consider a zone violated unless it is violated in less
than 500 milliseconds. Zones 1-8 in the PC-900G® panel board may be
programmed for a fast loop response (below 50 mS). (See commands [110]-[117]
option [8] "Response speed").
5.18 Communication scenarios
Your system has several report communication means among which there is the
possibility to report different IP Addresses, through COM-900 and WiFi modules,
send text messages (SMS) to users and/or the monitoring station, using
the COM-900 module. The communication scenarios are an ordered manner to
organize communication.
The PC-900G® panel has 2 communication scenarios:
Call No. 1 scenario (Reports with backup): The scenario has a main output
means and seven different backup possibilities. (See command [370] "Call No. 1
scenario").
Call No. 2 scenario (Simultaneous reports): This scenario is used to cause the
same event to appear on several different communication means. (See command
[371] "Call No. 2 scenario").
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5.19 How to operate with communication scenarios
To ease comprehension, following appear some examples of operation:
1) The system must report the events to monitoring through the PC-900G board
WiFi. If this is not possible, it will use the mobile data of the COM-900 chip,
provided that it is inserted in the board.
The above is a case of No. 1 scenario since it involves the use of backups.
No. 1 call scenario shall be programmed on command [370] and the programming
shall be: [370]: [4][3][5][0][0][0][0][0].
The command position No. 1 is programmed in option [4] which means that the
main means is monitoring report through WiFi.
Position No. 2 is programmed in option [3] which means that the backup is
COM-900 (Mobile data). Position No. 3 is programmed in option [5] which means
that backups are over.
2) The system must send the event through Residential-IP to monitoring via WiFi
and residential SMS.
The above is a case of No. 2 scenario since the event must be sent through
different means.
No. 2 scenario shall be programmed in command 371 and the programming
should be: [371][0][0][1][0][1][1][0][0].
No. 3 position is [1] which enables residential SMS, No. 5 position is a [1] which
enables monitoring reports via WiFi and position No. 6 is a [1] which enables
Residential-IP.
NOTE: The "residential" is format valid only for No. 2 scenario.
5.20 Restore to factory settings
At times, it will be necessary to restore the panel to factory settings. For such
purpose, follow the steps below:
1. Enter Installer programming.
2. Enter command [600].
3. Confirm that you wish to restore the panel settings by entering the key [1].
SECTION 6: Programming wireless devices
The PC-900G® alarm panel can control up to 24 wireless sensors, 64 keychains and
4 PGM-W/MA-220G.
Compatible movement sensors are:
DGW-500 and DGW-500-PET for pet immunity.
The DGM-300 sensor is wireless magnetic and has the ability to accept a second
N/C link with one or several external magnetic detectors.
For more information, refer to the corresponding manuals.
NOTE: Wireless devices programming will only be possible with a
KPD-860RF/G-LCD732RF keypad.
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