6.2.4A1620 Network Interface
This optional plug-in board provides communication with other Premier AL panels
and other Global Network Repeaters. The board plugs into the repeater interface
sockets and provides both repeater output communications and the network output.
6.2.5A1599 Printer
The optional 24-column printer mounts on the outer door. Power and data are
supplied via a 16-way ribbon cable from the display board.
7.Functional Specification
7.1Feature List
•
Networkable with fully
configurable responses
Up to 15 panels may be connected over a 5000m
RS485 link. The display and response to events can be
configured individually for each node on the system.
Additionally 16 passive nodes can display network
information.
•
Full PC upload and
download of site specific
data
Upload allows current panel configuration to be edited
on the PC even if original data is unavailable or has
been edited manually.
•
Fully
programmable
cause/effect
Most functions can be edited through the panel menus.
All are available through the PC cause/effect editor.
•
Panel Repeaters
Up to 14 panel repeaters may be connected over
1200m RS485 link.
•
User definable access code
Changed using PC cause/effect editor.
•
User definable text for
panel name and device
location
Panel and location text is transmitted across the
network with event details
•
Compatible with Fyreye
range of detectors & Zeta
products only
Device sensitivity can be adjusted through analogue
thresholds.
•
Loop isolators built into
both ends of the loop driver
Removes the need for isolators at the beginning and
end of the loop.
•
500mA drive current per
loop
Allowing up to 32 addressable loop sounders per loop
•
Stable loop voltage, even
under mains failed
conditions
Loop voltage is not reduced when battery voltage
drops during discharge.
•
2 alarm circuits
•
Monitored auxiliary supply
(500mA)
Panel indicates a fault if the fuse fails.
•
2 change over fire contacts
rated 1A @30V
•
1 change over fault contact
rated 1A @30V
•
Battery backed time and
date
Setting the time on one panel will automatically update
the time on all panels connected across a network. The
time and date will then be maintained during total
power failure so there is no need to reset the time after
subsequently powering the panel down.
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