Videofied XT Installation and operating instructions

APPLICATION NOTE
XTENDER Mode
Arming O/P 1
Arming O/P 2
Existing Host
Panel
1. Introduction Page 2
2. Arming and disarming from 9-12 V
DC
Page 3
2.1 Master system with external 12 VDC Page 4
2.2 Master system with dry contact Page 4
3. Arming and disarming from a XT master system. Page 5
Index
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Doc. - Ref. 240-XT
Version : March 2014

The XT Videofied®alarm panel and its variants can be used as standard
standalone alarm system but it can also be connected to an existing alarm system
capable of latching a 9-12 VDC voltage used for its arming/disarming.
Thanks to a electrical relay. the the XT panel can also arm or disarm other XT
panels. The panel can also be armed by a master system or an external power
supply with a switch.
This application note describes how to set up the XT panel for XTENDER use.
The XT panels used in XTENDER or used as master system must be powered by an
AC power supply.
When the XT panel is used in XTENDER mode, the system will only be able to arm
and disarm by latching 9-12 VDC to its arming inputs Arming Input 1 and/or Arming
Input 2. When voltage is 0V, the panel automatically disarms. If the XT is used as a
master system, it does not generate a constant voltage but an electrical pulse
(limited to 15 minutes), you will need to use an impulse relay.
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APPLICATION NOTE
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1. Introduction

How to parameter a XT for arming/disarming with any master system supplying 9-12 VDC or a dry contact ?
XTENDER mode should be set up during the panel initial configuration.
ARMING PROFILE :
FROM THE HOST
MODE SLOW : The panel will arm each device
one at a time saving battery life. This mode is
recommended.
MODE FAST : The panel will arm all devices at the
same time. This mode increases significantly the
battery consumption.
OK or YES to choose the parameter .
ENTRY DELAY
VALUE (0-255) :
(000) : _
Enter the value for your Entry Delay up to 255
seconds and press
OK or YES.
Note : In From the Host mode, the entry/exit delay
are dealt by the master system.
TRANSMISSION DELAY
VALUE (0-600) :
(000) : _
ARMING CONFIRMATION
VALUE (0-240) :
(0) : _
Arming Confirmation is the number of seconds the
system will wait to arm aer voltage is latched on
the arming input. This feature can be used as an
exit delay, we suggest you to enter the same value
as your master system exit delay.
Enter the value you would like for the Arming
Confirmation and press
OK or YES.
OK or YES
ARMING MODE
MODE :
SLOW
MODE :
FAST
OK or YES
OK or YES
OK or YES
The transmission delay value set the delay between
the detection of an event and its transmission to the
monitoring center.
Except when specifically required, please enter 0.
Enter the value you would like for the Transmission
Delay and press
OK or YES.
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APPLICATION NOTE
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2. Arming and disarming from 9-12 VDC
3

2.1 Master system with external 12 VDC
The master panel
supplies 12 VDC. The
wiring scheme is as
follow :
2.2 Master system with dry contact
The master system
opens or closes a
dry contact to
command the XT
arming/disarming.
The wiring scheme is
as follow :
2. Arming and disarming from 9-12V DC
XT Panel
Prog. Out. Com. PWR AC2/DC- Arming Input 2 Ref + Prog Input 3 Ref GND Prog. Output 1 Prog. Output 2 Prog Input 1 Prog Input 2 Ref GND Arming Input 1 Ref + PWR AC1/DC+
L
N
AC
DC
+-
Master System with
12 V DC Contact
+
220V AC
XT Panel
Prog. Out. Com. PWR AC2/DC- Arming Input 2 Ref + Prog Input 3 Ref GND Prog. Output 1 Prog. Output 2 Prog Input 1 Prog Input 2 Ref GND Arming Input 1 Ref + PWR AC1/DC+
L
N
AC
DC
+-
Master System with
dry contact
220V AC
Arming Inputs :
In XTENDER mode, the system devices are divided into two partitions. Those partitions are controlled either by
Arming Input 1 or Arming Input 2.
When a voltage is applied to Arming Input 1, only the devices in areas 1 & 2 are armed
When a voltage is applied to Arming Input 2, only the devices in areas 3 & 4 are armed
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APPLICATION NOTE
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2. Arming and disarming from 9-12 VDC

You can connect one or several panels into a master slave system. One XT in STANDALONE mode will be the
master panel and will pilot the arming and disarming of the slave panels.
Both master panel programmable outputs will switch the same relay*.
In the example below you can see that Prog. Output 1 triggers when the master XT is arming and Prog. Output 2
triggers when the master panel is disarming. Those outputs will switch a 12 VDC impulse relay that will power the
other panels arming inputs.
Both outputs cannot be active at the same time. For this mounting the LENGTH ACTIV parameter for those
outputs must be short. We recommend a setup of 2 seconds.
By using several relays in parallel, you can control several slave panels.
LN
AC
DC
+
-
220V AC
Prog. Out. Com.
PWR AC2/DC-
Arming Input 2
Ref +
Prog Input 3
Ref GND
Prog. Output 1 Prog. Output 2
Prog Input 1 Prog Input 2
Ref GND
Arming Input 1
Ref +
PWR AC1/DC+
XT Slave Panel
XT Master Panel
Prog. Out. Com. PWR AC2/DC- Arming Input 2 Ref + Prog Input 3 Ref GND Prog. Output 1 Prog. Output 2 Prog Input 1 Prog Input 2 Ref GND Arming Input 1 Ref + PWR AC1/DC+
Arming
Disarming
Impulse Relay AC
DC
+
-
NOTE :
You can confirm the arming
of the slave panels by
connecting a LED between
one of the active Arming
inputs and Ref GND.
* For more information about
programmable outputs, please
consult the following application
note available on our support
website :
EN - PANEL - PROG OUTPUTS - NOTE
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USA
E-Mail : [e-mail]
EMEA SALES
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FRANCE
E-Mail : [email protected]
5
APPLICATION NOTE
3. Arming and disarming from a
XT master system