FBII XL-4, Руководство по программированию

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Section 2 - System Overview
2–3
Trouble Type to define what should happen when that trouble occurs. For example, LOW
BATTERY will be reported to the CS if the CS REPORTING PATH option is set in its
Trouble Type.
A zone can be defined by both alarm and trouble conditions. The most common use of this
dual state reporting is a Fire Zone, which when shorted must ring the bell and send an alarm
code, but when opened must ring the keypad buzzer and send a trouble code. Any specific
panel response can be performed by selecting the appropriate options in the ZONE
ATTRIBUTES, ALARM TYPES and/or TROUBLE TYPES options for any zone.
Keypads
The control panel supports up to 16 keypads consisting of 8 LED and LCD keypads. Their
address will identify them to the control panel. All LED keypads must have their own unique
address (1 - 8) and all LCD keypads must have their own unique address (9 -16). Each
keypad that is connected must be addressed and its unique address must be assigned to a
single partition (programming question #180). Any partition can have more than one keypad
assigned to it. The only limitation is that a keypad shows the status of the partition to which
it is assigned. However, a keypad can temporarily show other partitions' status through the
multi–partition mode (programming question #053).
The factory default settings enable only the first LCD keypad in the system. Therefore, only a
single LCD keypad addressed as #9 should be connected for first time power up of the system.
Additional keypads must be first enabled in programming prior to connecting them.
Users
Unlike zones and keypads, each of the 64 (XL-4 and XL-4B) or 128 (XL-5) users can be
assigned to multiple partitions (programming question #028). Also, users can be enabled to
send Opening/Closing signals to the CS by partition (programming question #029). Once
enabled, the user's functions (arming, disarming, bypass, etc.) in the partition depends on its
AUTHORIZATION LEVEL (programming question #026). Depending on its authorization
level some users can define, modify or delete users through the keypad. To prevent users
from performing modifications across partitions each of the users contain a MASTER
PARTITION value (programming question #030), which means that users with the proper
authorization level can modify only those users having the same master partition number.
In addition, a feature known as SUPER USER allows all users with an authorization level of
1 to be able to alter user partition assignments within all the partitions of the system
(programming question #060). Similarly, all users with an authorization level of 2 are able to
alter user partition assignments but only within their own assigned partitions. However,
USER #001 is ONLY allowed to have its partition assignment altered by itself.
In a partitioned system, caution must be taken when assigning users across partitions. If
numerous users are enabled in multiple partitions, then an authorization level 1, 2 or 3 user can
only modify another user of equal or lesser authorization level (ex: level 1 is the highest) having
the same master partition number, unless the current partition is the same as the master partition
of the user to be modified. If assigned in all the partitions, then a modification can be done IN
ANY PARTITION by a user of authorization level 1, 2 or 3 to itself and to another user of equal or
lesser authorization level having the same master partition value. USER #001 IS ONLY
ALLOWED TO BE MODIFIED BY ITSELF; ITS ACCESS CODE MUST NEVER BE MISPLACED
AND ITS AUTHORIZATION LEVEL MUST BE SELECTED ONLY AS 1, 2 OR 3. IN ORDER TO
RESET USER #001 A COMPLETE SYSTEM DEFAULT RESET MUST BE DONE. The example
in the next table illustrates this better.