35
2.2
While the system is being within
any submenu of each programming section, modifying of
that parameters can be canceled by [#] key pressing; the system will pass to the next
submenu.
3.
While the system is being within “main programming menu”,
in order to program/modify
another set of parameters within another programming section, you should start the
procedure from step no. 2.
4. Finally, in order to exit the “main programming menu”, you should press [#] key.
Note: The control panel is programmed to leave any programming menu automatically 2 minutes after the last key
pressing.
Thus, 2 minutes after the keypad was last worked with, the system will exit that submenu automatically, passing within
next submenu or on the next programming level, as when [#] key is pressed. Each time when the system passes automatically
from one submenu to the next, the keypad buzzer will sound 3 confirmation beeps. In case that submenu is the last one within
any programming section, the keypad buzzer will sound 6 confirmation beeps and the system will go back within “main
programming menu”. In case the system stays within “main programming menu” more than 2 minutes since the keypad was last
worked with, then the system will go back within disarmed status.
P
ROGRAMMING
S
ECTIONS
S
ECTIONS
[01]
…
[06]
(1
TO
6
ZONES
’
DEFINING
)
Zone characteristic programming is performed within [01] to [06] sections.
While the system is being within “main programming menu”, select the respective section from [01] to
[06] for each zone from 1 to 6 and then enter the following sequence:
[__
][
__
][
ATTRIBUTES
1
][
#
][
ATTRIBUTES
2
][
#
][
ATTRIBUTES
3
][
#],
where [__][__] is a 2-digit group for the type of the selected zone and ATTRIBUTES
1
, ATTRIBUTES
2
and ATTRIBUTES
3
are 1, 2 and 3 attribute sets for the selected zone.
While the system is being within “main programming menu”,
you should follow the next steps to
program the characteristics of each zone from 1 to 6:
1. Select one of the sections from [01] to [06].
Next, the keypad buzzer will sound 3 confirmation
beeps and the panel is waiting for another 2-digit group to be entered, which stands to the type of the
selected zone.
Once the system just entered any [01] to [06] programming sections, the keypad LEDs’ status
will be as follows:
ARMED A LED
ON
SYSTEM LED
Blinking
READY LED
ON
zone LEDs
OFF
1.1
Set the type
of the selected zone
by entering a 2-digit group
, according to the
table
bellow:
ZONE TYPES:
REMARKS:
[00] not used zone
[01] delayed 1 zone
[02] delayed 2 zone
These zone types are usually used for entry/exit detections. The zones can be violated
during the exit delay without causing an alarm. Once the system/partition is armed, first
violation of these zones will start the appropriate entry-delay timer. The user must
disarm the system/partition before the appropriate entry-delay timer elapses or the
system will generate an alarm. If a delayed zone triggers the alarm, the system/partition
will switch to an instant working mode which will be signaled by a fast blinking of the
corresponding ARMED LED.
There are 2 entry-delay timers:
-
the “entry delay 1 timer” which applies to all zones defined as delayed1 type
and
-
The “entry delay 2 timer” which applies to all zones defined as delayed2 type.
Entry delay 1, delay 2 and exit delay times may be independently set from 1 to 255
seconds within [37] and [38] sections.
The default settings are 30 seconds for each entry delay time and 60 seconds for each
exit delay time.
