FP1500 Installation, Configuration and Commissioning Manual
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will use during the day period
(e.g. 6:30 to
17:45).
To change the alarm threshold to 65,
simply change the value.
When introducing the new value, the
programme asks for the alternative value for the
pre-alarm threshold. To change it to 50, simply
introduce the new value.
The pre-alarm threshold value
must be lower than the alarm
threshold otherwise the control
unit readjusts the input value
automatically.
Loop: 01
Zone: 001
Address: 026
Text: Room 1005
Type: Thermal
Analog. Value: 16
Event: 018 (p=50 A=65)
The screen displays the current analogue value
of the detector. As we have varied the
alternative values, the programme shows us
said values on the screen during the inspection
and configuration function of the detector.
Move forward to the next devices and adjust
them as required (See section 4.2.1 for Day
Mode and Sensitivity settings).
4.1.6 Configuring sounder outputs
The analogue detection system can activate:
•
Two sounder outputs from the main board of
the control unit (SND1 and SND2).
•
Sounders connected directly to the loop or
through sounder modules.
Sounder modules and loop sounders use the
address segment of the modules (from 128 to
252). The siren configuration is the same for
both methods.
Once the auto-search has been carried out on
the devices on the loop, by default the system
allocates the activation of all the sirens
immediately for any fire alarm in any zone.
Each output can be allocated a logic event.
Logic event:
This is the response generated by
an event in the installation. It activates, or
otherwise, the output elements (sirens and
relays) and determines the mode in which they
react.
Each logic event is allocated a different
identification number. There are 40 logic events
for the FP1500.
[CONFIGURE]
[#
Exit]
1. System
4. System Op.
7. Events
2. See Config.
5. Check Prog.
8. Day Mode
3. Time/Date
6. Power Supply
9. Codes
In this example, we shall allocate a logic line
number to a set of zones so that the output
elements are activated in a predetermined way.
E.g. We can define Logic Event 1 to work in
such a way that Zone 1 and Zone 2 trigger the
output. Zone three does not trigger it and Zone
4 triggers it with a delay.
This combination for the triggering of a siren is
called logic event programming. In the FP1500,
40 logic events can be defined.
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