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10.5 Commissioning
L240/MG2
Example:
Two Detector Circuit Modules L240/MG2, one Detector Circuit Module
L840/MG4 and three bus detector modules are operated on an Intrusion
Alarm Panel L240.
•
First of all the three circuit modules must be registered.
•
The panel occupies circuits 1-10.
•
The first Detector Circuit Module L240/MG2 has an XIB address 01 and
the circuits 11 to 12.
•
The second Detector Circuit Module L840/MG4 has an XIB address 02
and the circuits 13 to 16.
•
The third Detector Circuit Module L240/MG2 has an XIB address 03 and
the circuits 17 to 18.
•
Then the three bus detector modules must be teached-in (circuits 19-21).
The monitoring of the panel tamper contact can be deactivated after logon of
the circuit module. After commissioning, the monitoring must be reactivated.
The installation and connection is undertaken on the panel with the power
switched off.
•
The individual connection cables and detectors correspond with the
connection schematic. Connection is undertaken via a connection tool for
LSA terminals.
•
Every circuit must be terminated with the integrated termination resistor
of 2.7 kΩ.
•
Set the XIB address on the DIP switch (see chapter 10.6 Address table).
•
Apply the voltage to the panel , the red and green LEDs light
Logon/Logoff
•
Select the function "01=System Size" in the engineer Edit menu.
01=System Size
02=Area Opts
•
The corresponding number (2-digit) should be entered for the circuit
modules.
System Size
Concs-xx
•
Exit the Hardware menu with button
the areas (see Area assignment).
assigned to area 1.
•
As monitoring of the tamper contact is active a tamper alarm is triggered
(red LED lights up).
•
Test the individual circuits.
Note: After logging off a circuit module, the freed circuits are replaced by the
following circuit, i.e. all the following circuits are moved upwards. For this
reason all circuits (properties, type, area and text) must be inspected from
the logged off circuit module and must be checked and corrected if
necessary.
X
and assign the circuit module to
As standard all circuit modules are
up.
73
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