NSC Sicherheitstechnik Solution F1, Руководство по эксплуатации и установке

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NSC Sicherheitstechnik GmbH
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Lange Wand 3 B01050 B01060 Operating Installation Manual Solution F1 20130814.doc
33719 Bielefeld Version S040A13.08
values automatically but this process may last several
hours..
The push button "Details" (F4) shows more
information for Apollo Discovery detectors
Jump to
Picture 30 .
28.2
Listec sensor cable SEC15
0002/001 LISTEC SEC15
Configured detector text
actual temperature
██████████
022,6°C
██████████
022,6°C
reference temperature
Cancel
Example of detector data: Listec heat sensor
cable SEC15
The FCP displays the current values of the detector
as horizontal bar charts. The meanings of the bars
are :
•
actual temperature
•
reference temperature
The reference temperature follows the actual
temperature with time delay.
The thresholds for pre alarm, alarm and the
maximum/differential behavior will be
configured in the SCU800. To change the
settings you need the configuration software
"Listterm".
29
Loop card HOCHIKI ESP
Software version : S060A03.09
Status : OK
Number of spurs : 2/4
Number of loops : Loop 1, Loop 2
Cancel
Example of loop card details
The display indicates that 4 spurs or 2 loops can be
connected to this loop card.
Actually recognized are loop 1 and loop 2.
29.1
FRP with FBC
Software version : S150A01.03
24V 1 : OK
24V 2 : Fault
FBC : OK
Checksum : OK
Restart : OK
Cancel
Example of details of a fire brigade repeater
panel with fire brigade control panel
In case of a fault of a RS485 device this menu
gives a hint about fault reason. In this example
24V supply voltage on input 2 of the FRP is
missing.
30
Only for Hochiki ESP
0002/001 opt. det. ALG-E
029 094 156 232
| | | |
______
| ______ ______ | _____
Zeropoint Firepoint
61 190
Cancel
0002/001 Multisen ALG-E
029 094 156 232
| | | |
______
| ______ ______ | _____
Zeropoint Firepoint
61 190
Cancel
Only for Hochiki ESP
Example of "Zero point" and "Fire point"
display
Zero point = quiescent analogue value
(9-109 depending on detector type)
Fire point = test alarm threshold
(139-246 depending on detector type)
Out of these two values the actual smoke density and
the alarm thresholds will be calculated. (s. picture
28).
By calibrating the detector the smoke density will be
set to 0 and the alarm thresholds will be readjusted.
The zero point represents the pollution of the
detector.
In the bar charts on the left hand the limits and the
standard values for the different detector types are
demonstrated.