DSC NT9005 V1.0 Spécifications Page 18

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14
3-3 [*] Functions
[*][1] ZONE BYPASSING
When Disarmed - A bypassed zone will not cause an alarm. If
a zone is bypassed the panel can be armed (Ready light will be
on) even if the zone is open. Use zone bypass when access is
needed to part of the protected area. Damaged wiring or con-
tacts on a zone can be temporarily bypassed until repairs can
be made so that the panel can be armed.To bypass zones,
enter [*][1] (an access code may be required in order to gain
access if enabled by the installer).
Then enter the two digit zone number. While in this menu the
first two digits of the clock display will scroll through all zones
currently bypassed. Individual bypassed zones are not shown
while armed.
Bypass Recall – When [99] is entered on a keypad, the last
group of zones that were bypassed are recalled.
Clearing Bypasses – When [00] is entered on the keypad, all
bypassed zones are cleared. This includes zones that were
recalled as a Bypass group, or manually bypassed.
Bypass Groups – When in the [*][1] menu, manually bypass
the desired zones. When the desired zones are bypassed,
press [95] to store them in Group One, or press [96] to store
them in Group Two. These groups may be recalled by enter-
ing [91] for Group One or [92] for Group Two.
Activating Auto Bypassed Stay/Away Zones - When the
system is armed in the Stay mode by arming and not exiting
through a Delay zone during the exit delay or by pressing a
function key programmed for Stay Arm or Arming Without
Entry Delay [*][9], the zones programmed as Stay/Away
zones are automatically bypassed. This [*][1] command is used
to remove the automatic bypass from these zones to fully arm
the system. Once this command is executed, all Stay/Away
zones will follow the programmed Exit Delay time, and when
the Exit Delay expires, the panel will log Armed in Away
Mode. If the panel is armed in Away mode, pressing [*][1] will
cause the Stay/Away zones to become re-bypassed, thus log-
ging Armed in Stay Mode. If function keys require the enter-
ing of an access code, a valid access code must be entered to
toggle between arming modes. The access code used to per-
form this function will be logged with “User Log User XX”.
If armed with the Away function key it is not possible
to toggle to Stay mode.
[*][2] Trouble Announcements
The panel continuously monitors a number of possible trouble
conditions. If one of these conditions occurs, the keypad
Trouble indicator will light and the audible indication will
sound (two short beeps every 10 seconds), except for an AC
failure. When the [#] key is pressed the audible indication will
stop but the trouble is not cleared. Trouble conditions are
logged to the event buffer and can also be transmitted to the
monitoring station. Pressing [*][2] will cause the system to
light icons 1-8 to indicate the trouble conditions listed below.
Troubles 1, 5, 6 and 7 can be expanded for more details by
pressing the corresponding [1][5][6] or [7] key. Press [#] to
return to the Ready mode. There is no Trouble memory. The
event buffer can be used by DLS to perform this function.
Troubles can be viewed when the system is armed or
disarmed. option 3 in section [013] must be ON.
1 Service Required
1. Low Battery - Standby battery voltage is mea-
sured under load every 4 minutes and during System
Test.
2. Future Use
3. General System Trouble
Any peripheral module trouble will be indicated and
communicated with a General Trouble but logged to
the event buffer with a detailed description.
* NT9204 Supply Trouble
* NT9204 Output Fault
* RF Jam verified.
4. General System Tamper - Any peripheral mod-
ule tamper or unit tamper will display and communi-
cate a General System Tamper. The details of this
event will be logged to the event buffer.
5. General System Supervisory - If the system
loses Supervisory signals from a peripheral module, a
General Supervisory trouble will be displayed and
communicated. The details of this event will be
logged to the event buffer.
6. RF Jam- Indicates a jamming signal has been
detected within 20 seconds.
7. NT9204 Low Battery - The NT9204 module has
a low battery condition.
8. NT9204 AC Fail - The NT9204 module has
detected an AC power failure. This Trouble will ini-
tiate the trouble beeps after the AC fail transmission
delay if Trouble #2 is NOT present.
39
06
1
2
3
4
5
Residential Dial - This communication format works as follows:
If an event occurs that is programmed to communicate, the
panel will seize the line and dial the appropriate telephone num-
ber(s).
Once the dialing is complete, the panel will proceed to emit the
ID tone (1300 Hz for 500 ms every 2 sec).
The panel then waits for a handshake (any DTMF digit except
digits 3,6 and 9) from any phone. It will wait for this handshake
for the duration of “Post Dial Wait for Handshake” (section
[161]).
Once the panel receives the handshake, it will emit an alarm
tone over the phone line (1300Hz/1500Hz for a time of 500ms
on / 500ms off).
This alarm tone will be emitted for 20 seconds.
If multiple alarms occur, only one call will be made to each
phone number that the panel is programmed to dial.
The DTMF Digits 3, 6, and 9 are not valid handshakes!
07 10 bps, 1400 Hz Handshake
08 10 bps, 2300 Hz Handshake
[360] Communicator Format Options
1 Default 03 I___I___I 1st Telephone No.
2 Default 03 I___I___I 2nd Telephone No.
1600Hz Handshake for bps formats may be selected in sec-
tion [702] option. 4.
The 3rd Telephone No. follows the format of the 1st Tele-
phone No.
[361- 368] Communicator Call Directions
All reporting codes belong to one of the five reporting groups
indicated below. The control panel can call two different
phone numbers for each Call Direction Group ([361] -
[368]). These sections specify which number will be called for
a specific event. The third telephone number can only be
used as a backup or alternate for the first telephone number
[361] System Alarms and Restorals
1 ON 1st Telephone No.
!
OFF 1st Telephone No. Disabled
2 ON 2nd Telephone No.
OFF 2nd Telephone No. Disabled
!
3-8 Future Use
[363] System Tampers and Restorals
1 ON 1st Telephone No.
!
OFF 1st Telephone No. Disabled
2 ON 2nd Telephone No.
OFF 2nd Telephone No. Disabled
!
3-8 Future Use
[365] System Openings and Closings
1 ON 1st Telephone No.
OFF 1st Telephone No. Disabled
!
2 ON 2nd Telephone No.
OFF 2nd Telephone No. Disabled
!
3-8 Future Use
[367] System Maintenance Alarms & Restorals
1 ON 1st Telephone No.
!
OFF 1st Telephone No. Disabled
2 ON 2nd Telephone No.
OFF 2nd Telephone No. Disabled
!
3-8 Future Use
[368] System Test Transmissions
1 ON 1st Telephone No.
!
OFF 1st Telephone No. Disabled
2 ON 2nd Telephone No.
OFF 2nd Telephone No. Disabled
!
3-8 Future Use
[370] Communication Variables
[1] Swinger Shutdowns (Alarms & Restorals)
This value defines the number of attempts (alarm and restoral pairs)
per zone that the communicator will make before it shuts down for
that zone (“swinger shutdown”). Program a 3 digit number from
000 to 014. When programmed as 000, the communicator will not
be shut down and all alarms will be transmitted.
The event buffer can also follow swinger shutdown if
enabled. See section [013]
Default 003 I___I___I___I 000-014 transmissions
[2] Swinger Shutdowns (Tampers & Restorals)
This value defines the number of times the same system tamper type
event will occur before stopping transmissions.000= disabled
Default 003 I___I___I___I 000-014 transmissions,
[3] Swinger Shutdowns (Maintenance & Restorals)
This value defines the number of times the same system mainte-
nance (Trouble) type event will occur before stopping transmissions.
Fire Troubles will follow the Maintenance Swinger Shutdown.
Swinger shutdown is enabled on zone types [01]-[06] and
[25] by default.
WWW.DIYALARMFORUM.COM
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